Lte Counter Description_slr2.3
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LTE Counter Description_SLR2.3
Document Type
System Counter Description
Language Code
EN / English
Create
EunJung Kang
/ 2012.09.28
Exam
kyeung-hwa Kim
/ 2012.09.28
Approve
MyungHo Lee
/ 2012.09.28
Registered Date
2012.09.28
Item Code
This is official SEC document created, registered, and circulated according to the following SEC corporate-wide technical document management regulations DHQ2-0021K.
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Revision History Ver.
Date
Modification Details
1.0
09. 2012.
First Version
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Table of Contents 1. Resource Management ........................................................................................ 8 1.1
Resource..............................................................................................................................8
1.2
PSU Power Consumption ................................................................................................10
1.3
Rectifier Power Consumption ........................................................................................13
2. Packet Statistics ................................................................................................. 14 2.1
Ethernet Interface ...........................................................................................................14
2.2
Histogram .........................................................................................................................21
2.3
Air Mac UL/DL bytes (Kbytes) ......................................................................................23
2.4
Air RLC UL/DL bytes (bytes) .........................................................................................27
2.5
S-GW UL/DL packets ......................................................................................................30
3. RRC .................................................................................................................... 33 3.1
RRC connection establishments .....................................................................................35
3.2
RRC Connection Reconfiguration .................................................................................39
3.3
RRC Connection Re-establishment ...............................................................................41
3.4
RRC Connection Release ................................................................................................45
3.5
RRC Connection number................................................................................................50
3.6
RRC Connection setup time ...........................................................................................51
3.7
RRC Connection Re-establishment time .......................................................................53
3.8
Call Drop ..........................................................................................................................55
4. ERAB .................................................................................................................. 58 4.1
E-RAB Setup ....................................................................................................................58
4.2
E-RAB Setup Add ............................................................................................................62
4.3
E-RAB setup time ............................................................................................................66
4.4
eNB E-RAB Erase Request .............................................................................................68
4.5
E-RAB Erase ....................................................................................................................71
4.6
E-RAB Modify .................................................................................................................73
4.7
eNB E-RAB Release Request ..........................................................................................77
4.8
E-RAB Release .................................................................................................................79
4.9
E-RAB activity (UE) ........................................................................................................82
4.10 E-RAB activity (QCI) ......................................................................................................83
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4.11 E-RAB Simultaneous Number .......................................................................................84
5. HO EUTRAN ..................................................................................................... 85 5.1
Intra eNB Handover ........................................................................................................92
5.2
X2 Handover Out .............................................................................................................97
5.3
X2 Handover In..............................................................................................................102
5.4
S1 Handover Out ...........................................................................................................108
5.5
S1 Handover In .............................................................................................................. 113
5.6
Handover Time (Average, Max) ................................................................................... 118
5.7
Outgoing Intra-Frequency Handover ..........................................................................123
5.8
Outgoing Inter-frequency Handover with Measurment Gap ...................................127
5.9
Outgoing Inter-frequency Handover without Measurment Gap ..............................132
5.10 Outgoing Handover with DRX .....................................................................................137 5.11 Outgoing Handover without DRX ...............................................................................141
6. HO UTRAN ..................................................................................................... 145 6.1
Inter-RAT UTRAN PS Handover: Inter-RAT UTRAN PS Handover OUT, Inter-RAT UTRAN PS Handover OUT .......................................................................145
6.2
Inter-RAT UTRAN PS Handover OUT .......................................................................148
6.3
Inter-RAT UTRAN PS Handover IN ...........................................................................152
6.4
UTRAN SRVCC.............................................................................................................157
6.5
CSFB (CS Fall Back) PS Handover OUT ...................................................................160
6.6
CSFB (CS Fall Back) without PS Handover OUT (redirection) ...............................164
7. CSL ................................................................................................................... 166 7.1
Call Fail Report .............................................................................................................166
8. MRO_RLF ....................................................................................................... 194 8.1
MRO RLF Classification ..............................................................................................194
9. GTP................................................................................................................... 196 9.1
GTP Sequence Number by QCI ...................................................................................196
9.2
GTP Sequence Number by eNB....................................................................................197
9.3
GTP Forward Traffic ....................................................................................................198
10. SRB ................................................................................................................... 210 10.1 Cell PDCP SDU bit-rate ................................................................................................210
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11. DRB .................................................................................................................. 212 11.1 Active UEs ......................................................................................................................212 11.2 Packet Delay ...................................................................................................................215 11.3 Packet Drop Rate ...........................................................................................................216 11.4 Packet loss rate (ppm) ...................................................................................................218 11.5 IP Latency measurements .............................................................................................220
12. RRU .................................................................................................................. 221 12.1 DL/UL PRB Usage .........................................................................................................221 12.2 DL/UL Total PRB Usage ...............................................................................................223 12.3 Cell Unavailable Time ...................................................................................................227
13. S1SIG ................................................................................................................ 228 13.1 UE-associated logical S1-connection establishment ...................................................228 13.2 S1 Connection Time .......................................................................................................231
14. PAG ................................................................................................................... 232 14.1 Paging Performance ......................................................................................................232
15. POWER ............................................................................................................ 234 15.1 Power ..............................................................................................................................234 15.2 RNTP of own cell ...........................................................................................................236 15.3 RRH_RSSI......................................................................................................................243
16. RA ..................................................................................................................... 244 16.1 Random Access Preambles ...........................................................................................244
17. HARQ ............................................................................................................... 246 17.1 DL/UL transmission ......................................................................................................246
18. AMC ................................................................................................................. 258 18.1 MIMO performance ......................................................................................................258 18.2 MCS performance .........................................................................................................260 18.3 DL MCS ..........................................................................................................................288 18.4 DL LAYER .....................................................................................................................293 18.5 DL CQI ...........................................................................................................................294 18.6 DL PMI ...........................................................................................................................298 18.7 DL RI...............................................................................................................................300
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18.8 DL ACK/NACK/DTX Ratio..........................................................................................302
19. TA (Timing Alignment) ................................................................................... 304 19.1 Timing Alignment ..........................................................................................................304
20. PCI .................................................................................................................... 306 20.1 Non-Neighbor PCI (0~299) ...........................................................................................306 20.2 Non-Neighbor PCI (300~503) .......................................................................................324
21. IOT.................................................................................................................... 336 21.1 Uplink IOT Level ...........................................................................................................336
22. MLBO............................................................................................................... 343 22.1 Load ................................................................................................................................343 22.2 Load Balancing Handover ............................................................................................345
23. Message ............................................................................................................ 347 23.1 RRC Message .................................................................................................................347 23.2 S1AP Message ................................................................................................................351 23.3 X2AP Message ................................................................................................................359
24. Traffic OAM .................................................................................................... 366 24.1 Throughput Distribution...............................................................................................366 24.2 Delay Distribution..........................................................................................................379 24.3 Drop Distribution...........................................................................................................384 24.4 CQI Distribution ............................................................................................................387
25. KPI .................................................................................................................... 389 25.1 ACCESSIBILITY ..........................................................................................................389 25.2 RETAINABILITY .........................................................................................................392 25.3 INTEGRITY ..................................................................................................................393 25.4 AVAILABILITY.............................................................................................................395 25.5 MOBILITY ....................................................................................................................396
26. Scheduler .......................................................................................................... 402 26.1 Measurement Report .....................................................................................................402
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List of Figures Figure 1. Figure 2. Figure 3. Figure 4. Figure 5. Figure 6. Figure 7. Figure 8. Figure 9. Figure 10. Figure 11. Figure 12. Figure 13. Figure 14. Figure 15. Figure 16. Figure 17. Figure 18. Figure 19. Figure 20. Figure 21. Figure 22. Figure 23. Figure 24. Figure 25. Figure 26. Figure 27. Figure 28. Figure 29. Figure 30. Figure 31. Figure 32. Figure 33.
RRC/E-RAB/S1 SIG Statistics Handling ............................................... 33 Collection Time for RRC connection establishment ............................ 38 Collection Time for RRC connection reconfiguration ......................... 40 Collection Time for RRC connection re-establishments ...................... 44 Collection Time for RRC connection release ........................................ 49 Collection Time for RRC connection number ...................................... 52 Collection Time for RRC connection reestablishment time ................ 54 Collection Time for E-RAB Setup .......................................................... 61 Collection Time for E-RAB Setup Add .................................................. 65 Collection Time for E-RAB Setup time ................................................. 67 Collection Time for eNB E-RAB Erase Request .................................. 70 Collection Time for E-RAB erase ........................................................... 72 Collection Time for E-RAB modify ....................................................... 76 Collection Time for eNB E-RAB release request .................................. 78 Collection Time for E-RAB release ........................................................ 81 Intra eNB Handover Statistics Handling ............................................... 85 X2 Handover Statistics Handling ........................................................... 86 S1 Handover Procedure .......................................................................... 89 Collection Time for Intra eNB Handover ............................................. 96 Collection Time for X2 Handover Out ................................................ 101 Collection Time for X2 Handover In ................................................... 107 Collection Time for S1 Handover Out .................................................. 111 Collection Time for S1 Handover In .....................................................117 Collection Time for Handover Time (INTRA) ................................... 120 Collection Time for Handover Time (INTER S1) ............................... 121 Collection Time for Handover Time (INTER X2) .............................. 122 PS Handover Procedure from E-UTRAN to UTRAN ........................ 145 Collection Time for Inter-RAT UTRAN PS Handover OUT ............ 151 Collection Time for Inter-RAT UTRAN PS Handover IN ................. 156 Collection Time for CSFB PS Handover OUT ................................... 163 Collection Time for CSFB Redirection OUT ...................................... 165 Collection Time for UE-associated logical S1-connection establishment.......................................................................................... 230 Collection Time for Paging Performance ............................................ 233
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1. Resource Management Provide the system support status statistics.
1.1 Resource The eNB provides statistics on the CPU, memory and disk resources used by internal applications. The statistics data are described below: CPU usage: Average, maximum and minimum CPU usage in %. Memory usage: Average, maximum and minimum DRAM usage in %. DISK usage: Average, maximum and minimum DISK usage in %. [Index] Name
Range
Description
ShelfId
0~8
Shelf ID.
SlotId
0~20
Slot ID that the board is mounted
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MemUsageAvg
%
Average memory usage
GAUGE
10 s
float
0~100
sum (MemUsageTot)/sum (MemUsageCnt)
MemUsageMin
%
Minimum memory usage
GAUGE
10 s
float
0~100
min (MemUsageMin)
MemUsageMax
%
Maximum memory usage
GAUGE
10 s
float
0~100
max (MemUsageMax)
MemUsageTot
%
Accumulated MemUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
MemUsageCnt
count
Number of MemUsage_AVG collection
GAUGE
10 s
int
0~2147483647
-
CpuUsageAvg
%
Average CPU usage
GAUGE
10 s
float
0~100
sum (CpuUsageTot)/sum (CpuUsageCnt)
CpuUsageMin
%
Minimum CPU usage
GAUGE
10 s
float
0~100
min (CpuUsageMin)
CpuUsageMax
%
Maximum CPU usage
GAUGE
10 s
float
0~100
max (CpuUsageMax)
CpuUsageMax
s
Maximum CPU usage occupancy
CC
10 s
int
0~60*Period
max (CpuUsageMaxDuration)
CpuUsageTot
%
Accumulated CpuUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
CpuUsageCnt
count
Number of CPUUsage_AVG collection
GAUGE
10 s
int
0~2147483647
-
DiskUsageAvg
%
Average disk usage
GAUGE
10 s
float
0~100
sum (DiskUsageTot)/sum (DiskUsageCnt)
DiskUsageMin
%
Minimum disk usage
GAUGE
10 s
float
0~100
min (DiskUsageMin)
DiskUsageMax
%
Maximum disk usage
GAUGE
10 s
float
0~100
max (DiskUsageMax)
DiskUsageTot
%
Accumulated DiskUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
DiskUsageCnt
count
Number of DISKUsage_AVG
GAUGE
10 s
int
0~2147483647
-
Duration
collection
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1.2 PSU Power Consumption [Index] Name
Range
Description
BID
0~2
Board Id
RuPort
0~11
Port Id
[Statistics Type]
Item VoltageAvg_PSU0
Unit V
Definition Average voltage of PSU0
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_PSU0)/ sum (VoltageCnt_PSU0)
VoltageTot_PSU0
V
Accumulated voltage of the PSU0
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_PSU0
count
Number of VoltageAvg_PSU0 collection
SI
10 s
int
0~2147483647
-
CurrentAvg_PSU0
A
Average current of PSU0
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_PSU0)/ sum (CurrentCnt_PSU0)
CurrentTot_PSU0
A
Accumulated current of the PSU0
SI
10 s
float
0~3.4*10^38
-
CurrentCnt_PSU0
count
Number of CurrentAvg_PSU0 collection
SI
10 s
int
0~2147483647
-
PowerAvg_PSU0
W
Average voltage of PSU0
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_PSU0)/ sum (VoltageCnt_PSU0))* (sum (CurrentTot_PSU0)/ sum (CurrentCnt_PSU0))
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(Continued) Item VoltageAvg_PSU1
Unit V
Definition Average voltage of PSU1
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_PSU1)/ sum (VoltageCnt_PSU1)
VoltageTot_PSU1
V
Accumulated voltage of the PSU1
SI
10 s
float
0~2147483647
-
VoltageCnt_PSU1
count
Number of VoltageAvg_PSU1 collection
SI
10 s
int
0~3.4*10^38
-
CurrentAvg_PSU1
A
Average current of PSU1
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_PSU1)/ sum (CurrentCnt_PSU1)
CurrentTot_PSU1
A
Accumulated current of the PSU1
SI
10 s
float
0~2147483647
-
CurrentCnt_PSU1
count
Number of CurrentAvg_PSU1 collection
SI
10 s
int
0~3.4*10^38
-
PowerAvg_PSU1
W
Average voltage of PSU1
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_PSU1)/ sum (VoltageCnt_PSU1))* (sum (CurrentTot_PSU1)/ sum (CurrentCnt_PSU1))
VoltageAvg_PSU2
V
Average voltage of PSU2
SI
10 s
float
0~2147483647
sum (VoltageTot_PSU2)/ sum (VoltageCnt_PSU2)
VoltageTot_PSU2
V
Accumulated voltage of the PSU2
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_PSU2
count
Number of VoltageAvg_PSU2 collection
SI
10 s
int
0~3.4*10^38
-
CurrentAvg_PSU2
A
Average current of PSU2
SI
10 s
float
0~2147483647
sum (CurrentTot_PSU2)/ sum (CurrentCnt_PSU2)
CurrentTot_PSU2
LTE Counter Description_SLR2.3
A
Accumulated current of the PSU2
SI
10 s
float
0~3.4*10^38
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CurrentCnt_PSU2
count
Number of CurrentAvg_PSU2 collection
SI
10 s
int
0~3.4*10^38
-
PowerAvg_PSU2
W
Average voltage of PSU2
SI
10 s
float
0~2147483647
(sum (VoltageTot_PSU2)/ sum (VoltageCnt_PSU2))* (sum (CurrentTot_PSU2)/ sum (CurrentCnt_PSU2))
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1.3 Rectifier Power Consumption [Index] Name
Range
Description
BID
0~2
Board Id
[Statistics Type]
Item VoltageAvg_Recti
Unit V
Definition Average voltage of Rectifier
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_Recti)/ sum (VoltageCnt_Recti)
VoltageTot_Recti
V
Accumulated voltage of the Rectifier
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_Recti
count
Number of VoltageAvg_Recti collection
SI
10 s
int
0~2147483647
-
CurrentAvg_Recti
A
Average current of Rectifier
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_Recti)/ sum (CurrentCnt_Recti)
CurrentTot_Recti
A
Accumulated current of the Rectifier
SI
10 s
float
0~3.4*10^38
-
CurrentCnt_Recti
count
Number of CurrentAvg_Recti collection
SI
10 s
int
0~2147483647
-
PowerAvg_Recti
W
Average voltage of Rectifier
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_Recti)/ sum (VoltageCnt_Recti))* (sum (CurrentTot_Recti)/ sum (CurrentCnt_Recti))
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2. Packet Statistics Packet statistics are statistical information on received/transmitted packets that are processed by the eNB.
2.1 Ethernet Interface Shows the number of the Rx/Tx packets or bytes for each port connected to the backhaul. It collects the error Ethernet frame count, Tx/Rx link usage, Tx/Rx error rate, etc. [Index] Name
Range
PortNum
0~5
Description Port number 0: BH 0 1: BH 1 2: BH 2 3: BH 3 4: UDE 0 5: UDE 1
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[Statistics Type]
Item RX_LinkUtilization
Unit %
Definition Average link utilization of
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
Formula (sum (RX_GoodOctetSumBadOctet_TOT)*8*100*
packets received from the
1024*1024+((sum (RX_UnicastPacket)+sum
outside.
(RX_BroadcastPacket)+sum (RX_MulticastPacket)) *20)*8*100)/(10*sum (RX_GoodOctetSumBadOctet_ CNT)*)avg (IfSpeed)*1000000)
RX_LinkUtilization
%
_MAX
Maximum link utilization
GAUGE
10 s
float
0~100
max (RX_LinkUtilization_MAX)
OW
Period
float
0~100
(sum (RX_FifoOverrun)+sum (RX_Undersize)+sum
of packets received from the outside.
RX_ErrorRate
%
Ratio of error packets received from the outside.
(RX_Fragment)+sum (RX_Oversize)+sum (RX_ Jabber)+sum (RX_ErrorFrame)+sum (RX_BadCRC) +sum (RX_Collision)+sum (RX_LateCollision))* 100/(sum (RX_UnicastPacket)+sum (RX_ BroadcastPacket)+sum (RX_MulticastPacket)+sum (RX_FifoOverrun)+sum (RX_Undersize)+sum (RX_Fragment)+sum (RX_Oversize)+sum (RX_ Jabber)+sum (RX_ErrorFrame)+sum (RX_BadCRC)+ sum (RX_Collision)+sum (RX_LateCollision))
RX_GoodOctet
Mbytes
Total frame length of normal packets received
CC_LL
10 s
int
0~214748
-
3647
from the outside.
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(Continued) Item
Unit
RX_UnicastPacket
count
Definition Number of unicast packets received from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
the outside. RX_BroadcastPac
count
ket RX_MulticastPack
from the outside. count
et RX_FifoOverrun
Number of broadcast packets received Number of multicast packets received from the outside.
count
Number of packets received from the outside that are dropped due to insufficient buffer resources.
RX_Undersize
count
Number of error packets received from the outside that are undersize.
RX_Fragment
count
Number of error packets received from the outside that are fragmented.
RX_Oversize
count
Number of error packets received from the outside that are oversize.
RX_Jabber
count
Number of error packets received from the outside that are jabber.
RX_ErrorFrame
count
Number of errors received from the outside.
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(Continued) Item
Unit
RX_BadCRC
count
Definition Number of error packets
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
OW
Period
float
0~100
(sum (TX_GoodOctetSumBadOctet_TOT)
received from the outside that cause CRC error. RX_Collision
count
Number of packets received from the outside that cause collision.
RX_LateCollision
count
Number of packets received from the outside that cause late collision.
TX_LinkUtilization
%
Average link utilization of packets transmitted to the
*8*100*1024*1024+((sum (TX_
outside.
UnicastPacket)+sum (TX_BroadcastPacket) +sum (TX_MulticastPacket))*20)*8*100)/ (10*sum (TX_GoodOctetSumBadOctet_ CNT)*avg (IfSpeed)*1000000)
TX_LinkUtilization _MAX
%
Maximum link utilization of
GAUGE
10 s
float
0~100
max (TX_LinkUtilization_MAX)
packets transmitted to the outside.
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(Continued) Item TX_ErrorRate
Unit %
Definition Ratio of error packets
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
transmitted to the outside.
Formula (sum (TX_Underrun_BadCRC)+sum (TX_Deferred)+sum (TX_E_Collisions))* 100/(sum (TX_UnicastPacket)+sum (TX_ BroadcastPacket)+sum (TX_MulticastPacket) +sum (TX_Underrun_BadCRC)+sum (TX_Deferred)+sum (TX_E_Collisions))
TX_GoodOctet
Mbytes
Total frame length of normal
CC_LL
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
packets transmitted to the outside. TX_UnicastPacket
count
Number of unicast packets transmitted to the outside.
TX_BroadcastPac
count
ket TX_MulticastPack
transmitted to the outside. count
et TX_Underrun_ BadCRC
Number of broadcast packets Number of multicast packets transmitted to the outside.
count
Number of packets transmitted to the outside that cause underrun or CRC error.
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(Continued) Item TX_Deferred
Unit count
Definition Number of delayed
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
sum (RX_GoodOctetSumBadOctet_TOT)/
transmissions due to ‘media busy’ state when ports are open in half-duplex mode. TX_E_Collisions
count
Number of packets whose transmission is cancelled due to excessive collision when ports are open in half-duplex mode.
RX_GoodOctetSu
Mbytes
RX GoodOctet+BadOctet
mBadOctet RX_GoodOctetSu
sum (RX_GoodOctetSumBadOctet_CNT) Mbytes
mBadOctet_MAX RX_GoodOctetSu
Mbytes
10 s
int
0~2147483647
max (RX_GoodOctetSumBadOctet_MAX)
RX_GoodOctet+BadOctet_
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
sum (TX_GoodOctetSumBadOctet_TOT)/
TOT count
mBadOctet_CNT TX_GoodOctetSu
GAUGE
MAX
mBadOctet_TOT RX_GoodOctetSu
RX_GoodOctet+BadOctet_
RX_GoodOctet+BadOctet_ CNT
Mbytes
TX GoodOctet+BadOctet
mBadOctet TX_GoodOctetSu mBadOctet_MAX
LTE Counter Description_SLR2.3
sum (TX_GoodOctetSumBadOctet_CNT) Mbytes
TX_GoodOctet+BadOctet_
GAUGE
10 s
int
0~2147483647
max (TX_GoodOctetSumBadOctet_MAX)
MAX
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(Continued) Item TX_GoodOctetSu
Unit Mbytes
mBadOctet_TOT TX_GoodOctetSu
LTE Counter Description_SLR2.3
TX_GoodOctet+BadOctet_
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
-
OW
10 s
int
0~2147483647
avg (IfSpeed)
TOT count
mBadOctet_CNT IfSpeed
Definition
TX_GoodOctet+BadOctet_ CNT
Mbps
ifSpeed
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2.2 Histogram Categorizes and collects the Ethernet packets received from the Backhaul port by their size. [Index] Name
Range
PortNum
0~5
Description Port number 0: BH 0 1: BH 1 2: BH 2 3: BH 3 4: UDE 0 5: UDE 1
[Statistics Type]
Item RX_Histogram_64
Unit count
Definition Number of 64 byte Ethernet frame received via Ethernet
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
port RX_Histogram_127
count
Number of 65~127 byte Ethernet frame received via Ethernet port
RX_Histogram_255
count
Number of 128~255 byte Ethernet frame received via Ethernet port
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(Continued) Item RX_Histogram_511
Unit count
Definition Number of 256~511 byte Ethernet frame received via
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
Ethernet port RX_Histogram_1023
count
Number of 512~1023 byte Ethernet frame received via Ethernet port
RX_Histogram_max
count
Number of 1024 byte or more Ethernet frame received via Ethernet port
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2.3 Air Mac UL/DL bytes (Kbytes) Collects statistics data on the cell throughput. Collects the average size of the transport block (TB) successfully sent/received, among the downlink/uplink Transport Blocks that the eNB’s MAC allocated to the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item AirMacByteUl
Unit Kbytes
Definition The sum of the size of the MAC PDU
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC_LL
5.12 s
int
0~2147483647
-
successfully received via PUSCH during the statistics period. AirMacByteUlCnt
count
Number of collected AirMacByteUl
CC_LL
5.12 s
int
0~2147483647
-
AirMacTtiUl
TTI
The sum of sections that have the MAC
CC
5.12 s
int
0~2147483647
-
PDU successfully received via PUSCH during the statistics period.
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Confidential
(Continued) Item AirMacUlThru
Unit kbps
Definition Average size per second of the MAC
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~3.4*10^38
PDU successfully received via PUSCH.
Formula ((sum (AirMacByteUl)*8)/ (5120*sum (AirMacByteUlCnt))) *1000
AirMacUlEfctivTh
kbps
ru
Average size of the MAC PDU of the
OW
Period
float
0~3.4*10^38
section successfully received via PUSCH
((sum (AirMacByteUl)*8)/sum (AirMacTtiUl))*1000
during the statistics period. AirMacByteDl
Kbytes
The sum of the size of the DCCT/DTCH
CC_LL
5.12 s
int
0~2147483647
-
MAC PDU that received HARQ ACK among the MAC PDU transmitted via PDSCH during the statistics period. AirMacByteDlCnt
count
Number of collected AirMacByteDl
CC_LL
5.12 s
int
0~2147483647
-
AirMacTtiDl
TTI
The sum of sections that have the MAC
CC
5.12 s
int
0~2147483647
-
OW
Period
float
0~3.4*10^38
((sum (AirMacByteDl)*8)/
PDU successfully transmitted via PDSCH during the statistics period. AirMacDlThru
kbps
Average size per second of the DCCT/DTCH MAC PDU that received
(5120*sum (AirMacByteDlCnt)))
HARQ ACK among the MAC PDU
*1000
transmitted via PDSCH during the statistics period.
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(Continued) Item AirMacDlEfctivTh
Unit kbps
ru
Definition Average size of the MAC PDU of the
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~3.4*10^38
section successfully transmitted via
Formula ((sum (AirMacByteDl)*8)/sum (AirMacTtiDl)) *1000
PDSCH during the statistics period AirMacByteUlCurr
Kbytes
The latest AirMacByteUl value collected
CC_LL
5.12 s
int
0~2147483647
-
Kbytes
The latest AirMacByteUl value collected
CC_LL
5.12 s
int
0~2147483647
-
kbps
The min value of the average size per
OW
5.12 s
float
0~3.4*10^38
min (AirMacUlThruMin)
OW
5.12 s
float
0~3.4*10^38
max (AirMacUlThruMax)
OW
5.12 s
float
0~2147483647
min (AirMacDlThruMin)
ent AirMacByteDlCurr ent AirMacUlThruMin
second of the MAC PDU which is successfully transmitted to the PUSCH AirMacUlThruMax
kbps
The max value of the average size per second of the MAC PDU which is successfully transmitted to the PUSCH
AirMacDlThruMin
kbps
Out of the MAC PDU that is transmitted to the PDSCH during the statistics period, the min value of the average size per second of DCCT/DTCH MAC PDU which received the HARQ ACK.
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(Continued) Item AirMacDlThruMax
Unit kbps
Definition Out of the MAC PDU that is transmitted
How to
Collection
Collect
Cycle
OW
5.12 s
Type
Min/Max
float
0~2147483647
Formula max (AirMacDlThruMax)
to the PDSCH during the statistics period, the max value of the average size per second of DCCT/DTCH MAC PDU which received the HARQ ACK.
[Collection Time] TTI (Transmission Time Interval: 1 ms)
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2.4 Air RLC UL/DL bytes (bytes) Collects the downlink’s transmitted byte and retransmitted byte count/throughput/IP throughput and the uplink's transmitted byte count/throughput for the wireless section of the eNB. Since they are collected and summed for each cell and each QCI, they are collected after cell setup has finished. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item AirRlcByteUl
Unit Kbytes
Definition Air RLC uplink bytes
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
Number of bytes transmitted from the RLC as uplink. It collects the number of data bytes received by the UE for each cell and QCI. AirRlcByteDl
Kbytes
Air RLC downlink bytes Number of bytes retransmitted from the RLC as downlink. It collects the number of data bytes transmitted to the UE for each cell and QCI.
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(Continued) How to Collect
Collection Cycle
Type
Air RLC downlink ReTx bytes Number of bytes retransmitted from the RLC as downlink. Collects the number of data bytes transmitted to the UE for each cell and QCI.
CC
10 s
int
0~2147483647
-
kbps
Air uplink throughput Collects the data received from the UE as the uplink throughput for each cell and QCI.
OW
10 s
float
0~3.4*10^38
(sum (AirRlcByteUl)*8)/ (10*sum (RlcAirByteUlCnt))
AirUlThruTot
kbps
The sum of the collected AirUlThru
OW
10 s
float
0~3.4*10^38
-
AirUlThruCnt
count
The number of collected AirUlThru
OW
10 s
int
0~2147483647
-
AirDlThru
kbps
Air downlink throughput Collects the data transmitted to the UE as the air downlink throughput for each cell and QCI.
OW
10 s
float
0~3.4*10^38
(sum (AirRlcByteDl)*8)/ (10*sum (RlcAirByteDlCnt))
AirDlThruTot
kbps
The sum of the collected AirDlThru
OW
10 s
float
0~3.4*10^38
-
AirDlThruCnt
count
The number of collected AirDlThru
OW
10 s
int
0~2147483647
-
IpThru
kbps
IP throughput Collects the IP throughput for each cell and QCI using the method specified in 3GPP TS 32.450.
SI
10 s
float
0~3.4*10^38
sum (IpThruTot)/ sum (IpThruCnt)
IpThruTot
kbps
The sum of the collected IpThru
SI
10 s
float
0~3.4*10^38
-
IpThruCnt
count
The number of collected IpThru
SI
10 s
int
0~2147483647
-
Item
Unit
Definition
AirRlcByteDlRe
Kbytes
AirUlThru
LTE Counter Description_SLR2.3
Min/Max
Formula
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
RlcAirByteUlCur rent
Kbytes
The latest RlcAirByteUl value collected
CC
10 s
int
0~2147483647
-
RlcAirByteDlCur
Kbytes
The latest RlcAirByteDl value collected
CC
10 s
int
0~2147483647
-
RlcAirByteUlCnt
count
Number of RlcAirByteUl collection
CC
10 s
int
0~2147483647
-
RlcAirByteDlCnt
count
Number of RlcAirByteDl collection
CC
10 s
int
0~2147483647
-
AirUlThruMin
kbps
Air uplink throughput Min
OW
10 s
float
0~3.4*10^38
min (AirUlThruMin)
AirUlThruMax
kbps
Air uplink throughput Max
OW
10 s
float
0~2147483647
max (AirUlThruMax)
AirDlThruMin
kbps
Air downlink throughput Min
OW
10 s
float
0~2147483647
min (AirDlThruMin)
AirDlThruMax
kbps
Air downlink throughput Max
OW
10 s
float
0~2147483647
max (AirDlThruMax)
IpThruMin
kbps
IP throughput Min
OW
10 s
float
0~2147483647
min (IpThruMin)
IpThruMax
kbps
IP throughput Max
OW
10 s
float
0~2147483647
max (IpThruMax)
rent
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2.5 S-GW UL/DL packets Statistics on bytes, packet counts and throughput of user data transmitted and received between the eNB and S-GW are collected per QCI according to the 3GPP standard (TS32.425 Performance Measurements). Each item is collected by the PDCP layer within the eNB. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item ByteUleNBQCI
Unit
Definition
Kbytes
Total bytes of user data transmitted from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
GAUGE
2s
float
0~3.4*10^38
(sum (ByteUleNBQCI)*8)/
the eNB to the S-GW. ThruUleNBQCI
kbps
(Total bits of user data transmitted to the S-GW)/(Total time when user data were
(2*sum (ByteUleNBQCICnt))
transmitted)
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(Continued) Item ThruUleNBQCIMax
Unit kbps
Definition Maximum value over a five-minute
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
GAUGE
2s
float
0~3.4*10^38
max (ThruUleNBQCIMax)
period of (Total bits of user data transmitted to the S-GW)/(Total time when user data were transmitted). ThruUleNBQCITot
kbps
The total sum collected ByteUleNBQCI
GAUGE
2s
float
0~3.4*10^38
-
ThruUleNBQCICnt
count
The number of collected ByteUleNBQCI
GAUGE
2s
int
0~2147483647
-
PacketCntUl
count
Total number of packets transmitted
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
GAUGE
2s
float
0~3.4*10^38
(sum (ByteDleNBQCI)*8)/
from the eNB to the S-GW ByteDleNBQCI
Kbytes
Total bytes of user data the eNB received from the S-GW.
ThruDleNBQCI
kbps
(Total bits of user data received from the S-GW)/(Total time when user data were
(2*sum (ByteDleNBQCICnt))
received) ThruDleNBQCIMax
kbps
Maximum value over a five-minute
GAUGE
2s
float
0~3.4*10^38
max (ThruDleNBQCIMax)
period of (Total bits of user data transmitted to the S-GW)/(Total time when user data were transmitted). ThruDleNBQCITot
kbps
The total sum collected ThruDleNBQCI
GAUGE
2s
float
0~3.4*10^38
-
ThruDleNBQCICnt
count
The number of collected ThruDleNBQCI
GAUGE
2s
int
0~2147483647
-
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(Continued) Item
Unit
PacketCntDl
count
Definition Total number of packets the eNB
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
GAUGE
2s
float
Cumulated
min (ThruUleNBQCIMin)
received from the S-GW. ByteUleNBQCICnt
count
Collection count of the total bytes of user data transmitted from the eNB to the S-GW.
ByteDleNBQCICnt
count
Collection count of the total bytes of user data the eNB received from the SGW.
ThruUleNBQCIMin
kbps
Minimum value over a five-minute period of (Total bits of user data
when collecting
transmitted to the S-GW)/(Total time
ByteUleNBQCI
when user data were transmitted). ThruDleNBQCIMin
kbps
Minimum value over a five-minute
GAUGE
2s
float
Cumulated
period of (Total bits of user data
when collecting
transmitted to the S-GW)/(Total time
ByteDleNBQCI
min (ThruDleNBQCIMin)
when user data were transmitted).
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3. RRC The following shows the statistical definition and message flow for each stage of the Idle to Active (Service Request) procedure by the UE, which allows to identify the overall handling of the RRC/E-RAB/S1 SIG statistics.
EPC UE
eNB
MME
S-GW
1) Random Access procedure 2) RRCConnectionRequest 3) RRCConnectionSetup
[Step1] RRC establishment
4) RRCConnectionSetupComplete
5) INITIAL UE MESSAGE
(SERVICE REQUEST)
(SERVICE REQUEST)
6) Authentication/NAS security setup
[Step2] S1SIG setting
7) INITIAL CONTEXT SETUP REQUEST (SERVICE ACCEPT)
8) SecurityModeCommand [Step3] E-RAB establishment
9) SecurityModeComplete 10) RRCConnectionReconfiguration (SERVICE ACCEPT)
11) RRCConnectionReconfiguration Complete
Uplink data
Uplink data
12) INITIAL CONTEXT SETUP RESPONSE
13) Modify Bearer Request 14) Modify Bearer Response
Downlink data
Figure 1.
LTE Counter Description_SLR2.3
Downlink data
RRC/E-RAB/S1 SIG Statistics Handling
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Step
Confidential
Description
1)
The UE performs the Random Access procedure with the eNB.
2)-4)
The UE transmits the NAS SERVICE REQUEST message to the MME. The SERVICE REQUEST message is encapsulated in an RRC message transmitted to the eNB.
5)
The eNB transmits the SERVICE REQUEST message to the MME. The SERVICE REQUEST is encapsulated in an S1-AP INITIAL UE message.
6)
If there is no UE context for the UE in the network, the integrity is not protected for the ATTACH REQUEST message, or the integrity check fails, an authentication and an NAS security setup are always performed. The UE performs the EPS AKA procedure (TS 33.401, 6.1.1) with the MME. The MME sets up an NAS security association with the UE using the NAS SMC procedure (TS 33.401, 7.2.4.4).
7)
The MME transmits the S1-AP Initial Context Setup Request message to the eNB. This step activates both the radio bearer and S1 bearer for all active EPS bearers.
8)-11)
The eNB sets up the RRC radio bearers. The user plane security is set up at this step. The uplink data from the UE can be sent to the S-GW by the S-GW. The eNB transmits the uplink data to the S-GW, and then the S-GW transmits it to the P-GW.
12)
The eNB transmits the S1-AP Initial Context Setup Request message to the MME.
13)-14)
The MME transmits the Modify Bearer Request message for each PDN connection to the S-GW. Now, the S-GW can transmit the downlink data to the UE. The S-GW transmits the Modify Bearer Response message to the MME.
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3.1 RRC connection establishments Establishes radio connection, where the access statistics between RRC connection request and RRC connection setup complete are collected for each cell. The access call is identified by the establishment cause within the RRC connection request message initially informed by the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type] How to
Collection
Collect
Cycle
Item
Unit
Definition
ConnEstabAtt
count
The attempt count for RRC ESTAB
CC
event
int
0~2147483647
-
ConnEstabSucc
count
RRC ESTAB success count.
CC
event
int
0~2147483647
-
ConnEstabFail_CP_
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC_TO
Type
Min/Max
Formula
blocks (MAC, RLC, PDCP, GTP) during RRC establishment.
ConnEstabFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during RRC establishment.
ConnEstabFail_UP_
count
MAC_FAIL ConnEstabFail_UP_
RRC establishment. count
PDCP_FAIL ConnEstabFail_UP_
count
LINK_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the RLC block during RRC establishment.
count
SIG_TO ConnEstabFail_S1AP_
A call is released due to the failure in the PDCP block during RRC establishment.
RLC_FAIL ConnEstabFail_RRC_
A call is released due to the failure in the MAC block during
A call is released due to RRC uplink message timeout (not received) during RRC establishment.
count
A call is released due to S1 SCTP link failure during RRC establishment.
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(Continued) Item
Unit
ConnEstabFail_S1AP_
count
SIG_FAIL ConnEstabReject_CP_
Definition A call is released due to receiving S1AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC establishment. count
CC_FAIL
A call cannot be accepted because the cell is barred after receiving the RRC Connection Request message, or there is no MME available for service during RRC establishment.
ConnEstabReject_CP_
count
CAPA_CAC_FAIL
A call cannot be accepted due to Call Admission Control after receiving the RRC Connection Request message during RRC establishment.
ConnEstabReject_ S1AP_MME_OVLD
LTE Counter Description_SLR2.3
count
A call cannot be accepted due to MME overload during RRC establishment.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE Random Access Preamble Random Access Response Rrc Connection Request
1
Attempt
Rrc Connection Setup Rrc Connection Setup Complete
2
Success Initial UE Message
RRC_CONNECTED
Figure 2.
Collection Time for RRC connection establishment
For statistics on RRC connection establishment, Attempt, Success, Fail and Reject statistics are counted. Attempt statistic is counted when the RRC Connection Request message is received. Success statistic is counted when the messages up to RRC Connection Setup Complete are successfully received. When a timeout or internal failure occurs during the procedure from 1 to 2 in the figure above, it is counted as Fail, returning the cause value. When the eNB determines that the call cannot be accepted after receiving the RRC Connection Request message, it is counted as Reject, returning the cause value.
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3.2 RRC Connection Reconfiguration Collects the statistics data for the number of RRC Connection Reconfiguration for each cell. There is no Fail statistic as the RRC Connection Reconfiguration message is transmitted down from the SeNB and the RRC Connection Reconfiguration Complete message is transmitted to the TeNB. In this case, the attempt and success counts in the reconfiguration statistics for the eNB can be different. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReconfigAtt
count
RRC Connection Reconfiguration attempt count.
CC
event
int
0~2147483647
-
ConnReconfigSucc
count
RRC Connection Reconfiguration success count.
CC
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Reconfiguration
1
Attempt
Rrc Connection Reconfiguration Complete 2 Success
RRC_CONNECTED
Figure 3.
Collection Time for RRC connection reconfiguration
The transmission of the RRC Connection Reconfiguration to the UE is counted as Attempt, while the receipt of RRC Connection Reconfiguration Complete from the UE is counted as Success. Upon handover, the source eNB transmits RRC Connection Reconfiguration (handover command) to the UE; the UE transmits RRC Connection Reconfiguration Complete (handover command complete) to the target eNB. Therefore, a fail count is not returned because it is not possible to determine transmission failure.
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3.3 RRC Connection Re-establishment When a RRC re-establishment cause shown below occurs with the UE in RRC connected state, statistics on the RRC connection re-establishment are collected for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
ReEstabCause
0~3
RRC Connection Re-establishment Cause 0: reconfigurationFailure: Re-establishment occurs due to reconfiguration failure 1: handoverFailure: Re-establishment occurs due to handover failure 2: otherFailure: Re-establishment occurs due to other failures 3: reserved
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReEstabAtt
count
The attempt count for RRC_REESTAB
CC
event
int
0~2147483647
-
ConnReEstabSucc
count
The success count for RRC_REESTAB
CC
event
int
0~2147483647
-
ConnReEstabFail_
count
A call is released due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by ECCB during RRC reestablishment.
ConnReEstabFail_
count
UP_MAC_FAIL ConnReEstabFail_
RRC re-establishment. count
UP_PDCP_FAIL ConnReEstabFail_
count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
A call is released due to RRC uplink message timeout (not received) during RRC re-establishment.
count
S1AP_LINK_FAIL ConnReEstabFail_
A call is released due to the failure in the RLC block during RRC re-establishment.
RRC_SIG_TO ConnReEstabFail_
A call is released due to the failure in the PDCP block during RRC re-establishment.
UP_RLC_FAIL ConnReEstabFail_
A call is released due to the failure in the MAC block during
A call is released due to receiving S1AP signaling during RRC re-establishment.
count
A call is released due to S1AP signaling timeout (not received) during RRC re-establishment.
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(Continued) Item ConnReEstabReject_
Unit
Definition
count
A call cannot be accepted because the cell is barred after
CP_CC_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
receiving the RRC Connection Request message, or there is no MME available for service during RRC reestablishment.
ConnReEstabReject_
count
CP_CAPA_CAC_FAIL
A call cannot be accepted due to Call Admission Control after receiving the RRC Connection Request message during RRC re-establishment.
ConnReEstabReject_ CP_QOS_CAC_FAIL
LTE Counter Description_SLR2.3
count
A call cannot be accepted due to insufficient QoS-based eNB resources during RRC re-establishment.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE Rrc Connection Reestablishment Request
1
Attempt
Rrc Connection Reestablishment
Rrc Connection Reestablishment Complete
2 Success
RRC_CONNECTED
Figure 4.
Collection Time for RRC connection re-establishments
When RRC Connection Re-establishment Request is received, it is counted as an attempt; if the call context exists in the eNB and the security key value uploaded by the UE matches, RRC Connection Re-establishment is transmitted to the UE; and when RRC Connection Re-establishment Complete is received, it is counted as Success. If a call text does not exist in the eNB or the security key value uploaded by the UE does not match, RRC Connection Re-establishment Reject is transmitted to the UE, and it is counted as Reject. Then, if RRC Connection Re-establishment Complete is not received, the call is released.
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3.4 RRC Connection Release Collects the statistics data for the number of the RRC Connection Release for each cell. MME-initiated RRC connection release: The MME transmits the UE context release command to eNB to release the UE-associated logical connection. Then, the eNB transmits the RRC connection release to the UE, releases the eNB resource, and transmits the UE context release complete to the MME to complete the call release procedure. An MME-initiated call release occurs in the following cases. Case Number
Description
1
A procedure between UE and MME is completed (e.g., Detach).
2
A call in the source eNB is released due to successful handover.
3
A call in the target eNB is released due to cancelled handover.
4
The old logical connection is to be released when 2 logical connections are established for a specific UE (e.g. when UE duplication occurs in the MME).
5
The UE is not a CSG member of the CSL cell.
eNB-initiated RRC connection release: If the eNB MAC scheduler determines that the UE has no traffic for the specific period of time, it transmits the UE context release request to the MME, and then the call release procedure is completed by an MME-initiated RRC connection release procedure. A call may be released by transmitting the UE context release request to the MME upon eNB failure or call setup failure. An eNB-initiated call release occurs in the following cases. Case Number
Description
1
A call is released by user inactivity.
2
A call is released by eNB Radio Link Fail (RLF).
3
A call is released by MAX retransmission at the RCL end.
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[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type] Collection
Collect
Cycle
Unit
ConnRelease_CP_ CC_NORMAL
count
A call is released in eNB upon RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ MAC_UE_INACT
count
A call is released due to UE inactivity in the eNB during RRC release.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
ConnRelease_UP_ PDCP_FAIL
count
A call is released due to the failure in the PDCP block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ RLC_FAIL
count
A call is released due to the failure in the RLC block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _HC_TO
count
A call is released due to HO command timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _SIG_FAIL
count
A call is released due to receiving RRC signaling during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _SIG_TO
count
A call is released due to RRC uplink message timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CAPA_CAC_FAIL
count
A call is released due to insufficient capacity-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ QOS_CAC_FAIL
count
A call is released due to insufficient QoS-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during RRC release.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnRelease_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_
count
A call is released due to S1AP signaling timeout (not
CC
event
int
0~2147483647
-
S1AP_SIG_TO
received) during RRC release.
ConnRelease_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_LINK_FAIL
count
A call is released due to X2 SCTP link failure during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_RO_TO
count
A call is released due to X2AP relocoverall timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_SIG_FAIL
count
A call is released due to X2AP signaling received during RRC release.
CC
event
int
0~2147483647
-
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Release
1
Count
RRC_CONNECTED
Figure 5.
Collection Time for RRC connection release
Statistics on the calls released when RRC connection is released. Since RRC connection release cause is returned, it is possible to determine call release cause.
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3.5 RRC Connection number Collects the statistics data for the average RRC connection count per unit time and the maximum RRC connection count for each cell. The RRC connection count is collected every 2 seconds, and the statistics block calculates the average, maximum and total values per minute using the collected data. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnNo
count
Average RRC connection per unit time
GAUGE
2s
float
0~3.4*10^38
sum (ConnTot)/sum (ConnCnt)
ConnMax
count
Maximum RRC connection per unit time
GAUGE
2s
float
0~3.4*10^38
max (ConnMax)
ConnTot
count
Total sum of ConnNo collected
GAUGE
2s
float
0~3.4*10^38
-
ConnCnt
count
Number of collected ConnNo
GAUGE
2s
int
0~2147483647
-
ReleaseCallHoldin gTime
s
Average Release Call Holding Time during which the RRC connection was maintained which is calculated based on call release.
SI
event
float
0~60*Period
sum (ReleaseCallHoldingTime Tot)/sum (ReleaseCallCnt)
ReleaseCallHoldin gTimeTot
s
Total RRC Connection Release Call Holding Time
SI
event
float
0~60*Period
-
ReleaseCallCnt
count
Call Release Count
SI
event
int
0~2147483647
-
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3.6 RRC Connection setup time Collects the statistics data for the average and maximum RRC Connection Setup times for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnEstabTime
ms
Average RRC connection setup time
GAUGE
event
float
0~60*Period*1000
sum (ConnEstabTimeTot)/ sum (ConnEstabTimeCnt)
ConnEstabTimeMax
ms
Maximum RRC connection setup time
GAUGE
event
float
0~60*Period*1000
max (ConnEstabTimeMax)
ConnEstabTimeTot
ms
Total sum of collected
GAUGE
event
float
0~3.4*10^38
-
ConnEstabTimeCnt
count
Number of collected ConnEstabTime
GAUGE
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Request Rrc Connection Setup
RRC Connection Setup time
Rrc Connection Setup Complete Initial UE Message RRC_CONNECTED
Figure 6.
Collection Time for RRC connection number
The RRC Connection setup time is a time taken from receiving the RRC Connection Request message up to receiving the RRC Connection Setup Complete message. The eNB calculates the average and maximum values for the collection period (in milliseconds).
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3.7 RRC Connection Re-establishment time Collects the statistics data for the average and maximum RRC Connection Reestablishment Setup times for each cell. The cause is identified by the RRC connection re-establishment cause informed by the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
ReEstabCause
0~3
RRC Connection Re-establishment Cause 0: reconfigurationFailure: Re-establishment occurs due to reconfiguration failure 1: handoverFailure: Re-establishment occurs due to handover failure 2: otherFailure: Re-establishment occurs due to other failures 3: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReEstabTime
ms
Average RRC Connection Re-establishment setup time
GAUGE
event
float
0~60*Period*1000
sum (ConnReEstabTimeTot)/ sum (ConnReEstabTimeCnt)
ConnReEstabTime Max
ms
Maximum RRC Connection Reestablishment setup time
GAUGE
event
float
0~60*Period*1000
max (ConnReEstabTimeMax)
ConnReEstabTime Tot
ms
Total sum of ConnReEstabTime collected
GAUGE
event
float
0~3.4*10^38
-
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(Continued) Item
Unit
ConnReEstabTime Cnt
count
Definition Number of collected ConnReEstabTime
How to
Collection
Collect
Cycle
GAUGE
event
Type int
Min/Max 0~2147483647
Formula -
[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Reestablishment Request Rrc Connection Reestablishment
RRC Connection Resetup time
Rrc Connection Reestablishment Complete
RRC_CONNECTED
Figure 7.
Collection Time for RRC connection reestablishment time
The RRC Connection setup time is a time taken from receiving the RRC Connection Request message up to receiving the RRC Connection Setup Complete message. The eNB calculates the average and maximum values for the collection period (in milliseconds). LTE Counter Description_SLR2.3
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3.8 Call Drop The call drop statistics are on the calls that are connected successfully but abnormally dropped due to eNB failure or by the MME. They are identified by the RRC connection establishment cause informed by the UE. Successful call connection indicates that the default bearer setup is successful or incoming handover is successful for a call. Calls released by the eNB due to user inactivity, normally released by the MME, and released by the UE duplication are not considered abnormally terminated. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type]
Item CallDrop_ECCB_DSP_
Unit count
Definition A call is released due to the resource mismatch, because
AUDIT_RLC_MAC_
the ECCB has remaining calls but the RLC and the MAC
CALL_RELEASE
have no call remaining.
CallDrop_ECCB_RCV_
count
RESET_REQUEST_
A call is released due to receiving a reset request from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the ECMB block due to refork of a specific block in eNB.
FROM_ECMB CallDrop_ECCB_RCV_
count
A call is released due to the Cell Release Ind message
CELL_RELEASE_IND_
received from the ECMB block because of DSP down or
FROM_ECMB
CPRI failure caused by DSP problem.
CallDrop_ECCB_RADIO_
count
A call is released due to radio link fail.
CC
event
int
0~2147483647
-
count
A call is released due to the resource mismatch, because
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
LINK_FAILURE CallDrop_ECCB_DSP_ AUDIT_MAC_CALL_
the ECCB and the RLC have remaining calls but the
RELEASE
MAC has no call remaining.
CallDrop_ECCB_ARQ_
count
MAX_RE_TRANSMISSION
A call is released when ARQ ACK is not received from the UE after the RLC performs transmission as many as the Max Retransmission to the UE.
CallDrop_ECCB_DSP_
count
A call is released due to the resource mismatch, because
AUDIT_RLC_CALL_
the ECCB and the MAC have remaining calls but the
RELEASE
RLC has no call remaining.
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(Continued) Item
Unit
CallDrop_ECCB_TMOUT_
count
rrcConnectionReconfig
Definition A call is released when the RRC Connection
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reconfiguration Complete message is not received from the UE after transmitting the RRC Connection Reconfiguration message.
CallDrop_ECCB_TMOUT_
count
rrcConnectionReEstablish
A call is released when the RRC Connection Reestablishment Complete message is not received from the UE after transmitting the RRC Connection Reestablishment message to the UE.
CallDrop_ECCB_S1_SCTP _OUT_OF_SERVICE
LTE Counter Description_SLR2.3
count
A call is released when the S1 Association's status is changed from In Service to Out of Service state.
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4. ERAB 4.1 E-RAB Setup Collects the statistics data on the default bearer setup to activate the initial DRB's radio and S1 bearer. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
QCI
LTE Counter Description_SLR2.3
1~9
QoS Class Identifier
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[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
EstabInitAttNbr
count
ERAB setup attempt count.
CC
event
int
0~2147483647
-
EstabInitSuccNbr
count
ERAB setup success count.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ PDCP_FAIL
count
A call is released due to the failure in the PDCP block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ RLC_FAIL
count
A call is released due to the failure in the RLC block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_RR C_SIG_FAIL
count
A call is released due to receiving RRC signaling during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_RR C_SIG_TO
count
A call is released due to ERAB uplink message timeout (not received) during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during ERAB setup.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
ErabInitFailNbr_CP_
count
CAPA_CAC_FAIL ErabInitFailNbr_CP_
count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to insufficient QoS-based eNB
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ERAB setup. count
S1AP_LINK_FAIL ErabInitFailNbr_
Collection
resources during ERAB setup.
S1AP_CU_FAIL ErabInitFailNbr_
A call is released due to insufficient capacity-based eNB
How to
resources during ERAB setup.
QOS_CAC_FAIL ErabInitFailNbr_
Definition
A call is released due to S1 SCTP link failure during ERAB setup.
count
A call is released due to receiving S1AP signaling during ERAB setup.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED Authentication Procedure (NAS) Initial Context Setup Request Security Mode Command
1
Attempt
2
Success
Security Mode Complete Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete Initial Context Setup Response RRC_CONNECTED
Figure 8.
Collection Time for E-RAB Setup
For E-RAB setup count statistics, Attempt is counted when the Initial Context Setup Request message is received during the initial call setup, and Success is counted when the Initial Context Setup Response message is transmitted. Fail is counted when a timeout or failure occurs during the procedure and the applicable cause value is recorded.
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4.2 E-RAB Setup Add Collects the statistics data on the number of additional E-RAB (dedicated bearer) setups by the MME following the initial default bearer setup for each cell or QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
EstabAddAttNbr
count
Addition ERAB setup attempt count.
CC
event
int
0~2147483647
-
EstabAddSuccNbr
count
Additional ERAB setup success count.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CC_TO
Type
Min/Max
Formula
blocks (MAC, RLC, PDCP, GTP) during additional ERAB setup.
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(Continued) Item
Unit
ErabAddFailNbr_CP_
count
CC_FAIL
Definition A call is released due to reset notification (eNB failure or
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block restart) from ECMB or by ECCB during additional ERAB setup.
ErabAddFailNbr_
count
UP_GTP_FAIL
A call is released due to the failure in the GTP block during additional ERAB setup.
ErabAddFailNbr_ UP_MAC_FAIL
count
A call is released due to the failure in the MAC block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ UP_RLC_FAIL
count
A call is released due to the failure in the RLC block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ RRC_SIG_TO
count
A call is released due to ERAB uplink message timeout (not received) during additional RRC setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ CAPA_CAC_FAIL
count
A call is released due to insufficient capacity-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ CP_QOS_CAC_FAIL
count
A call is released due to insufficient QoS-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ErabAddFailNbr_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ CC_INTERACTION
count
When failure occurs during inter eNB handover due to ERAB setup required by the MME.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED E-RAB Setup Request
1
Attempt
2
Success
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete E-RAB Setup Response
RRC_CONNECTED
Figure 9.
Collection Time for E-RAB Setup Add
For additional E-RAB setup count statistics, Attempt is counted when the E-RAB Setup Request message is received during the additional E-RAB setup, and Success is counted when the E-RAB Setup Response message is transmitted. Fail is counted when a timeout or failure occurs during the procedure and the applicable cause value is recorded.
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4.3 E-RAB setup time Collects the statistics data for the average E-RAB Setup time and the maximum E-RAB Setup time. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EstabTime
Unit ms
Definition Average E-RAB setup time
How to
Collection
Collect
Cycle
GAUGE
event
Type int
Min/Max 0~60*Period*1000
Formula sum (EstabTimeTot)/ sum (EstabTimeCnt)
EstabTimeMax
ms
Maximum E-RAB setup time
GAUGE
event
int
0~60*Period*1000
max (EstabTimeMax)
EstabTimeTot
ms
Total sum of EstabTime collected
GAUGE
event
int
0~2147483647
-
EstabTimeCnt
count
Number of collected EstabTime
GAUGE
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE Initial Context Setup Request Security Mode Command Security Mode Complete
E-RAB Setup time
RRC Connection Reconfiguration RRC Connection Reconfiguration Complete Initial Context Setup Response
RRC_CONNECTED
Figure 10. Collection Time for E-RAB Setup time The E-RAB setup time indicates the duration from receiving the Initial Context Setup Request message up to transmitting the Initial Context Setup Response, which is reported in ms. The statistics block calculates the average and maximum values of the setup time during the collection period.
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4.4 eNB E-RAB Erase Request Collects the statistics data for the E-RAB release requests made by the eNB by transmitting the UE Context Release Request message. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EraseAttbyEnb_
Unit count
CP_CC_TO
Definition A call is released due to the call control timeout of the protocol
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block (MAC, RLC, PDCP, GTP) when an eNB-initiated UE Context Release occurs.
EraseAttbyEnb_
count
CP_CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB when an eNB-initiated UE Context Release occurs or by the ECCB block.
EraseAttbyEnb_
count
UP_GTP_FAIL
LTE Counter Description_SLR2.3
A call is released due to internal failure of the GTP block when an eNB-initiated UE Context Release occurs.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
EraseAttbyEnb_ UP_MAC_FAIL
count
A call is released due to internal failure of the MAC block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_MAC_UE_ INACT
count
A call is released due to UE inactivity in eNB when an eNBinitiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_PDCP_FAIL
count
A call is released due to internal failure of the PDCP block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_RLC_FAIL
count
A call is released due to internal failure of the RLC block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_HC_TO
count
A call is released due to HO command timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling when an eNBinitiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_SIG_TO
count
A call is released due to S1AP signaling timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause occurred when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ S1AP_RO_TO
count
A call is released due to S1AP RelocOverall timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_
count
A call is released due to S1AP signaling timeout (not received)
CC
event
int
0~2147483647
-
S1AP_SIG_TO
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
when an eNB-initiated UE Context Release occurs.
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(Continued) Item EraseAttbyEnb_
Unit count
X2AP_RO_TO
Definition A call is released due to X2AP RelocOverall timeout (not
How to
Collection
Collect
Cycle
CC
event
Type int
Min/Max 0~2147483647
Formula -
received) when an eNB-initiated UE Context Release occurs.
[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED 1
Count
UE Context Release Request UE Context Release Command
RRC Connection Release
UE Context Release Complete
RRC_CONNECTED
Figure 11. Collection Time for eNB E-RAB Erase Request The eNB E-RAB Erase is to delete the UE context. When the eNB needs to release the UE context, it transmits the UE Context Release Request message to the MME and collects statistics.
LTE Counter Description_SLR2.3
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4.5 E-RAB Erase Collects the statistics data for the average E-RAB Setup time and the maximum E-RAB Setup time. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EraseAtt
Unit count
Definition The number of the E-RAB release attempts using the UE
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Context Release command. EraseSucc
count
The number of the E-RAB release successes using the UE Context Release command.
LTE Counter Description_SLR2.3
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
UE Context Release Command
Rrc Connection Release
Success
2
UE Context Release Complete
RRC_CONNECTED
Figure 12. Collection Time for E-RAB erase For E-RAB ERASE statistics, attempt is counted when the UE Context Release Command is received, and Success is counted when the UE Context Release Complete message is transmitted.
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4.6 E-RAB Modify Collects the statistics data for E-RAB Modify count. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ModQoSAttNbr
count
ERAB Modify attempt count
CC
event
int
0~2147483647
-
ModQoSSuccNbr
count
ERAB Modify success count
CC
event
int
0~2147483647
-
ModQoSFailNbr_
count
A call is released due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_TO ModQoSFailNbr_
(MAC, RLC, PDCP, GTP) during ERAB Modify. count
CP_CC_FAIL ModQoSFailNbr_
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during ERAB Modify.
count
UP_GTP_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the GTP block during ERAB Modify.
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(Continued) Item
Unit
ModQoSFailNbr_
count
UP_MAC_FAIL ModQoSFailNbr_
count count count
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during ERAB
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during ERAB
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Modify. count
RRC_SIG_TO ModQoSFailNbr_
Collect
Modify.
RRC_SIG_FAIL ModQoSFailNbr_
Collection
ERAB Modify.
UP_RLC_FAIL ModQoSFailNbr_
A call is released due to the failure in the MAC block during
How to
ERAB Modify.
UP_PDCP_FAIL ModQoSFailNbr_
Definition
A call is released due to ERAB uplink message timeout (not received) during RRC Modify procedure
count
CP_BH_CAC_
A call is released due to insufficient backhaul-based eNB resources during ERAB Modify.
FAIL ModQoSFailNbr_
count
CP_CAPA_CAC_
A call is released due to insufficient capacity-based eNB resources during ERAB Modify.
FAIL ModQoSFailNbr_
count
CP_QOS_CAC_
A call is released due to insufficient QoS-based eNB resources during ERAB Modify.
FAIL
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(Continued) Item
Unit
ModQoSFailNbr_
count
S1AP_CU_FAIL ModQoSFailNbr_
Definition A call is released due to the S1AP specification cause during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ERAB Modify. count
S1AP_LINK_
A call is released due to S1 SCTP link failure during ERAB Modify.
FAIL ModQoSFailNbr_
count
S1AP_SIG_FAIL ModQoSFailNbr_
A call is released due to receiving S1AP signaling during ERAB Modify.
count
CP_CC_INTERA
When failure occurs during inter eNB handover due to ERAB Modify required by the MME.
CTION
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
E-RAB Modify Request
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Success
2
E-RAB Modify Response
RRC_CONNECTED
Figure 13. Collection Time for E-RAB modify For E-RAB Modify statistics, Attempt is counted when the E-RAB Modify Request message is received from the MME, and Success is counted when the E-RAB Modify Response message is transmitted. Fail is counted when the E-RAB Modify procedure fails due to an internal timeout or failure, and the applicable cause value is recorded.
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4.7 eNB E-RAB Release Request Collects the statistics data for the E-RAB release requests made by the eNB using the E-RAB Release Indication message. E-RAB release request usually occurs when only a specific bearer is released while 2 or more bearers are set up. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
RelAttbyEnbNbr_
count
CP_CC_TO
Definition A call is released due to call control timeout in the protocol
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
blocks (MAC, RLC, PDCP, GTP) during eNB-initiated ERAB release.
RelAttbyEnbNbr_ S1AP_CU_FAIL
LTE Counter Description_SLR2.3
count
Release due the S1AP specification cause during eNB-initiated ERAB release.
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED Count
1
E-RAB Release Indication E-RAB Release Command
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete E-RAB Release Response
RRC_CONNECTED
Figure 14. Collection Time for eNB E-RAB release request The eNB E-RAB Release statistics are counted when the eNB deletes the applicable bearers as needed and transmits the E-RAB Release Indication message to the MME.
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4.8 E-RAB Release Collects the statistics data for the E-RAB releases made by the eNB using the E-RAB Release Command for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
RelAttNbr
count
Attempt count for E-RAB release by the ERAB Release command
CC
event
int
0~2147483647
-
RelSuccNbr
count
Success count for E-RAB release by the ERAB Release command
CC
event
int
0~2147483647
-
RelFailNbr_CP_
count
A call is released due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC_FAIL
Type
Min/Max
Formula
restart) from ECMB or by ECCB block during MME-initiated ERAB release.
RelFailNbr_S1AP_
count
SIG_FAIL RelFailNbr_S1AP_ CU_FAIL
LTE Counter Description_SLR2.3
A call is released due to receiving S1AP signaling during MMEinitiated ERAB release.
count
A call is released due to S1AP specification cause during MMEinitiated ERAB release.
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(Continued) Item RelActive
Unit count
Definition Number of active E-RABs, for which a call is released due to
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
abnormal operation in eNB. RelFailNbr_CP_CC_ INTERACTION
LTE Counter Description_SLR2.3
count
When failure occurs during inter eNB handover due to ERAB Release required by the MME.
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
E-RAB Release Command
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Success
2
E-RAB Release Response
RRC_CONNECTED
Figure 15. Collection Time for E-RAB release For E-RAB release statistics, when the E-RAB Release Request message is received from the MME, it is counted as Attempt; when the E-RAB Release Response message is transmitted, it is counted as Success. Fail is counted when the E-RAB Release procedure fails due to an internal timeout or failure, and the applicable cause value is recorded.
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4.9 E-RAB activity (UE) Collects the statistics data for the in-session time of the UE. In-session is defined as valid if a data transmission took place during the last 100 ms; it collects the in-session time of the UE which had data transmissions with the PDSCH/PUSCH during the statistics period. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item SessionTimeUE
Unit ms
Definition Average in-session time per UE
How to
Collection
Collect
Cycle
SI
5.12 s
Type
Min/Max
float
0~60*Period*1000
Formula sum (SessionTimeUETot)/ sum (SessionTimeUECnt)
SessionTimeUETot
ms
Total sum of SessionTimeUE collected
SI
5.12 s
float
0~3.4*10^38
-
SessionTimeUECnt
count
Number of collected SessionTimeUE
SI
5.12 s
int
0~2147483647
-
[Collection Time] TTI
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4.10 E-RAB activity (QCI) Collects the statistics data for the in-session time per QCI. In-session is defined as valid if a data transmission took place during the last 100 ms; it collects the in-session time of the Bearer which had data transmissions with the PDSCH/PUSCH during the statistics period for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item SessionTimeQCI
Unit ms
Definition Average in-session time per QCI
How to
Collection
Collect
Cycle
SI
5.12 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (SessionTimeQCITot)/ sum (SessionTimeQCICnt)
SessionTimeQCITot
ms
Total sum of SessionTimeQCI
SI
5.12 s
float
0~3.4*10^38
-
SessionTimeQCICnt
count
Number of collected SessionTimeQCI
SI
5.12 s
int
0~2147483647
-
[Collection Time] TTI
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4.11 E-RAB Simultaneous Number Collects the statistics data for the average E-RAB count and the maximum E-RAB count per unit time. [Index] Name
Range
Description
cNum
0~8
Cell Index
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item UsageNbr
Unit count
Definition Average E-RAB count per unit time.
How to
Collection
Collect
Cycle
GAUGE
2s
Type float
Min/Max 0~3.4*10^38
Formula sum (UsageNbrTot)/ sum (UsageNbrCnt)
UsageNbrMax
count
Maximum E-RAB count per unit time.
GAUGE
2s
float
0~3.4*10^38
max (UsageNbrMax)
UsageNbrTot
count
Total sum of UsageNbr
GAUGE
2s
float
0~3.4*10^38
-
UsageNbrCnt
count
Number of collected UsageNbr
GAUGE
2s
int
0~2147483647
-
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5. HO EUTRAN Statistics on handovers are collected for intra LTE handover and inter RAT handover respectively. Intra LTE handover includes intra eNB, inter eNB S1, and inter eNB X2 handovers; inter RAT handover includes inter RAT optimized HRPD and inter RAT UTRAN handovers. Intra-LTE handover statistics are based on the source and target cells, and are collected through the respective source and target eNBs. Inter-RAT handover statistics are based on the eNB’s served cells. Intra eNB Handover Collects the statistics data for handover between cells within the base station for each cell. Intra eNB handover is performed when the UE moves between the cells that belong to the same eNB. The following shows this procedure.
UE
Target cell
Source cell
1) MeasurementReport
HO attempt 2) Target Cell Preparation
3) RRCConnection-Reconfiguration
HO preparation
(mobilityControlinfo)
HO success
4) RRCConnectionReconfigurationComplete
Figure 16. Intra eNB Handover Statistics Handling Steps
Description
1
Intra eNB handover is determined based on the measurement report.
2
New RLC, MAC and PHY configurations are set for the target cell.
3
When the resource setup is completed in the target cell, the RRC Connection Reconfiguration message is transmitted to instruct the UE to perform handover.
4
The RRC Connection Reconfiguration Complete message is received to complete the intra handover successfully.
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X2 Handover When the UE moves between cells of different eNBs that belong to the same MME group, handover is performed via the X2 interface. Upon performing the X2 handover, the source provides the statistics on handover outgoing; and the target, on the handover incoming. The procedure of collecting Attempt, Preparation, and Success statistics is shown below.
EPC UE
Target eNB
Source eNB
Downlink/Uplink data
MME
Downlink/Uplink data
1) MeasurementReport
HO attempt
2) HANDOVER REQUEST 4) RRCConnectionReconfiguration (mobilityControlinfo)
S-GW
3) HANDOVER REQUEST ACKNOWLEDGE HO Preparation 5) SN STATUS TRANSFER Data forwarding
6) Synchronization/UL allocation and timing advance 7) RRCConnectionReconfigurationComplete Forwarded data Uplink data
Uplink data
8) PATH SWITCH REQUEST 9) Modify Bearer Request End marker Forwarded data End marker Downlink data
12) UE CONTEXT RELEASE
Downlink data
11) PATH SWITCH REQUEST ACKNOWLEDGE
10) Modify Bearer Response HO Success
Down/Uplink data
Down/Uplink data
Figure 17. X2 Handover Statistics Handling
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Steps 1)
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Description The UE transmits the MeasurementReport message according to the system information, standards and rules. The source eNB determines whether to perform the UE handover based on the MeasurementReport message and the radio resource management information.
2)
The source eNB sends the target eNB a HANDOVER REQUEST message containing the information required for handover. The target eNB can perform management control in accordance with the E-RAB QoS information received.
3)-4)
The target eNB creates the RRCConnectionReconfiguration message which contains the mobileControlInfo IE for preparing and executing the handover. The target eNB transmits RRCConnectionReconfiguration to the source eNB, which is encapsulated in the HANDOVER REQUEST ACKNOWLEDGE message. The source eNB transmits the RRCConnectionReconfiguration message and the necessary parameters to the UE to command it to perform the handover.
5)
To transmit the uplink PDCP SN receiver status and the downlink PDCP SN transmitter status of the E-RABs of which the PDCP status must be preserved, the source eNB transmits the SN STATUS TRANSFER message to the target eNB.
6)
After receiving the RRCConnectionReconfiguration message that encapsulates the mobileControlInfo IE, the UE performs synchronization with the target eNB and accesses the target cell via the Random Access CHannel (RACH). The target eNB responds with UL allocation and a timing advance value.
7)
After having connected to the target cell successfully, the UE notifies the target eNB that the Handover procedure has been completed using an RRCConnectionReconfigurationComplete message.
8)
The target eNB, using the PATH SWITCH REQUEST message, notifies the MME that the UE has changed the cell.
9)-10)
The MME sends the Modify Bearer Request message to the S-GW. The S-GW changes the downlink data path into the target eNB. The S-GW transmits at least one ‘end marker’ to the source eNB through the previous path, and releases the user plane resources for the source eNB. The S-GW transmits a Modify Bearer Response message to the MME.
11)
The MME transmits the PATH SWITCH REQUEST ACKNOWLEDGE message to acknowledge the PATH SWITCH REQUEST message.
12)
The target eNB sends the UE CONTEXT RELEASE message to the source eNB to notify the handover has succeeded and to make the source eNB release its resources. If the source eNB receives the UE CONTEXT RELEASE message, it releases the radio resources and the control plane resources related to the UE context.
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S1 Handover Generally, when two eNBs belong to the same MME group, handover is performed via the X2 interface. When two eNBs belong to different MME groups, handover is performed via the S1 interface. However, if they belong to the same MME, but there is no X2 interface between the two eNBs or there is X2 link failure, handover is performed via the S1 interface. Upon performing the S1 handover, the source provides the statistics on handover outgoing; and the target, on the handover incoming. The procedure of collecting Attempt, Preparation, and Success statistics is shown below.
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EPC UE
Target eNB
Source eNB
MME
S-GW
Downlink/Uplink data
Downlink/Uplink data
1) Decision to trigger a relocation via S1 2) HANDOVER REQUIRED
HO attempt
HO attempt 3) HANDOVER REQUEST 4) HANDOVER REQUEST ACKNOWLEDGE 5) Create Indirect Data Forwarding Tunnel Request 6) Create Indirect Data 7) HANDOVER COMMAND Forwarding Tunnel Response
Ho Preparation HO Preparation 8) RRCConnectionReconfiguration
9) eNB STATUS TRANSFER
(mobilityControlinfo)
10) MME STATUS TRANSFER 1) Direct data forwarding 2) Indirect data forwarding Indirect data forwarding
11) Detach from old cell/Synchronize to new cell 12) RRCConnectionReconfigurationComplete Forwarded data Uplink data
Uplink data
13) HANDOVER NOTIFY Ho Success
14) Modify Bearer Request 15) Modify Bearer Response End marker
Forwarded data End marker
Downlink data
Downlink data
16) Tracking Area Update procedure 17) UE CONTEXT RELEASE COMMAND Ho Success
18) UE CONTEXT RELEASE COMPLETE
Downlink/Uplink data
19) Delete Indirect Data Forwarding Tunnel Request 20) Delete Indirect Data Forwarding Tunnel Response
Downlink/Uplink data
Figure 18. S1 Handover Procedure
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Steps 1)
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Description The source eNB determines whether to perform S1-based handover into the target eNB. The source eNB can make this decision when there is no X2 connection to the target or when an error is notified by the target eNB after an X2-based handover has failed, or based on the information the source eNB has obtained dynamically.
2)
The source eNB transmits the HANDOVER REQUIRED message to the MME. The source eNB notifies the target eNB which bearer is used for data forwarding and whether forwarding can be made directly from the source eNB to the target eNB.
3)-4)
The MME transmits the HANDVER REQUEST message to the target eNB. This message makes the target eNB create a UE context containing the bearer-related information and the security context. The target eNB transmits the HANDOVER REQUEST ACKNOWLEDGE message to the MME.
5)-6)
If indirect forwarding is used, the MME sends the Create Indirect Data Forwarding Tunnel Request message to the S-GW. The S-GW replies the MME with the Create Indirect Data Forwarding Tunnel Response message.
7)-8)
The MME sends the HANDOVER COMMAND message to the source eNB. The source eNB creates the RRCConnectionReconfiguration message using the Target to Source Transparent Container IE encapsulated in the HANDOVER COMMAND message and then transmits it to the UE.
9)-10)
To send the PDCP status, and the HFN status of the E-RABs of which the PDCP status must be preserved, the source eNB sends the eNB/MME STATUS TRANSFER message to the target eNB via the MME. The source eNB must start forwarding the downlink data to the target eNB through the bearer which was determined to be used for data forwarding. This can be either direct or indirect forwarding.
11)
The UE performs synchronization with the target eNB and connects to the target cell via a RACH. The target eNB replies with UL allocation and a timing advance value.
12)
After having synchronized with the target cell, the UE notifies the target eNB that the Handover procedure has been completed using the RRCConnectionReconfigurationComplete message. The downlink packets forwarded from the source eNB can be transmitted to the UE. The uplink packets can also be sent from the UE to the S-GW via the target eNB.
13)
The target eNB sends the HANDOVER NOTIFY message to the MME. The MME starts the timer which tells when the resources of the source eNB and the temporary resources used by the S-GW for indirect forwarding will be released.
14)
The MME transmits the Modify Bearer Request message for each PDN connection to the S-GW. Downlink packets are transmitted from the S-GW to the target eNB immediately.
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(Continued) Steps 15)
Description The S-GW transmits a Modify Bearer Response message to the MME. As soon as the target eNB changes the path to help packet reordering, the S-GW transmits at least one ‘end marker’ packet to the source eNB through the previous path.
16)
If any of the conditions listed in section 5.3.3.0 of TS 23.401 (6) is met, the UE starts the Tracking Area Update procedure.
17)-18)
When the timer started at step 13 expires, the MME sends the UE CONTEXT RELEASE COMMAND message to the source eNB. The source eNB releases the resources related to the UE and replies with the UE CONTEXT RELEASE COMPLETE message.
19)-20)
If indirect forwarding has been used, when the timer started at Step 13 expires the MME transmits the Delete Indirect Data Forwarding Tunnel Request message to the S-GW. This message gets the S-GW to release the temporary resources allocated for indirect forwarding at Step 5. The S-GW responds to the MME with the Delete Indirect Data Forwarding Tunnel Response message.
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5.1 Intra eNB Handover Collects the statistics data for handover between cells within the eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
IntraEnbAtt
count
Intra-handover attempt count.
CC
event
int
0~2147483647
-
IntraEnbPrepSucc
count
Intra-handover preparation success count.
CC
event
int
0~2147483647
-
IntraEnbSucc
count
Intra-handover execution success count.
CC
event
int
0~2147483647
-
IntraEnbPrepFail_
count
Preparation fails due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CP_CC_TO
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
(MAC, RLC, PDCP, GTP) during the intra handover preparation.
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(Continued) Item
Unit
Definition
IntraEnbPrepFail_CP_
count
Preparation fails due to reset notification (eNB failure or block
CC_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by the ECCB block during the intra handover preparation.
IntraEnbPrepFail_UP_
count
MAC_FAIL IntraEnbPrepFail_UP_
during the intra handover preparation. count
RLC_FAIL IntraEnbPrepFail_
count count count count
S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient QoS-based eNB resources during the intra handover preparation.
count
S1AP_CU_FAIL IntraEnbPrepFail_
Preparation fails due to insufficient capacity-based eNB resources during the intra handover preparation.
QOS_CAC_FAIL IntraEnbPrepFail_
Preparation fails due to insufficient backhaul-based eNB resources during the intra handover preparation.
CAPA_CAC_FAIL IntraEnbPrepFail_CP_
A call is released due to receiving RRC signaling during the intra handover preparation.
BH_CAC_FAIL IntraEnbPrepFail_CP_
Preparation fails due to internal failure in the RLC block during the intra handover preparation.
RRC_SIG_FAIL IntraEnbPrepFail_CP_
Preparation fails due to internal failure in the MAC block
Preparation fails due to S1AP specification cause during the intra handover preparation.
count
Preparation fails due to S1 SCTP link failure during the intra handover preparation.
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(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
IntraEnbPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the intra handover preparation.
CC
event
int
0~2147483647
-
IntraEnbFail_CP_CC_ TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_CP_CC_ FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ GTP_FAIL
count
A call is released due to the internal failure in the GTP block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ MAC_FAIL
count
A call is released due to the internal failure in the MAC block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ RLC_FAIL
count
A call is released due to the internal failure in the RLC block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_RRC_ HC_TO
count
A call is released due to HO command timeout (not received) during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_RRC_ SIG_FAIL
count
A call is released due to receiving RRC signaling during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_S1AP_ CU_FAIL
count
A call is released due to the S1AP specification cause during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_S1AP_ LINK_FAIL
count
A call is released due to S1 SCTP link failure during the intra handover execution.
CC
event
int
0~2147483647
-
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(Continued) Item IntraEnbFail_S1AP_
Unit
Definition
count
A call is released due to S1AP signaling timeout (not received)
SIG_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
during the intra handover execution.
IntraEnbCnt
count
Number of Intra-eNB handover collection
CC
event
int
0~2147483647
-
IntraEnbNbrCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
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[Collection Time] UE
eNB
UE moves to Intra eNB Cell Measurement Report
Attempt
1
HO Decision
Prepare
2
Target Cell Preparation
Success
3
Internal Path Switch
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Figure 19. Collection Time for Intra eNB Handover Attempt; when the intra-handover preparation is complete and at the time of transmitting the RRC Connection Reconfiguration message to the UE, it is counted as Prepare. When the target cell successfully receives the RRC Connection Reconfiguration Complete message from the UE, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Intra Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.2 X2 Handover Out Collects the statistics data for X2 handover between eNBs for each cell in reference with the source eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
InterX2OutAtt
count
Attempt count for X2 handover from SeNB.
CC
event
int
0~2147483647
-
InterX2OutPrepSucc
count
Success count for X2 handover preparation from SeNB.
CC
event
int
0~2147483647
-
InterX2OutSucc
count
Success count for X2 handover execution from SeNB.
CC
event
int
0~2147483647
-
InterX2OutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECMB or by ECCB block during the inter X2 handover preparation.
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(Continued) Item
Unit
InterX2OutPrepFail_
count
S1AP_LINK_FAIL InterX2OutPrepFail_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the
CC
event
int
0~2147483647
-
Preparation fails due to X2 SCTP link failure during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2AP relocprep timeout (not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the inter X2 handover preparation. count
X2AP_SIG_FAIL InterX2OutFail_CP_
Cycle
X2 handover preparation.
X2AP_RP_TO InterX2OutPrepFail_
Collect
inter X2 handover preparation.
X2AP_LINK_FAIL InterX2OutPrepFail_
Collection
inter X2 handover preparation.
X2AP_CU_FAIL InterX2OutPrepFail_
Preparation fails due to S1 SCTP link failure during the inter
How to
X2 handover preparation.
S1AP_SIG_FAIL InterX2OutPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the inter X2 handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter X2 handover execution.
InterX2OutFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the inter X2 handover execution.
InterX2OutFail_UP_ GTP_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to the failure in the GTP block during the inter X2 handover execution.
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(Continued) Item
Unit
InterX2OutFail_UP_
count
MAC_FAIL InterX2OutFail_UP_
count count count count count count count
X2AP_RO_TO
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the PDCP block
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
A call is released due to the X2AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the inter X2 handover execution. count
X2AP_LINK_FAIL InterX2OutFail_
Formula
inter X2 handover execution.
X2AP_CU_FAIL InterX2OutFail_
Min/Max
inter X2 handover execution.
S1AP_SIG_FAIL InterX2OutFail_
Type
the inter X2 handover execution.
S1AP_LINK_FAIL InterX2OutFail_
Cycle
inter X2 handover execution.
S1AP_CU_FAIL InterX2OutFail_
Collect
during the inter X2 handover execution.
RRC_SIG_FAIL InterX2OutFail_
Collection
during the inter X2 handover execution.
RLC_FAIL InterX2OutFail_
A call is released due to the internal failure in the MAC block
How to
during the inter X2 handover execution.
PDCP_FAIL InterX2OutFail_UP_
Definition
A call is released due to the X2 SCTP link failure during the inter X2 handover execution.
count
A call is released due to X2AP RelocOverall timeout (not received) during the inter X2 handover execution.
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(Continued) Item InterX2OutFail_
Unit count
X2AP_SIG_FAIL
Definition A call is released due to receiving the X2AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the inter X2 handover execution.
InterX2OutCnt
count
Number of X2 Handover Out collection
CC
event
int
0~2147483647
-
InterX2OutCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
1
Attempt
Handover Request 2
Prepare
Rrc Connection Reconfiguration
Handover Request Acknowledge SN Status Transfer
Rrc Connection Reconfiguration Complete Path Switch Request Release Request Call Release
Path Switch Request Acknowledge
3 Success
Figure 20. Collection Time for X2 Handover Out For Inter X2 Handover Out statistics, Attempt is counted when the X2 Handover Request message can be transmitted to the target eNB after the inter X2 handover decision following the Measurement Report message arrival. Prepare is counted when the X2 Handover Request Acknowledge message is received from the target eNB. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. The target eNB transmits the X2 UE Context Release message to the source eNB when the handover is successfully completed. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter X2 Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. LTE Counter Description_SLR2.3
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5.3 X2 Handover In Collects the statistics data for X2 handover between eNBs in reference with the target eNB. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
InterX2InAtt
count
X2 handover attempt count in TeNB.
CC
event
int
0~2147483647
-
InterX2InPrepSucc
count
X2 handover preparation success count in TeNB.
CC
event
int
0~2147483647
-
InterX2InSucc
count
X2 handover execution success count in TeNB.
CC
event
int
0~2147483647
-
InterX2InPrepFail_
count
Preparation fails due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CP_CC_TO
Definition
How to
Item
Type
Min/Max
Formula
(MAC, RLC, PDCP, GTP) during the inter X2 handover preparation.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterX2InPrepFail_
count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by ECCB block during the inter X2 handover preparation.
InterX2InPrepFail_
count
UP_GTP_FAIL InterX2InPrepFail_
the inter X2 handover preparation. count
UP_MAC_FAIL InterX2InPrepFail_
count count
Preparation fails due to internal failure in the RLC block during the inter X2 handover preparation.
count
CP_BH_CAC_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the PDCP block during the inter X2 handover preparation.
UP_RLC_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the MAC block during the inter X2 handover preparation.
UP_PDCP_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the GTP block during
Preparation fails due to insufficient backhaul-based eNB resources during the inter X2 handover preparation.
count
CP_CAPA_CAC_
Preparation fails due to insufficient capacity-based eNB resources during the inter X2 handover preparation.
FAIL InterX2InPrepFail_ CP_QOS_CAC_
count
Preparation fails due to insufficient QoS-based eNB resources during the inter X2 handover preparation.
FAIL
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterX2InPrepFail_
count
S1AP_LINK_FAIL InterX2InPrepFail_
count count count
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2 SCTP link failure during the inter X2
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
handover preparation. count
X2AP_SIG_FAIL InterX2InFail_CP_
Collect
X2 handover preparation.
X2AP_LINK_FAIL InterX2InPrepFail_
Collection
X2 handover preparation.
X2AP_CU_FAIL InterX2InPrepFail_
Preparation fails due to S1 SCTP link failure during the inter X2
How to
handover preparation.
S1AP_SIG_FAIL InterX2InPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the inter X2 handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter X2 handover execution.
InterX2InFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the inter X2 handover execution.
InterX2InFail_UP_
count
GTP_FAIL InterX2InFail_UP_ MAC_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the GTP block during the inter X2 handover execution.
count
A call is released due to the internal failure in the MAC block during the inter X2 handover execution.
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(Continued) Item
Unit
InterX2InFail_UP_
count
PDCP_FAIL InterX2InFail_UP_
count count count count count count count
X2AP_LINK_FAIL
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to HO command timeout (not received)
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the inter
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the inter
CC
event
int
0~2147483647
-
A call is released due to S1AP path switch timeout (not received)
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the inter
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2 handover execution. count
X2AP_CU_FAIL InterX2InFail_
Formula
during the inter X2 handover execution.
S1AP_SIG_FAIL InterX2InFail_
Min/Max
X2 handover execution.
S1AP_PATH_TO InterX2InFail_
Type
inter X2 handover execution.
S1AP_LINK_FAIL InterX2InFail_
Cycle
X2 handover execution.
S1AP_CU_FAIL InterX2InFail_
Collect
during the inter X2 handover execution.
_SIG_FAIL InterX2InFail_
Collection
during the inter X2 handover execution.
_HC_TO InterX2InFail_RRC
A call is released due to the internal failure in the PDCP block
How to
during the inter X2 handover execution.
RLC_FAIL InterX2InFail_RRC
Definition
A call is released due to the X2AP specification cause during the inter X2 handover execution.
count
A call is released due to the X2 SCTP link failure during the inter X2 handover execution.
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(Continued) Item InterX2InFail_
Unit count
X2AP_SIG_FAIL InterX2InFail_ X2AP_SIG_TO
LTE Counter Description_SLR2.3
Definition A call is released due to receiving the X2AP signaling during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter X2 handover execution. count
A call is released due to X2AP signaling timeout (not received) during the inter X2 handover execution.
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Request
Rrc Connection Reconfiguration
Handover Request Acknowledge SN Status Transfer
1
Attempt
2
Prepare
Rrc Connection Reconfiguration Complete Path Switch Request
Release Request
Path Switch Request Acknowledge 3 Success
Call Release
Figure 21. Collection Time for X2 Handover In For Inter X2 Handover In statistics, Attempt is counted when the target eNB receives the X2 Handover Request message, and Prepare is counted after the target eNB transmits the X2 Handover Request Acknowledge message. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. When the handover is successfully completed and the X2 UE Context Release message is transmitted to the source eNB, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter X2 In Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
LTE Counter Description_SLR2.3
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5.4 S1 Handover Out Collects the statistics data for S1 handover between eNBs for each cell in reference with the source eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
InterS1OutAtt
count
S1 handover attempt count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutPrepSucc
count
S1 handover preparation success count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutSucc
count
S1 handover execution success count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CP_CC_FAIL
Definition
How to
Item
Type
Min/Max
Formula
restart) from ECMB or by ECCB block during inter S1 handover preparation.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterS1OutPrepFail_
count
S1AP_CU_FAIL
Definition Preparation fails due to S1AP specification cause during inter
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
S1 handover preparation.
InterS1OutPrepFail_ S1AP_LINK_FAIL
count
Preparation fails due to S1 SCTP link failure during inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover execution.
InterS1OutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB block during the inter S1 handover execution.
CC
event
int
0~2147483647
-
InterS1OutFail_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the inter S1 handover execution.
CC
event
int
0~2147483647
-
InterS1OutFail_UP_
count
A call is released due to the failure in the MAC block during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
MAC_FAIL InterS1OutFail_UP_ PDCP_FAIL
LTE Counter Description_SLR2.3
inter S1 handover execution. count
A call is released due to the failure in the PDCP block during the inter S1 handover execution.
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(Continued) Item InterS1OutFail_UP_
Unit
Definition
count
A call is released due to the failure in the RLC block during the
RLC_FAIL InterS1OutFail_
count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter S1 handover execution. count
_RO_TO InterS1OutFail_S1AP
Cycle
inter S1 handover execution.
_LINK_FAIL InterS1OutFail_S1AP
Collect
inter S1 handover execution.
_CU_FAIL InterS1OutFail_S1AP
Collection
inter S1 handover execution.
RRC_SIG_FAIL InterS1OutFail_S1AP
How to
A call is released due to S1AP relocoverall timeout (not received) during the inter S1 handover execution.
count
_SIG_FAIL
A call is released due to receiving S1AP signaling during the inter S1 handover execution.
InterS1OutCnt
count
Number of S1 Handover Out collection
CC
event
int
0~2147483647
-
InterS1OutCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
1
Attempt Handover Required Handover Request
2
Handover Request Acknowledge Handover Command
Prepare
Rrc Connection Reconfiguration
eNB Status Transfer MME Status Transfer
Rrc Connection Reconfiguration Complete Handover Notify Tracking Area Update Procedure (NAS) UE Context Release Command UE Context Release Complete Call Release
3 Success
Figure 22. Collection Time for S1 Handover Out For Inter S1 Handover Out statistics, Attempt is counted when the S1 Handover Required message can be transmitted to the MME after the inter S1 handover decision following the Measurement Report message arrival. Prepare is counted when the S1 Handover Command message is received from the MME.
LTE Counter Description_SLR2.3
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The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. The MME transmits the S1 UE Context Release Command message to the source eNB when the handover is successfully completed in the target eNB. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter S1 Out Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
LTE Counter Description_SLR2.3
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5.5 S1 Handover In Collects the statistics data for S1 handover between eNBs for each cell in reference with the target eNB. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
InterS1InAtt
count
S1 handover attempt count in TeNB.
CC
event
int
0~2147483647
-
InterS1InPrepSucc
count
S1 handover preparation success count in TeNB.
CC
event
int
0~2147483647
-
InterS1InSucc
count
S1 handover execution success count in TeNB.
CC
event
int
0~2147483647
-
InterS1InPrepFail_
count
Preparation fails due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CP_CC_TO
blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover preparation.
LTE Counter Description_SLR2.3
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(Continued) Item InterS1InPrepFail_
Unit count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by ECCB during the inter S1 handover preparation.
InterS1InPrepFail_
count
UP_GTP_FAIL InterS1InPrepFail_
the inter S1 handover preparation. count
UP_MAC_FAIL InterS1InPrepFail_
count count
Preparation fails due to internal failure in the RLC block during the inter S1 handover preparation.
count
CP_BH_CAC_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the PDCP block during the inter S1 handover preparation.
UP_RLC_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the MAC block during the inter S1 handover preparation.
UP_PDCP_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the GTP block during
Preparation fails due to insufficient capacity-based eNB resources during the inter S1 handover preparation.
count
CP_CAPA_CAC_
Preparation fails due to insufficient capacity-based eNB resources during the inter S1 handover preparation.
FAIL InterS1InPrepFail_
count
CP_QOS_CAC_FAIL InterS1InPrepFail_ S1AP_CU_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient QoS-based eNB resources during the inter S1 handover preparation.
count
Preparation fails due to S1AP specification cause during inter S1 handover preparation.
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(Continued) Item InterS1InPrepFail_
Unit count
S1AP_LINK_FAIL InterS1InPrepFail_
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during inter
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1 handover preparation. count
CC_TO InterS1InFail_CP_
Preparation fails due to S1 SCTP link failure during inter S1
How to
handover preparation.
S1AP_SIG_FAIL InterS1InFail_CP_
Definition
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover execution.
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB block during the inter S1 handover execution.
InterS1InFail_UP_
count
GTP_FAIL InterS1InFail_UP_
inter S1 handover execution. count
MAC_FAIL InterS1InFail_UP_
count
HC_TO
LTE Counter Description_SLR2.3
A call is released due to the failure in the PDCP block during the inter S1 handover execution.
count
RLC_FAIL InterS1InFail_RRC_
A call is released due to the failure in the MAC block during the inter S1 handover execution.
PDCP_FAIL InterS1InFail_UP_
A call is released due to the failure in the GTP block during the
A call is released due to the failure in the RLC block during the inter S1 handover execution.
count
A call is released due to HO command timeout (not received) during the inter S1 handover execution.
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(Continued) Item InterS1InFail_RRC_
Unit count
SIG_FAIL InterS1InFail_S1AP_
count count
SIG_TO
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter S1 handover execution. count
SIG_FAIL InterS1InFail_S1AP_
Collection
inter S1 handover execution.
LINK_FAIL InterS1InFail_S1AP_
A call is released due to receiving RRC signaling during the
How to
inter S1 handover execution.
CU_FAIL InterS1InFail_S1AP_
Definition
A call is released due to receiving S1AP signaling during the inter S1 handover execution.
count
A call is released due to S1AP signaling timeout (not received) during the inter S1 handover execution.
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
Handover Required Attempt
1
Handover Request
Handover Request Acknowledge Handover Command
Prepare Rrc Connection Reconfiguration
2
eNB Status Transfer MME Status Transfer
Rrc Connection Reconfiguration Complete Success
3
Handover Notify
Tracking Area Update Procedure (NAS) UE Context Release Command UE Context Release Complete Call Release
Figure 23. Collection Time for S1 Handover In For inter S1 handover in statistics, when the target eNB receives the S1 Handover Request message, it is counted as Attempt; when the target eNB transmits the S1 Handover Request Acknowledge message, it is counted as Prepare. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. When the handover is successfully completed and the S1 Handover Notify message is transmitted to the MME, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter S1 In Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.6 Handover Time (Average, Max) Collects the statistics data for the average setup time and the maximum setup time of the handover interrupt time in the TeNB for each cell. [Index] Name
Range
Description
cNum
0~8
Cell index
scID
0~268435455
Source Cell Index.
[Statistics Type]
Item IntraHOTime
Unit ms
Definition Time taken from transmitting the
How to
Collection
Collect
Cycle
GAUGE
event
Type
Min/Max
Formula
float
0~60*Period*1000
sum (IntraHOTimeTot)/
RRCConnectionReconfiguration message to
sum (IntraHOTimeCnt)
the UE until after receiving the RRCConnectionReconfigurationComplete message from the UE. IntraHOTimeMax
ms
Average maximum intra HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (IntraHOTimeMax)
IntraHOTimeTot
ms
Sum of Intra HO Interrupt time
GAUGE
event
float
0~3.4*10^38
-
IntraHOTimeCnt
count
Count of IntraHOTime collected
GAUGE
event
int
0~2147483647
-
S1HOTime
ms
Average S1 HO interrupt time
GAUGE
event
float
0~60*Period*1000
sum (S1HOTimeTot)/ sum (S1HOTimeCnt)
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
S1HOTimeMax
ms
Average maximum S1 HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (S1HOTimeMax)
S1HOTimeTot
ms
Sum of S1 HO interrupt time
GAUGE
event
float
0~3.4*10^38
-
S1HOTimeCnt
count
Count of S1HOTime collected
GAUGE
event
int
0~2147483647
-
X2HOTime
ms
Average X2 HO interrupt time
GAUGE
event
float
0~60*Period*1000
sum (X2HOTimeTot)/ sum (X2HOTimeCnt)
X2HOTimeMax
ms
Average maximum X2 HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (X2HOTimeMax)
X2HOTimeTot
ms
Sum of X2 HO Interrupt time
GAUGE
event
float
0~3.4*10^38
-
X2HOTimeCnt
count
Count of X2HOTime collected
GAUGE
event
int
0~2147483647
-
HoTimeCnt
count
Sum of X2 HO Interrupt time
CC
event
int
0~2147483647
-
HoTimeCid
scID
Count of X2HOTime collected
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] UE
eNB UE moves to Intra eNB Cell Measurement Report HO Decision
Target Cell Preparation Rrc Connection Reconfiguration HO Time
Rrc Connection Reconfiguration Complete Internal Path Switch
Figure 24. Collection Time for Handover Time (INTRA)
LTE Counter Description_SLR2.3
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UE
Source eNB
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Required Handover Request Handover Request Acknowledge Handover Command Rrc Connection Reconfiguration
HO Time
Rrc Connection Reconfiguration Complete
Figure 25. Collection Time for Handover Time (INTER S1)
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UE
Source eNB
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Request Handover Request Acknowledge Rrc Connection Reconfiguration
HO Time
Rrc Connection Reconfiguration Complete
Figure 26. Collection Time for Handover Time (INTER X2) Handover time statistics are based on the TeNB. Intra handover time refers to the time taken from transmitting the RRC Connection Reconfiguration message to the UE until after receiving the RRC Connection Reconfiguration Complete message. Inter X2 handover time refers to the time taken from after transmitting the X2 Handover Request Acknowledge message at the target eNB until receiving the RRC Connection Reconfiguration Complete message from the UE. Inter S1 handover time refers to the time taken from after transmitting the S1 Handover Request Acknowledge message at the Target eNB until receiving the RRC Connection Reconfiguration Complete message from the UE.
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5.7 Outgoing Intra-Frequency Handover If the frequency is the same between the source and target cells, handover statistics are collected. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
IntraFreqOutAtt
count
Outgoing intra-frequency handover attempt count
CC
event
int
0~2147483647
-
IntraFreqOutPrepSucc
count
Outgoing intra-frequency handover preparation success count
CC
event
int
0~2147483647
-
IntraFreqOutSucc
count
Outgoing intra-frequency handover execution success count
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECCB or by the ECCB block during the outgoing intra-frequency handover preparation.
IntraFreqOutPrepFail_
count
S1AP_CU_FAIL IntraFreqOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing intra-frequency handover preparation.
count
Preparation fails due to S1 SCTP link failure during the outgoing intra-frequency handover preparation.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
IntraFreqOutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_CU_FAIL
count
Preparation fails due to X2AP specification cause during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_LINK_FAIL
count
Preparation fails due to X2 SCTP link failure during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_SIG_FAIL
count
Preparation fails due to receiving X2AP signaling during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing intrafrequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_UP_
count
A call is released due to the failure in the GTP block during the
CC
event
int
0~2147483647
-
GTP_FAIL
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
outgoing intra-frequency handover execution.
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(Continued) Item
Unit
IntraFreqOutFail_UP_
count
MAC_FAIL IntraFreqOutFail_UP_
count count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing intra-frequency handover execution. count
RRC_SIG_FAIL IntraFreqOutFail_
Collection
the outgoing intra-frequency handover execution.
RLC_FAIL IntraFreqOutFail_
A call is released due to the failure in the MAC block during
How to
the outgoing intra-frequency handover execution.
PDCP_FAIL IntraFreqOutFail_UP_
Definition
A call is released due to receiving RRC signaling during the outgoing intra-frequency handover execution.
count
S1AP_CU_FAIL
A call is released due to the S1AP specification cause during the outgoing intra-frequency handover execution.
IntraFreqOutFail_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_LINK_FAIL
count
A call is released due to X2 SCTP link failure during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
IntraFreqOutFail_ X2AP_RO_TO
count
A call is released due to X2AP RelocOverall timeout (not received) during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_SIG_FAIL
count
A call is released due to receiving the X2AP signaling during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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5.8 Outgoing Inter-frequency Handover with Measurment Gap The handover statistics is collected if the frequency information between source and target is different and measurement gap is used. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
TargetEarfcnDl
0~268435455
Target neighbor cell frequency (EARFCN DL)
[Statistics Type]
Item InterFreqMeasGapOutAtt
Unit count
Definition Outgoing inter-frequency handover (measurement gap
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
assisted) attempt count InterFreqMeasGapOutPrep
count
Succ InterFreqMeasGapOutSucc
Outgoing inter-frequency handover (measurement gap assisted) preparation success count
count
Outgoing inter-frequency handover (measurement gap assisted) execution success count
InterFreqMeasGapOutPrep Fail_CP_CC_FAIL
count
Preparation fails due to reset notification (eNB failure or block restart) from ECCB or by the ECCB block during the outgoing inter-frequency handover (measurement gap assisted) preparation.
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(Continued) Item
Unit
InterFreqMeasGapOutPrep
count
Fail_S1AP_CU_FAIL
Definition Preparation fails due to the S1AP specification cause
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_LINK_FAIL
Preparation fails due to the S1 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_RP_TO
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_SIG_FAIL
Preparation fails due to receiving S1AP signaling during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_X2AP_CU_FAIL
Preparation fails due to the X2AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_X2AP_LINK_FAIL
Preparation fails due to the X2 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep Fail_X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) preparation.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqMeasGapOutPrep
count
Fail_X2AP_SIG_FAIL
Definition Preparation fails due to receiving X2AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutFail_
count
CP_CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
CP_CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
UP_GTP_FAIL
A call is released due to the failure in the GTP block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
UP_MAC_FAIL
A call is released due to the failure in the MAC block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during the outgoing inter-frequency handover (measurement gap assisted) execution.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqMeasGapOutFail_
count
UP_RLC_FAIL
Definition A call is released due to the failure in the RLC block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
RRC_SIG_FAIL
A call is released due to receiving RRC signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_CU_FAIL
A call is released due to the S1AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_LINK_FAIL
A call is released due to the S1 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_RO_TO
A call is released due to the S1AP relocoverall timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_SIG_FAIL
A call is released due to receiving S1AP signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) execution.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqMeasGapOutFail_
count
X2AP_LINK_FAIL
Definition A call is released due to the X2 SCTP link failure during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
OW
event
int
0~2147483647
-
the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
X2AP_RO_TO
A call is released due to the X2AP relocoverall timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
X2AP_SIG_FAIL
A call is released due to receiving X2AP signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqOutWithGapCnt
count
Outgoing inter-frequency handover (measurement gap assisted) collection count
InterFreqOutWithGapTarge
Targe
tEarfcnDl
tEarfc
The TargetEarfcnDl required to be collected.
nDl
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5.9 Outgoing Inter-frequency Handover without Measurment Gap The handover statistics are collected if the frequency is different between the source and target cells, and measurement gap is not used. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
TargetEarfcnDl
0~268435455
Target neighbor cell frequency (EARFCN DL)
[Statistics Type]
Item
Unit
InterFreqNoMeasG
count
apOutAtt InterFreqNoMeasG
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Outgoing inter-frequency handover (no measurement gap
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
assisted) preparation success count count
apOutSucc InterFreqNoMeasG
Outgoing inter-frequency handover (no measurement gap
How to
assisted) attempt count
apOutPrepSucc InterFreqNoMeasG
Definition
Outgoing inter-frequency handover (no measurement gap assisted) execution success count
count
Preparation fails due to reset notification (eNB failure or block
apOutPrepFail_
restart) from ECCB or by the ECCB block during the outgoing
CP_CC_FAIL
inter-frequency handover (no measurement gap assisted) preparation.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition Preparation fails due to the S1AP specification cause during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_CU_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the S1 SCTP link failure during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_LINK_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to S1AP relocprep timeout (not received)
apOutPrepFail_
during the outgoing inter-frequency handover (no measurement
S1AP_RP_TO
gap assisted) preparation.
InterFreqNoMeasG
count
Preparation fails due to receiving S1AP signaling during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_SIG_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the X2AP specification cause during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_CU_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the X2 SCTP link failure during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_LINK_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to X2AP relocprep timeout (not received)
apOutPrepFail_X2
during the outgoing inter-frequency handover (no measurement
AP_RP_TO
gap assisted) preparation.
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition Preparation fails due to receiving X2AP signaling during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_SIG_FAIL
preparation.
InterFreqNoMeasG
count
A call is released due to call control timeout in the protocol
apOutFail_CP_CC_
blocks (MAC, RLC, PDCP, GTP) during the outgoing inter-
TO
frequency handover (no measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to reset notification (eNB failure or block
apOutFail_CP_CC_
restart) from ECMB or by the ECCB block during the outgoing
FAIL
inter-frequency handover (no measurement gap assisted)
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
execution. InterFreqNoMeasG
count
A call is released due to the failure in the GTP block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
GTP_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the failure in the MAC block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
MAC_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the failure in the PDCP block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
PDCP_FAIL
execution.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition A call is released due to the failure in the RLC block during the
apOutFail_UP_RL
outgoing inter-frequency handover (no measurement gap assisted)
C_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to receiving RRC signaling during the
apOutFail_RRC_SI
outgoing inter-frequency handover (no measurement gap assisted)
G_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1AP specification cause during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
CU_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1 SCTP link failure during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
LINK_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1AP relocoverall timeout (not
apOutFail_S1AP_
received) during the outgoing inter-frequency handover (no
RO_TO
measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to receiving S1AP signaling during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
SIG_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the X2AP specification cause during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
CU_FAIL
execution.
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition A call is released due to the X2 SCTP link failure during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
LINK_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the X2AP relocoverall timeout (not
apOutFail_X2AP_
received) during the outgoing inter-frequency handover (no
RO_TO
measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to receiving X2AP signaling during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
SIG_FAIL
execution.
InterFreqOutWithO
count
utGapCnt
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
OW
event
int
0~2147483647
-
assisted) collection count
InterFreqOutWithO
Targe
utGapTargetEarfcn
tEarfc
Dl
nDl
LTE Counter Description_SLR2.3
Outgoing inter-frequency handover (no measurement gap
How to
The TargetEarfcnDl required to be collected.
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5.10 Outgoing Handover with DRX The handover statistics are collected when DRX is set for the UE. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DrxOutAtt
count
Outgoing handover (with DRX) attempt count
CC
event
int
0~2147483647
-
DrxOutPrepSucc
count
Outgoing handover (with DRX) preparation success count
CC
event
int
0~2147483647
-
DrxOutSucc
count
Outgoing handover (with DRX) execution success count
CC
event
int
0~2147483647
-
DrxOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECCB or by the ECCB block during the outgoing handover (with DRX) preparation.
DrxOutPrepFail_
count
S1AP_CU_FAIL DrxOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing handover (with DRX) preparation.
count
Preparation fails due to the S1 SCTP link failure during the outgoing handover (with DRX) preparation.
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(Continued) Item DrxOutPrepFail_
Unit count
S1AP_RP_TO DrxOutPrepFail_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the
CC
event
int
0~2147483647
-
Preparation fails due to the X2 SCTP link failure during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP relocprep timeout (not received)
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing handover (with DRX) preparation. count
X2AP_SIG_FAIL DrxOutFail_CP_
Cycle
outgoing handover (with DRX) preparation.
X2AP_RP_TO DrxOutPrepFail_
Collect
outgoing handover (with DRX) preparation.
X2AP_LINK_FAIL DrxOutPrepFail_
Collection
outgoing handover (with DRX) preparation.
X2AP_CU_FAIL DrxOutPrepFail_
Preparation fails due to S1AP relocprep timeout (not received)
How to
during the outgoing handover (with DRX) preparation.
S1AP_SIG_FAIL DrxOutPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the outgoing handover (with DRX) preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing handover (with DRX) execution.
DrxOutFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing handover (with DRX) execution.
DrxOutFail_UP_ GTP_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to the failure in the GTP block during the outgoing handover (with DRX) execution.
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(Continued) Item DrxOutFail_UP_
Unit count
MAC_FAIL DrxOutFail_UP_
count count count count count count count
LINK_FAIL
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during the
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
A call is released due to S1AP relocoverall timeout (not
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing handover (with DRX) execution. count
CU_FAIL DrxOutFail_X2AP_
Formula
received) during the outgoing handover (with DRX) execution.
SIG_FAIL DrxOutFail_X2AP_
Min/Max
outgoing handover (with DRX) execution.
RO_TO DrxOutFail_S1AP_
Type
outgoing handover (with DRX) execution.
LINK_FAIL DrxOutFail_S1AP_
Cycle
outgoing handover (with DRX) execution.
CU_FAIL DrxOutFail_S1AP_
Collect
outgoing handover (with DRX) execution.
SIG_FAIL DrxOutFail_S1AP_
Collection
outgoing handover (with DRX) execution.
RLC_FAIL DrxOutFail_RRC_
A call is released due to the failure in the MAC block during the
How to
outgoing handover (with DRX) execution.
PDCP_FAIL DrxOutFail_UP_
Definition
A call is released due to the X2AP specification cause during the outgoing handover (with DRX) execution.
count
A call is released due to the X2 SCTP link failure during the outgoing handover (with DRX) execution.
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(Continued) Item
Unit
DrxOutFail_X2AP_
count
RO_TO DrxOutFail_X2AP_ SIG_FAIL
LTE Counter Description_SLR2.3
Definition A call is released due to X2AP RelocOverall timeout (not
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the outgoing handover (with DRX) execution. count
A call is released due to receiving X2AP signaling during the outgoing handover (with DRX) execution.
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5.11 Outgoing Handover without DRX The handover statistics is collected when DRX is not set on the UE. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NoDrxOutAtt
count
Outgoing handover (without DRX) attempt count
CC
event
int
0~2147483647
-
NoDrxOutPrepSucc
count
Outgoing handover (without DRX) preparation success count
CC
event
int
0~2147483647
-
NoDrxOutSucc
count
Outgoing handover (without DRX) execution success count
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECMB or by the ECCB block during the outgoing handover (without DRX) preparation.
NoDrxOutPrepFail_
count
S1AP_CU_FAIL NoDrxOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing handover (without DRX) preparation.
count
Preparation fails due to the S1 SCTP link failure during the outgoing handover (without DRX) preparation.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
NoDrxOutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_CU_FAIL
count
Preparation fails due to X2AP specification cause during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_LINK_FAIL
count
Preparation fails due to the X2 SCTP link failure during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_SIG_FAIL
count
Preparation fails due to receiving X2AP signaling during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
NoDrxOutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
NoDrxOutFail_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Item
Unit
NoDrxOutFail_UP_
count
MAC_FAIL NoDrxOutFail_UP_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the outgoing handover (without DRX) execution. count
S1AP_LINK_FAIL NoDrxOutFail_
Cycle
outgoing handover (without DRX) execution.
S1AP_CU_FAIL NoDrxOutFail_
Collect
outgoing handover (without DRX) execution.
_SIG_FAIL NoDrxOutFail_
Collection
the outgoing handover (without DRX) execution.
RLC_FAIL NoDrxOutFail_RRC
A call is released due to the failure in the MAC block during
How to
the outgoing handover (without DRX) execution.
PDCP_FAIL NoDrxOutFail_UP_
Definition
A call is released due to the S1 SCTP link failure during the outgoing handover (without DRX) execution.
count
S1AP_RO_TO
A call is released due to S1AP relocoverall timeout (not received) during the outgoing handover (without DRX) execution.
NoDrxOutFail_
count
S1AP_SIG_FAIL NoDrxOutFail_ X2AP_CU_FAIL
LTE Counter Description_SLR2.3
A call is released due to receiving S1AP signaling during the outgoing handover (without DRX) execution.
count
A call is released due to the X2AP specification cause during the outgoing handover (without DRX) execution.
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(Continued) Item NoDrxOutFail_
Unit count
X2AP_LINK_FAIL NoDrxOutFail_
Definition A call is released due to the X2 SCTP link failure during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing handover (without DRX) execution. count
X2AP_RO_TO
A call is released due to X2AP RelocOverall timeout (not received) during the outgoing handover (without DRX) execution.
NoDrxOutFail_ X2AP_SIG_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to receiving X2AP signaling during the outgoing handover (without DRX) execution.
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6. HO UTRAN 6.1 Inter-RAT UTRAN PS Handover: Inter-RAT UTRAN PS Handover OUT, Inter-RAT UTRAN PS Handover OUT Collects the statistics data for handover between the LTE system and UTRAN system for each cell. The following shows the message flow for the PS handover procedure from the EUTRAN to the UTRAN.
UE
Source eNB
Target RNS
Downlink/Uplink data
Source MME Source S-GW Target SGSN
Downlink/Uplink data
Target S-GW
P-GW
Downlink/Uplink data
1) Handover Initiation 2) HANDOVER REQUIRED 3) FORWARD RELOCATION REQUEST 4) Create Session 5) RELOCATION REQUEST
Request/Response
6) RELOCATION REQUEST ACKNOWLEDGE 7) Create Indirect Data 8) FORWARD RELOCATION RESPONSE 9) Create Indirect Data 10) HANDOVER COMMAND 11) Mobility from EUTRAN Command
Forwarding Tunnel Request/Response
Forwarding Tunnel Request/Response
Indirect data forwarding Indirect data forwarding
12) HO to UTRAN Complete 13) RELOCATION COMPLETE 14) FORWARD RELOCATION COMPLETE NOTIFICATION 15) FORWARD RELOCATION COMPLETE ACKNOWLEDGE
16) MODIFY BEARER 17) Modify Bearer REQUEST 18) MODIFY BEARER
Downlink/Uplink data
Downlink/Uplink data
RESPONSE
Request/Response
Downlink/Uplink data
19) Routing Area Update procedure 20) S1 Release 21) Delete Session Request/Response 22) Create Indirect Data Forwarding Tunnel Request/Response
23) Create Indirect Data Forwarding Tunnel Request/Response
Figure 27. PS Handover Procedure from E-UTRAN to UTRAN
LTE Counter Description_SLR2.3
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Steps
Confidential
Description
1)
The source eNB determines the PS handover to the UTRAN. This decision is made according to the measurement report received from the UE.
2)
The source eNB transmits the HANDOVER REQUIRED message to the MME. The source eNB then includes the source RNC to target RNC transparent container IE information in the message for relaying the necessary information to the target RNC.
3)-4)
The source MME recognizes the handover from the target ID IE of the HANDVER REQUIRED message to the UTRAN and transmits the FORWARD RELOCATION REQUEST message to the target SGSN. The target SGSN determines whether to change the S-GW. If change is required, it carries out the Create Session Request/Response procedure with a new S-GW.
5)-6)
The target SGSN transmits the RELOCATION REQUEST message to the target RNC to request resource allocation for the target RNC. The target RNC performs CAC and resource allocation for each RAB for which handover is requested, and transmits to the target SGSN the RELOCATION REQUEST ACKNOWLEDGE message that encapsulates the result. The RELOCATION REQUEST ACKNOWLEDGE message encapsulates the Target RNC to Source RNC Transparent Container IE to be transmitted to the source eNB.
7)-9)
To perform the forwarding tunnel setup, the target SGSN performs the Create Indirect Data Forwarding Tunnel Request/Response procedure with target S-GW and transmits the FORWARD RELOCATION RESPONSE message to the source MME. To perform the forwarding tunnel setup, the source MME carries out the Create Indirect Data Forwarding Tunnel Request/Response procedure with the source S-GW.
10)-11)
The source MME transmits the HANDOVER COMMAND message to the source eNB to complete the handover preparation procedure to the target UTRAN. The Source eNB configures the MOBILITY FROM E-UTRAN COMMAND containing the Target RNC to Source RNC Transparent Container IE in the HANDOVER COMMAND message and transmits it to the UE to request the PS handover to the UTRAN.
12)
The UE performs synchronization with the target UTRAN and connects to the target cell via the RACH. After UE is successfully connected to the target cell, UE transmits the HANDOVER TO UTRAN COMPLETE message to the target UTRAN to complete the handover procedure.
13)-15)
The target RNC transmits the RELOCATION COMPLETE message to the target SGSN to notify that the handover procedure from the UE to the UTRAN has been completed successfully. The target SGSN transmits the FORWARD RELOCATION COMPLETE NOTIFICATION message to the source MME. At this time, the source MME operates the waiting timer for releasing the resource of the E-UTRAN and transmits the FORWARD RELOCATION COMPLETE ACKNOWLEDGE response message to the target SGSN. The target SGSN operates the waiting timer for releasing the forwarding tunnel at the time when the source MME receives the response message.
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(Continued) 16)-18)
The target SGSN transmits the Modify Bearer Request message for each PDN connection to the target S-GW. Subsequent downlink packets are then transmitted from the S-GW to the target RNC. The target S-GW performs the Modify Bearer Request/Response procedure with the P-GW and transmits the Modify Bearer Response message to the target SGSN.
19)
When UE satisfies the conditions specified in section 5.5.2.1 of TS 23.401, the Routing Area Update procedure starts.
20)-23)
When the timer in the procedure from 1) to 4) expires, the source MME requests the resource release procedure to be carried out on the source eNB and the source S-GW. When the timer in the procedure from 1) to 5) expires, the target SGSN carries out the resource release allocated for the forwarding tunnel with the target S-GW.
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6.2 Inter-RAT UTRAN PS Handover OUT Collects the statistics data for outgoing handover between the LTE and UTRAN systems for each cell. The collection time for HO attempt, HO preparation and HO success statistics is the same as that for S1 handover out statistics. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RatOutAttUTRAN
count
LTE to inter-RAT UTRAN handover attempt count.
CC
event
int
0~2147483647
-
RatOutPrepSuccUTRAN
count
LTE to inter-RAT UTRAN handover preparation success
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
count. RatOutSuccUTRAN
count
LTE to inter-RAT UTRAN handover execution success count.
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(Continued) Collection Cycle
Type
CC
event
int
0~2147483647
-
Preparation fails due to S1AP specification cause during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
count
Preparation fails due to S1 SCTP link failure during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutPrepFailUTRAN_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutPrepFailUTRAN_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover execution.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the UTRAN handover execution.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during the UTRAN handover execution.
CC
event
int
0~2147483647
-
Item
Unit
Definition
RatOutPrepFailUTRAN_ CP_CC_FAIL
count
Preparation fails due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatOutPrepFailUTRAN_ S1AP_CU_FAIL
count
RatOutPrepFailUTRAN_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
How to Collect
Min/Max
Formula
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(Continued) Item
Unit
RatOutFailUTRAN_UP_
count
PDCP_FAIL RatOutFailUTRAN_UP_
count count count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the UTRAN handover execution. count
S1AP_RO_TO RatOutFailUTRAN_
Cycle
during the UTRAN handover execution.
S1AP_LINK_FAIL RatOutFailUTRAN_
Collect
the UTRAN handover execution.
S1AP_CU_FAIL RatOutFailUTRAN_
Collection
during the UTRAN handover execution.
RRC_SIG_FAIL RatOutFailUTRAN_
A call is released due to the failure in the PDCP block
How to
during the UTRAN handover execution.
RLC_FAIL RatOutFailUTRAN_
Definition
A call is released due to S1AP relocoverall timeout (not received) during the UTRAN handover execution.
count
A call is released due to receiving S1AP signaling during the UTRAN handover execution.
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[Collection Time] Source eNB
UE
MME
Measurement Report HO Decision
1
Attempt Handover Required Handover Command
2 Prepare Mobility From EUTRA Command
UE Context Release Command UE Context Release Complete Call Release
3 Success
Figure 28. Collection Time for Inter-RAT UTRAN PS Handover OUT For inter-RAT UTRAN Handover Out statistics, Attempt is counted when the S1 Handover Required message is transmitted after the UTRAN handover decision following the Measurement Report message arrival, and Prepare is counted when the Mobility Eutra Command message is transmitted to the UE. Success is counted when the handover is completed and the MME transmits the UE Context Release Complete message. When the procedure from to fails, it is counted as Prepare Fail, returning the cause value. When the procedure from to fails, it is counted as Inter RAT UTRAN HO Out Fail, returning the cause value.
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6.3 Inter-RAT UTRAN PS Handover IN Collects the statistics data for handover between the LTE system and UTRAN system for each cell. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RatInAttUTRAN
count
Inter-RAT UTRAN to LTE handover attempt count.
CC
event
int
0~2147483647
-
RatInPrepSuccUTRAN
count
Inter-RAT UTRAN to LTE handover preparation success
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
count. RatInSuccUTRAN
count
Inter-RAT UTRAN to LTE handover execution success count.
RatInPrepFailUTRAN_ CP_CC_TO
count
Preparation fails due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover preparation.
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(Continued) Item
Unit
RatInPrepFailUTRAN_
count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatInPrepFailUTRAN_
count
UP_GTP_FAIL RatInPrepFailUTRAN_
during the UTRAN handover preparation. count
UP_MAC_FAIL RatInPrepFailUTRAN_
count count count count
S1AP_CU_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient capacity-based eNB resources during the UTRAN handover preparation.
count
CP_QOS_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to insufficient backhaul-based eNB resources during the UTRAN handover preparation.
CP_CAPA_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the RLC block during the UTRAN handover preparation.
CP_BH_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the PDCP block during the UTRAN handover preparation.
UP_RLC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the MAC block during the UTRAN handover preparation.
UP_PDCP_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the GTP block
Preparation fails due to insufficient QoS-based eNB resources during the UTRAN handover preparation.
count
Preparation fails due to S1AP specification cause during the UTRAN handover preparation.
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(Continued) Item
Unit
RatInPrepFailUTRAN_
count
S1AP_LINK_FAIL RatInPrepFailUTRAN_
Preparation fails due to S1 SCTP link failure during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
UTRAN handover preparation. count
S1AP_SIG_FAIL RatInFailUTRAN_CP_
Definition
Preparation fails due to receiving S1AP signaling during the UTRAN handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover execution.
RatInFailUTRAN_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatInFailUTRAN_UP_
count
GTP_FAIL RatInFailUTRAN_UP_
the UTRAN handover execution. count
MAC_FAIL RatInFailUTRAN_UP_
count
_HC_TO
LTE Counter Description_SLR2.3
A call is released due to the failure in the PDCP block during the UTRAN handover execution.
count
RLC_FAIL RatInFailUTRAN_RRC
A call is released due to the failure in the MAC block during the UTRAN handover execution.
PDCP_FAIL RatInFailUTRAN_UP_
A call is released due to the failure in the GTP block during
A call is released due to the failure in the RLC block during the UTRAN handover execution.
count
A call is released due to HO command timeout (not received) during the UTRAN handover execution.
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(Continued) Item
Unit
RatInFailUTRAN_RRC_
count
SIG_FAIL RatInFailUTRAN_S1AP_
count count
SIG_TO
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the UTRAN handover execution. count
SIG_FAIL RatInFailUTRAN_S1AP_
Collection
during the UTRAN handover execution.
LINK_FAIL RatInFailUTRAN_S1AP_
A call is released due to receiving RRC signaling during
How to
the UTRAN handover execution.
CU_FAIL RatInFailUTRAN_S1AP_
Definition
A call is released due to receiving S1AP signaling during the UTRAN handover execution.
count
A call is released due to S1AP signaling timeout (not received) during the UTRAN handover execution.
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[Collection Time] Target eNB
UE
Attempt
1
Prepare
2
MME
Handover Request
Handover Request Acknowledge
RRC Connection Reconfiguration Complete (Handover to E-UTRAN Complete)
Success
3
Handover Notify
Figure 29. Collection Time for Inter-RAT UTRAN PS Handover IN For Inter-RAT UTRAN In statistics, Attempt is counted when the target eNB receives the S1 Handover Request message, and Prepare is counted after the target eNB transmits the S1 Handover Request Acknowledge message. The target eNB receives the RRC Connection Reconfiguration Complete message from the UE. Success is counted after the handover is successfully completed and the S1 Handover Notify message is transmitted to the MME. When the procedure from to fails, it is counted as Prepare Fail, returning the cause value. When the procedure from to fails, it is counted as Inter RAT UTRAN IN Fail, returning the cause value.
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6.4 UTRAN SRVCC Collect the SRVCC handover statistics using the UTRAN network. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
HOIndication
0~1
The information to classify PS_CS and CS_only during handover
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UtranSrvccOutAtt
count
UTRAN SRVCC Handover attempt count
CC
event
int
0~2147483647
-
UtranSrvccOutPrepSucc
count
UTRAN SRVCC Handover preparation success count
CC
event
int
0~2147483647
-
UtranSrvccOutSucc
count
UTRAN SRVCC Handover execution success count
CC
event
int
0~2147483647
-
UtranSrvccOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by the ECCB block during the UTRAN SRVCC preparation.
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(Continued) Item
Unit
UtranSrvccOutPrepFail_
count
S1AP_CU_FAIL UtranSrvccOutPrepFail_
count
count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to S1 SCTP link failure during the
CC
event
int
0~2147483647
-
Preparation fails due to S1AP relocprep timeout (not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the UTRAN SRVCC preparation. count
S1AP_SIG_FAIL UtranSrvccOutFail_CP_
Collection
UTRAN SRVCC preparation.
S1AP_RP_TO UtranSrvccOutPrepFail_
Preparation fails due to S1AP specification cause during
How to
the UTRAN SRVCC preparation.
S1AP_LINK_FAIL UtranSrvccOutPrepFail_
Definition
Preparation fails due to S1AP signaling during the UTRAN SRVCC preparation.
count
CC_TO
A call is released due to call control timeout of protocol block (MAC, RLC, PDCP, GTP) during the UTRAN SRVCC execution.
UtranSrvccOutFail_CP_
count
CC_FAIL
A call is released by ECCB due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN SRVCC execution.
UtranSrvccOutFail_UP_
count
GTP_FAIL UtranSrvccOutFail_UP_
during the UTRAN SRVCC execution. count
MAC_FAIL UtranSrvccOutFail_UP_ PDCP_FAIL
LTE Counter Description_SLR2.3
A call is released due to internal failure in the GTP block A call is released due to internal failure in the MAC block during the UTRAN SRVCC execution.
count
A call is released due to internal failure in the PDCP block during the UTRAN SRVCC execution.
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(Continued) Item
Unit
UtranSrvccOutFail_UP_
count
RLC_FAIL UtranSrvccOutFail_RRC
count count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to RRC signaling during the UTRAN
CC
event
int
0~2147483647
-
A call is released due to S1AP specifications cause during
CC
event
int
0~2147483647
-
A call is released due to S1 SCTP Link fail during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
UTRAN SRVCC execution. count
S1AP_RO_TO UtranSrvccOutFail_
Collect
the UTRAN SRVCC execution.
S1AP_LINK_FAIL UtranSrvccOutFail_
Collection
SRVCC execution.
S1AP_CU_FAIL UtranSrvccOutFail_
A call is released due to internal failure in the RLC block
How to
during the UTRAN SRVCC execution.
_SIG_FAIL UtranSrvccOutFail_
Definition
A call is released due to S1AP relocoverall timeout (not received) during the UTRAN SRVCC execution.
count
A call is released due to S1AP signaling during the UTRAN SRVCC execution.
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6.5 CSFB (CS Fall Back) PS Handover OUT Collects statistics on CSFB with PS handover count between the LTE and UTRAN for each cell. Steps
Description
1
The UE transmits the Extended Service Request message to the MME through the NAS procedure.
1b, 1c
If the CS Fallback indicator is encapsulated in the Initial Context Setup Request and UE Context Modification Request, the eNB transmits the Initial Context Setup Response and UE Context Modification Response message to the MME, and prepares for CS fallback.
2
The RRC Connection Reconfiguration message that encapsulates the periodic report information is transmitted to the UE; and handover procedure starts when the periodic measurement report is received.
3
The procedure after this is the same as that of inter-RAT handover-LTE to UTRAN PS handover.
[Index] Name
Range
Description
cNum
0~8
Source Cell Index
CSFBIndicator
0~1
CSFB Indicator 0: Normal 1: High Priority
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[Statistics Type]
Item CsfbPsHoAttUTRAN
Unit count
Definition Attempt count for CSFB with inter-RAT UTRAN PS
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
handover. CsfbPsHoPrepSuccUTRAN
count
Success count for CSFB with inter-RAT UTRAN PS handover preparation.
CsfbPsHoSuccUTRAN
count
Success count for CSFB with inter-RAT UTRAN PS handover execution.
CsfbPsHoPrepFailUTRAN_
count
CP_CC_FAIL
Preparation fails due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the CSFB PS handover preparation.
CsfbPsHoPrepFailUTRAN_
count
S1AP_CU_FAIL CsfbPsHoPrepFailUTRAN_
the CSFB PS handover preparation. count
S1AP_LINK_FAIL CsfbPsHoPrepFailUTRAN_
count
CC_TO
Preparation fails due to S1AP relocprep timeout (not received) during the CSFB PS handover preparation.
count
S1AP_SIG_FAIL CsfbPsHoFailUTRAN_CP_
Preparation fails due to S1 SCTP link failure during the CSFB PS handover preparation.
S1AP_RP_TO CsfbPsHoPrepFailUTRAN_
Preparation fails due to S1AP specification cause during
Preparation fails due to receiving S1AP signaling during the CSFB PS handover preparation.
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the CSFB PS handover execution.
LTE Counter Description_SLR2.3
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(Continued) Collection
Collect
Cycle
Unit
CsfbPsHoFailUTRAN_ CP_CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_GTP_FAIL
count
A call is released due to the failure in the GTP block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_MAC_FAIL
count
A call is released due to the failure in the MAC block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_RLC_FAIL
count
A call is released due to the failure in the RLC block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_LINK_FAIL
count
A call is released due to the S1 SCTP link failure during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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[Collection Time] UE
Source eNB
MME
Initial Context Setup Request (with CSFB Ind) or UE Context Modification Request (with CSFB Ind) Solicit Measurement Report Handover Required
1 Attempt Handover Command
1 Mobility From EUTRA Command
2 Prepare
1 UE Context Release Command
3 Success
1
UE Context Release Complete
Call Release
Figure 30. Collection Time for CSFB PS Handover OUT For CSFB PS Handover UTRAN Out statistics, Attempt is counted when the S1 Handover Required message can be transmitted to the MME after the handover UTRAN decision following the Measurement Report message arrival. Prepare is counted when the S1 Handover Command message is received from the MME. The source eNB transmits the Mobility From EUTRA Command message to the UE, and the MME transmits the S1 UE Context Release Command message to the source eNB. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. CSFB PS handover UTRAN Out Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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6.6 CSFB (CS Fall Back) without PS Handover OUT (redirection) Collects statistics on CSFB with Redirection count between the LTE and UTRAN for each cell. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
CSFBIndicator
0~1
CSFB Indicator 0: Normal 1: High Priority
SIBOwn
0~1
Indicates whether UTRAN SI information is included. 0: Not Included 1: Included
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CsfbRedirAttUTRAN
count
CSFB with Redirection to inter-RAT UTRAN attempt count.
CC
event
int
0~2147483647
-
CsfbRedirPrepSuccUTR
count
CSFB with Redirection to inter-RAT UTRAN preparation
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
AN CsfbRedirSuccUTRAN
success count. count
CSFB with Redirection to inter-RAT UTRAN execution success count.
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[Collection Time] UE
Source eNB
MME
Initial Context Setup Request (with CSFB Ind) or UE Context Modification Request (with CSFB Ind) Initial Context Setup Response
1 Attempt
or UE Context Modification Response
1 Redirection
2 Prepare
1
RRC connection Release (with Redirection Info)
3 Success
1 Call Release
Figure 31. Collection Time for CSFB Redirection OUT For CSFB with Redirection UTRAN statistics, when the Initial Context Setup Request or UE Context Modification Request message received has the CSFB Indicator IE, according to which CSFB is decided, it is counted as Attempt; when preparation is completed in the eNB, it is counted as Prepare. When the RRC Connection Release message is transmitted to the UE for redirection, it is counted as Success.
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7. CSL Call Summary Log (CSL) is counted when the call is dropped. Various information on the call and actual release cause can be obtained from the CSL details (e.g. Call Release Cause). These statistics items are described in the following table.
7.1 Call Fail Report Collects the statistics for the CSL. The CSL statistics are collected when the call is released, and can help identify the actual cause of the call release. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
No_FAULT
count
The call is terminated normally.
CC
event
int
0~2147483647
-
S1AP_CauseRadioNetwork_
count
During handover, the target eNB transmits the Path
CC
event
int
0~2147483647
-
unspecified
Switch Request message, and then does not receive the Path Switch Response, but receives the UE Context Release Command message.
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(Continued) Collection
Collect
Cycle
Unit
S1AP_tx2relocoverall_expiry
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_successful_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_release_due_to_
count
A call is released due to redirection when MR is received
CC
event
int
0~2147483647
-
eutran_generated_reason
Definition
How to
Item
Type
Min/Max
Formula
from the UE.
S1AP_handover_cancelled
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_partial_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_ho_failure_in_target_
count
When a failure cause is received from target system as
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
EPC_eNB_or_target_system
the Forward Relocation Response during InterMME/Inter-RAT S1 handover, it is transmitted by being specified in the Handover Preparation Failure.
S1AP_ho_target_not_
count
allowed
If S1 handover fails due to AccessRestriction (Utran Not Allow, etc.) of the UE, it is transmitted by being specified in the Handover Preparation Failure.
S1AP_tS1relocoverall_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
In S1_OUT statistics event, when the timer waiting for
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
expiry S1AP_tS1relocprep_expiry
the handover command expires after the source eNB transmits the Handover Required message. S1AP_cell_not_available
LTE Counter Description_SLR2.3
count
Currently not in use.
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(Continued) Item S1AP_unknown_targetID
Unit count
Definition When it is not possible to find the TAI information for
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the TargetID received via the Handover Required or the remote MME information, it is transmitted by being specified in the Handover Preparation Failure. S1AP_no_radio_resources_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_time_critical_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_resource_optimisation
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
available_in_target_cell S1AP_unknown_mme_ue_ s1ap_id S1AP_unknown_enb_ue_ s1ap_id S1AP_unknown_pair_ue_ s1ap_id S1AP_handover_desirable_ for_radio_reason
_handover S1AP_reduce_load_in_ serving_cell S1AP_user_inactivity
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(Continued) Item S1AP_radio_connection_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
count
When the RLB value of MME-INF is changed to other
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
with_ue_lost S1AP_load_balancing_tau_ required
value than NONE, it is transmitted by being specified in the UE context release command for MME re-load balancing.
S1AP_cs_fallback_triggered
count
A call is released due to CSFB that causes the inter-RAT redirection.
S1AP_ue_not_available_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
A call is released due to resource allocation failure in
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
for_ps_service S1AP_radio_resources_not_ available
eNB for the bearer where setup is requested by the MME.
S1AP_failure_in_radio_
count
Currently not in use.
interface_procedure
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(Continued) Item S1AP_invalid_qos_
Unit count
combination
Definition - When gbrType of QCI received within
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
E_RABLevelQoSParameters IE of the Initial Context Setup Request message is GBR but the gbrQosInformation received is the ‘not present’ message - When gbrType of QCI received within E_RABLevelQoSParameters IE of the E_RAB Setup Request message is GBR but the gbrQosInformation received is the ‘not present’ message - When gbrType of QCI received within E_RABLevelQoSParameters IE of the E_RAB Modify Request message is GBR but the gbrQosInformation received is the ‘not present’ message
S1AP_interrat_redirection
count
A call is released due to the inter-RAT redirection. It occurs when redirection is processed normally due to the inter-RAT redirection at Inter FA Redirection.
S1AP_interaction_with_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
other_procedure S1AP_unknown_E_RAB_ID
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(Continued) Item S1AP_multiple_E_RAB_
Unit count
ID_instances
Definition A call is released if, when the Initial Context Setup
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Request message is received, the information with the same ERAB ID is received.
S1AP_encryption_and_or_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_x2_handover_triggered
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_redirection_towards_
count
A call is released due to redirection to 1xRTT.
CC
event
int
0~2147483647
-
count
A call is released due to receiving the QCI value not
CC
event
int
0~2147483647
-
integrity_protection_algorith ms_not_supported S1AP_s1_intra_system_ handover_triggered S1AP_s1_inter_system_ handover_triggered
1xRTT S1AP_not_supported_QCI_ value
supported by eNB through the Initial Context Setup Request message.
S1AP_invalid_CSG_Id
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_transport_resource_
count
Currently not in use.
CC
event
int
0~2147483647
-
unavailable
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(Continued) Item S1AP_CauseTransport_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_normal_release
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_authentication_failure
count
MME transmits the UE Context Release Command
CC
event
int
0~2147483647
-
unspecified
message including the cause value due to the UE authentication failure during the attach. S1AP_detach
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_CauseNas_unspecified
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_csg_subscription_
count
If S1 is released because the UE whose location was
CC
event
int
0~2147483647
-
expiry
registered in the CSG area has no or expired CSG subscription, the UE Context Release Command is transmitted. The CSG-related causes will be supported later.
S1AP_transfer_syntax_error
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_abstract_syntax_error_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
reject S1AP_abstract_syntax_error_ ignore_and_notify S1AP_message_not_compati ble_with_receiver_state
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
S1AP_semantic_error
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_abstract_syntax_error_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_hardware_failure
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_om_intervention
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_CauseMisc_unspecified
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_unknown_PLMN
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_handover_desirable_
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_time_critical_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_resource_optimisation
count
Currently not in use.
CC
event
int
0~2147483647
-
falsely_constructed_message S1AP_CauseProtocol_ unspecified S1AP_control_processing_ overload S1AP_not_enough_user_ plane_processing_resources
for_radio_reasons
_handover
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(Continued) Item X2AP_reduce_load_in_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_partial_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_new_eNB_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
If the DRB CAC procedure fails in the target during X2
CC
event
int
0~2147483647
-
serving_cell
UE_X2AP_ID X2AP_unknown_old_eNB_ UE_X2AP_ID X2AP_unknown_pair_of_UE_ X2AP_ID X2AP_ho_target_not_allowed
handover, this will be included in the X2_IN and X2_OUT preparation fail statistics. X2AP_tx2relocoverall_expiry
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_trelocprep_expiry
count
If the Handover Request Acknowledge message is not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received from the target eNB during X2 handover, this will be included in the X2_OUT preparation fail statistics of the source eNB. X2AP_cell_not_available
LTE Counter Description_SLR2.3
count
Currently not in use.
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(Continued) Item X2AP_no_radio_resources_
Unit count
available_in_target_cell
Definition If the cell information corresponding to the target ID
How to
Collection
Collect
Cycle
Type
Min/Max
Formul a
CC
event
int
0~2147483647
-
transmitted via the handover request message is not found in the target eNB, this will be included in the X2_IN and X2_OUT preparation fail statistics.
X2AP_invalid_MME_GroupID
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_MME_Code
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_encryption_and_or_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_noReportPeriodicity
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_existingMeasurementID
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_eNB_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
integrity_protection_ algorithms_not_supported X2AP_reportCharacteristicsE mpty
Measurement_ID X2AP_measurement_ temporarily_not_available X2AP_CauseRadioNetwork_ unspecified X2AP_load_balancing
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(Continued) How to Collect
Collection Cycle
Type
Currently not in use.
CC
event
int
0~2147483647
-
count
A call is released when the QCI value of the E-RAB level QoS parameters is out of the range specified in the specification during bearer setup in the target eNB. This will be included in the X2_IN and X2_OUT preparation fail statistics.
CC
event
int
0~2147483647
-
X2AP_multiple_E_RAB_ID_ instances
count
A call is released when setup is requested for the same ERAB ID during bearer setup in the target eNB. This will be included in the X2_IN and X2_OUT preparation fail statistics.
CC
event
int
0~2147483647
-
X2AP_switch_off_ongoing
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_transport_resource_ unavailable
count
A call is released when the internal resource setup fails in the target eNB during X2 handover; this will be included in the X2 IN Preparation Fail cause.
CC
event
int
0~2147483647
-
X2AP_CauseTransport_unspe cified
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_transfer_syntax_error
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_abstract_syntax_error_ reject
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_abstract_syntax_error_ ignore_and_notify
count
Currently not in use.
CC
event
int
0~2147483647
-
Item
Unit
X2AP_handover_optimisation
count
X2AP_value_out_of_allowed_ range
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Definition
Min/Max
Formul a
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
X2AP_message_not_compatib
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_semantic_error
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_CauseProtocol_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_hardware_failure
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_om_intervention
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_not_enough_user_plane_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
The Handover Cancel message is transmitted to the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
le_with_receiver_state
unspecified X2AP_abstract_syntax_error_ falsely_constructed_message X2AP_control_processing_ overload
processing_resources X2AP_CauseMisc_unspecified
target eNB due to reestablishment to the source eNB during X2 handover. This call release will be included the X2_IN Fail statistics. ECC_TMOUT_rrcConnection SetupComplete
count
A call is released when the RRC Connection Setup Complete message is not received after the RRC Connection Setup message is transmitted to the UE.
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(Continued) Item
Unit
ECC_TMOUT_rrcConnection
count
ReconfigComplete
Definition A call is released when the RRC Connection
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reconfiguration Complete message is not received after transmitting the RRC Connection Reconfiguration message.
ECC_TMOUT_rrcConnection
count
ReEstablishComplete
A call is released when the RRC Connection Reestablishment Complete message is not received from the UE after transmitting the RRC Connection Reestablishment message to the UE.
ECC_TMOUT_rrcSecurityMo
count
deComplete
A call is released when the Security Mode Complete message is not received after the Security Mode Command message is transmitted to the UE.
ECC_TMOUT_rrcUeCapabilit
count
yInformation
A call is released when the UE Capability Information message is not received after the UE Capability Enquiry message is transmitted to the UE.
ECC_TMOUT_rrcHandoverPr eparation
count
A call is released when the UL Handover Preparation Transfer message is not received after transmitting the Handover From EUTRA Preparation Request during the Inter RAT HRPD handover. Not applicable to the service provider who does not use the HRPD handover.
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(Continued) Item
Unit
ECC_TMOUT_intra_Handove
count
rCmdComplete
Definition A call is released when the target cell cannot receive
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the RRC Connection Reconfiguration Complete message during the intra-handover.
ECC_TMOUT_inter_X2Hand
count
overCmdComplete
A call is released when the target eNB cannot receive the RRC Connection Reconfiguration Complete message during the X2 handover.
ECC_TMOUT_inter_S1Hand
count
overCmdComplete
A call is released when the target eNB cannot receive the RRC Connection Reconfiguration Complete message during the S1 handover.
ECC_TMOUT_s1InitialConte
count
xtSetupRequest
A call is released when the Initial Context Setup Request message is not received after transmitting the Initial UE message to the MME.
ECC_TMOUT_s1PathSwitch Ack
count
A call is released when the Path Switch Request Acknowledge message is not received after the target eNB transmits the Path Switch Request message during the X2 handover.
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Confidential
(Continued) Item
Unit
Definition
ECC_TMOUT_s1HandoverPr
count
A call is released when DownlinkS1cdma2000tunneling
eparation
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
message is not received after transmitting the UplinkS1cdma2000tunneling message to MME during the Inter RAT HRPD handover.Not applicable to the service provider who does not use the HRPD handover.
ECC_TMOUT_s1RelocOverall
count
A call is released when a RelocOverall Timeout occurs in the SeNB during the S1 handover.
ECC_TMOUT_s1MMEStatus
count
Transfer
A call is released when the TeNB cannot receive the MME Status Transfer message after the SeNB transmits the eNB Status Transfer message to the MME.
ECC_TMOUT_x2RelocOverall
count
A call is released when a RelocOverall Timeout occurs in the SeNB during the X2 handover.
ECC_TMOUT_x2SNStatusTr
count
ansfer
A call is released when the target eNB cannot receive the X2 SN Status Transfer message transmitted from the SeNB.
ECC_TMOUT_internalResour ceSetup
count
The response message is not received after the SetupReqe message is sent for setting the resource for the internal protocol blocks of the eNB.
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(Continued) Item
Unit
Definition
ECC_TMOUT_internalSecurit
count
A call is released when a response is not received from
yControl
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the PDCB block while transferring the security information to eNB’s internal PDCB block during attach procedure.
ECC_TMOUT_internalForwar
count
dingPathSetup
A call is released when no response is received for the request of uplink and downlink path setup between the ECCB block and the eNB’s internal block GTPB during handover.
ECC_TMOUT_internalReesta
count
blishControl
A call is released when no response message is received from RLCB and PDCB blocks while configuring the eNB’s ECCB block and internal RLCB & PDCB blocks for RLC and PDCP Re-establishment during X2/S1 handover.
ECC_TMOUT_internalBuffer
count
Flush
A call is released when no response message is received from PDCB while interfacing between ECCB and PDCB for buffer flush during handover.
ECC_TMOUT_internalDataTr ansferStart
LTE Counter Description_SLR2.3
count
A call is released when PDCP setup fails in the target eNB during handover.
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(Continued) Item
Unit
Definition
ECC_USER_INACTIVITY
count
A call is released due to no traffic transmission during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
given period of time (user inactivity time) for a specific UE when the MACB block detects the user inactivity, and notifies the fact to the ECCB block. ECC_ARQ_MAX_RE_
count
TRANSMISSION
A call is released when the RLCB block made transmission to the UE as many times as the Max Retransmission, but ARQ ACK is not received from the UE, which is notified to the ECCB.
ECC_RADIO_LINK_
count
FAILURE
When the MACB determines the Sync disconnection with the UE, it notifies the ECCB of OutOfSync. If the ECCB is notified of the MACB of being InSync again (HARQ-ACK/NACK received 20 times), or if it fails to receive the RRC Connection Re-establishment Request from the UE, the call is released after a timeout (default: 5 seconds).
ECC_UE_CONTEXT_ NOT_FOUND
count
Re-establishment is not possible due to the eNB failure to retrieve the UE Context information after the UE requested the re-establishment.
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(Continued) Item
Unit
Definition
ECC_S1AP_SN_STATUS_
count
If the RRC Connection Reestablishment Request message
NOT_RECEIVED
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
is received while waiting for the SN Status Transfer message from the source eNB or the MME Status Transfer message from the MME, the RRC Connection Reestablishment Reject message is transmitted to the UE.
ECC_REEST_FAIL_INVA
count
LID_STATE
If the RRC Connection Reestablishment Request message is received during Attach, the eNB detects that reestablishment occurs while the DRB setup is not normal, and releases the call.
ECC_CDMA_HANDOVE
count
A call is released when the UL Handover Preparation
R_PREPARATION_FAILU
Transfer message is not received after transmitting the
RE
Handover From EUTRA Preparation Request during the Inter RAT HRPD handover.
ECC_RCV_S1_UECTXTR
count
A call is released when the UE Context Release Command
ELEASECMD_ABNORM
message is received when the UE Associated setup is not
AL_STATE
made with the MME. If this cause occurs, it is necessary to check the cause value delivered to the MME.
ECC_RCV_RESET_REQU EST_FROM_ECMB
LTE Counter Description_SLR2.3
count
A call is released due to receiving a reset request from ECMB due to refork of a specific block in eNB.
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(Continued) Item ECC_RCV_S1_RESET_
Unit
Definition
count
The call in the handover process is released by receiving a
FROM_MME ECC_RCV_X2_RESETRE
count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The call needs to be cancelled due to the reception of the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reset Request message from other eNB. count
SERVICE ECC_RCV_CELL_RELEA
Collection
reset message from the MME.
QUEST ECC_S1_SCTP_OUT_OF_
How to
A call is released when the S1 Association's status is changed from In Service to Out of Service state.
count
SE_IND_FROM_ECMB
A call is released due to the Cell Release Ind message received from the ECMB block because of DSP down or CPRI failure caused by DSP problem.
ECC_DSP_AUDIT_RLC_
count
CALL_RELEASE
A call is released when the call remains in the ECCB and MACB, but not in the RLCB, which causes resource mismatch.
ECC_DSP_AUDIT_MAC_
count
CALL_RELEASE
A call is released when the call remains in the ECCB and RLC, but not in the MACB, which causes resource mismatch.
ECC_DSP_AUDIT_RLC_ MAC_CALL_RELEASE
LTE Counter Description_SLR2.3
count
A call is released when the call remains in the ECCB, but not in the RLC and MAC, which causes resource mismatch.
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(Continued) Item
Unit
ECC_SEC_ALGORITHMS_
count
COMBINATION_INVALID
Definition The security algorithm value is received in the Initial
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Context Setup Request, S1 Handover Request, X2 Handover Request, S1 UE Context Modification message. A call is released when the ciphering algorithm does not have the null algorithm value if the integrity algorithm supports the null algorithm.
ECC_X2_SCTP_OUT_OF_
count
SERVICE ECC_RELEASE_DUE_TO_
A call is released when the X2 Association's status is changed from In Service to Out of Service state.
count
A call is released due to the internal cause in eNB.
CC
event
int
0~2147483647
-
count
When handling the redirection to the inter FA, if it
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ENB_GENERATED_ REASON ECC_INTER_FA_ REDIRECTION
conflicts with the CRR output conditions based on the S1AP cause, the CRR in the column D (Call Release Cause) is displayed.
ECC_CSFB_CONFIG_
count
FAILURE
A call is released when, even if CSFB was triggered by the InitialContextSetupRequest message, the CSFB redirection cannot be processed due to eNB setting error (Inter RAT FA information not specified).
RRM_FAIL
count
The DB initialization procedure managed by the ERRM fails.
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item RRM_CELL_BARRED
Unit
Definition
count
A call is released when RRC Connection Reject message
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
is transmitted due to call rejection because the relevant cell is barred even when the RRC Connection Request message is received. RRM_MAX_CALL_COUNT
count
_OVER RRM_MAX_DRB_COUNT_
When calls are generated exceeding the number of calls that can be accommodated, they are rejected by CAC.
count
OVER
When calls are generated exceeding the number of DRB that can be accommodated by cell, they are rejected by CAC.
RRM_QOSCAC_FAIL
count
The call with the QoS that cannot be allowed by the cell is generated; it is rejected by CAC.
RRM_PREEMPTION_FAIL
count
Preemption fails because the requested ERAB's priority is under the priority of the existing UE.
RRM_CALLRSC_FAIL
count
Call ID is all assigned thus cannot assign Call ID further.
CC
event
int
0~2147483647
-
RRM_BHCAC_FAIL
count
Occurs when the BH link usage by a specific QoS (GBR
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Bearer) exceeds the threshold defined in the PLD. RRM_SRSRSC_FAIL
count
If a new call supports both SRS and DRX, the SRS resources need to assigned in advance to assign the DRX resources but cannot assign the DRX resources because the SRS resource is not assigned.
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(Continued) Item RRM_CQIRSC_FAIL
Unit count
Definition CQI/PMI resources are all assigned thus the resource
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
cannot be assigned any more. RRM_SPSRSC_FAIL
count
All SR resources are allocated, so no resource is available.
RRM_N1PUCCHRSC_FAIL
count
n1PucchAnRep resources are all assigned thus cannot assign the resource any more.
RRM_SRRSC_FAIL
count
During SR resource allocation and release, the SR resource search is not allowed to exceed the Max value of the SR resource DB.
RRM_TPCRSC_FAIL
count
During TPC PUCCH RNTI resource allocation and release, the TPC PUCCH resource search is not allowed to exceed the Max value of TPC PUCCH resource DB.
RRM_ALL_MME_NOT_
count
SERVICE RRM_MME_OVERLOAD
A call is rejected because there exists no MME currently in connection.
count
If the MME is in Overload state, it cannot accommodate the calls because overloadAction and establishmetCause does not match.
RRM_NOT_EXIST_MME
LTE Counter Description_SLR2.3
count
The registered MME information that the UE informs in the RRC Connection Setup Complete message does not exist in the eNB database.
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Confidential
(Continued) Item
Unit
RRM_AVAILABLE_MME_
count
NOT_EXIST RRM_UE_STMSI_
The MME with the PLMN value informed by the UE does
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
not exist in the RRC Connection Setup Complete message. count
DUPLICATE GTP_SETIP_FAIL
Definition
The same UE transmits the RRC Connection Request with the same S-TMSI value.
count
A response to Gtp Setup Fail is transmitted after the SetupReq message is received from the ECCB. Tunnel information error managed by the GTPB block and tunnel setting failure due to DB management error are notified to the ECCB.
GTP_RELEASE_FAIL
count
An error response is generated when GTP Release fails.
CC
event
int
0~2147483647
-
GTP_MODIFY_FAIL
count
Use it if there is response for Gtp setup fail after receiving
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the ModifyReq message from the ECCB. Tunnel information error managed by the GTPB block and tunnel setting failure due to DB management error are notified to the ECCB. GTP_RESET_FAIL
count
A call is released if there is response for Gtp setup fail after receiving the ModifyReq message from the ECMB.
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
Type
Min/Max
Formula
GTP_PATH_FAIL
count
If there is no Echo Response within 60 seconds after Echo Request is transmitted periodically to the peer node of the EPS bearer, the request is retransmitted five times at the interval of 5 seconds. If there is still no response, ECCB receives the response indicating a path to the peer node is abnormal. The GTPB block determines that a bearer path to the peer node is abnormal or GTP entity within the peer node is abnormal and notifies the ECCB block of the failure.
CC
event
int
0~2147483647
-
GTP_NOT_SUPPORT_EH
count
Send a response when receiving the message with the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
extension header that cannot be supported by the system from dst peer during tunnel setup. GTP_RCV_ERROR_IND_
count
FROM_GW
A bearer is released when an error indication message is received from the peer node of GTPB, which is notified to the ECCB.
PDCP_INVALID_CALLID
count
Respond that the message is not correct when the callid of the downloaded message from the ECCB is the value of the MAX_USER_ENB or higher.
PDCP_INVALID_RBID
count
Respond that the message downloaded from the ECCB is normal if the message is PDCP_DRB or PDCP_SRB and the Rbid is below MAX_RB or MAX_SRB respectively, Otherwise, an error response is generated. There is no possibility that it will a CSL cause.
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Confidential
(Continued) Item PDCP_INVALID_
Unit count
NUMOFRB
Definition An error response is generated when the NumRb of the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
downloaded message from the ECCB is the value of the CI_MAX_RB or higher.
PDCP_INVALID_
count
RLCMODE PDCP_INVALID_
message downloaded from the ECCB is invalid. count
SETUPTYPE PDCP_INVALID_
An error response is generated when the setupType of the message downloaded from the ECCB is invalid.
count
CNTLTYPE PDCP_INVALID_
An error response is generated when the RLC mode of the
Respond that the message is not correct if the CntlType of the message downloaded from the ECCB is inappropriate value.
count
PDCPSNTYPE
An error response is generated when the SNType of the message downloaded from the ECCB is UM, but not 7-bit or 12-bit.
PDCP_INVALID_
count
LOCHTYPE
An error response is generated when the logical type of the message downloaded from the ECCB is other than either LOCH_DCCH (for the SRB) or LOCH_DTCH (for the DRB). There is no possibility that it will a CSL cause.
PDCP_ROHC_SETUP_ FAIL
count
An error response is generated when the ROHC context setup procedure fails due to lack of memory while receiving ConfigReq from the ECCB.
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Confidential
(Continued) Item
Unit
Definition
PDCP_INACTIVATE_
count
When the message on Inactive RB is received while receiving
RBID PDCP_SRB_
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the msgCpdcpModifyReq from the ECCB. count
INTEGRITY_FAIL RLC_INVALID_
How to
A SRB's integrity check failure notification is issued from the PDCB.
count
PARAMETER
An error response is generated when the parameter of the message received from the ECCB is not the value within the defined range.
RLC_NO_MORE_
count
RESOURCE
An error response is generated when a new connection cannot be allowed due to insufficient resources to be allocated to the message received from the ECCB.
RLC_CELL_IS_IDLE
count
When cell ID status of the message received from the ECCB is IDLE, not ACTIVE, respond that the message is not correct.
RLC_CALL_IS_NOT_
count
ACTIVE RLC_ERROR_
message received from the ECCB is not ACTIVE. count
EMPTY_MSG RLC_ERROR_
D_DATA_LEN
LTE Counter Description_SLR2.3
An error response is generated when the message received by the RLC is NULL.
count
UNKNOWN_MSG_ID RLC_ERROR_INVALI
An error response is generated when the call ID status of the
An error response is generated when the type of the message received by the RLC is unknown
count
An error response is generated when the size of the message received by the RLC is abnormal.
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Confidential
(Continued) Item RLC_ERROR_NO_RSP_
Unit count
FROM_DL RLC_ERROR_NO_RSP_
count count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
An error response is generated when the RLC uplink does
CC
event
int
0~2147483647
-
An error response is generated when the RLC downlink and
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
uplink do not respond to the message received. count
BEFORE_RLC_READY RLC_ERROR_INVALID_
Collection
not respond to the message received.
FROM_DLUL RLC_ERROR_RX_
An error response is generated when the RLC downlink
How to
does not respond to the message received.
FROM_UL RLC_ERROR_NO_RSP_
Definition
An error response is generated when the RLC uplink receives a signaling message before it operates properly.
count
RLC_TRANSACTION_ID
An error response is generated when the transaction ID exceeds the specified range while the RLC processes the message received from the ECCB.
RLC_ERROR_INVALID_
count
CONTEXT
An error response is generated when a response is retransmitted from the RLC downlink for the signaling message that the RLC has already processed.
RLC_ERROR_RLC_
count
CONTEXT_FULL
An error code is generated when the number of the signaling messages received exceeds the capacity that the RLC can process.
MAC_INVALID_MSGID
count
An undefined Msg Id is received.
CC
event
int
0~2147483647
-
MAC_INVALID_
count
An undefined SetupType is received.
CC
event
int
0~2147483647
-
SETUPTYPE
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item
Unit
Definition
MAC_INVALID_CALL_
count
When the ‘cell call ID’ value of the message received from
CELLID MAC_INVALID_PARAM
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the ECCB is outside the defined range. count
A parameter received is outside the defined range.
CC
event
int
0~2147483647
-
count
The RB cannot be allocated due to insufficient MACB
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ETER MAC_INSUFFICIENT_ RESOURCE MAC_NOT_ASSIGNED_
internal resource required to manage the RB. count
RB MAC_NOT_ASSIGNED_
allocated. count
UE MAC_NOT_ASSIGN_
A reconfig/delete request is received for the RB that is not A config/delete request is received for the UE that is not allocated.
count
A call setup message is received without SRB1 setup.
CC
event
int
0~2147483647
-
count
The ‘RB num’ value of Logical Channel Config exceeds the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
SRB1 MAC_INVALID_RB_ CONFIG MAC_INVALID_CELL_ ID
LTE Counter Description_SLR2.3
maximum. count
The cell corresponding to the message received is in idle state.
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8. MRO_RLF Mobility Robustness Optimization (MRO) statistics are intended to collect and classify handover issues due to Radio Link Failure (RLF) that occur during or after a handover, and use them in the MRO algorithm to optimize handover parameters (e.g. Cell Individual Offset) and improve the handover performance.
8.1 MRO RLF Classification The causes of the handover related RLF recorded as MRO issue are: too-late handover, too-early handover, and handover to a wrong cell. The causes of RLF not recorded as MRO issue are recorded as coverage hole. [Index] Name
Range
Description
cNum
0~8
Cell Index
Neighbor Cell
0~268435455
Neighbor Cell Index.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CoverageHole
count
Number of RLF/HO failures due to the coverage hole
CC
event
int
0~2147483647
-
CoverageHoleN
count
Number of RLF/HO failures due to the coverage hole toward Cell N
CC
event
int
0~2147483647
-
TooEarlyHOFailure
count
The number of too-early handovers after transmitting the handover
CC
event
int
0~2147483647
-
command
LTE Counter Description_SLR2.3
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(Continued) Item TooEarlyHORLFAf
Unit count
terHO TooLateHORLFBef
Definition The number of too-early handovers after completing the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
handover process. count
The number of RLFs before triggering the handover.
CC
event
int
0~2147483647
-
count
The number of RLFs after the handover command is
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
oreTriggering TooLateHORLFAft erTriggering WrongCellRLFAfte
transmitted. count
rTriggering WrongCellRLFAfte
the handover command. count
rHO BlackCellRLFAfter
The number of handovers to a wrong cell before transmitting The number of handovers to a wrong cell after transmitting the handover command.
count
The number of handovers to a black cell RLF after HO (X2)
CC
event
int
0~2147483647
-
count
The number of ping-pong handovers detected by the ping-pong
CC
event
int
0~2147483647
-
HO PingpongHandover
detection algorithm. MroRlfCnt
count
Number of MRO RLF Classification collection
CC
event
int
0~2147483647
-
MroRlfCid
Neighbo
The NeighborCell ID required to be collected.
OW
event
int
0~2147483647
-
rCell ID
LTE Counter Description_SLR2.3
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9. GTP The GPRS Tunneling Protocol Block (GTPB) handles the GPRS Tunneling Protocol for data access from the S1-U or X2-U, manages the GTP tunnels for the E-RAB, and transmits/receives user data. GTP statistics are on the GTP layer packets that are received from the S1-U (S-GW) over the downlink, which allow the operator to detect the backhaul condition.
9.1 GTP Sequence Number by QCI Collects the statistics data for the count of lost downlink packets and the count of Out of Sequence downlink packets in the GTP layer for each QCI. [Index] Name
Range
Description
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item GtpSnPeakLossQci
Unit count
Definition Count of downlink GTP packets which have been regarded to
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
be lost until the statistics collection time. GtpSnOosQci
count
Count of Out of Sequence downlink packets (i.e. the accumulated count of packets which order of the GTP Sequence Number is reversed) for each QCI.
LTE Counter Description_SLR2.3
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9.2 GTP Sequence Number by eNB Collects the statistics data for the count of lost downlink packets and the count of Out of Sequence downlink packets in the GTP layer for the eNB. [Statistics Type] Collection
Collect
Cycle
Unit
GtpSnPeakLossEnb
count
Count of downlink GTP packets which have been regarded to be lost until the statistics collection time.
CC
2s
int
0~2147483647
-
GtpSnOosEnb
count
Count of Out of Sequence downlink packets (i.e. the accumulated count of packets which order of the GTP Sequence Number is reversed) for each QCI.
CC
2s
int
0~2147483647
-
GtpDlCntEnb
count
Number of the downlink GTP packets received until the time of counting the statistic.
CC
2s
int
0~2147483647
-
GtpSnLossEnbRate
%
Ratio of the lost packets to the total number of downlink GTP packets received until the statistics collection time. * Lost packets = GtpSnPeakLossEnb * Total packets = GtpDlCntEnb+ (GtpDlCntEnb-GtpSnOosEnb)
OW
Period
float
0~100
sum (GtpSnPeakLossEnb)/ (sum (GtpDlCntEnb)+sum (GtpSnPeakLossEnb)-sum (GtpSnOosEnb))*100
GtpSnOosEnbRate
%
Total GTP Packet OOS Rate per eNB
OW
Period
float
0~100
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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9.3 GTP Forward Traffic The GTP Forward Traffic statistic is defined as the downlink/uplink count/byte/throughput of forwarding traffic during basis calls, S1/X2 handovers and inter-RAT S1/X2 handovers. In statistics items, DL is based on the received packets and UL is based on the transmitted packets. [Statistics Type]
Item
Unit
CntGtpDlEnbS1Nor
count
Definition Number of S1 downlink GTP packets during the basis
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
call. CntGtpUlEnbS1Nor
count
Number of S1 uplink GTP packets during the basis call.
CC
20 s
int
0~2147483647
-
CntGtpDlEnbS1FW
count
Number of forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the S1 handover. CntGtpUlEnbS1FW
count
Number of packets forwarded to the S1 uplink during the S1 handover.
CntGtpDlEnbX2FW
count
Number of forwarded packets received in the X2 downlink during the X2 handover.
CntGtpUlEnbX2FW
count
Number of packets forwarded to the X2 uplink during the X2 handover.
CntGtpDlEnbIRatUtr
count
aS1FW CntGtpUlEnbIRatUtr aS1FW
LTE Counter Description_SLR2.3
Number of forwarded packets received in the S1 downlink during the Inter-RAT (UTRAN) handover.
count
Number of packets forwarded to the S1 uplink during the Inter-RAT (UTRAN) handover.
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(Continued) Item
Unit
CntGtpDlEnbIRatUtr
count
aX2FW CntGtpUlEnbIRatUtr
count count count count
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
Number of packets forwarded to the X2 uplink during
CC
20 s
int
0~2147483647
-
Number of forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
Number of packets forwarded to the S1 uplink during
CC
20 s
int
0~2147483647
-
Number of forwarded packets received in the X2
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the Inter-RAT (GERAN) handover. count
ranX2FW CntGtpDlEnbIRatCd
Cycle
the Inter-RAT (GERAN) handover.
ranX2FW CntGtpUlEnbIRatGe
Collect
downlink during the Inter-RAT (GERAN) handover.
ranS1FW CntGtpDlEnbIRatGe
Collection
the Inter-RAT (UTRAN) handover.
ranS1FW CntGtpUlEnbIRatGe
Number of forwarded packets received in the X2
How to
downlink during the Inter-RAT (UTRAN) handover.
aX2FW CntGtpDlEnbIRatGe
Definition
Number of packets forwarded to the X2 uplink during the Inter-RAT (GERAN) handover.
count
ma2000HrpdS1FW
Number of forwarded packets received in the S1 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
CntGtpUlEnbIRatCd
count
ma2000HrpdS1FW CntGtpDlEnbIRatCd ma2000HrpdX2FW
Number of packets forwarded to the S1 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
count
Number of forwarded packets received in the X2 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
LTE Counter Description_SLR2.3
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(Continued) Item CntGtpUlEnbIRatCd
Unit count
ma2000HrpdX2FW ByteGtpDlEnbS1Nor
Definition Number of packets forwarded to the X2 uplink during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
the Inter-RAT (CDMA2000 HRPD) handover. Kbytes
Bytes of S1 downlink GTP packets during the basis call.
ByteGtpUlEnbS1Nor
Kbytes
Bytes of S1 uplink GTP packets during the basis call.
CC
20 s
int
0~2147483647
-
ByteGtpDlEnbS1FW
Kbytes
Bytes of the forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the S1 handover. ByteGtpUlEnbS1FW
Kbytes
Bytes of the packets forwarded to the S1 uplink during the S1 handover.
ByteGtpDlEnbX2FW
Kbytes
Bytes of the forwarded packets received in the X2 downlink during the X2 handover.
ByteGtpUlEnbX2FW
Kbytes
Bytes of the packets forwarded to the X2 uplink during the X2 handover.
ByteGtpDlEnbIRatUt
Kbytes
raS1FW ByteGtpUlEnbIRatUt
downlink during the Inter-RAT (UTRAN) handover. Kbytes
raS1FW ByteGtpDlEnbIRatUt raX2FW
LTE Counter Description_SLR2.3
Bytes of the forwarded packets received in the S1 Bytes of the packets forwarded to the S1 uplink during the Inter-RAT (UTRAN) handover.
Kbytes
Bytes of the forwarded packets received in the X2 downlink during the Inter-RAT (UTRAN) handover.
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(Continued) Item
Unit
Definition
ByteGtpUlEnbIRatUt
Kbytes
Bytes of the packets forwarded to the X2 uplink during
raX2FW ByteGtpDlEnbIRatG
Kbytes Kbytes Kbytes
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
Bytes of the forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
Bytes of the packets forwarded to the S1 uplink during
CC
20 s
int
0~2147483647
-
Bytes of the forwarded packets received in the X2
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the Inter-RAT (GERAN) handover. Kbytes
eranX2FW ByteGtpDlEnbIRatC
Cycle
the Inter-RAT (GERAN) handover.
eranX2FW ByteGtpUlEnbIRatG
Collect
downlink during the Inter-RAT (GERAN) handover.
eranS1FW ByteGtpDlEnbIRatG
Collection
the Inter-RAT (UTRAN) handover.
eranS1FW ByteGtpUlEnbIRatG
How to
Bytes of the packets forwarded to the X2 uplink during the Inter-RAT (GERAN) handover.
Kbytes
dma2000HrpdS1FW
Bytes of the forwarded packets received in the S1 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
ByteGtpUlEnbIRatC
Kbytes
dma2000HrpdS1FW ByteGtpDlEnbIRatC
Bytes of the packets forwarded to the S1 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
Kbytes
dma2000HrpdX2FW
Bytes of the forwarded packets received in the X2 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
ByteGtpUlEnbIRatC dma2000HrpdX2FW
LTE Counter Description_SLR2.3
Kbytes
Bytes of the packets forwarded to the X2 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
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(Continued) Item
Unit
ThruGtpDlEnbS1Nor
kbps
Definition Throughput of S1 downlink GTP
How to
Collection
Collect
Cycle
SI
20 s
Type float
Min/Max 0~3.4*10^38
packets during the basis call. ThruGtpDlEnbS1Nor
kbps
Tot ThruGtpDlEnbS1Nor
Total sum of ThruGtpDlEnbS1Nor
Formula sum (ThruGtpDlEnbS1NorTot)/ sum (ThruGtpDlEnbS1NorCnt)
SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpDlEnbS1Nor collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of S1 uplink GTP packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbS1NorTot)/
Cnt ThruGtpUlEnbS1Nor
during the basis call. ThruGtpUlEnbS1Nor
kbps
Tot ThruGtpUlEnbS1Nor
Total sum of ThruGtpUlEnbS1Nor
sum (ThruGtpUlEnbS1NorCnt) SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpUlEnbS1Nor collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of forwarded packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbS1FWTot)/
Cnt ThruGtpDlEnbS1FW
received in the S1 downlink during
sum (ThruGtpDlEnbS1FWCnt)
the S1 handover. ThruGtpDlEnbS1FW
kbps
Tot ThruGtpDlEnbS1FW
Total sum of ThruGtpDlEnbS1FW
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
collected count
ThruGtpDlEnbS1FW collect count
Cnt
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
ThruGtpUlEnbS1FW
kbps
Definition Throughput of packets forwarded to
How to
Collection
Collect
Cycle
SI
20 s
Type float
Min/Max 0~3.4*10^38
the S1 uplink during the S1 handover. ThruGtpUlEnbS1FW
kbps
Tot ThruGtpUlEnbS1FW
Total sum of ThruGtpUlEnbS1FW
Formula sum (ThruGtpUlEnbS1FWTot)/ sum (ThruGtpUlEnbS1FWCnt)
SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpUlEnbS1FW collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of forwarded packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbX2FWTot)/
Cnt ThruGtpDlEnbX2FW
received in the X2 downlink during
sum (ThruGtpDlEnbX2FWCnt)
the X2 handover. ThruGtpDlEnbX2FW
kbps
Tot ThruGtpDlEnbX2FW
Total sum of
SI
20 s
float
0~3.4*10^38
-
ThruGtpDlEnbX2FWTot collected count
ThruGtpDlEnbX2FWTot collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of packets forwarded to
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbX2FWTot)/
Cnt ThruGtpUlEnbX2FW
the X2 uplink during the X2 handover. ThruGtpUlEnbX2FW
kbps
Tot ThruGtpUlEnbX2FW Cnt
LTE Counter Description_SLR2.3
Total sum of
sum (ThruGtpUlEnbX2FWCnt) SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
ThruGtpUlEnbX2FWTot collected count
ThruGtpUlEnbX2FWTot collect count
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(Continued) Item
Unit
ThruGtpDlEnbIRat
kbps
UtraS1FW
Definition Throughput of forwarded packets
How to
Collection
Collect
Cycle
SI
20 s
Type
Min/Max
float
0~3.4*10^38
received in the S1 downlink during
Formula sum (ThruGtpDlEnbIRatUtraS1FWTot)/ sum (ThruGtpDlEnbIRatUtraS1FWCnt)
the inter-RAT (UTRAN) handover. ThruGtpDlEnbIRat
kbps
UtraS1FWTot
Total sum of
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatUtraS1FWTot)/
ThruGtpDlEnbIRatUtraS1FWTot collected
ThruGtpDlEnbIRat
count
UtraS1FWCnt ThruGtpUlEnbIRat
ThruGtpDlEnbIRatUtraS1FWTot collect count
kbps
UtraS1FW
Throughput of packets forwarded to the S1 uplink during the inter-
sum (ThruGtpUlEnbIRatUtraS1FWCnt)
RAT (UTRAN) handover. ThruGtpUlEnbIRat
kbps
UtraS1FWTot
Total sum of
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatUtraX2FWTot)/
ThruGtpUlEnbIRatUtraS1FWTot collected
ThruGtpUlEnbIRat
count
UtraS1FWCnt ThruGtpDlEnbIRat UtraX2FW
ThruGtpUlEnbIRatUtraS1FWTot collect count
kbps
Throughput of forwarded packets received in the X2 downlink during
sum (ThruGtpDlEnbIRatUtraX2FWCnt)
the inter-RAT (UTRAN) handover.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
ThruGtpDlEnbIRat
kbps
UtraX2FWTot ThruGtpDlEnbIRat
Total sum of ThruGtpDlEnbIRat
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatUtraX2FWTot)/
UtraX2FW collected count
UtraX2FWCnt ThruGtpUlEnbIRat
Definition
ThruGtpDlEnbIRatUtraX2FW collect count
kbps
UtraX2FW
Throughput of packets forwarded to the S1 uplink during the inter-
sum (ThruGtpUlEnbIRatUtraX2FWCnt)
RAT (UTRAN) handover. ThruGtpUlEnbIRat
kbps
UtraX2FWTot ThruGtpUlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatGeranS1FWTot)/
UtraX2FW collected count
UtraX2FWCnt ThruGtpDlEnbIRat
Total sum of ThruGtpUlEnbIRat ThruGtpUlEnbIRatUtraX2FW collect count
kbps
GeranS1FW
Bytes of forwarded packets received in the S1 downlink during
sum (ThruGtpDlEnbIRatGeranS1FWCnt)
the inter-RAT (GERAN) handover. ThruGtpDlEnbIRat
kbps
GeranS1FWTot ThruGtpDlEnbIRat GeranS1FWCnt
LTE Counter Description_SLR2.3
Total sum of ThruGtpDlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
GeranS1FW collected count
ThruGtpDlEnbIRatGeranS1FW collect count
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(Continued) Item
Unit
ThruGtpUlEnbIRat
kbps
GeranS1FW
Definition Throughput of packets forwarded
How to
Collection
Collect
Cycle
SI
20 s
Type
Min/Max
float
0~3.4*10^38
to the S1 uplink during the inter-
Formula sum (ThruGtpUlEnbIRatGeranS1FWTot)/ sum (ThruGtpUlEnbIRatGeranS1FWCnt)
RAT (GERAN) handover. ThruGtpUlEnbIRat
kbps
GeranS1FWTot ThruGtpUlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatGeranX2FWTot)/
GeranS1FW collected count
GeranS1FWCnt ThruGtpDlEnbIRat
Total sum of ThruGtpUlEnbIRat ThruGtpUlEnbIRatGeranS1FW collect count
kbps
GeranX2FW
Throughput of forwarded packets received in the X2 downlink during
sum (ThruGtpDlEnbIRatGeranX2FWCnt)
the Inter-RAT (GERAN) handover. ThruGtpDlEnbIRat
kbps
GeranX2FWTot ThruGtpDlEnbIRat
GeranX2FW
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatGeranX2FWTot)/
GeranX2FW collected count
GeranX2FWCnt ThruGtpUlEnbIRat
Total sum of ThruGtpDlEnbIRat
ThruGtpDlEnbIRatGeranX2FW collect count
kbps
Throughput of forwarded packets received in the X2 uplink during
sum (ThruGtpUlEnbIRatGeranX2FWCnt)
the Inter-RAT (GERAN) handover.
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(Continued) Item ThruGtpUlEnbIRat
Unit kbps
GeranX2FWTot ThruGtpUlEnbIRat
count
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
ThruGtpUlEnbIRatGeranX2FW collect
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatCdma2000
count kbps
dma2000HrpdS1FW
ThruGtpDlEnbIRatC
Total sum of ThruGtpUlEnbIRatGeran
How to
X2FW collected
GeranX2FWCnt ThruGtpDlEnbIRatC
Definition
kbps
dma2000HrpdS1FW
Throughput of forwarded packets received in the S1 downlink during the
HrpdS1FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpDlEnbIRatCdma2000
handover.
HrpdS1FWCnt)
Total sum of ThruGtpDlEnbIRatCdma
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum
2000HrpdS1FW collected
Tot ThruGtpDlEnbIRatC
count
dma2000HrpdS1FW
ThruGtpDlEnbIRatCdma2000HrpdS1F W collect count
Cnt ThruGtpUlEnbIRatC dma2000HrpdS1FW
kbps
Throughput of forwarded packets received in the S1 uplink during the
(ThruGtpUlEnbIRatCdma2000Hrpd
Inter-RAT (CDMA2000 HRPD)
S1FWTot)/sum
handover.
(ThruGtpUlEnbIRatCdma2000Hrpd S1FWCnt)
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(Continued) Item
Unit
Definition
ThruGtpUlEnbIRatC
kbps
Total sum of ThruGtpUlEnbIRatCdma
dma2000HrpdS1FW
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatCdma2000
2000HrpdS1FW collected
Tot ThruGtpUlEnbIRatC
count
dma2000HrpdS1FW
ThruGtpUlEnbIRatCdma2000HrpdS1F W collection count
Cnt ThruGtpDlEnbIRatC
kbps
dma2000HrpdX2FW
ThruGtpDlEnbIRatC
kbps
dma2000HrpdX2F
Throughput of forwarded packets received in the X2 downlink during the
HrpdX2FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpDlEnbIRatCdma2000
handover.
HrpdX2FWCnt)
Total sum of ThruGtpDlEnbIRatCdma
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatCdma2000
2000HrpdX2FW collected
WTot ThruGtpDlEnbIRatC
count
dma2000HrpdX2F
ThruGtpDlEnbIRatCdma2000HrpdX2F W collect count
WCnt ThruGtpUlEnbIRatC dma2000HrpdX2FW
LTE Counter Description_SLR2.3
kbps
Throughput of forwarded packets received in the X2 uplink during the
HrpdX2FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpUlEnbIRatCdma2000
handover.
HrpdX2FWCnt)
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(Continued) Item
Unit
ThruGtpUlEnbIRatC
kbps
dma2000HrpdX2F
Definition Total sum of ThruGtpUlEnbIRatCdma
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
2000HrpdX2FW collected
WTot ThruGtpUlEnbIRatC dma2000HrpdX2F
count
ThruGtpUlEnbIRatCdma2000HrpdX2F W collect count
WCnt
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10. SRB SRB statistics provide the Control Plane PDCP SDU bit rates per cell over the downlink and uplink respectively.
10.1 Cell PDCP SDU bit-rate The eNB groups the Control Plane PDCP SDU bit rates per cell by the downlink/uplink in accordance with the 3GPP standard (TS32.425 Performance Measurements) and calculates the average value at every measurement interval. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item PdcpSduBitrateDl
Unit kbps
Definition Average cell bit-rate of the control plane
How to
Collection
Collect
Cycle
SI
2s
Type
Min/Max
Formula
float
0~3.4*10^38
sum (PdcpSduBitrateDlTot)/
PDCP SDUs over the downlink.
sum (PdcpSduBitrateDlCnt)
PdcpSduBitrateDlTot
kbps
Total sum of PdcpSduBitrateDl collected
SI
2s
float
0~3.4*10^38
-
PdcpSduBitrateDlCnt
count
PdcpSduBitrateDl collect count
SI
2s
int
0~21474836
-
47
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(Continued) Item PdcpSduBitrateUl
Unit kbps
Definition Average cell bit-rate of the control plane
How to
Collection
Collect
Cycle
SI
2s
Type
Min/Max
Formula
float
0~3.4*10^38
sum (PdcpSduBitrateUlTot)/
PDCP SDUs over the uplink.
sum (PdcpSduBitrateUlCnt)
PdcpSduBitrateUlTot
kbps
Total sum of PdcpSduBitrateUl collected
SI
2s
float
0~3.4*10^38
-
PdcpSduBitrateUlCnt
count
PdcpSduBitrateUl collect count
SI
2s
int
0~21474836
-
47
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11. DRB DRB statistics provide QCI information of the DRB, such as the number of active UEs, packet delay, packet drop rate, packet loss rate and IP latency.
11.1 Active UEs Collects the statistics data for the average number of UEs where the buffer data of the DRB is waiting. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
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[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
UEActiveDl
count
The number of UEs satisfying one or more of the following conditions in a continuous 20 ms interval (sampling occasion) is summed every 80 ms for each QCI. - If there is a DRB which received a buffer occupancy request at the RLC - If there is a DRB which received an HARQ retransmission request, the number of UEs collected after the collection interval expires is divided by the number of sampling occasions that occurred to obtain the average.
SI
5.12 s
float
0~3.4*10^38
sum (UEActiveDlTot)/ sum (UEActiveDlCnt)
UEActiveDlTot
count
Total sum of UEActiveDl collected
SI
5.12 s
float
0~3.4*10^38
-
UEActiveDlCnt
count
UEActiveDl collect count
SI
5.12 s
int
0~2147483647
-
UEActiveUl
count
The number of UEs satisfying one or more of the following conditions in a continuous 20 ms interval is summed every 80 ms for each QCI. - If there is a DRB which received an HARQ retransmission request - If there is a DRB which received an HARQ retransmission request, the number of UEs collected after the collection interval expires is divided by the number of sampling occasions that occurred to obtain the average.
SI
5.12 s
float
0~3.4*10^38
sum (UEActiveUlTot)/ sum (UEActiveUlCnt)
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Collection
Collect
Cycle
Unit
UEActiveUlTot
count
Total sum of UEActiveUl collected
SI
5.12 s
float
0~3.4*10^38
-
UEActiveUlCnt
count
UEActiveUl collect count
SI
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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11.2 Packet Delay Collects the statistics data for the DL PDCP SDU delay defined in the standard 3GPP TS 36.314 for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PdcpSduDelay
Unit ms
Definition Average DL PDCP SDU delay. DL PDCP SDU
How to
Collection
Collect
Cycle
SI
10 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (PdcpSduDelayTot)/
delay on the downlink that occurred for 1 minute.
sum (PdcpSduDelayCnt)
PdcpSduDelayTot
ms
Total sum of PdcpSduDelay collected
SI
10 s
float
0~3.4*10^38
-
PdcpSduDelayCnt
count
PdcpSduDelay collect count
SI
10 s
int
0~2147483647
-
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11.3 Packet Drop Rate The statistic provided in accordance with the 3GPP standard (TS32.425 Performance Measurements) is a per-eNB drop rate for downlink packet drops of the user plane traffic, and is counted by E-RAB QoS level (QCI). Packet drops can occur due to traffic congestion and are calculated (in ppm) by multiplying it by 1E6 according to the standard (TS 36.314 Layer 2–Measurements). [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PdcpSduDropRateDl
Unit ppm
Definition DL PDCP SDU packet drop rate on the
How to
Collection
Collect
Cycle
SI
1 min
Type float
Min/Max 0~3.4*10^38
ppm
Tot PdcpSduDropRateDl
Total sum of PdcpSduDropRateDl
sum (PdcpSduDropRateDlTot)/ sum (PdcpSduDropRateDlCnt)
downlink that occurred for one minute PdcpSduDropRateDl
Formula
SI
1 min
float
0~3.4*10^38
-
SI
1 min
int
0~2147483647
-
collected count
PdcpSduDropRateDl collect count
Cnt
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(Continued) Item PdcpPduDropRateDl
Unit ppm
Definition Average DL PDCP SDU drop rate
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
DL PDCP SDU drop rate on the downlink
Formula sum (PdcpPduDropRateDlTot)/ sum (PdcpPduDropRateDlCnt)
that occurred for one minute PdcpPduDropRateDl
ppm
Tot PdcpPduDropRateDl
Total sum of PdcpPduDropRateDl
SI
10 s
float
0~3.4*10^38
-
SI
10 s
int
0~2147483647
-
collected count
PdcpPduDropRateDl collect count
Cnt
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11.4 Packet loss rate (ppm) The statistic provided in accordance with the 3GPP standard (TS32.425 Performance Measurements) is a per-eNB loss rate for PDCP SDUs of the user plane traffic that have not been received successfully over the uplink, and is counted by E-RAB QoS level (QCI). The rate is calculated (in ppm) by multiplying 1E6 according to the standard (TS 36.314 Layer 2–Measurements). [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type] How to Collect
Collection Cycle
Type
Min/Max
Formula
UL PDCP SDU packet loss rate on the uplink that occurred for 1 minute
SI
1 min
float
0~3.4*10^38
sum (PdcpSduLossRateUlTot)/ sum (PdcpSduLossRateUlCnt)
ppm
Total sum of PdcpSduLossRateUl collected
SI
1 min
float
0~3.4*10^38
-
PdcpSduLossRateUl Cnt
count
PdcpSduLossRateUl collect count
SI
1 min
int
0~21474836 47
-
PdcpSduAirIntf
ppm
Average DL PDCP SDU loss rateDL PDCP SDU packet loss rate on the downlink that occurred for 10 seconds.
SI
10 s
float
0~3.4*10^38
sum (PdcpSduAirIntfTot)/ sum (PdcpSduAirIntfCnt)
Item
Unit
Definition
PdcpSduLossRateUl
ppm
PdcpSduLossRateUl Tot
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PdcpSduAirIntfTot
ppm
Total sum of PdcpSduAirIntf collected
SI
10 s
float
0~3.4*10^38
-
PdcpSduAirIntfCnt
count
PdcpSduAirIntf collect count
SI
10 s
int
0~2147483647
-
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11.5 IP Latency measurements Collects the statistics data for the DL IP latency defined in the standard 3GPP TS 32.450 for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item IpLateDl
Unit ms
Definition IP Latency in DL, SAE Bearer levelIP latency for 10
How to
Collection
Collect
Cycle
SI
10 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (IpLateDlTot)/
seconds in the downlink.
sum (IpLateDlCnt)
IpLateDlTot
ms
Total sum of IpLateDlTot collected
SI
10 s
float
0~3.4*10^38
-
IpLateDlCnt
count
IpLateDlTot collect count
SI
10 s
int
0~2147483647
-
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12. RRU The Radio Resource Utilization (RRU) statistics include DL/UL PRB Usage, DL/UL Total PRB Usage, and Cell Unavailable Time statistics. These statistics items are described in the following table.
12.1 DL/UL PRB Usage Collects the rate of PRB allocated to the DTCH among the total PRB on the DL/UL. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PrbDl
Unit %
Definition The PRB usage used as the downlink DTCH traffic
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (PrbDlTot)/ sum (PrbDlCnt)
PrbDlTot
%
Total sum of PrbDl collected
SI
5.12 s
float
0~3.4*10^38
-
PrbDlCnt
count
PrbDl collect count
SI
5.12 s
int
0~2147483647
-
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(Continued) Item PrbUl
Unit %
Definition The PRB usage used as the uplink DTCH traffic
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (PrbUlTot)/ sum (PrbUlCnt)
PrbUlTot
%
Total sum of PrbUl collected
SI
5.12 s
float
0~3.4*10^38
-
PrbUlCnt
count
PrbUl collect count
SI
5.12 s
int
0~2147483647
-
PrbDlCurrent
%
DL PRB Current Usage for traffic
SI
5.12 s
float
0~3.4*10^38
-
PrbUlCurrent
%
UL PRB Current Usage for traffic
SI
5.12 s
float
0~3.4*10^38
-
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12.2 DL/UL Total PRB Usage Collects the usage rate (percentage) of the PRB on the downlink PDSCH and the uplink PUSCH among the total PRB. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item TotPrbDl
Unit %
Definition The resource used for the PDSCH/PDCCH
How to
Collection
Collect
Cycle
GAUGE
5.12 s
Type float
Min/Max 0~100
transmission among the total downlink resource TotPrbDlMin
%
The minimum resource used for the PDSCH/PDCCH
Formula sum (TotPrbDlTot)/ sum (TotPrbDlCnt)
GAUGE
5.12 s
float
0~100
min (TotPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotPrbDlMax)
transmission among the total downlink resource TotPrbDlMax
%
The maximum resource used for the PDSCH/PDCCH transmission among the total downlink resource
TotPrbDlTot
%
Total sum of TotPrbDl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotPrbDlCnt
count
TotPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
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(Continued) Item TotGbrPrbDl
Unit %
Definition Ratio of the resource used to transmit the GBR
How to
Collection
Collect
Cycle
GAUGE
5.12 s
Type float
Min/Max 0~100
traffic against the total downlink resources. TotGbrPrbDlMin
%
Ratio of the resource (minimum value) used to
Formula sum (TotGbrPrbDlTot)/ sum (TotGbrPrbDlCnt)
GAUGE
5.12 s
float
0~100
min (TotGbrPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotGbrPrbDlMax)
transmit the GBR traffic against the total downlink resources. TotGbrPrbDlMax
%
Ratio of the resource (maximum value) used to transmit the GBR traffic against the total downlink resources.
TotGbrPrbDlTot
%
Total sum of TotGbrPrbDl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotGbrPrbDlCnt
count
TotGbrPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotNGbrPrbDl
%
Ratio of the resource used to transmit the non-
GAUGE
5.12 s
float
0~100
sum (TotNGbrPrbDlTot)/
GBR traffic against the total downlink resources. TotNGbrPrbDlMin
%
Ratio of the resource Ratio of the resource
sum (TotNGbrPrbDlCnt) GAUGE
5.12 s
float
0~100
min (TotNGbrPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotNGbrPrbDlMax)
GAUGE
5.12 s
float
0~3.4*10^38
-
(minimum value) used to transmit the non-GBR traffic against the total downlink resources. TotNGbrPrbDlMax
%
Ratio of the resource (maximum value) used to transmit the non-GBR traffic against the total downlink resources.
TotNGbrPrbDlTot
LTE Counter Description_SLR2.3
%
Total sum of TotNGbrPrbDl collected
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
TotNGbrPrbDlCnt
count
TotNGbrPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotPrbUl
%
The resource used for the PUSCH transmission
GAUGE
5.12 s
float
0~100
sum (TotPrbUlTot)/
among the total uplink resource TotPrbUlMin
%
The resource (minimum value) used for the
Formula
sum (TotPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotPrbUlMax)
PUSCH transmission among the total uplink resource TotPrbUlMax
%
The resource (maximum value) used for the PUSCH transmission among the total uplink resource
TotPrbUlTot
%
Total sum of TotPrbUl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotPrbUlCnt
count
TotPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotGbrPrbUl
%
Ratio of the resource used to transmit the GBR
GAUGE
5.12 s
float
0~100
sum (TotGbrPrbUlTot)/
traffic against the total uplink resources. TotGbrPrbUlMin
%
Ratio of the resource (minimum value) used to
sum (TotGbrPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotGbrPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotGbrPrbUlMax)
GAUGE
5.12 s
float
0~3.4*10^38
-
transmit the GBR traffic against the total uplink resources. TotGbrPrbUlMax
%
Ratio of the resource (maximum value) used to transmit the GBR traffic against the total uplink resources.
TotGbrPrbUlTot
LTE Counter Description_SLR2.3
%
Total sum of TotGbrPrbUl collected
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TotGbrPrbUlCnt
count
TotGbrPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotNGbrPrbUl
%
Ratio of the resource used to transmit the non-
GAUGE
5.12 s
float
0~100
sum (TotNGbrPrbUlTot)/
GBR traffic against the total uplink resources. TotNGbrPrbUlMin
%
Ratio of the resource (minimum value) used to
sum (TotNGbrPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotNGbrPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotNGbrPrbUlMax)
transmit the non-GBR traffic against the total uplink resources. TotNGbrPrbUlMax
%
Ratio of the resource (maximum value) used to transmit the non-GBR traffic against the total uplink resources.
TotNGbrPrbUlTot
%
Total sum of TotNGbrPrbUl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotNGbrPrbUlCnt
count
TotNGbrPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotPrbDlCurrent
%
DL Total Current PRB Usage
GAUGE
5.12 s
float
0~100
-
TotPrbUlCurrent
%
UL Total Current PRB Usage
GAUGE
5.12 s
float
0~100
-
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12.3 Cell Unavailable Time Collects the statistics data for the average locked time and disabled time per unit time. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CellUnavailableTimeLock
s
Measures the lock time per unit time.
CC
1 min
int
0~60*Period
-
CellUnavailableTimeDown
s
Measures the disabled time per unit time.
CC
1 min
int
0~60*Period
-
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13. S1SIG S1SIG had the UE-associated logical S1-connection establishment statistics. These statistics items are described in the following table.
13.1 UE-associated logical S1-connection establishment Collects the statistics data for S1 Logical Connection Setup for each cell. When the Initial UE message is transmitted, it is counted as Attempt; when the Initial Context Setup Request message is received, it is counted as Success. Fail is counted when a failure or timeout occurs during the procedure and the applicable cause is recorded. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Typ
Collect
Cycle
e
Min/Max
Formula
S1ConnEstabAtt
count
UE logical S1 connection setup attempt count
CC
event
int
0~2147483647
-
S1ConnEstabSucc
count
UE Logical S1 Connection Setup success count.
CC
event
int
0~2147483647
-
S1ConnEstabFail_
count
A call is released due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by the ECCB block during S1 connection.
S1ConnEstabFail_
count
S1AP_CU_FAIL S1ConnEstabFail_
during S1 connection. count
S1AP_LINK_FAIL S1ConnEstabFail_
S1AP_SIG_TO
LTE Counter Description_SLR2.3
A call is released due to S1 SCTP link failure during S1 connection.
count
S1AP_SIG_FAIL S1ConnEstabFail_
A call is released due to the S1AP specification cause
A call is released due to receiving S1AP signaling during S1 connection.
count
A call is released due to S1AP signaling timeout (not received) during S1 connection.
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
1
Attempt
2 Success
Initial UE Message
Initial Context Setup Request
RRC_CONNECTED
Figure 32. Collection Time for UE-associated logical S1-connection establishment
LTE Counter Description_SLR2.3
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13.2 S1 Connection Time S1 setup time statistics [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
S1SigTime_Avg
ms
S1 connection average setup time
GAUGE
event
float
0~3.4*10^38
sum (S1SigTime_Tot)/ sum (S1SigTime_Cnt)
S1SigTime_Max
ms
Maximum setup time for S1 connection
GAUGE
event
float
0~3.4*10^38
max (S1SigTime_Max)
S1SigTime_Tot
ms
Accumulated setup time for S1 connection
GAUGE
event
float
0~3.4*10^38
S1SigTime_Cnt
count
The number of S1SigTime_Avg called
GAUGE
event
int
0~2147483647
LTE Counter Description_SLR2.3
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14. PAG PAG is paging statistics on the number of paging attempts by the RRC and number of paging messages that are discarded when the RLC cannot process paging messages upon receipt due to insufficient capacity. The RLC can save up to 1,024 paging messages in each cell.
14.1 Paging Performance Collects the statistics data for paging. The eNB collects the statistics data for the paging attempt for each cell of the base station made by the MME's paging request. Also, it collects the number of the discarded paging messages that were not processed by the eNB for each cell. The paging for both of system information update and ETWA indication is not included. The eNB, which is an access network, does not collect the statistics data for the paging responses which are made through NAS signaling. [Index] Name
Range
Description
cNum
0~8
Index of the cell to which RRC paging will be transmitted.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DiscardedNbr
count
Number of paging records discarded at the eNodeB.
CC
10 s
int
0~2147483647
-
AttPaging
count
Paging attempt count.
CC
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE Paging Request Paging Paging
1
Attempt
Figure 33. Collection Time for Paging Performance
LTE Counter Description_SLR2.3
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15. POWER 15.1 Power Collects the average interference over thermal noise for each PRB, the average thermal noise for each cell, the average RSSI for each cell, and the average RSSI for each antenna. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
InterferencePower
dBm
Definition Average interference over thermal noise for
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max -1000~1000
each PRB InterferencePower
dBm
Total sum of InterferencePower collected
sum (InterferencePowerTot)/ sum (InterferencePowerCnt)
SI
5.12 s
float
Tot InterferencePower
Formula
-3.4*10^38~
-
3.4*10^38 count
InterferencePower collect count
SI
5.12 s
int
0~2147483647
-
dBm
Average Thermal Noise
SI
5.12 s
float
-1000~1000
sum (ThermalNoisePowerTot)/
Cnt ThermalNoisePow er
LTE Counter Description_SLR2.3
sum (ThermalNoisePowerCnt)
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(Continued) Item
Unit
ThermalNoisePow
dBm
Definition Total sum of ThermalNoisePowercollected
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
erTot ThermalNoisePow
Min/Max -3.4*10^38~
Formula -
3.4*10^38 count
ThermalNoisePower collect count
SI
5.12 s
int
0~2147483647
-
dBm
Average RSSI for each antenna
SI
5.12 s
float
-1000~1000
sum (RssiOverPathTot)/
erCnt RssiOverPath
sum (RssiOverPathCnt) RssiOverPathTot
dBm
Total sum of RssiOverPath collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiOverPathCnt
count
RssiOverPath collect count
SI
5.12 s
int
0~2147483647
-
RssiPath0
dBm
Average RSSI of Antenna #0
SI
5.12 s
float
-1000~1000
sum (RssiPath0Tot)/ sum (RssiPath0Cnt)
RssiPath0Tot
dBm
Total sum of RssiPath0 collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiPath0Cnt
count
RssiPath0 collect count
SI
5.12 s
int
0~2147483647
-
RssiPath1
dBm
Average RSSI of Antenna #1
SI
5.12 s
float
-1000~1000
sum (RssiPath1Tot)/ sum (RssiPath1Cnt)
RssiPath1Tot
dBm
Total sum of RssiPath1 collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiPath1Cnt
LTE Counter Description_SLR2.3
count
RssiPath1 collect count
SI
5.12 s
int
0~2147483647
-
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15.2 RNTP of own cell Collects the Relative Narrowband TX Power (RNTP) value for each PRB. RNTP is defined as follows, and it has the value 0 or 1. RNTP (PRB #k) = 0, if PRB #k; the maximum Tx power guarantees the level below the given threshold. RNTP (PRB #k) = 1, if PRB #k; the maximum Tx power does not guarantee the level below the given threshold [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB0
indicator
RNTP of Downlink PRB #0.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB1
indicator
RNTP of Downlink PRB #1.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB2
indicator
RNTP of Downlink PRB #2.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB3
indicator
RNTP of Downlink PRB #3.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB4
indicator
RNTP of Downlink PRB #4.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB5
indicator
RNTP of Downlink PRB #5.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB6
indicator
RNTP of Downlink PRB #6.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RntpOwnCell_PRB7
indicator
RNTP of Downlink PRB #7.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB8
indicator
RNTP of Downlink PRB #8.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB9
indicator
RNTP of Downlink PRB #9.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB10
indicator
RNTP of Downlink PRB #10.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB11
indicator
RNTP of Downlink PRB #11.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB12
indicator
RNTP of Downlink PRB #12.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB13
indicator
RNTP of Downlink PRB #13.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB14
indicator
RNTP of Downlink PRB #14.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB15
indicator
RNTP of Downlink PRB #15.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB16
indicator
RNTP of Downlink PRB #16.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB17
indicator
RNTP of Downlink PRB #17.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB18
indicator
RNTP of Downlink PRB #18.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB19
indicator
RNTP of Downlink PRB #19.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB20
indicator
RNTP of Downlink PRB #20.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB21
indicator
RNTP of Downlink PRB #21.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB22
indicator
RNTP of Downlink PRB #22.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB23
indicator
RNTP of Downlink PRB #23.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB24
indicator
RNTP of Downlink PRB #24.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
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Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB25
indicator
RNTP of Downlink PRB #25.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB26
indicator
RNTP of Downlink PRB #26.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB27
indicator
RNTP of Downlink PRB #27.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB28
indicator
RNTP of Downlink PRB #28.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB29
indicator
RNTP of Downlink PRB #29.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB30
indicator
RNTP of Downlink PRB #30.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB31
indicator
RNTP of Downlink PRB #31.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB32
indicator
RNTP of Downlink PRB #32.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB33
indicator
RNTP of Downlink PRB #33.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB34
indicator
RNTP of Downlink PRB #34.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB35
indicator
RNTP of Downlink PRB #35.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB36
indicator
RNTP of Downlink PRB #36.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB37
indicator
RNTP of Downlink PRB #37.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB38
indicator
RNTP of Downlink PRB #38.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB39
indicator
RNTP of Downlink PRB #39.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB40
indicator
RNTP of Downlink PRB #40.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB41
indicator
RNTP of Downlink PRB #41.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB42
indicator
RNTP of Downlink PRB #42.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
238
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB43
indicator
RNTP of Downlink PRB #43.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB44
indicator
RNTP of Downlink PRB #44.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB45
indicator
RNTP of Downlink PRB #45.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB46
indicator
RNTP of Downlink PRB #46.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB47
indicator
RNTP of Downlink PRB #47.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB48
indicator
RNTP of Downlink PRB #48.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB49
indicator
RNTP of Downlink PRB #49.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB50
indicator
RNTP of Downlink PRB #50.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB51
indicator
RNTP of Downlink PRB #51.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB52
indicator
RNTP of Downlink PRB #52.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB53
indicator
RNTP of Downlink PRB #53.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB54
indicator
RNTP of Downlink PRB #54.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB55
indicator
RNTP of Downlink PRB #55.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB56
indicator
RNTP of Downlink PRB #56.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB57
indicator
RNTP of Downlink PRB #57.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB58
indicator
RNTP of Downlink PRB #58.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB59
indicator
RNTP of Downlink PRB #59.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB60
indicator
RNTP of Downlink PRB #60.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
239
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB61
indicator
RNTP of Downlink PRB #61.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB62
indicator
RNTP of Downlink PRB #62.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB63
indicator
RNTP of Downlink PRB #63.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB64
indicator
RNTP of Downlink PRB #64.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB65
indicator
RNTP of Downlink PRB #65.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB66
indicator
RNTP of Downlink PRB #66.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB67
indicator
RNTP of Downlink PRB #67.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB68
indicator
RNTP of Downlink PRB #68.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB69
indicator
RNTP of Downlink PRB #69.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB70
indicator
RNTP of Downlink PRB #70.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB71
indicator
RNTP of Downlink PRB #71.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB72
indicator
RNTP of Downlink PRB #72.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB73
indicator
RNTP of Downlink PRB #73.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB74
indicator
RNTP of Downlink PRB #74.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB75
indicator
RNTP of Downlink PRB #75.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB76
indicator
RNTP of Downlink PRB #76.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB77
indicator
RNTP of Downlink PRB #77.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB78
indicator
RNTP of Downlink PRB #78.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
240
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB79
indicator
RNTP of Downlink PRB #79.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB80
indicator
RNTP of Downlink PRB #80.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB81
indicator
RNTP of Downlink PRB #81.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB82
indicator
RNTP of Downlink PRB #82.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB83
indicator
RNTP of Downlink PRB #83.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB84
indicator
RNTP of Downlink PRB #84.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB85
indicator
RNTP of Downlink PRB #85.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB86
indicator
RNTP of Downlink PRB #86.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB87
indicator
RNTP of Downlink PRB #87.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB88
indicator
RNTP of Downlink PRB #88.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB89
indicator
RNTP of Downlink PRB #89.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB90
indicator
RNTP of Downlink PRB #90.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB91
indicator
RNTP of Downlink PRB #91.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB92
indicator
RNTP of Downlink PRB #92.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB93
indicator
RNTP of Downlink PRB #93.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB94
indicator
RNTP of Downlink PRB #94.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB95
indicator
RNTP of Downlink PRB #95.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB96
indicator
RNTP of Downlink PRB #96.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
241
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB97
indicator
RNTP of Downlink PRB #97.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB98
indicator
RNTP of Downlink PRB #98.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB99
indicator
RNTP of Downlink PRB #99.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
242
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
15.3 RRH_RSSI Collects average RSSI for each RRH. [Index] Name
Range
Description
BID
0~2
Board ID
RuPort
0~11
RU Port Number
Cascade
0~5
Cascade ID
RSSIPath
0~7
RSSI Path ID
[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
RrhRssiAvg
dBm
Average of RSSI by each RRH path
GAUGE
10 s
float
-1000~1000
10* (log10 (sum (RrhRssiTot)/ sum (RrhRssiCnt))-12)
RrhRssiMax
dBm
Maximum RSSI by each RRH path
GAUGE
10 s
float
-1000~1000
max (RrhRssiMax)
RrhRssi
dBm
The latest RSSI value by each RRH path collected
GAUGE
10 s
float
-1000~1000
max (RrhRssi)
RrhRssiTot
mW*10^12
Total sum of RSSI linear by RRH path
GAUGE
10 s
float
-3.4*10^38~ 3.4*10^38
-
RrhRssiCnt
count
Number of RSSI value by each RRH path collection
GAUGE
10 s
int
0~2147483647
-
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This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
16. RA Statistics on the Random Access Preamble are provided. These statistics items are described in the following table.
16.1 Random Access Preambles Collects the number of the high-speed monitoring result and the RACH preamble. For the High Speed Monitoring, estimates the moving speed of the UE within the cell and counts the UEs whose speed is determined as high. Also, it collects the number of detected Dedicated Preambles, Contention-based Group A Preambles, and Contention-based Group B Preambles, then collects the average per second of the detected preambles. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type] Collection
Collect
Cycle
Unit
HighSpeedMonitoring
count
The number of UEs for which the speed is monitored.
CC
5.12 s
int
0~2147483647
-
NoofHighSpeed
count
The number of high speed UEs which are monitored.
CC
5.12 s
int
0~2147483647
-
DedicatedPreambles
count
The number of detected dedicated preambles.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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Confidential
(Continued) Item
Unit
DedicatedPreamblesA
count
ssignFail
Definition The number of failures to get dedicated
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
SI
5.12 s
float
0~3.4*10^38
sum (RACHUsageTot)/
preamble allocation after requesting the dedicated preamble from the RRC to the MAC.
Randomlyselectedprea
count
mblesLow Randomlyselectedprea
contention-based preambles that are detected. count
mblesHigh RACHUsage
Number of Group A preambles among the The number of Group B preambles among the contention-based preambles that are detected.
count
Average number of detected preambles
sum (RACHUsageCnt) RACHUsageTot
count
Total sum of RACHUsage collected
SI
5.12 s
float
0~3.4*10^38
-
RACHUsageCnt
count
The number of RACHUsage collected
SI
5.12 s
int
0~2147483647
-
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Confidential
17. HARQ The HARQ has the DL/UL transmission statistics. These statistics items are described in the following table.
17.1 DL/UL transmission Collects the number of transmissions/receptions for each HARQ transmission for PDSCH/PUSCH and the Block Error Rate (BLER) information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item DlResidualBLER_
Unit %
Definition PDSCH BLER for the initial HARQ transmission
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
Retrans0
Formula (sum (DlTransmission_Retrans1)/ sum (DlTransmission_Retrans0)) *100
DlResidualBLER_ Retrans1
%
PDSCH BLER for the first HARQ retransmission
OW
Period
float
0~100
(sum (DlTransmission_Retrans2)/ sum (DlTransmission_Retrans1))} *100
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Confidential
(Continued) Item DlResidualBLER_
Unit %
Retrans2
Definition PDSCH BLER for the second HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (DlTransmission_Retrans3)/ sum (DlTransmission_Retrans2)) *100
DlResidualBLER_
%
Retrans3
PDSCH BLER for the third HARQ
OW
Period
float
0~100
retransmission
(sum (DlTransmission_Nacked_ Retrans3)/sum (DlTransmission_ Retrans3))*100
UlResidualBLER_
%
Retrans0
PUSCH BLER for the initial HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans1)/ sum (UlTransmission_Retrans0)) *100
UlResidualBLER_
%
PUSCH BLER for the first HARQ retransmission
OW
Period
float
0~100
Retrans1
(sum (UlTransmission_Retrans2)/ sum (UlTransmission_Retrans1)) *100
UlResidualBLER_
%
Retrans2
PUSCH BLER for the second HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans3)/ sum (UlTransmission_Retrans2)) *100
UlResidualBLER_
%
Retrans3
PUSCH BLER for the third HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans3))*100
UlResidualBLER_ Retrans4
%
PUSCH BLER for the fourth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans5)/ sum (UlTransmission_Retrans4)) *100
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Confidential
(Continued) Item UlResidualBLER_
Unit %
Retrans5
Definition PUSCH BLER for the fifth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans6)/ sum (UlTransmission_Retrans5)) *100
UlResidualBLER_
%
Retrans6
PUSCH BLER for the sixth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans7)/ sum (UlTransmission_Retrans6)) *100
UlResidualBLER_
%
Retrans7
PUSCH BLER for the seventh HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans8)/ sum (UlTransmission_Retrans7)) *100
UlResidualBLER_
%
Retrans8
PUSCH BLER for the eighth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans9)/ sum (UlTransmission_Retrans8)) *100
UlResidualBLER_
%
Retrans9
PUSCH BLER for the ninth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans10)/sum (UlTransmission_Retrans9))*100
UlResidualBLER_ Retrans10
%
PUSCH BLER for the tenth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans11)/ sum (UlTransmission_Retrans10)) *100
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Confidential
(Continued) Item UlResidualBLER_
Unit %
Retrans11
Definition PUSCH BLER for the eleventh HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans12)/ sum (UlTransmission_Retrans11)) *100
UlResidualBLER_
%
Retrans12
PUSCH BLER for the twelfth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans13)/ sum (UlTransmission_Retrans12)) *100
UlResidualBLER_
%
Retrans13
PUSCH BLER for the thirteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans14)/ sum (UlTransmission_Retrans13)) *100
UlResidualBLER_
%
Retrans14
PUSCH BLER for the fourteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans15)/ sum (UlTransmission_Retrans14)) *100
UlResidualBLER_
%
Retrans15
PUSCH BLER for the fifteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans16)/ sum (UlTransmission_Retrans15)) *100
UlResidualBLER_
%
Retrans16
PUSCH BLER for the sixteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans17)/ sum (UlTransmission_Retrans16)) *100
UlResidualBLER_ Retrans17
%
PUSCH BLER for the seventeenth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans18)/ sum (UlTransmission_Retrans17)) *100
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Confidential
(Continued) Item UlResidualBLER_
Unit %
Retrans18
Definition PUSCH BLER for the eighteenth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans19)/ sum (UlTransmission_Retrans18)) *100
UlResidualBLER_
%
Retrans19
PUSCH BLER for the nineteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans20)/ sum (UlTransmission_Retrans19)) *100
UlResidualBLER_
%
Retrans20
PUSCH BLER for the twentieth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans21)/ sum (UlTransmission_Retrans20)) *100
UlResidualBLER_
%
Retrans21
PUSCH BLER for the twenty first HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans22)/ sum (UlTransmission_Retrans21)) *100
UlResidualBLER_
%
Retrans22
PUSCH BLER for the twenty second HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans23)/ sum (UlTransmission_Retrans22)) *100
UlResidualBLER_
%
Retrans23
PUSCH BLER for the twenty third HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans24)/ sum (UlTransmission_Retrans23))*100
UlResidualBLER_ Retrans24
%
PUSCH BLER for the twenty fourth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans25)/ sum (UlTransmission_Retrans24)) *100
LTE Counter Description_SLR2.3
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This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item UlResidualBLER_
Unit %
Retrans25
Definition PUSCH BLER for the twenty fifth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans26)/ sum (UlTransmission_Retrans25)) *100
UlResidualBLER_
%
Retrans26
PUSCH BLER for the twenty sixth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans27)/ sum (UlTransmission_Retrans26)) *100
UlResidualBLER_
%
Retrans27
PUSCH BLER for the twenty seventh HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans27))*100
DlTransmission_
count
Retrans0 DlTransmission_
count
Retrans3
LTE Counter Description_SLR2.3
5.12 s
int
The count of the first PDSCH HARQ
count
The count of the second PDSCH HARQ
CC
5.12 s
int
The count of the third PDSCH HARQ retransmissions
-
0~214748
-
3647 CC
5.12 s
int
retransmissions count
0~214748 3647
retransmissions
Retrans2 DlTransmission_
CC
transmissions
Retrans1 DlTransmission_
The count of the initial PDSCH HARQ
0~214748
-
3647 CC
5.12 s
int
0~214748
-
3647
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Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
DlTransmission_
count
The count of the third PDSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the initial PUSCH HARQ transmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the first PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the second PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the third PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fourth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fifth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the sixth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the seventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eighth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
Nacked_Retrans3 UlTransmission_ Retrans0 UlTransmission_ Retrans1 UlTransmission_ Retrans2 UlTransmission_ Retrans3 UlTransmission_ Retrans4 UlTransmission_ Retrans5 UlTransmission_ Retrans6 UlTransmission_ Retrans7 UlTransmission_ Retrans8
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Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
UlTransmission_
count
The count of the ninth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the tenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eleventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twelfth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the thirteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fourteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fifteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the sixteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the seventeenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eighteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
Retrans9 UlTransmission_ Retrans10 UlTransmission_ Retrans11 UlTransmission_ Retrans12 UlTransmission_ Retrans13 UlTransmission_ Retrans14 UlTransmission_ Retrans15 UlTransmission_ Retrans16 UlTransmission_ Retrans17 UlTransmission_ Retrans18
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Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
UlTransmission_R
count
The count of the nineteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twentieth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twenty first PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twenty second PUSCH HARQ
CC
5.12 s
int
0~2147483647
-
etrans19 UlTransmission_R etrans20 UlTransmission_R etrans21 UlTransmission_R etrans22 UlTransmission_R
retransmissions count
The count of the twenty third PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans24
count
The count of the twenty fourth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans25
count
The count of the twenty fifth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans26
count
The count of the twenty sixth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans27
count
The count of the twenty seventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Nacked_Retrans27
count
The count of the twenty seventh PUSCH HARQ retransmission failures
CC
5.12 s
int
0~2147483647
-
etrans23
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Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlResidualBLER_ RetransMin
count
Minimum DlResidualBLER_Retrans
OW
Period
int
0~2147483647
min (DlResidualBLER_RetransMin)
DlResidualBLER_ RetransMax
count
Maximum DlResidualBLER_Retrans
OW
Period
int
0~2147483647
max (DlResidualBLER_RetransMax)
DlResidualBLER_ RetransAvg
count
Average value of DlResidualBLER_ Retrans distribution Average value of DlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
(sum (DlTransmission_Retrans1)+sum (DlTransmission_Retrans2)+sum (DlTransmission_Retrans3))/sum (DlTransmission_Retrans0)
UlResidualBLER_ RetransMin
count
Minimum UlResidualBLER_Retrans
OW
Period
int
0~2147483647
min (UlResidualBLER_RetransMin)
UlResidualBLER_ RetransMax
count
Maximum UlResidualBLER_Retrans
OW
Period
int
0~2147483647
max (UlResidualBLER_RetransMax)
UlResidualBLER_ RetransAvg
count
Average value of UlResidualBLER_ Retrans distribution Average value of UlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
(sum (UlTransmission_Retrans1)+ sum (UlTransmission_Retrans2)+ sum (UlTransmission_Retrans3)+ sum (UlTransmission_Retrans4)+ sum (UlTransmission_Retrans5)+ sum (UlTransmission_Retrans6)+ sum (UlTransmission_Retrans7)+ sum (UlTransmission_Retrans8)+ sum (UlTransmission_Retrans9)+ sum (UlTransmission_Retrans10)+
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
255
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Collection
Collect
Cycle
Unit
UlResidualBLER_ RetransAvg
count
Average value of UlResidualBLER_ Retrans distribution Average value of UlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
sum (UlTransmission_Retrans11)+ sum (UlTransmission_Retrans12)+ sum (UlTransmission_Retrans13)+ sum (UlTransmission_Retrans14)+ sum (UlTransmission_Retrans15)+ sum (UlTransmission_Retrans16)+ sum (UlTransmission_Retrans17)+ sum (UlTransmission_Retrans18)+ sum (UlTransmission_Retrans19)+ sum (UlTransmission_Retrans20)+ sum (UlTransmission_Retrans21)+ sum (UlTransmission_Retrans22)+ sum (UlTransmission_Retrans23)+ sum (UlTransmission_Retrans24)+ sum (UlTransmission_Retrans25)+ sum (UlTransmission_Retrans26)+ sum (UlTransmission_Retrans27))/ sum (UlTransmission_Retrans0)
DlResidualBLER_ RetransNak
%
PDSCH BLER for HARQ Nak
OW
Period
float
0~100
sum (DlTransmission_Nacked_ Retrans3)/sum (DlTransmission_ Retrans0)*100
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
256
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item UlResidualBLER_ RetransNak
LTE Counter Description_SLR2.3
Unit %
Definition PUSCH BLER for HARQ Nak
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Formula sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans0)*100
257
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
18. AMC 18.1 MIMO performance Collects the Block Error Rate (BLER) information for each layer for PUSCH/PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
[Statistics Type] Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
PdschBLERperLayer
%
PDSCH BLER for each layer
OW
Period
float
0~100
sum (PdschBLERperLayerTot)/ sum (PdschBLERperLayerCnt) *100
PdschBLERperLayerTot
count
Number of PDSCH Error for each layer (All Error)
CC
5.12 s
float
0~3.4*10^38
-
LTE Counter Description_SLR2.3
258
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) How to Collect
Collection Cycle
Type
Total number of PDSCH for each layer
CC
5.12 s
int
0~2147483647
-
%
PUSCH BLER for each layer
OW
Period
float
0~100
sum (PuschBLERperLayerTot)/ sum (PuschBLERperLayerCnt) *100
PuschBLERperLayerTot
count
Number of PUSCH Error for each layer (All Error)
CC
5.12 s
float
0~3.4*10^38
-
PuschBLERperLayerCnt
count
Total number of PUSCH for each layer
CC
5.12 s
int
0~2147483647
-
Item
Unit
Definition
PdschBLERperLayerCnt
count
PuschBLERperLayer
LTE Counter Description_SLR2.3
Min/Max
Formula
259
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
18.2 MCS performance Collects the PUSCH's Block Error Rate (BLER), the number of allocated PRBs and the number of transmissions for each MCS. For the PDSCH, collects the Block Error Rate (BLER) and the number of allocated PRBs. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item PdschBLERperMCS0
Unit %
Definition PDSCH BLER transmitted to MCS 0
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS0_Tot)/ sum (PdschBLERperMCS0_Cnt) *100
PdschBLERperMCS1
%
PDSCH BLER transmitted to MCS 1
OW
5.12 s
float
0~100
sum (PdschBLERperMCS1_Tot)/ sum (PdschBLERperMCS1_Cnt) *100
PdschBLERperMCS2
%
PDSCH BLER transmitted to MCS 2
OW
5.12 s
float
0~100
sum (PdschBLERperMCS2_Tot)/ sum (PdschBLERperMCS2_Cnt) *100
LTE Counter Description_SLR2.3
260
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item PdschBLERperMCS3
Unit %
Definition PDSCH BLER transmitted to MCS 3
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS3_Tot)/ sum (PdschBLERperMCS3_Cnt) *100
PdschBLERperMCS4
%
PDSCH BLER transmitted to MCS 4
OW
5.12 s
float
0~100
sum (PdschBLERperMCS4_Tot)/ sum (PdschBLERperMCS4_Cnt) *100
PdschBLERperMCS5
%
PDSCH BLER transmitted to MCS 5
OW
5.12 s
float
0~100
sum (PdschBLERperMCS5_Tot)/ sum (PdschBLERperMCS5_Cnt) *100
PdschBLERperMCS6
%
PDSCH BLER transmitted to MCS 6
OW
5.12 s
float
0~100
sum (PdschBLERperMCS6_Tot) /sum (PdschBLERperMCS6_Cnt) *100
PdschBLERperMCS7
%
PDSCH BLER transmitted to MCS 7
OW
5.12 s
float
0~100
sum (PdschBLERperMCS7_Tot)/ sum (PdschBLERperMCS7_Cnt) *100
PdschBLERperMCS8
%
PDSCH BLER transmitted to MCS 8
OW
5.12 s
float
0~100
sum (PdschBLERperMCS8_Tot)/ sum (PdschBLERperMCS8_Cnt) *100
PdschBLERperMCS9
%
PDSCH BLER transmitted to MCS 9
OW
5.12 s
float
0~100
sum (PdschBLERperMCS9_Tot)/ sum (PdschBLERperMCS9_Cnt) *100
LTE Counter Description_SLR2.3
261
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item PdschBLERperMCS10
Unit %
Definition PDSCH BLER transmitted to MCS 10.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS10_Tot)/ sum (PdschBLERperMCS10_Cnt) * 100
PdschBLERperMCS11
%
PDSCH BLER transmitted to MCS 11
OW
5.12 s
float
0~100
sum (PdschBLERperMCS11_Tot)/ sum (PdschBLERperMCS11_Cnt) *100
PdschBLERperMCS12
%
PDSCH BLER transmitted to MCS 12
OW
5.12 s
float
0~100
sum (PdschBLERperMCS12_Tot)/ sum (PdschBLERperMCS12_Cnt) *100
PdschBLERperMCS13
%
PDSCH BLER transmitted to MCS 13.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS13_Tot)/ sum (PdschBLERperMCS13_Cnt) *100
PdschBLERperMCS14
%
PDSCH BLER transmitted to MCS 14
OW
5.12 s
float
0~100
sum (PdschBLERperMCS14_Tot)/ sum (PdschBLERperMCS14_Cnt) *100
PdschBLERperMCS15
%
PDSCH BLER transmitted to MCS 15
OW
5.12 s
float
0~100
sum (PdschBLERperMCS15_Tot)/ sum (PdschBLERperMCS15_Cnt) *100
PdschBLERperMCS16
%
PDSCH BLER transmitted to MCS 16.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS16_Tot)/ sum (PdschBLERperMCS16_Cnt) *100
LTE Counter Description_SLR2.3
262
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item PdschBLERperMCS17
Unit %
Definition PDSCH BLER transmitted to MCS 17
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS17_Tot)/ sum (PdschBLERperMCS17_Cnt) *100
PdschBLERperMCS18
%
PDSCH BLER transmitted to MCS 18
OW
5.12 s
float
0~100
sum (PdschBLERperMCS18_Tot)/ sum (PdschBLERperMCS18_Cnt) *100
PdschBLERperMCS19
%
PDSCH BLER transmitted to MCS 19
OW
5.12 s
float
0~100
sum (PdschBLERperMCS19_Tot)/ sum (PdschBLERperMCS19_Cnt) *100
PdschBLERperMCS20
%
PDSCH BLER transmitted to MCS 20.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS20_Tot)/ sum (PdschBLERperMCS20_Cnt) *100
PdschBLERperMCS21
%
PDSCH BLER transmitted to MCS 21
OW
5.12 s
float
0~100
sum (PdschBLERperMCS21_Tot)/ sum (PdschBLERperMCS21_Cnt) *100
PdschBLERperMCS22
%
PDSCH BLER transmitted to MCS 22
OW
5.12 s
float
0~100
sum (PdschBLERperMCS22_Tot)/ sum (PdschBLERperMCS22_Cnt) *100
PdschBLERperMCS23
%
PDSCH BLER transmitted to MCS 23.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS23_Tot)/ sum (PdschBLERperMCS23_Cnt) *100
LTE Counter Description_SLR2.3
263
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item PdschBLERperMCS24
Unit %
Definition PDSCH BLER transmitted to MCS 24
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS24_Tot)/ sum (PdschBLERperMCS24_Cnt) *100
PdschBLERperMCS25
%
PDSCH BLER transmitted to MCS 25
OW
5.12 s
float
0~100
sum (PdschBLERperMCS25_Tot)/ sum (PdschBLERperMCS25_Cnt) *100
PdschBLERperMCS26
%
PDSCH BLER transmitted to MCS 26.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS26_Tot)/ 100
PdschBLERperMCS27
%
PDSCH BLER transmitted to MCS 27
OW
5.12 s
float
0~100
sum (PdschBLERperMCS27_Tot)/ sum (PdschBLERperMCS27_Cnt) *100
PdschBLERperMCS28
%
PDSCH BLER transmitted to MCS 28
OW
5.12 s
float
0~100
sum (PdschBLERperMCS28_Tot)/ sum (PdschBLERperMCS28_Cnt)* 100
PdschBLERperMCS29
%
PDSCH BLER transmitted to MCS 29
OW
5.12 s
float
0~100
sum (PdschBLERperMCS29_Tot)/ sum (PdschBLERperMCS29_Cnt)* 100
PdschBLERperMCS30
%
PDSCH BLER transmitted to MCS 30.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS30_Tot)/ sum (PdschBLERperMCS30_Cnt)* 100
LTE Counter Description_SLR2.3
264
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item PdschBLERperMCS31
Unit %
Definition PDSCH BLER transmitted to MCS 31
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS31_Tot)/ sum (PdschBLERperMCS31_Cnt) *100
PdschBLERperMCS0_
count
Tot PdschBLERperMCS1_
count
count
count
count
Tot
LTE Counter Description_SLR2.3
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
transmitted to MCS 4. (All Error) count
Tot PdschBLERperMCS6_
0~3.4*10^38
transmitted to MCS 3. (All Error)
Tot PdschBLERperMCS5_
float
transmitted to MCS 2. (All Error)
Tot PdschBLERperMCS4_
5.12 s
transmitted to MCS 1. (All Error)
Tot PdschBLERperMCS3_
CC
transmitted to MCS 0. (All Error)
Tot PdschBLERperMCS2_
Number of PDSCH Error
Number of PDSCH Error transmitted to MCS 5. (All Error)
count
Number of PDSCH Error transmitted to MCS 6. (All Error)
265
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Version: 1.0
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Confidential
(Continued) Item
Unit
PdschBLERperMCS7_
count
Tot PdschBLERperMCS8_
count count count count count count count
Tot
LTE Counter Description_SLR2.3
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 8.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 9.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 10.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 11.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 12.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 13.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 14.
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Number of PDSCH Error transmitted to MCS 15. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 16. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
Tot PdschBLERperMCS16_
Formula
(All Error)
Tot PdschBLERperMCS15_
Min/Max
(All Error)
Tot PdschBLERperMCS14_
Type
(All Error)
Tot PdschBLERperMCS13_
Cycle
(All Error)
Tot PdschBLERperMCS12_
Collect
(All Error)
Tot PdschBLERperMCS11_
Collection
(All Error)
Tot PdschBLERperMCS10_
Number of PDSCH Error transmitted to MCS 7.
How to
(All Error)
Tot PdschBLERperMCS9_
Definition
266
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Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
Type
Min/Max
PdschBLERperMCS17_
count
Number of PDSCH Error transmitted to MCS 17. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 18. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 19. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 20. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 21. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 22. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 23.
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
Tot PdschBLERperMCS18_ Tot PdschBLERperMCS19_ Tot PdschBLERperMCS20_ Tot PdschBLERperMCS21_ Tot PdschBLERperMCS22_ Tot PdschBLERperMCS23_ Tot PdschBLERperMCS24_
(All Error) count
Tot PdschBLERperMCS25_
Tot
LTE Counter Description_SLR2.3
Number of PDSCH Error transmitted to MCS 24. (All Error)
count
Tot PdschBLERperMCS26_
Formula
Number of PDSCH Error transmitted to MCS 25. (All Error)
count
Number of PDSCH Error transmitted to MCS 26. (All Error)
267
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
PdschBLERperMCS27_
count
Tot PdschBLERperMCS28_
count count count
Cycle
Type
Min/Max
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 28.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 29.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 30.
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PdschBLERperMCS0_
Collect
(All Error)
Tot PdschBLERperMCS31_
Collection
(All Error)
Tot PdschBLERperMCS30_
Number of PDSCH Error transmitted to MCS 27.
How to
(All Error)
Tot PdschBLERperMCS29_
Definition
Number of PDSCH Error transmitted to MCS 31. (All Error)
count
Total number of PDSCH transmitted to MCS 0
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 1
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 2
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 3
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 4
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS1_ Cnt PdschBLERperMCS2_ Cnt PdschBLERperMCS3_ Cnt PdschBLERperMCS4_ Cnt
LTE Counter Description_SLR2.3
268
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PdschBLERperMCS5_
count
Total number of PDSCH transmitted to MCS 5
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 6
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 7
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 8
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 9
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 10
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 11
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 12
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 13
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 14
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS6_ Cnt PdschBLERperMCS7_ Cnt PdschBLERperMCS8_ Cnt PdschBLERperMCS9_ Cnt PdschBLERperMCS10_ Cnt PdschBLERperMCS11_ Cnt PdschBLERperMCS12_ Cnt PdschBLERperMCS13_ Cnt PdschBLERperMCS14_ Cnt
LTE Counter Description_SLR2.3
269
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PdschBLERperMCS15_
count
Total number of PDSCH transmitted to MCS 15
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 16
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 17
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 18
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 19
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 20
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 21
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 22
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 23
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 24
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS16_ Cnt PdschBLERperMCS17_ Cnt PdschBLERperMCS18_ Cnt PdschBLERperMCS19_ Cnt PdschBLERperMCS20_ Cnt PdschBLERperMCS21_ Cnt PdschBLERperMCS22_ Cnt PdschBLERperMCS23_ Cnt PdschBLERperMCS24_ Cnt
LTE Counter Description_SLR2.3
270
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
PdschBLERperMCS25_
count
Cnt PdschBLERperMCS26_
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 27
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 28
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
OW
5.12 s
float
0~100
sum (PuschBLERperMCS0_Tot)/
transmitted to MCS 29 count
Total number of PDSCH transmitted to MCS 30
count
Cnt PuschBLERperMCS0
Type
5.12 s
Cnt PdschBLERperMCS31_
Cycle
CC
Cnt PdschBLERperMCS30_
Collect
Total number of PDSCH transmitted to MCS 26
Cnt PdschBLERperMCS29_
Collection
count
Cnt PdschBLERperMCS28_
Total number of PDSCH
How to
transmitted to MCS 25
Cnt PdschBLERperMCS27_
Definition
Total number of PDSCH transmitted to MCS 31
%
PUSCH BLER received in MCS 0.
sum (PuschBLERperMCS0_Cnt) *100 PuschBLERperMCS1
%
PUSCH BLER received to MCS 1
OW
5.12 s
float
0~100
sum (PuschBLERperMCS1_Tot)/ sum (PuschBLERperMCS1_Cnt) *100
LTE Counter Description_SLR2.3
271
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS2
Unit %
Definition PUSCH BLER received to MCS 2
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS2_Tot)/ sum (PuschBLERperMCS2_Cnt) *100
PuschBLERperMCS3
%
PUSCH BLER received in MCS 3.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS3_Tot)/ sum (PuschBLERperMCS3_Cnt) *100
PuschBLERperMCS4
%
PUSCH BLER received to MCS 4
OW
5.12 s
float
0~100
sum (PuschBLERperMCS4_Tot)/ sum (PuschBLERperMCS4_Cnt) *100
PuschBLERperMCS5
%
PUSCH BLER received to MCS 5
OW
5.12 s
float
0~100
sum (PuschBLERperMCS5_Tot)/ sum (PuschBLERperMCS5_Cnt) *100
PuschBLERperMCS6
%
PUSCH BLER received in MCS 6.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS6_Tot)/ sum (PuschBLERperMCS6_Cnt) *100
PuschBLERperMCS7
%
PUSCH BLER received to MCS 7
OW
5.12 s
float
0~100
sum (PuschBLERperMCS7_Tot)/ sum (PuschBLERperMCS7_Cnt) *100
PuschBLERperMCS8
%
PUSCH BLER received to MCS 8
OW
5.12 s
float
0~100
sum (PuschBLERperMCS8_Tot)/ sum (PuschBLERperMCS8_Cnt) *100
LTE Counter Description_SLR2.3
272
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS9
Unit %
Definition PUSCH BLER received to MCS 9
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS9_Tot)/ sum (PuschBLERperMCS9_Cnt) *100
PuschBLERperMCS10
%
PUSCH BLER received in MCS 10.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS10_Tot)/ sum (PuschBLERperMCS10_Cnt) *100
PuschBLERperMCS11
%
PUSCH BLER received to MCS 11
OW
5.12 s
float
0~100
sum (PuschBLERperMCS11_Tot)/ sum (PuschBLERperMCS11_Cnt) *100
PuschBLERperMCS12
%
PUSCH BLER received to MCS 12
OW
5.12 s
float
0~100
sum (PuschBLERperMCS12_Tot)/ sum (PuschBLERperMCS12_Cnt) *100
PuschBLERperMCS13
%
PUSCH BLER received in MCS 13.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS13_Tot)/ sum (PuschBLERperMCS13_Cnt) *100
PuschBLERperMCS14
%
PUSCH BLER received to MCS 14
OW
5.12 s
float
0~100
sum (PuschBLERperMCS14_Tot)/ sum (PuschBLERperMCS14_Cnt) *100
PuschBLERperMCS15
%
PUSCH BLER received to MCS 15
OW
5.12 s
float
0~100
sum (PuschBLERperMCS15_Tot)/ sum (PuschBLERperMCS15_Cnt) *100
LTE Counter Description_SLR2.3
273
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS16
Unit %
Definition PUSCH BLER received in MCS 16.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS16_Tot)/ sum (PuschBLERperMCS16_Cnt) *100
PuschBLERperMCS17
%
PUSCH BLER received to MCS 17
OW
5.12 s
float
0~100
sum (PuschBLERperMCS17_Tot)/ sum (PuschBLERperMCS17_Cnt) *100
PuschBLERperMCS18
%
PUSCH BLER received to MCS 18
OW
5.12 s
float
0~100
sum (PuschBLERperMCS18_Tot)/ sum (PuschBLERperMCS18_Cnt) *100
PuschBLERperMCS19
%
PUSCH BLER received to MCS 19
OW
5.12 s
float
0~100
sum (PuschBLERperMCS19_Tot)/ sum (PuschBLERperMCS19_Cnt) *100
PuschBLERperMCS20
%
PUSCH BLER received in MCS 20.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS20_Tot)/ sum (PuschBLERperMCS20_Cnt) *100
PuschBLERperMCS21
%
PUSCH BLER received to MCS 21
OW
5.12 s
float
0~100
sum (PuschBLERperMCS21_Tot)/ sum (PuschBLERperMCS21_Cnt) *100
PuschBLERperMCS22
%
PUSCH BLER received to MCS 22
OW
5.12 s
float
0~100
sum (PuschBLERperMCS22_Tot)/ sum (PuschBLERperMCS22_Cnt) *100
LTE Counter Description_SLR2.3
274
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS23
Unit %
Definition PUSCH BLER received in MCS 23.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS23_Tot)/ sum (PuschBLERperMCS23_Cnt) *100
PuschBLERperMCS24
%
PUSCH BLER received to MCS 24
OW
5.12 s
float
0~100
sum (PuschBLERperMCS24_Tot)/ sum (PuschBLERperMCS24_Cnt) *100
PuschBLERperMCS25
%
PUSCH BLER received to MCS 25
OW
5.12 s
float
0~100
sum (PuschBLERperMCS25_Tot)/ sum (PuschBLERperMCS25_Cnt) *100
PuschBLERperMCS26
%
PUSCH BLER received in MCS 26.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS26_Tot)/ sum (PuschBLERperMCS26_Cnt) *100
PuschBLERperMCS27
%
PUSCH BLER received to MCS 27
OW
5.12 s
float
0~100
sum (PuschBLERperMCS27_Tot)/ sum (PuschBLERperMCS27_Cnt) *100
PuschBLERperMCS28
%
PUSCH BLER received to MCS 28
OW
5.12 s
float
0~100
sum (PuschBLERperMCS28_Tot)/ sum (PuschBLERperMCS28_Cnt) *100
PuschBLERperMCS29
%
PUSCH BLER received to MCS 29
OW
5.12 s
float
0~100
sum (PuschBLERperMCS29_Tot)/ sum (PuschBLERperMCS29_Cnt) *100
LTE Counter Description_SLR2.3
275
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS30
Unit %
Definition PUSCH BLER received in MCS 30.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS30_Tot)/ sum (PuschBLERperMCS30_Cnt) *100
PuschBLERperMCS31
%
PUSCH BLER received to MCS 31
OW
5.12 s
float
0~100
sum (PuschBLERperMCS31_Tot)/ sum (PuschBLERperMCS31_Cnt) *100
PuschBLERperMCS0_
count
Tot PuschBLERperMCS1_
count count count count
Tot
LTE Counter Description_SLR2.3
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
transmitted to MCS 4 (All Error) count
Tot PuschBLERperMCS6_
0~3.4*10^38
transmitted to MCS 3 (All Error)
Tot PuschBLERperMCS5_
float
transmitted to MCS 2 (All Error)
Tot PuschBLERperMCS4_
5.12 s
transmitted to MCS 1 (All Error)
Tot PuschBLERperMCS3_
CC
transmitted to MCS 0 (All Error)
Tot PuschBLERperMCS2_
Number of PUSCH Error
Number of PUSCH Error transmitted to MCS 5 (All Error)
count
Number of PUSCH Error transmitted to MCS 6 (All Error)
276
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
PuschBLERperMCS7_
count
Tot PuschBLERperMCS8_
count count count count count count
Tot
LTE Counter Description_SLR2.3
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 8
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 9
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 10
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 11
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 12
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 13
CC
5.12 s
float
0~3.4*10^38
-
CC
5.2 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PuschBLERperMCS15_
Min/Max
(All Error)
Tot PuschBLERperMCS14_
Type
(All Error)
Tot PuschBLERperMCS13_
Cycle
(All Error)
Tot PuschBLERperMCS12_
Collect
(All Error)
Tot PuschBLERperMCS11_
Collection
(All Error)
Tot PuschBLERperMCS10_
Number of PUSCH Error transmitted to MCS 7
How to
(All Error)
Tot PuschBLERperMCS9_
Definition
Number of PUSCH Error transmitted to MCS 14 (All Error)
count
Number of PUSCH Error transmitted to MCS 15 (All Error)
277
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
PuschBLERperMCS16_
count
Number of PUSCH Error transmitted to MCS 16 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 17 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 18 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 19 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 20 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 21 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 22 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 23 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 24
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
Tot PuschBLERperMCS17_ Tot PuschBLERperMCS18_ Tot PuschBLERperMCS19_ Tot PuschBLERperMCS20_ Tot PuschBLERperMCS21_ Tot PuschBLERperMCS22_ Tot PuschBLERperMCS23_ Tot PuschBLERperMCS24_ Tot PuschBLERperMCS25_ Tot
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
(All Error) count
Number of PUSCH Error transmitted to MCS 25 (All Error)
278
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
PuschBLERperMCS26_
count
Tot PuschBLERperMCS27_
count count count count
Type
Min/Max
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 27
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 28
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 29
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 30
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PuschBLERperMCS0_
Cycle
(All Error)
Tot PuschBLERperMCS31_
Collect
(All Error)
Tot PuschBLERperMCS30_
Collection
(All Error)
Tot PuschBLERperMCS29_
Number of PUSCH Error transmitted to MCS 26
How to
(All Error)
Tot PuschBLERperMCS28_
Definition
Number of PUSCH Error transmitted to MCS 31 (All Error)
count
Total number of PUSCH transmitted to MCS 0
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 1
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 2
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 3
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS1_ Cnt PuschBLERperMCS2_ Cnt PuschBLERperMCS3_ Cnt
LTE Counter Description_SLR2.3
279
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS4_
count
Total number of PUSCH transmitted to MCS 4
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 5
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 6
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 7
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 8
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 9
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 10
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 11
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 12
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 13
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS5_ Cnt PuschBLERperMCS6_ Cnt PuschBLERperMCS7_ Cnt PuschBLERperMCS8_ Cnt PuschBLERperMCS9_ Cnt PuschBLERperMCS10_ Cnt PuschBLERperMCS11_ Cnt PuschBLERperMCS12_ Cnt PuschBLERperMCS13_ Cnt
LTE Counter Description_SLR2.3
280
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS14_
count
Total number of PUSCH transmitted to MCS 14
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 15
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 16
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 17
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 18
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 19
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 20
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 21
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 22
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 23
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS15_ Cnt PuschBLERperMCS16_ Cnt PuschBLERperMCS17_ Cnt PuschBLERperMCS18_ Cnt PuschBLERperMCS19_ Cnt PuschBLERperMCS20_ Cnt PuschBLERperMCS21_ Cnt PuschBLERperMCS22_ Cnt PuschBLERperMCS23_ Cnt
LTE Counter Description_SLR2.3
281
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS24_
count
Total number of PUSCH transmitted to MCS 24
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 25
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 26
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 27
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 28
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 29
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 30
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 31
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS0
count
Number of times that MCS 0 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS1
count
Number of times that MCS 1 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS2
count
Number of times that MCS 2 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS3
count
Number of times that MCS 3 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS25_ Cnt PuschBLERperMCS26_ Cnt PuschBLERperMCS27_ Cnt PuschBLERperMCS28_ Cnt PuschBLERperMCS29_ Cnt PuschBLERperMCS30_ Cnt PuschBLERperMCS31_ Cnt
LTE Counter Description_SLR2.3
282
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlReceivedMCS4
count
Number of times that MCS 4 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS5
count
Number of times that MCS 5 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS6
count
Number of times that MCS 6 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS7
count
Number of times that MCS 7 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS8
count
Number of times that MCS 8 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS9
count
Number of times that MCS 9 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS10
count
Number of times that MCS 10 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS11
count
Number of times that MCS 11 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS12
count
Number of times that MCS 12 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS13
count
Number of times that MCS 13 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS14
count
Number of times that MCS 14 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS15
count
Number of times that MCS 15 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS16
count
Number of times that MCS 16 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS17
count
Number of times that MCS 17 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS18
count
Number of times that MCS 18 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS19
count
Number of times that MCS 19 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS20
count
Number of times that MCS 20 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS21
count
Number of times that MCS 21 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
UlReceivedMCS22
count
Number of times that MCS 22 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS23
count
Number of times that MCS 23 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS24
count
Number of times that MCS 24 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS25
count
Number of times that MCS 25 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS26
count
Number of times that MCS 26 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS27
count
Number of times that MCS 27 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS28
count
Number of times that MCS 28 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS29
count
Number of times that MCS 29 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS30
count
Number of times that MCS 30 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS31
count
Number of times that MCS 31 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS0
count
Number of PRBs assigned to PDSCH MCS 0
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS1
count
Number of PRBs assigned to PDSCH MCS 1.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS2
count
Number of PRBs assigned to PDSCH MCS 2.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS3
count
The number of PRBs assigned to DSCH MCS 3
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS4
count
Number of PRBs assigned to PDSCH MCS 4.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS5
count
Number of PRBs assigned to PDSCH MCS 5.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS6
count
The number of PRBs assigned to DSCH MCS 6
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS7
count
Number of PRBs assigned to PDSCH MCS 7.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
284
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlSchedulerMCS8
count
Number of PRBs assigned to PDSCH MCS 8.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS9
count
Number of PRBs assigned to PDSCH MCS 9.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS10
count
The number of PRBs assigned to DSCH MCS 10
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS11
count
Number of PRBs assigned to PDSCH MCS 11.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS12
count
Number of PRBs assigned to PDSCH MCS 12.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS13
count
Number of PRBs assigned to PDSCH MCS 13.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS14
count
Number of PRBs assigned to PDSCH MCS 14.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS15
count
Number of PRBs assigned to PDSCH MCS 15.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS16
count
Number of PRBs assigned to PDSCH MCS 16
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS17
count
Number of PRBs assigned to PDSCH MCS 17.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS18
count
Number of PRBs assigned to PDSCH MCS 18.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS19
count
Number of PRBs assigned to PDSCH MCS 19.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS20
count
Number of PRBs assigned to PDSCH MCS 20
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS21
count
Number of PRBs assigned to PDSCH MCS 21.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS22
count
Number of PRBs assigned to PDSCH MCS 22.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS23
count
Number of PRBs assigned to PDSCH MCS 23.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS24
count
Number of PRBs assigned to PDSCH MCS 24.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS25
count
Number of PRBs assigned to PDSCH MCS 25.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
DlSchedulerMCS26
count
Number of PRBs assigned to PDSCH MCS 26
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS27
count
Number of PRBs assigned to PDSCH MCS 27.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS28
count
Number of PRBs assigned to PDSCH MCS 28.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS29
count
Number of PRBs assigned to PDSCH MCS 29.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS30
count
Number of PRBs assigned to PDSCH MCS 30
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS31
count
Number of PRBs assigned to PDSCH MCS 31.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS0
count
Number of PRBs assigned to PUSCH MCS 0
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS1
count
Number of PRBs assigned to PUSCH MCS 1.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS2
count
Number of PRBs assigned to PUSCH MCS 2.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS3
count
Number of PRBs assigned to PUSCH MCS 3
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS4
count
Number of PRBs assigned to PUSCH MCS 4.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS5
count
Number of PRBs assigned to PUSCH MCS 5.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS6
count
Number of PRBs assigned to PUSCH MCS 6
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS7
count
Number of PRBs assigned to PUSCH MCS 7.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS8
count
Number of PRBs assigned to PUSCH MCS 8.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS9
count
Number of PRBs assigned to PUSCH MCS 9.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS10
count
Number of PRBs assigned to PUSCH MCS 10
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS11
count
Number of PRBs assigned to PUSCH MCS 11.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS12
count
Number of PRBs assigned to PUSCH MCS 12.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
UlSchedulerMCS13
count
Number of PRBs assigned to PUSCH MCS 13.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS14
count
Number of PRBs assigned to PUSCH MCS 14.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS15
count
Number of PRBs assigned to PUSCH MCS 15.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS16
count
Number of PRBs assigned to PUSCH MCS 16
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS17
count
Number of PRBs assigned to PUSCH MCS 17.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS18
count
Number of PRBs assigned to PUSCH MCS 18.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS19
count
Number of PRBs assigned to PUSCH MCS 19.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS20
count
Number of PRBs assigned to PUSCH MCS 20
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS21
count
Number of PRBs assigned to PUSCH MCS 21.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS22
count
Number of PRBs assigned to PUSCH MCS 22.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS23
count
Number of PRBs assigned to PUSCH MCS 23.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS24
count
Number of PRBs assigned to PUSCH MCS 24.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS25
count
Number of PRBs assigned to PUSCH MCS 25.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS26
count
Number of PRBs assigned to PUSCH MCS 26
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS27
count
Number of PRBs assigned to PUSCH MCS 27.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS28
count
Number of PRBs assigned to PUSCH MCS 28.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS29
count
Number of PRBs assigned to PUSCH MCS 29.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS30
count
Number of PRBs assigned to PUSCH MCS 30
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS31
count
Number of PRBs assigned to PUSCH MCS 31.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
287
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
18.3 DL MCS Collects the transmission count per MCS/layer/Codeword for PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
0~1
Codeword(Transport block count) 0: First transport block 1: Second transport block
LTE Counter Description_SLR2.3
288
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
[Statistics Type]
Item DlTransmittedMCS0
Unit count
Definition The number of times that MCS 0 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS1
count
The number of times that MCS 1 PDSCH is transmitted per layer/codeword
DlTransmittedMCS2
count
The number of times that MCS 2 PDSCH is transmitted per layer/codeword
DlTransmittedMCS3
count
The number of times that MCS 3 PDSCH is transmitted per layer/codeword
DlTransmittedMCS4
count
The number of times that MCS 4 PDSCH is transmitted per layer/codeword
DlTransmittedMCS5
count
The number of times that MCS 5 PDSCH is transmitted per layer/codeword
DlTransmittedMCS6
count
The number of times that MCS 6 PDSCH is transmitted per layer/codeword
DlTransmittedMCS7
count
The number of times that MCS 7 PDSCH is transmitted per layer/codeword
DlTransmittedMCS8
count
The number of times that MCS 8 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
289
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlTransmittedMCS9
Unit count
Definition The number of times that MCS 9 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS10
count
The number of times that MCS 10 PDSCH is transmitted per layer/codeword
DlTransmittedMCS11
count
The number of times that MCS 11 PDSCH is transmitted per layer/codeword
DlTransmittedMCS12
count
The number of times that MCS 12 PDSCH is transmitted per layer/codeword
DlTransmittedMCS13
count
The number of times that MCS 13 PDSCH is transmitted per layer/codeword
DlTransmittedMCS14
count
The number of times that MCS 14 PDSCH is transmitted per layer/codeword
DlTransmittedMCS15
count
The number of times that MCS 15 PDSCH is transmitted per layer/codeword
DlTransmittedMCS16
count
The number of times that MCS 16 PDSCH is transmitted per layer/codeword
DlTransmittedMCS17
count
The number of times that MCS 17 PDSCH is transmitted per layer/codeword
DlTransmittedMCS18
count
The number of times that MCS 18 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
290
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
DlTransmittedMCS19
count
Definition The number of times that MCS 19 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS20
count
The number of times that MCS 20 PDSCH is transmitted per layer/codeword
DlTransmittedMCS21
count
The number of times that MCS 21 PDSCH is transmitted per layer/codeword
DlTransmittedMCS22
count
The number of times that MCS 22 PDSCH is transmitted per layer/codeword
DlTransmittedMCS23
count
The number of times that MCS 23 PDSCH is transmitted per layer/codeword
DlTransmittedMCS24
count
The number of times that MCS 24 PDSCH is transmitted per layer/codeword
DlTransmittedMCS25
count
The number of times that MCS 25 PDSCH is transmitted per layer/codeword
DlTransmittedMCS26
count
The number of times that MCS 26 PDSCH is transmitted per layer/codeword
DlTransmittedMCS27
count
The number of times that MCS 27 PDSCH is transmitted per layer/codeword
DlTransmittedMCS28
count
The number of times that MCS 28 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
291
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
DlTransmittedMCS29
count
Definition The number of times that MCS 29 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS30
count
The number of times that MCS 30 PDSCH is transmitted per layer/codeword
DlTransmittedMCS31
count
The number of times that MCS 31 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
292
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
18.4 DL LAYER Collects the transmission counts per layer for PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
[Statistics Type]
Item
Unit
Definition
DlTransmittedLayer
count
Transmission counts per layer for PDSCH
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
CC
5.12 s
Type
Min/Max
Formula
int
0~2147483647
-
293
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
18.5 DL CQI Collects the CQI report information per layer/codeword for the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
LTE Counter Description_SLR2.3
0~1
Codeword
294
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
[Statistics Type]
Item DlReceivedCQI0
Unit count
Definition The number of times that CQI 0 is received per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlReceivedCQI1
count
The number of times that CQI 1 is received per layer/codeword
DlReceivedCQI2
count
The number of times that CQI 2 is received per layer/codeword
DlReceivedCQI3
count
The number of times that CQI 3 is received per layer/codeword
DlReceivedCQI4
count
The number of times that CQI 4 is received per layer/codeword
DlReceivedCQI5
count
The number of times that CQI 5 is received per layer/codeword
DlReceivedCQI6
count
The number of times that CQI 6 is received per layer/codeword
DlReceivedCQI7
count
The number of times that CQI 7 is received per layer/codeword
DlReceivedCQI8
count
The number of times that CQI 8 is received per layer/codeword
LTE Counter Description_SLR2.3
295
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlReceivedCQI9
Unit
Definition
count
The number of times that CQI 9 is received per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlReceivedCQI10
count
The number of times that CQI 10 is received per layer/codeword
DlReceivedCQI11
count
The number of times that CQI 11 is received per layer/codeword
DlReceivedCQI12
count
The number of times that CQI 12 is received per layer/codeword
DlReceivedCQI13
count
The number of times that CQI 13 is received per layer/codeword
DlReceivedCQI14
count
The number of times that CQI 14 is received per layer/codeword
DlReceivedCQI15
count
The number of times that CQI 15 is received per layer/codeword
DlReceivedCQIMin
CQI
Minimum DlReceivedCQI
SI
Period
int
0~15
min (DlReceivedCQIMin)
DlReceivedCQIMax
CQI
Maximum DlReceivedCQI
SI
Period
int
0~15
max (DlReceivedCQIMax)
LTE Counter Description_SLR2.3
296
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlReceivedCQI
Unit CQI
Avg
Definition Average of DlReceivedCQI
How to
Collection
Collect
Cycle
SI
Period
Type
Min/Max
float
0~15
Formula (0*sum (DlReceivedCQI0)+1*sum (DlReceivedCQI1)+ 2* sum (DlReceivedCQI2)+3*sum (DlReceivedCQI3)+ 4* sum (DlReceivedCQI4)+5*sum (DlReceivedCQI5)+ 6* sum (DlReceivedCQI6)+7*sum (DlReceivedCQI7)+ 8* sum (DlReceivedCQI8)+9*sum (DlReceivedCQI9)+ 10* sum (DlReceivedCQI10)+11*sum (DlReceivedCQI11)+ 12*sum (DlReceivedCQI12)+ 13*sum (DlReceivedCQI13) +14*sum (DlReceivedCQI14)+15*sum (DlReceivedCQI15))/ (sum (DlReceivedCQI0)+sum (DlReceivedCQI1)+sum (DlReceivedCQI2)+sum (DlReceivedCQI3)+sum (DlReceivedCQI4)+sum (DlReceivedCQI5)+sum (DlReceivedCQI6)+sum (DlReceivedCQI7)+sum (DlReceivedCQI8)+sum (DlReceivedCQI9)+sum (DlReceivedCQI10)+sum (DlReceivedCQI11)+sum (DlReceivedCQI12)+sum (DlReceivedCQI13)+sum (DlReceivedCQI14)+sum (DlReceivedCQI15))
LTE Counter Description_SLR2.3
297
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.6 DL PMI Collects the UE’s PMI report information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collectio
Collect
n Cycle
Type
Min/Max
Formula
DlReceivedPMI0
count
The number of times that PMI 0 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI1
count
The number of times that PMI 1 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI2
count
The number of times that PMI 2 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI3
count
The number of times that PMI 3 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI4
count
The number of times that PMI 4 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI5
count
The number of times that PMI 5 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI6
count
The number of times that PMI 6 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI7
count
The number of times that PMI 7 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
298
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collectio
Collect
n Cycle
Type
Min/Max
Formula
DlReceivedPMI8
count
The number of times that PMI 8 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI9
count
The number of times that PMI 9 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI10
count
The number of times that PMI 10 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI11
count
The number of times that PMI 11 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI12
count
The number of times that PMI 12 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI13
count
The number of times that PMI 13 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI14
count
The number of times that PMI 14 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI15
count
The number of times that PMI 15 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
299
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.7 DL RI Collects the UE's RI report information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlReceivedRI0
count
Reserved
CC
5.12 s
int
0~2147483647
-
DlReceivedRI1
count
The number of times that RI 1 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI2
count
The number of times that RI 2 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI3
count
The number of times that RI 3 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI4
count
The number of times that RI 4 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
300
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlReceivedRIAvg
Unit RI
Definition Average of DlReceivedRI
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~4
Formula (0*sum (DlReceivedRI0)+1* sum (DlReceivedRI1)+2* sum (DlReceivedRI2)+3* sum (DlReceivedRI3)+4* sum (DlReceivedRI4))/ (sum (DlReceivedRI0)+ sum (DlReceivedRI1)+ sum (DlReceivedRI2)+ sum (DlReceivedRI3)+ sum (DlReceivedRI4))
LTE Counter Description_SLR2.3
301
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.8 DL ACK/NACK/DTX Ratio Collects the UE’s ACK/NACK/DTX ratio information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
0~1
Codeword
Status
0~2
0: ACK, 1: NACK, 2: DTX
[Statistics Type]
Item DlreceivedAckN
Unit %
ackDtxRatio
LTE Counter Description_SLR2.3
Definition ACK, NACK, DTX ratio
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (DlreceivedAckNackDtxRatioTot)/ sum (DlreceivedAckNackDtxRatioCnt)
302
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Version: 1.0
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Confidential
(Continued) Item DlreceivedAckN
Unit %
ackDtxRatioTot DlreceivedAckN
Definition Total sum of ACK, NACK and DTX
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
5.12 s
float
0~3.4*10^38
-
SI
5.12 s
int
0~2147483647
-
ratio count
ackDtxRatioCnt
LTE Counter Description_SLR2.3
Total number of ACK, NACK and DTX ratio
303
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Version: 1.0
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Confidential
19. TA (Timing Alignment) TA statistics are based on values transmitted up by the MAC when the RRC Connection Request message is received. Timing Advance value decreases as the distance between the UE and the eNB decreases.
19.1 Timing Alignment Collects the TA statistics for each cell. The TA is collected in the unit of 16Ts when the RRC ConnectionRequest message is received from the MAC. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TimeAdvanceSection0
count
distance (meter): 0~200, 16TS: from 0 to 2
CC
event
int
0~2147483647
-
TimeAdvanceSection1
count
distance (meter): 201~400, 16TS: from 3 to 5
CC
event
int
0~2147483647
-
TimeAdvanceSection2
count
distance (meter): 401~600, 16TS: from 6 to 7
CC
event
int
0~2147483647
-
TimeAdvanceSection3
count
distance (meter): 601~800, 16TS: from 8 to 10
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
304
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TimeAdvanceSection4
count
distance (meter): 801~1000, 16TS: from 11 to 12
CC
event
int
0~2147483647
-
TimeAdvanceSection5
count
distance (meter): 1001~1200, 16TS: from 13 to 15
CC
event
int
0~2147483647
-
TimeAdvanceSection6
count
distance (meter): 1201~1400, 16TS: from 16 to 17
CC
event
int
0~2147483647
-
TimeAdvanceSection7
count
distance (meter): 1401~1600, 16TS: from 18 to 20
CC
event
int
0~2147483647
-
TimeAdvanceSection8
count
distance (meter): 1601~1800, 16TS: from 21 to 22
CC
event
int
0~2147483647
-
TimeAdvanceSection9
count
distance (meter): 1801~2000, 16TS: from 23 to 25
CC
event
int
0~2147483647
-
TimeAdvanceSection10
count
distance (meter): 2001~2500, 16TS: from 26 to 31
CC
event
int
0~2147483647
-
TimeAdvanceSection11
count
distance (meter): 2501~3000, 16TS: from 32 to 38
CC
event
int
0~2147483647
-
TimeAdvanceSection12
count
distance (meter): 3001~3500, 16TS: from 39 to 44
CC
event
int
0~2147483647
-
TimeAdvanceSection13
count
distance (meter): 3501~4000, 16TS: from 45 to 50
CC
event
int
0~2147483647
-
TimeAdvanceSection14
count
distance (meter): 4001~5000, 16TS: from 51 to 63
CC
event
int
0~2147483647
-
TimeAdvanceSection15
count
distance (meter): 5001~6000, 16TS: from 64 to 76
CC
event
int
0~2147483647
-
TimeAdvanceSection16
count
distance (meter): 6001~7000, 16TS: from 77 to 88
CC
event
int
0~2147483647
-
TimeAdvanceSection17
count
distance (meter): 7001~8000, 16TS: from 89 to 101
CC
event
int
0~2147483647
-
TimeAdvanceSection18
count
distance (meter): 8001~9000, 16TS: from 102 to 114
CC
event
int
0~2147483647
-
TimeAdvanceSection19
count
distance (meter): 9001~10000, 16TS: from 115 to 126
CC
event
int
0~2147483647
-
TimeAdvanceSection20
count
distance (meter): 10001~, 16TS: from 127 to 1282
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
305
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
20. PCI PCI statistics are collected when the UE reports PCIs that are not registered as neighbors, and are used for the SON Automatic Neighbor Relation (ANR).
20.1 Non-Neighbor PCI (0~299) Collects when a non-neighbor PCI within the range of 0-299 is reported from the UE. Each PCI value corresponds to the statistics TypeId. (e.g. PCI: 0 NonNeighborPCI0, PCI: 299 NonNeighborPCI299) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI0
count
Non-Neighbor PCI0
CC
event
int
0~2147483647
-
NonNeighborPCI1
count
Non-Neighbor PCI1
CC
event
int
0~2147483647
-
NonNeighborPCI2
count
Non-Neighbor PCI2
CC
event
int
0~2147483647
-
NonNeighborPCI3
count
Non-Neighbor PCI3
CC
event
int
0~2147483647
-
NonNeighborPCI4
count
Non-Neighbor PCI4
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
306
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI5
count
Non-Neighbor PCI5
CC
event
int
0~2147483647
-
NonNeighborPCI6
count
Non-Neighbor PCI6
CC
event
int
0~2147483647
-
NonNeighborPCI7
count
Non-Neighbor PCI7
CC
event
int
0~2147483647
-
NonNeighborPCI8
count
Non-Neighbor PCI8
CC
event
int
0~2147483647
-
NonNeighborPCI9
count
Non-Neighbor PCI9
CC
event
int
0~2147483647
-
NonNeighborPCI10
count
Non-Neighbor PCI10
CC
event
int
0~2147483647
-
NonNeighborPCI11
count
Non-Neighbor PCI11
CC
event
int
0~2147483647
-
NonNeighborPCI12
count
Non-Neighbor PCI12
CC
event
int
0~2147483647
-
NonNeighborPCI13
count
Non-Neighbor PCI13
CC
event
int
0~2147483647
-
NonNeighborPCI14
count
Non-Neighbor PCI14
CC
event
int
0~2147483647
-
NonNeighborPCI15
count
Non-Neighbor PCI15
CC
event
int
0~2147483647
-
NonNeighborPCI16
count
Non-Neighbor PCI16
CC
event
int
0~2147483647
-
NonNeighborPCI17
count
Non-Neighbor PCI17
CC
event
int
0~2147483647
-
NonNeighborPCI18
count
Non-Neighbor PCI18
CC
event
int
0~2147483647
-
NonNeighborPCI19
count
Non-Neighbor PCI19
CC
event
int
0~2147483647
-
NonNeighborPCI20
count
Non-Neighbor PCI20
CC
event
int
0~2147483647
-
NonNeighborPCI21
count
Non-Neighbor PCI21
CC
event
int
0~2147483647
-
NonNeighborPCI22
count
Non-Neighbor PCI22
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
307
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI23
count
Non-Neighbor PCI23
CC
event
int
0~2147483647
-
NonNeighborPCI24
count
Non-Neighbor PCI24
CC
event
int
0~2147483647
-
NonNeighborPCI25
count
Non-Neighbor PCI25
CC
event
int
0~2147483647
-
NonNeighborPCI26
count
Non-Neighbor PCI26
CC
event
int
0~2147483647
-
NonNeighborPCI27
count
Non-Neighbor PCI27
CC
event
int
0~2147483647
-
NonNeighborPCI28
count
Non-Neighbor PCI28
CC
event
int
0~2147483647
-
NonNeighborPCI29
count
Non-Neighbor PCI29
CC
event
int
0~2147483647
-
NonNeighborPCI30
count
Non-Neighbor PCI30
CC
event
int
0~2147483647
-
NonNeighborPCI31
count
Non-Neighbor PCI31
CC
event
int
0~2147483647
-
NonNeighborPCI32
count
Non-Neighbor PCI32
CC
event
int
0~2147483647
-
NonNeighborPCI33
count
Non-Neighbor PCI33
CC
event
int
0~2147483647
-
NonNeighborPCI34
count
Non-Neighbor PCI34
CC
event
int
0~2147483647
-
NonNeighborPCI35
count
Non-Neighbor PCI35
CC
event
int
0~2147483647
-
NonNeighborPCI36
count
Non-Neighbor PCI36
CC
event
int
0~2147483647
-
NonNeighborPCI37
count
Non-Neighbor PCI37
CC
event
int
0~2147483647
-
NonNeighborPCI38
count
Non-Neighbor PCI38
CC
event
int
0~2147483647
-
NonNeighborPCI39
count
Non-Neighbor PCI39
CC
event
int
0~2147483647
-
NonNeighborPCI40
count
Non-Neighbor PCI40
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
308
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI41
count
Non-Neighbor PCI41
CC
event
int
0~2147483647
-
NonNeighborPCI42
count
Non-Neighbor PCI42
CC
event
int
0~2147483647
-
NonNeighborPCI43
count
Non-Neighbor PCI43
CC
event
int
0~2147483647
-
NonNeighborPCI44
count
Non-Neighbor PCI44
CC
event
int
0~2147483647
-
NonNeighborPCI45
count
Non-Neighbor PCI45
CC
event
int
0~2147483647
-
NonNeighborPCI46
count
Non-Neighbor PCI46
CC
event
int
0~2147483647
-
NonNeighborPCI47
count
Non-Neighbor PCI47
CC
event
int
0~2147483647
-
NonNeighborPCI48
count
Non-Neighbor PCI48
CC
event
int
0~2147483647
-
NonNeighborPCI49
count
Non-Neighbor PCI49
CC
event
int
0~2147483647
-
NonNeighborPCI50
count
Non-Neighbor PCI50
CC
event
int
0~2147483647
-
NonNeighborPCI51
count
Non-Neighbor PCI51
CC
event
int
0~2147483647
-
NonNeighborPCI52
count
Non-Neighbor PCI52
CC
event
int
0~2147483647
-
NonNeighborPCI53
count
Non-Neighbor PCI53
CC
event
int
0~2147483647
-
NonNeighborPCI54
count
Non-Neighbor PCI54
CC
event
int
0~2147483647
-
NonNeighborPCI55
count
Non-Neighbor PCI55
CC
event
int
0~2147483647
-
NonNeighborPCI56
count
Non-Neighbor PCI56
CC
event
int
0~2147483647
-
NonNeighborPCI57
count
Non-Neighbor PCI57
CC
event
int
0~2147483647
-
NonNeighborPCI58
count
Non-Neighbor PCI58
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
309
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI59
count
Non-Neighbor PCI59
CC
event
int
0~2147483647
-
NonNeighborPCI60
count
Non-Neighbor PCI60
CC
event
int
0~2147483647
-
NonNeighborPCI61
count
Non-Neighbor PCI61
CC
event
int
0~2147483647
-
NonNeighborPCI62
count
Non-Neighbor PCI62
CC
event
int
0~2147483647
-
NonNeighborPCI63
count
Non-Neighbor PCI63
CC
event
int
0~2147483647
-
NonNeighborPCI64
count
Non-Neighbor PCI64
CC
event
int
0~2147483647
-
NonNeighborPCI65
count
Non-Neighbor PCI65
CC
event
int
0~2147483647
-
NonNeighborPCI66
count
Non-Neighbor PCI66
CC
event
int
0~2147483647
-
NonNeighborPCI67
count
Non-Neighbor PCI67
CC
event
int
0~2147483647
-
NonNeighborPCI68
count
Non-Neighbor PCI68
CC
event
int
0~2147483647
-
NonNeighborPCI69
count
Non-Neighbor PCI69
CC
event
int
0~2147483647
-
NonNeighborPCI70
count
Non-Neighbor PCI70
CC
event
int
0~2147483647
-
NonNeighborPCI71
count
Non-Neighbor PCI71
CC
event
int
0~2147483647
-
NonNeighborPCI72
count
Non-Neighbor PCI72
CC
event
int
0~2147483647
-
NonNeighborPCI73
count
Non-Neighbor PCI73
CC
event
int
0~2147483647
-
NonNeighborPCI74
count
Non-Neighbor PCI74
CC
event
int
0~2147483647
-
NonNeighborPCI75
count
Non-Neighbor PCI75
CC
event
int
0~2147483647
-
NonNeighborPCI76
count
Non-Neighbor PCI76
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
310
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI77
count
Non-Neighbor PCI77
CC
event
int
0~2147483647
-
NonNeighborPCI78
count
Non-Neighbor PCI78
CC
event
int
0~2147483647
-
NonNeighborPCI79
count
Non-Neighbor PCI79
CC
event
int
0~2147483647
-
NonNeighborPCI80
count
Non-Neighbor PCI80
CC
event
int
0~2147483647
-
NonNeighborPCI81
count
Non-Neighbor PCI81
CC
event
int
0~2147483647
-
NonNeighborPCI82
count
Non-Neighbor PCI82
CC
event
int
0~2147483647
-
NonNeighborPCI83
count
Non-Neighbor PCI83
CC
event
int
0~2147483647
-
NonNeighborPCI84
count
Non-Neighbor PCI84
CC
event
int
0~2147483647
-
NonNeighborPCI85
count
Non-Neighbor PCI85
CC
event
int
0~2147483647
-
NonNeighborPCI86
count
Non-Neighbor PCI86
CC
event
int
0~2147483647
-
NonNeighborPCI87
count
Non-Neighbor PCI87
CC
event
int
0~2147483647
-
NonNeighborPCI88
count
Non-Neighbor PCI88
CC
event
int
0~2147483647
-
NonNeighborPCI89
count
Non-Neighbor PCI89
CC
event
int
0~2147483647
-
NonNeighborPCI90
count
Non-Neighbor PCI90
CC
event
int
0~2147483647
-
NonNeighborPCI91
count
Non-Neighbor PCI91
CC
event
int
0~2147483647
-
NonNeighborPCI92
count
Non-Neighbor PCI92
CC
event
int
0~2147483647
-
NonNeighborPCI93
count
Non-Neighbor PCI93
CC
event
int
0~2147483647
-
NonNeighborPCI94
count
Non-Neighbor PCI94
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
311
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI95
count
Non-Neighbor PCI95
CC
event
int
0~2147483647
-
NonNeighborPCI96
count
Non-Neighbor PCI96
CC
event
int
0~2147483647
-
NonNeighborPCI97
count
Non-Neighbor PCI97
CC
event
int
0~2147483647
-
NonNeighborPCI98
count
Non-Neighbor PCI98
CC
event
int
0~2147483647
-
NonNeighborPCI99
count
Non-Neighbor PCI99
CC
event
int
0~2147483647
-
NonNeighborPCI100
count
Non-Neighbor PCI100
CC
event
int
0~2147483647
-
NonNeighborPCI101
count
Non-Neighbor PCI101
CC
event
int
0~2147483647
-
NonNeighborPCI102
count
Non-Neighbor PCI102
CC
event
int
0~2147483647
-
NonNeighborPCI103
count
Non-Neighbor PCI103
CC
event
int
0~2147483647
-
NonNeighborPCI104
count
Non-Neighbor PCI104
CC
event
int
0~2147483647
-
NonNeighborPCI105
count
Non-Neighbor PCI105
CC
event
int
0~2147483647
-
NonNeighborPCI106
count
Non-Neighbor PCI106
CC
event
int
0~2147483647
-
NonNeighborPCI107
count
Non-Neighbor PCI107
CC
event
int
0~2147483647
-
NonNeighborPCI108
count
Non-Neighbor PCI108
CC
event
int
0~2147483647
-
NonNeighborPCI109
count
Non-Neighbor PCI109
CC
event
int
0~2147483647
-
NonNeighborPCI110
count
Non-Neighbor PCI110
CC
event
int
0~2147483647
-
NonNeighborPCI111
count
Non-Neighbor PCI111
CC
event
int
0~2147483647
-
NonNeighborPCI112
count
Non-Neighbor PCI112
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
312
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI113
count
Non-Neighbor PCI113
CC
event
int
0~2147483647
-
NonNeighborPCI114
count
Non-Neighbor PCI114
CC
event
int
0~2147483647
-
NonNeighborPCI115
count
Non-Neighbor PCI115
CC
event
int
0~2147483647
-
NonNeighborPCI116
count
Non-Neighbor PCI116
CC
event
int
0~2147483647
-
NonNeighborPCI117
count
Non-Neighbor PCI117
CC
event
int
0~2147483647
-
NonNeighborPCI118
count
Non-Neighbor PCI118
CC
event
int
0~2147483647
-
NonNeighborPCI119
count
Non-Neighbor PCI119
CC
event
int
0~2147483647
-
NonNeighborPCI120
count
Non-Neighbor PCI120
CC
event
int
0~2147483647
-
NonNeighborPCI121
count
Non-Neighbor PCI121
CC
event
int
0~2147483647
-
NonNeighborPCI122
count
Non-Neighbor PCI122
CC
event
int
0~2147483647
-
NonNeighborPCI123
count
Non-Neighbor PCI123
CC
event
int
0~2147483647
-
NonNeighborPCI124
count
Non-Neighbor PCI124
CC
event
int
0~2147483647
-
NonNeighborPCI125
count
Non-Neighbor PCI125
CC
event
int
0~2147483647
-
NonNeighborPCI126
count
Non-Neighbor PCI126
CC
event
int
0~2147483647
-
NonNeighborPCI127
count
Non-Neighbor PCI127
CC
event
int
0~2147483647
-
NonNeighborPCI128
count
Non-Neighbor PCI128
CC
event
int
0~2147483647
-
NonNeighborPCI129
count
Non-Neighbor PCI129
CC
event
int
0~2147483647
-
NonNeighborPCI130
count
Non-Neighbor PCI130
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
313
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI131
count
Non-Neighbor PCI131
CC
event
int
0~2147483647
-
NonNeighborPCI132
count
Non-Neighbor PCI132
CC
event
int
0~2147483647
-
NonNeighborPCI133
count
Non-Neighbor PCI133
CC
event
int
0~2147483647
-
NonNeighborPCI134
count
Non-Neighbor PCI134
CC
event
int
0~2147483647
-
NonNeighborPCI135
count
Non-Neighbor PCI135
CC
event
int
0~2147483647
-
NonNeighborPCI136
count
Non-Neighbor PCI136
CC
event
int
0~2147483647
-
NonNeighborPCI137
count
Non-Neighbor PCI137
CC
event
int
0~2147483647
-
NonNeighborPCI138
count
Non-Neighbor PCI138
CC
event
int
0~2147483647
-
NonNeighborPCI139
count
Non-Neighbor PCI139
CC
event
int
0~2147483647
-
NonNeighborPCI140
count
Non-Neighbor PCI140
CC
event
int
0~2147483647
-
NonNeighborPCI141
count
Non-Neighbor PCI141
CC
event
int
0~2147483647
-
NonNeighborPCI142
count
Non-Neighbor PCI142
CC
event
int
0~2147483647
-
NonNeighborPCI143
count
Non-Neighbor PCI143
CC
event
int
0~2147483647
-
NonNeighborPCI144
count
Non-Neighbor PCI144
CC
event
int
0~2147483647
-
NonNeighborPCI145
count
Non-Neighbor PCI145
CC
event
int
0~2147483647
-
NonNeighborPCI146
count
Non-Neighbor PCI146
CC
event
int
0~2147483647
-
NonNeighborPCI147
count
Non-Neighbor PCI147
CC
event
int
0~2147483647
-
NonNeighborPCI148
count
Non-Neighbor PCI148
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
314
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI149
count
Non-Neighbor PCI149
CC
event
int
0~2147483647
-
NonNeighborPCI150
count
Non-Neighbor PCI150
CC
event
int
0~2147483647
-
NonNeighborPCI151
count
Non-Neighbor PCI151
CC
event
int
0~2147483647
-
NonNeighborPCI152
count
Non-Neighbor PCI152
CC
event
int
0~2147483647
-
NonNeighborPCI153
count
Non-Neighbor PCI153
CC
event
int
0~2147483647
-
NonNeighborPCI154
count
Non-Neighbor PCI154
CC
event
int
0~2147483647
-
NonNeighborPCI155
count
Non-Neighbor PCI155
CC
event
int
0~2147483647
-
NonNeighborPCI156
count
Non-Neighbor PCI156
CC
event
int
0~2147483647
-
NonNeighborPCI157
count
Non-Neighbor PCI157
CC
event
int
0~2147483647
-
NonNeighborPCI158
count
Non-Neighbor PCI158
CC
event
int
0~2147483647
-
NonNeighborPCI159
count
Non-Neighbor PCI159
CC
event
int
0~2147483647
-
NonNeighborPCI160
count
Non-Neighbor PCI160
CC
event
int
0~2147483647
-
NonNeighborPCI161
count
Non-Neighbor PCI161
CC
event
int
0~2147483647
-
NonNeighborPCI162
count
Non-Neighbor PCI162
CC
event
int
0~2147483647
-
NonNeighborPCI163
count
Non-Neighbor PCI163
CC
event
int
0~2147483647
-
NonNeighborPCI164
count
Non-Neighbor PCI164
CC
event
int
0~2147483647
-
NonNeighborPCI165
count
Non-Neighbor PCI165
CC
event
int
0~2147483647
-
NonNeighborPCI166
count
Non-Neighbor PCI166
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
315
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI167
count
Non-Neighbor PCI167
CC
event
int
0~2147483647
-
NonNeighborPCI168
count
Non-Neighbor PCI168
CC
event
int
0~2147483647
-
NonNeighborPCI169
count
Non-Neighbor PCI169
CC
event
int
0~2147483647
-
NonNeighborPCI170
count
Non-Neighbor PCI170
CC
event
int
0~2147483647
-
NonNeighborPCI171
count
Non-Neighbor PCI171
CC
event
int
0~2147483647
-
NonNeighborPCI172
count
Non-Neighbor PCI172
CC
event
int
0~2147483647
-
NonNeighborPCI173
count
Non-Neighbor PCI173
CC
event
int
0~2147483647
-
NonNeighborPCI174
count
Non-Neighbor PCI174
CC
event
int
0~2147483647
-
NonNeighborPCI175
count
Non-Neighbor PCI175
CC
event
int
0~2147483647
-
NonNeighborPCI176
count
Non-Neighbor PCI176
CC
event
int
0~2147483647
-
NonNeighborPCI177
count
Non-Neighbor PCI177
CC
event
int
0~2147483647
-
NonNeighborPCI178
count
Non-Neighbor PCI178
CC
event
int
0~2147483647
-
NonNeighborPCI179
count
Non-Neighbor PCI179
CC
event
int
0~2147483647
-
NonNeighborPCI180
count
Non-Neighbor PCI180
CC
event
int
0~2147483647
-
NonNeighborPCI181
count
Non-Neighbor PCI181
CC
event
int
0~2147483647
-
NonNeighborPCI182
count
Non-Neighbor PCI182
CC
event
int
0~2147483647
-
NonNeighborPCI183
count
Non-Neighbor PCI183
CC
event
int
0~2147483647
-
NonNeighborPCI184
count
Non-Neighbor PCI184
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
316
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI185
count
Non-Neighbor PCI185
CC
event
int
0~2147483647
-
NonNeighborPCI186
count
Non-Neighbor PCI186
CC
event
int
0~2147483647
-
NonNeighborPCI187
count
Non-Neighbor PCI187
CC
event
int
0~2147483647
-
NonNeighborPCI188
count
Non-Neighbor PCI188
CC
event
int
0~2147483647
-
NonNeighborPCI189
count
Non-Neighbor PCI189
CC
event
int
0~2147483647
-
NonNeighborPCI190
count
Non-Neighbor PCI190
CC
event
int
0~2147483647
-
NonNeighborPCI191
count
Non-Neighbor PCI191
CC
event
int
0~2147483647
-
NonNeighborPCI192
count
Non-Neighbor PCI192
CC
event
int
0~2147483647
-
NonNeighborPCI193
count
Non-Neighbor PCI193
CC
event
int
0~2147483647
-
NonNeighborPCI194
count
Non-Neighbor PCI194
CC
event
int
0~2147483647
-
NonNeighborPCI195
count
Non-Neighbor PCI195
CC
event
int
0~2147483647
-
NonNeighborPCI196
count
Non-Neighbor PCI196
CC
event
int
0~2147483647
-
NonNeighborPCI197
count
Non-Neighbor PCI197
CC
event
int
0~2147483647
-
NonNeighborPCI198
count
Non-Neighbor PCI198
CC
event
int
0~2147483647
-
NonNeighborPCI199
count
Non-Neighbor PCI199
CC
event
int
0~2147483647
-
NonNeighborPCI200
count
Non-Neighbor PCI200
CC
event
int
0~2147483647
-
NonNeighborPCI201
count
Non-Neighbor PCI201
CC
event
int
0~2147483647
-
NonNeighborPCI202
count
Non-Neighbor PCI202
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
317
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI203
count
Non-Neighbor PCI203
CC
event
int
0~2147483647
-
NonNeighborPCI204
count
Non-Neighbor PCI204
CC
event
int
0~2147483647
-
NonNeighborPCI205
count
Non-Neighbor PCI205
CC
event
int
0~2147483647
-
NonNeighborPCI206
count
Non-Neighbor PCI206
CC
event
int
0~2147483647
-
NonNeighborPCI207
count
Non-Neighbor PCI207
CC
event
int
0~2147483647
-
NonNeighborPCI208
count
Non-Neighbor PCI208
CC
event
int
0~2147483647
-
NonNeighborPCI209
count
Non-Neighbor PCI209
CC
event
int
0~2147483647
-
NonNeighborPCI210
count
Non-Neighbor PCI210
CC
event
int
0~2147483647
-
NonNeighborPCI211
count
Non-Neighbor PCI211
CC
event
int
0~2147483647
-
NonNeighborPCI212
count
Non-Neighbor PCI212
CC
event
int
0~2147483647
-
NonNeighborPCI213
count
Non-Neighbor PCI213
CC
event
int
0~2147483647
-
NonNeighborPCI214
count
Non-Neighbor PCI214
CC
event
int
0~2147483647
-
NonNeighborPCI215
count
Non-Neighbor PCI215
CC
event
int
0~2147483647
-
NonNeighborPCI216
count
Non-Neighbor PCI216
CC
event
int
0~2147483647
-
NonNeighborPCI217
count
Non-Neighbor PCI217
CC
event
int
0~2147483647
-
NonNeighborPCI218
count
Non-Neighbor PCI218
CC
event
int
0~2147483647
-
NonNeighborPCI219
count
Non-Neighbor PCI219
CC
event
int
0~2147483647
-
NonNeighborPCI220
count
Non-Neighbor PCI220
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
318
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI221
count
Non-Neighbor PCI221
CC
event
int
0~2147483647
-
NonNeighborPCI222
count
Non-Neighbor PCI222
CC
event
int
0~2147483647
-
NonNeighborPCI223
count
Non-Neighbor PCI223
CC
event
int
0~2147483647
-
NonNeighborPCI224
count
Non-Neighbor PCI224
CC
event
int
0~2147483647
-
NonNeighborPCI225
count
Non-Neighbor PCI225
CC
event
int
0~2147483647
-
NonNeighborPCI226
count
Non-Neighbor PCI226
CC
event
int
0~2147483647
-
NonNeighborPCI227
count
Non-Neighbor PCI227
CC
event
int
0~2147483647
-
NonNeighborPCI228
count
Non-Neighbor PCI228
CC
event
int
0~2147483647
-
NonNeighborPCI229
count
Non-Neighbor PCI229
CC
event
int
0~2147483647
-
NonNeighborPCI230
count
Non-Neighbor PCI230
CC
event
int
0~2147483647
-
NonNeighborPCI231
count
Non-Neighbor PCI231
CC
event
int
0~2147483647
-
NonNeighborPCI232
count
Non-Neighbor PCI232
CC
event
int
0~2147483647
-
NonNeighborPCI233
count
Non-Neighbor PCI233
CC
event
int
0~2147483647
-
NonNeighborPCI234
count
Non-Neighbor PCI234
CC
event
int
0~2147483647
-
NonNeighborPCI235
count
Non-Neighbor PCI235
CC
event
int
0~2147483647
-
NonNeighborPCI236
count
Non-Neighbor PCI236
CC
event
int
0~2147483647
-
NonNeighborPCI237
count
Non-Neighbor PCI237
CC
event
int
0~2147483647
-
NonNeighborPCI238
count
Non-Neighbor PCI238
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
319
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI239
count
Non-Neighbor PCI239
CC
event
int
0~2147483647
-
NonNeighborPCI240
count
Non-Neighbor PCI240
CC
event
int
0~2147483647
-
NonNeighborPCI241
count
Non-Neighbor PCI241
CC
event
int
0~2147483647
-
NonNeighborPCI242
count
Non-Neighbor PCI242
CC
event
int
0~2147483647
-
NonNeighborPCI243
count
Non-Neighbor PCI243
CC
event
int
0~2147483647
-
NonNeighborPCI244
count
Non-Neighbor PCI244
CC
event
int
0~2147483647
-
NonNeighborPCI245
count
Non-Neighbor PCI245
CC
event
int
0~2147483647
-
NonNeighborPCI246
count
Non-Neighbor PCI246
CC
event
int
0~2147483647
-
NonNeighborPCI247
count
Non-Neighbor PCI247
CC
event
int
0~2147483647
-
NonNeighborPCI248
count
Non-Neighbor PCI248
CC
event
int
0~2147483647
-
NonNeighborPCI249
count
Non-Neighbor PCI249
CC
event
int
0~2147483647
-
NonNeighborPCI250
count
Non-Neighbor PCI250
CC
event
int
0~2147483647
-
NonNeighborPCI251
count
Non-Neighbor PCI251
CC
event
int
0~2147483647
-
NonNeighborPCI252
count
Non-Neighbor PCI252
CC
event
int
0~2147483647
-
NonNeighborPCI253
count
Non-Neighbor PCI253
CC
event
int
0~2147483647
-
NonNeighborPCI254
count
Non-Neighbor PCI254
CC
event
int
0~2147483647
-
NonNeighborPCI255
count
Non-Neighbor PCI255
CC
event
int
0~2147483647
-
NonNeighborPCI256
count
Non-Neighbor PCI256
CC
event
int
0~2147483647
-
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Confidential
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI257
count
Non-Neighbor PCI257
CC
event
int
0~2147483647
-
NonNeighborPCI258
count
Non-Neighbor PCI258
CC
event
int
0~2147483647
-
NonNeighborPCI259
count
Non-Neighbor PCI259
CC
event
int
0~2147483647
-
NonNeighborPCI260
count
Non-Neighbor PCI260
CC
event
int
0~2147483647
-
NonNeighborPCI261
count
Non-Neighbor PCI261
CC
event
int
0~2147483647
-
NonNeighborPCI262
count
Non-Neighbor PCI262
CC
event
int
0~2147483647
-
NonNeighborPCI263
count
Non-Neighbor PCI263
CC
event
int
0~2147483647
-
NonNeighborPCI264
count
Non-Neighbor PCI264
CC
event
int
0~2147483647
-
NonNeighborPCI265
count
Non-Neighbor PCI265
CC
event
int
0~2147483647
-
NonNeighborPCI266
count
Non-Neighbor PCI266
CC
event
int
0~2147483647
-
NonNeighborPCI267
count
Non-Neighbor PCI267
CC
event
int
0~2147483647
-
NonNeighborPCI268
count
Non-Neighbor PCI268
CC
event
int
0~2147483647
-
NonNeighborPCI269
count
Non-Neighbor PCI269
CC
event
int
0~2147483647
-
NonNeighborPCI270
count
Non-Neighbor PCI270
CC
event
int
0~2147483647
-
NonNeighborPCI271
count
Non-Neighbor PCI271
CC
event
int
0~2147483647
-
NonNeighborPCI272
count
Non-Neighbor PCI272
CC
event
int
0~2147483647
-
NonNeighborPCI273
count
Non-Neighbor PCI273
CC
event
int
0~2147483647
-
NonNeighborPCI274
count
Non-Neighbor PCI274
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
321
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI275
count
Non-Neighbor PCI275
CC
event
int
0~2147483647
-
NonNeighborPCI276
count
Non-Neighbor PCI276
CC
event
int
0~2147483647
-
NonNeighborPCI277
count
Non-Neighbor PCI277
CC
event
int
0~2147483647
-
NonNeighborPCI278
count
Non-Neighbor PCI278
CC
event
int
0~2147483647
-
NonNeighborPCI279
count
Non-Neighbor PCI279
CC
event
int
0~2147483647
-
NonNeighborPCI280
count
Non-Neighbor PCI280
CC
event
int
0~2147483647
-
NonNeighborPCI281
count
Non-Neighbor PCI281
CC
event
int
0~2147483647
-
NonNeighborPCI282
count
Non-Neighbor PCI282
CC
event
int
0~2147483647
-
NonNeighborPCI283
count
Non-Neighbor PCI283
CC
event
int
0~2147483647
-
NonNeighborPCI284
count
Non-Neighbor PCI284
CC
event
int
0~2147483647
-
NonNeighborPCI285
count
Non-Neighbor PCI285
CC
event
int
0~2147483647
-
NonNeighborPCI286
count
Non-Neighbor PCI286
CC
event
int
0~2147483647
-
NonNeighborPCI287
count
Non-Neighbor PCI287
CC
event
int
0~2147483647
-
NonNeighborPCI288
count
Non-Neighbor PCI288
CC
event
int
0~2147483647
-
NonNeighborPCI289
count
Non-Neighbor PCI289
CC
event
int
0~2147483647
-
NonNeighborPCI290
count
Non-Neighbor PCI290
CC
event
int
0~2147483647
-
NonNeighborPCI291
count
Non-Neighbor PCI291
CC
event
int
0~2147483647
-
NonNeighborPCI292
count
Non-Neighbor PCI292
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI293
count
Non-Neighbor PCI293
CC
event
int
0~2147483647
-
NonNeighborPCI294
count
Non-Neighbor PCI294
CC
event
int
0~2147483647
-
NonNeighborPCI295
count
Non-Neighbor PCI295
CC
event
int
0~2147483647
-
NonNeighborPCI296
count
Non-Neighbor PCI296
CC
event
int
0~2147483647
-
NonNeighborPCI297
count
Non-Neighbor PCI297
CC
event
int
0~2147483647
-
NonNeighborPCI298
count
Non-Neighbor PCI298
CC
event
int
0~2147483647
-
NonNeighborPCI299
count
Non-Neighbor PCI299
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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20.2 Non-Neighbor PCI (300~503) Collects when a non-neighbor PCI within the range of 300-503 is reported from the UE. Each PCI value corresponds to the statistics TypeId. (e.g. PCI: 300 NonNeighborPCI300, PCI: 503 NonNeighborPCI503) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI300
count
Non-Neighbor PCI300
CC
event
int
0~2147483647
-
NonNeighborPCI301
count
Non-Neighbor PCI301
CC
event
int
0~2147483647
-
NonNeighborPCI302
count
Non-Neighbor PCI302
CC
event
int
0~2147483647
-
NonNeighborPCI303
count
Non-Neighbor PCI303
CC
event
int
0~2147483647
-
NonNeighborPCI304
count
Non-Neighbor PCI304
CC
event
int
0~2147483647
-
NonNeighborPCI305
count
Non-Neighbor PCI305
CC
event
int
0~2147483647
-
NonNeighborPCI306
count
Non-Neighbor PCI306
CC
event
int
0~2147483647
-
NonNeighborPCI307
count
Non-Neighbor PCI307
CC
event
int
0~2147483647
-
NonNeighborPCI308
count
Non-Neighbor PCI308
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI309
count
Non-Neighbor PCI309
CC
event
int
0~2147483647
-
NonNeighborPCI310
count
Non-Neighbor PCI310
CC
event
int
0~2147483647
-
NonNeighborPCI311
count
Non-Neighbor PCI311
CC
event
int
0~2147483647
-
NonNeighborPCI312
count
Non-Neighbor PCI312
CC
event
int
0~2147483647
-
NonNeighborPCI313
count
Non-Neighbor PCI313
CC
event
int
0~2147483647
-
NonNeighborPCI314
count
Non-Neighbor PCI314
CC
event
int
0~2147483647
-
NonNeighborPCI315
count
Non-Neighbor PCI315
CC
event
int
0~2147483647
-
NonNeighborPCI316
count
Non-Neighbor PCI316
CC
event
int
0~2147483647
-
NonNeighborPCI317
count
Non-Neighbor PCI317
CC
event
int
0~2147483647
-
NonNeighborPCI318
count
Non-Neighbor PCI318
CC
event
int
0~2147483647
-
NonNeighborPCI319
count
Non-Neighbor PCI319
CC
event
int
0~2147483647
-
NonNeighborPCI320
count
Non-Neighbor PCI320
CC
event
int
0~2147483647
-
NonNeighborPCI321
count
Non-Neighbor PCI321
CC
event
int
0~2147483647
-
NonNeighborPCI322
count
Non-Neighbor PCI322
CC
event
int
0~2147483647
-
NonNeighborPCI323
count
Non-Neighbor PCI323
CC
event
int
0~2147483647
-
NonNeighborPCI324
count
Non-Neighbor PCI324
CC
event
int
0~2147483647
-
NonNeighborPCI325
count
Non-Neighbor PCI325
CC
event
int
0~2147483647
-
NonNeighborPCI326
count
Non-Neighbor PCI326
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI327
count
Non-Neighbor PCI327
CC
event
int
0~2147483647
-
NonNeighborPCI328
count
Non-Neighbor PCI328
CC
event
int
0~2147483647
-
NonNeighborPCI329
count
Non-Neighbor PCI329
CC
event
int
0~2147483647
-
NonNeighborPCI330
count
Non-Neighbor PCI330
CC
event
int
0~2147483647
-
NonNeighborPCI331
count
Non-Neighbor PCI331
CC
event
int
0~2147483647
-
NonNeighborPCI332
count
Non-Neighbor PCI332
CC
event
int
0~2147483647
-
NonNeighborPCI333
count
Non-Neighbor PCI333
CC
event
int
0~2147483647
-
NonNeighborPCI334
count
Non-Neighbor PCI334
CC
event
int
0~2147483647
-
NonNeighborPCI335
count
Non-Neighbor PCI335
CC
event
int
0~2147483647
-
NonNeighborPCI336
count
Non-Neighbor PCI336
CC
event
int
0~2147483647
-
NonNeighborPCI337
count
Non-Neighbor PCI337
CC
event
int
0~2147483647
-
NonNeighborPCI338
count
Non-Neighbor PCI338
CC
event
int
0~2147483647
-
NonNeighborPCI339
count
Non-Neighbor PCI339
CC
event
int
0~2147483647
-
NonNeighborPCI340
count
Non-Neighbor PCI340
CC
event
int
0~2147483647
-
NonNeighborPCI341
count
Non-Neighbor PCI341
CC
event
int
0~2147483647
-
NonNeighborPCI342
count
Non-Neighbor PCI342
CC
event
int
0~2147483647
-
NonNeighborPCI343
count
Non-Neighbor PCI343
CC
event
int
0~2147483647
-
NonNeighborPCI344
count
Non-Neighbor PCI344
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
326
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI345
count
Non-Neighbor PCI345
CC
event
int
0~2147483647
-
NonNeighborPCI346
count
Non-Neighbor PCI346
CC
event
int
0~2147483647
-
NonNeighborPCI347
count
Non-Neighbor PCI347
CC
event
int
0~2147483647
-
NonNeighborPCI348
count
Non-Neighbor PCI348
CC
event
int
0~2147483647
-
NonNeighborPCI349
count
Non-Neighbor PCI349
CC
event
int
0~2147483647
-
NonNeighborPCI350
count
Non-Neighbor PCI350
CC
event
int
0~2147483647
-
NonNeighborPCI351
count
Non-Neighbor PCI351
CC
event
int
0~2147483647
-
NonNeighborPCI352
count
Non-Neighbor PCI352
CC
event
int
0~2147483647
-
NonNeighborPCI353
count
Non-Neighbor PCI353
CC
event
int
0~2147483647
-
NonNeighborPCI354
count
Non-Neighbor PCI354
CC
event
int
0~2147483647
-
NonNeighborPCI355
count
Non-Neighbor PCI355
CC
event
int
0~2147483647
-
NonNeighborPCI356
count
Non-Neighbor PCI356
CC
event
int
0~2147483647
-
NonNeighborPCI357
count
Non-Neighbor PCI357
CC
event
int
0~2147483647
-
NonNeighborPCI358
count
Non-Neighbor PCI358
CC
event
int
0~2147483647
-
NonNeighborPCI359
count
Non-Neighbor PCI359
CC
event
int
0~2147483647
-
NonNeighborPCI360
count
Non-Neighbor PCI360
CC
event
int
0~2147483647
-
NonNeighborPCI361
count
Non-Neighbor PCI361
CC
event
int
0~2147483647
-
NonNeighborPCI362
count
Non-Neighbor PCI362
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
327
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI363
count
Non-Neighbor PCI363
CC
event
int
0~2147483647
-
NonNeighborPCI364
count
Non-Neighbor PCI364
CC
event
int
0~2147483647
-
NonNeighborPCI365
count
Non-Neighbor PCI365
CC
event
int
0~2147483647
-
NonNeighborPCI366
count
Non-Neighbor PCI366
CC
event
int
0~2147483647
-
NonNeighborPCI367
count
Non-Neighbor PCI367
CC
event
int
0~2147483647
-
NonNeighborPCI368
count
Non-Neighbor PCI368
CC
event
int
0~2147483647
-
NonNeighborPCI369
count
Non-Neighbor PCI369
CC
event
int
0~2147483647
-
NonNeighborPCI370
count
Non-Neighbor PCI370
CC
event
int
0~2147483647
-
NonNeighborPCI371
count
Non-Neighbor PCI371
CC
event
int
0~2147483647
-
NonNeighborPCI372
count
Non-Neighbor PCI372
CC
event
int
0~2147483647
-
NonNeighborPCI373
count
Non-Neighbor PCI373
CC
event
int
0~2147483647
-
NonNeighborPCI374
count
Non-Neighbor PCI374
CC
event
int
0~2147483647
-
NonNeighborPCI375
count
Non-Neighbor PCI375
CC
event
int
0~2147483647
-
NonNeighborPCI376
count
Non-Neighbor PCI376
CC
event
int
0~2147483647
-
NonNeighborPCI377
count
Non-Neighbor PCI377
CC
event
int
0~2147483647
-
NonNeighborPCI378
count
Non-Neighbor PCI378
CC
event
int
0~2147483647
-
NonNeighborPCI379
count
Non-Neighbor PCI379
CC
event
int
0~2147483647
-
NonNeighborPCI380
count
Non-Neighbor PCI380
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
328
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI381
count
Non-Neighbor PCI381
CC
event
int
0~2147483647
-
NonNeighborPCI382
count
Non-Neighbor PCI382
CC
event
int
0~2147483647
-
NonNeighborPCI383
count
Non-Neighbor PCI383
CC
event
int
0~2147483647
-
NonNeighborPCI384
count
Non-Neighbor PCI384
CC
event
int
0~2147483647
-
NonNeighborPCI385
count
Non-Neighbor PCI385
CC
event
int
0~2147483647
-
NonNeighborPCI386
count
Non-Neighbor PCI386
CC
event
int
0~2147483647
-
NonNeighborPCI387
count
Non-Neighbor PCI387
CC
event
int
0~2147483647
-
NonNeighborPCI388
count
Non-Neighbor PCI388
CC
event
int
0~2147483647
-
NonNeighborPCI389
count
Non-Neighbor PCI389
CC
event
int
0~2147483647
-
NonNeighborPCI390
count
Non-Neighbor PCI390
CC
event
int
0~2147483647
-
NonNeighborPCI391
count
Non-Neighbor PCI391
CC
event
int
0~2147483647
-
NonNeighborPCI392
count
Non-Neighbor PCI392
CC
event
int
0~2147483647
-
NonNeighborPCI393
count
Non-Neighbor PCI393
CC
event
int
0~2147483647
-
NonNeighborPCI394
count
Non-Neighbor PCI394
CC
event
int
0~2147483647
-
NonNeighborPCI395
count
Non-Neighbor PCI395
CC
event
int
0~2147483647
-
NonNeighborPCI396
count
Non-Neighbor PCI396
CC
event
int
0~2147483647
-
NonNeighborPCI397
count
Non-Neighbor PCI397
CC
event
int
0~2147483647
-
NonNeighborPCI398
count
Non-Neighbor PCI398
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
329
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI399
count
Non-Neighbor PCI399
CC
event
int
0~2147483647
-
NonNeighborPCI400
count
Non-Neighbor PCI400
CC
event
int
0~2147483647
-
NonNeighborPCI401
count
Non-Neighbor PCI401
CC
event
int
0~2147483647
-
NonNeighborPCI402
count
Non-Neighbor PCI402
CC
event
int
0~2147483647
-
NonNeighborPCI403
count
Non-Neighbor PCI403
CC
event
int
0~2147483647
-
NonNeighborPCI404
count
Non-Neighbor PCI404
CC
event
int
0~2147483647
-
NonNeighborPCI405
count
Non-Neighbor PCI405
CC
event
int
0~2147483647
-
NonNeighborPCI406
count
Non-Neighbor PCI406
CC
event
int
0~2147483647
-
NonNeighborPCI407
count
Non-Neighbor PCI407
CC
event
int
0~2147483647
-
NonNeighborPCI408
count
Non-Neighbor PCI408
CC
event
int
0~2147483647
-
NonNeighborPCI409
count
Non-Neighbor PCI409
CC
event
int
0~2147483647
-
NonNeighborPCI410
count
Non-Neighbor PCI410
CC
event
int
0~2147483647
-
NonNeighborPCI411
count
Non-Neighbor PCI411
CC
event
int
0~2147483647
-
NonNeighborPCI412
count
Non-Neighbor PCI412
CC
event
int
0~2147483647
-
NonNeighborPCI413
count
Non-Neighbor PCI413
CC
event
int
0~2147483647
-
NonNeighborPCI414
count
Non-Neighbor PCI414
CC
event
int
0~2147483647
-
NonNeighborPCI415
count
Non-Neighbor PCI415
CC
event
int
0~2147483647
-
NonNeighborPCI416
count
Non-Neighbor PCI416
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
330
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI417
count
Non-Neighbor PCI417
CC
event
int
0~2147483647
-
NonNeighborPCI418
count
Non-Neighbor PCI418
CC
event
int
0~2147483647
-
NonNeighborPCI419
count
Non-Neighbor PCI419
CC
event
int
0~2147483647
-
NonNeighborPCI420
count
Non-Neighbor PCI420
CC
event
int
0~2147483647
-
NonNeighborPCI421
count
Non-Neighbor PCI421
CC
event
int
0~2147483647
-
NonNeighborPCI422
count
Non-Neighbor PCI422
CC
event
int
0~2147483647
-
NonNeighborPCI423
count
Non-Neighbor PCI423
CC
event
int
0~2147483647
-
NonNeighborPCI424
count
Non-Neighbor PCI424
CC
event
int
0~2147483647
-
NonNeighborPCI425
count
Non-Neighbor PCI425
CC
event
int
0~2147483647
-
NonNeighborPCI426
count
Non-Neighbor PCI426
CC
event
int
0~2147483647
-
NonNeighborPCI427
count
Non-Neighbor PCI427
CC
event
int
0~2147483647
-
NonNeighborPCI428
count
Non-Neighbor PCI428
CC
event
int
0~2147483647
-
NonNeighborPCI429
count
Non-Neighbor PCI429
CC
event
int
0~2147483647
-
NonNeighborPCI430
count
Non-Neighbor PCI430
CC
event
int
0~2147483647
-
NonNeighborPCI431
count
Non-Neighbor PCI431
CC
event
int
0~2147483647
-
NonNeighborPCI432
count
Non-Neighbor PCI432
CC
event
int
0~2147483647
-
NonNeighborPCI433
count
Non-Neighbor PCI433
CC
event
int
0~2147483647
-
NonNeighborPCI434
count
Non-Neighbor PCI434
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
331
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI435
count
Non-Neighbor PCI435
CC
event
int
0~2147483647
-
NonNeighborPCI436
count
Non-Neighbor PCI436
CC
event
int
0~2147483647
-
NonNeighborPCI437
count
Non-Neighbor PCI437
CC
event
int
0~2147483647
-
NonNeighborPCI438
count
Non-Neighbor PCI438
CC
event
int
0~2147483647
-
NonNeighborPCI439
count
Non-Neighbor PCI439
CC
event
int
0~2147483647
-
NonNeighborPCI440
count
Non-Neighbor PCI440
CC
event
int
0~2147483647
-
NonNeighborPCI441
count
Non-Neighbor PCI441
CC
event
int
0~2147483647
-
NonNeighborPCI442
count
Non-Neighbor PCI442
CC
event
int
0~2147483647
-
NonNeighborPCI443
count
Non-Neighbor PCI443
CC
event
int
0~2147483647
-
NonNeighborPCI444
count
Non-Neighbor PCI444
CC
event
int
0~2147483647
-
NonNeighborPCI445
count
Non-Neighbor PCI445
CC
event
int
0~2147483647
-
NonNeighborPCI446
count
Non-Neighbor PCI446
CC
event
int
0~2147483647
-
NonNeighborPCI447
count
Non-Neighbor PCI447
CC
event
int
0~2147483647
-
NonNeighborPCI448
count
Non-Neighbor PCI448
CC
event
int
0~2147483647
-
NonNeighborPCI449
count
Non-Neighbor PCI449
CC
event
int
0~2147483647
-
NonNeighborPCI450
count
Non-Neighbor PCI450
CC
event
int
0~2147483647
-
NonNeighborPCI451
count
Non-Neighbor PCI451
CC
event
int
0~2147483647
-
NonNeighborPCI452
count
Non-Neighbor PCI452
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
332
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI453
count
Non-Neighbor PCI453
CC
event
int
0~2147483647
-
NonNeighborPCI454
count
Non-Neighbor PCI454
CC
event
int
0~2147483647
-
NonNeighborPCI455
count
Non-Neighbor PCI455
CC
event
int
0~2147483647
-
NonNeighborPCI456
count
Non-Neighbor PCI456
CC
event
int
0~2147483647
-
NonNeighborPCI457
count
Non-Neighbor PCI457
CC
event
int
0~2147483647
-
NonNeighborPCI458
count
Non-Neighbor PCI458
CC
event
int
0~2147483647
-
NonNeighborPCI459
count
Non-Neighbor PCI459
CC
event
int
0~2147483647
-
NonNeighborPCI460
count
Non-Neighbor PCI460
CC
event
int
0~2147483647
-
NonNeighborPCI461
count
Non-Neighbor PCI461
CC
event
int
0~2147483647
-
NonNeighborPCI462
count
Non-Neighbor PCI462
CC
event
int
0~2147483647
-
NonNeighborPCI463
count
Non-Neighbor PCI463
CC
event
int
0~2147483647
-
NonNeighborPCI464
count
Non-Neighbor PCI464
CC
event
int
0~2147483647
-
NonNeighborPCI465
count
Non-Neighbor PCI465
CC
event
int
0~2147483647
-
NonNeighborPCI466
count
Non-Neighbor PCI466
CC
event
int
0~2147483647
-
NonNeighborPCI467
count
Non-Neighbor PCI467
CC
event
int
0~2147483647
-
NonNeighborPCI468
count
Non-Neighbor PCI468
CC
event
int
0~2147483647
-
NonNeighborPCI469
count
Non-Neighbor PCI469
CC
event
int
0~2147483647
-
NonNeighborPCI470
count
Non-Neighbor PCI470
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
333
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI471
count
Non-Neighbor PCI471
CC
event
int
0~2147483647
-
NonNeighborPCI472
count
Non-Neighbor PCI472
CC
event
int
0~2147483647
-
NonNeighborPCI473
count
Non-Neighbor PCI473
CC
event
int
0~2147483647
-
NonNeighborPCI474
count
Non-Neighbor PCI474
CC
event
int
0~2147483647
-
NonNeighborPCI475
count
Non-Neighbor PCI475
CC
event
int
0~2147483647
-
NonNeighborPCI476
count
Non-Neighbor PCI476
CC
event
int
0~2147483647
-
NonNeighborPCI477
count
Non-Neighbor PCI477
CC
event
int
0~2147483647
-
NonNeighborPCI478
count
Non-Neighbor PCI478
CC
event
int
0~2147483647
-
NonNeighborPCI479
count
Non-Neighbor PCI479
CC
event
int
0~2147483647
-
NonNeighborPCI480
count
Non-Neighbor PCI480
CC
event
int
0~2147483647
-
NonNeighborPCI481
count
Non-Neighbor PCI481
CC
event
int
0~2147483647
-
NonNeighborPCI482
count
Non-Neighbor PCI482
CC
event
int
0~2147483647
-
NonNeighborPCI483
count
Non-Neighbor PCI483
CC
event
int
0~2147483647
-
NonNeighborPCI484
count
Non-Neighbor PCI484
CC
event
int
0~2147483647
-
NonNeighborPCI485
count
Non-Neighbor PCI485
CC
event
int
0~2147483647
-
NonNeighborPCI486
count
Non-Neighbor PCI486
CC
event
int
0~2147483647
-
NonNeighborPCI487
count
Non-Neighbor PCI487
CC
event
int
0~2147483647
-
NonNeighborPCI488
count
Non-Neighbor PCI488
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
334
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI489
count
Non-Neighbor PCI489
CC
event
int
0~2147483647
-
NonNeighborPCI490
count
Non-Neighbor PCI490
CC
event
int
0~2147483647
-
NonNeighborPCI491
count
Non-Neighbor PCI491
CC
event
int
0~2147483647
-
NonNeighborPCI492
count
Non-Neighbor PCI492
CC
event
int
0~2147483647
-
NonNeighborPCI493
count
Non-Neighbor PCI493
CC
event
int
0~2147483647
-
NonNeighborPCI494
count
Non-Neighbor PCI494
CC
event
int
0~2147483647
-
NonNeighborPCI495
count
Non-Neighbor PCI495
CC
event
int
0~2147483647
-
NonNeighborPCI496
count
Non-Neighbor PCI496
CC
event
int
0~2147483647
-
NonNeighborPCI497
count
Non-Neighbor PCI497
CC
event
int
0~2147483647
-
NonNeighborPCI498
count
Non-Neighbor PCI498
CC
event
int
0~2147483647
-
NonNeighborPCI499
count
Non-Neighbor PCI499
CC
event
int
0~2147483647
-
NonNeighborPCI500
count
Non-Neighbor PCI500
CC
event
int
0~2147483647
-
NonNeighborPCI501
count
Non-Neighbor PCI501
CC
event
int
0~2147483647
-
NonNeighborPCI502
count
Non-Neighbor PCI502
CC
event
int
0~2147483647
-
NonNeighborPCI503
count
Non-Neighbor PCI503
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
335
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
21. IOT 21.1 Uplink IOT Level Statistics on the 9 IoT levels. The IoT dB value is divided into 10 levels for each PRB. The statistics levels are classified as follows. Level 0: 0 <= IoT < 2 dB Level 1: 2 <= IoT < 4 dB … Level 9: 18 <= IoT (count all that are equal to or greater than 18 dB) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
LEVEL
0~9
IOT Level
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB0
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB1
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB2
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
336
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB3
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB4
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB5
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB6
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB7
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB8
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB9
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB10
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB11
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB12
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB13
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB14
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB15
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB16
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB17
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB18
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB19
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB20
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
337
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB21
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB22
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB23
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB24
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB25
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB26
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB27
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB28
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB29
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB30
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB31
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB32
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB33
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB34
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB35
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB36
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB37
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB38
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
338
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB39
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB40
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB41
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB42
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB43
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB44
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB45
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB46
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB47
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB48
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB49
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB50
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB51
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB52
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB53
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB54
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB55
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB56
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
339
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB57
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB58
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB59
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB60
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB61
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB62
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB63
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB64
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB65
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB66
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB67
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB68
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB69
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB70
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB71
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB72
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB73
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB74
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
340
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB75
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB76
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB77
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB78
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB79
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB80
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB81
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB82
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB83
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB84
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB85
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB86
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB87
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB88
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB89
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB90
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB91
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
341
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB92
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB93
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB94
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB95
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB96
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB97
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB98
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB99
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
22. MLBO 22.1 Load Statistics on mobility load balancing operation. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item LoadIndicatorAvg
Unit %
Definition Average load of a cell when overload occurs due
How to
Collection
Collect
Cycle
GAUGE
event
Type float
Min/Max 0~100
to the MLBO operation LoadIndicatorMin
%
Minimum load of a cell when overload occurs
Formula sum (LoadIndicatorTot)/ sum (LoadIndicatorCnt)
GAUGE
event
float
0~100
min (LoadIndicatorMin)
GAUGE
event
float
0~100
max (LoadIndicatorMax)
GAUGE
event
float
0~100
-
GAUGE
event
int
0~2147483647
-
due to the MLBO operation LoadIndicatorMax
%
Maximum load of a cell when overload occurs due to the MLBO operation
LoadIndicatorTot
%
Accumulated load of a cell when overload occurs due to the MLBO operation
LoadIndicatorCnt
LTE Counter Description_SLR2.3
count
The number of LoadIndicatorAvg called
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(Continued) Item OverloadCount
Unit count
Definition The number of overload due to the MLBO
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
GAUGE
event
float
0~100
sum (MlbDurationTot)/
operation MlbDurationAvg
s
Average of the overload period due to the MLBO operation
MlbDurationMin
s
Minimum value of the overload period due to the
sum (MlbDurationCnt) GAUGE
event
float
0~100
min (MlbDurationMin)
GAUGE
event
float
0~100
max (MlbDurationMax)
GAUGE
event
float
0~100
-
GAUGE
event
int
0~2147483647
-
MLBO operation MlbDurationMax
s
Maximum value of the overload period due to the MLBO operation
MlbDurationTot
s
Accumulated value of the overload period due to the MLBO operation
MlbDurationCnt
LTE Counter Description_SLR2.3
count
The number of MlbDurationAvg called
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22.2 Load Balancing Handover Collects the statistics on handovers that are performed by SON load balancing. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
tcId
0~268435455
Target Cell Index.
Step
1~3
Load Balancing Handover triggering Step 1: LBHO within the same group & sector 2: LBHO between different groups but the same sector (the same eNB) 3: LBHO between different Sector
[Statistics Type]
Item
Unit
MlbNotTriggeredB
count
yLoadCondition
Definition The number of times when there is no candidate neighbor
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
cell that meets the load condition although MLB is triggered (collected only at Step 3)
MlbNotTriggeredB yRadioCondition
count
The number of times when there is no candidate UE because radio condition is not met although MLB is triggered (collected only at Step 3)
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MlbHOAtt
count
The number of handover attempts when MLB is triggered
CC
event
int
0~2147483647
-
MlbHOSucc
count
The number of successful handovers when MLB is triggered
CC
event
int
0~2147483647
-
LbhoCnt
count
Load Balancing handover collection count
CC
event
int
0~2147483647
-
LbhoCid
tcID
Collection required tcId
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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23. Message 23.1 RRC Message RRC message statistics transmitted and received by eNB [Statistics Type]
Item TotalRrc_Tx
Unit count
Definition The number of times that the eNB transmits an RRC
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
message TotalRrc_Rx
count
The number of times that the eNB receives an RRC message
RrcCounterCheck
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcCounterCheckResp
count
onse RrcCSFBParametersRe
RRC protocol message for each message count
questCDMA2000 RrcCSFBParametersRe
sfer
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
sponseCDMA2000 RrcDLInformationTran
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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(Continued) Item
Unit
RrcHandoverFromEUT
count
RAPreparationRequest RrcMeasurementReport
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcMobilityFromEUT
count
RACommand RrcRRCConnectionRec
RRC protocol message for each message count
onfiguration RrcRRCConnectionRec
count count count count
ect
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
stablishmentRequest RrcRRCConnectionRej
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishmentReject RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishmentComplete RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishment RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
onfigurationComplete RrcRRCConnectionRee
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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(Continued) Item
Unit
RrcRRCConnectionRel
count
ease RrcRRCConnectionReq
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
lete RrcSecurityModeFailure
Cycle
RRC protocol message for each message
mand RrcSecurityModeComp
Collect
RRC protocol message for each message
upComplete RrcSecurityModeCom
Collection
RRC protocol message for each message
up RrcRRCConnectionSet
The number of times that the eNB receives/transmits
How to
RRC protocol message for each message
uest RrcRRCConnectionSet
Definition
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcUECapabilityEnquiry
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcUECapabilityInform
count
ation RrcULHandoverPrepar ationTransfer
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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(Continued) Item
Unit
RrcULInformationTran
count
sfer RrcUEInformationRequ
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
onse RrcProximityIndication
The number of times that the eNB receives/transmits
How to
RRC protocol message for each message
est RrcUEInformationResp
Definition
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
LTE Counter Description_SLR2.3
350
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Confidential
23.2 S1AP Message S1AP message statistics transmitted and received by eNB [Statistics Type]
Item TotalS1ap_Tx
Unit count
Definition The number of times that the eNB transmits S1AP
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
protocol message for each message TotalS1ap_Rx
count
The number of times that the eNB receives S1AP protocol message for each message
S1apCellTrafficTrace
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apDeactivateTrace
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apDownlinkNASTransp
count
ort S1apDownlinkScdma2000
S1AP protocol message for each message count
tunneling S1apENBConfigurationTr
pdate
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
ansfer S1apENBConfigurationU
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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(Continued) Item
Unit
S1apENBConfigurationUp
count
dateAcknowledge S1apENBConfigurationUp
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
nTransfer S1apENBStatusTransfer
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
dateFailure S1apENBDirectInformatio
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apERABModifyRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apERABModifyRespon
count
se S1apERABReleaseComm
S1AP protocol message for each message count
and S1apERABReleaseRespon
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
on S1apERABSetupRequest
The number of times that the eNB receives/transmits S1AP protocol message for each message
se S1apERABReleaseIndicati
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
LTE Counter Description_SLR2.3
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(Continued) Item S1apERABSetupResponse
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apErrorIndication
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverCancel
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverCancelAckn
count
owledge S1apHandoverCommand
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverFailure
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverNotify
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverPreparation
count
Failure S1apHandoverRequest
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverRequestAck nowledge
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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(Continued) Item S1apHandoverRequired
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apInitialContextSetupFa
count
ilure S1apInitialContextSetupR
S1AP protocol message for each message count
equest S1apInitialContextSetupR
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
esponse S1apInitialUEMessage
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apLocationReportingCo
count
ntrol S1apLocationReportFailur
S1AP protocol message for each message count
eIndication S1apLocationReport
The number of times that the eNB receives/transmits The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apMMEConfigurationT
count
ransfer S1apMMEConfigurationU pdate
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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Confidential
(Continued) Item
Unit
S1apMMEConfiguration
count
UpdateAcknowledge S1apMMEConfiguration
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
tionTransfer S1apMMEStatusTransfer
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
UpdateFailure S1apMMEDirectInforma
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apNASNonDeliveryIn
count
dication S1apOverloadStart
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apOverloadStop
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPaging
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPathSwitchRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPathSwitchRequest Acknowledge
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
355
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Confidential
(Continued) Item
Unit
S1apPathSwitchRequest
count
Failure S1apReset
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apResetAcknowledge
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupFailure
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupResponse
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apTraceFailureIndicati
count
on S1apTraceStart
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apUECapabilityInfoIn
count
dication S1apUEContextModifica tionFailure
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
356
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Confidential
(Continued) Item
Unit
S1apUEContextModifica
count
tionRequest S1apUEContextModifica
count count count count count count count
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
ngResponse S1apKillRequest
Formula
S1AP protocol message for each message
ngRequest S1apWriteReplaceWarni
Min/Max
S1AP protocol message for each message
unneling S1apWriteReplaceWarni
Type
S1AP protocol message for each message
rt S1apUplinkScdma2000t
Cycle
S1AP protocol message for each message
Request S1apUplinkNASTranspo
Collect
S1AP protocol message for each message
Complete S1apUEContextRelease
Collection
S1AP protocol message for each message
Command S1apUEContextRelease
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
tionResponse S1apUEContextRelease
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
LTE Counter Description_SLR2.3
357
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(Continued) Item S1apKillResponse
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apDownlinkUEAssoci
count
atedLPPaTransport S1apUplinkUEAssociate
S1AP protocol message for each message count
dLPPaTransport S1apDownlinkNonUEAs
ciatedLPPaTransport
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
sociatedLPPaTransport S1apUplinkNonUEAsso
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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23.3 X2AP Message X2AP message statistics transmitted and received by eNB [Statistics Type]
Item TotalX2ap_Tx
Unit count
Definition The number of times that the eNB transmits X2AP
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
protocol message for each message TotalX2ap_Rx
count
The number of times that the eNB receives X2AP protocol message for each message
Tx_X2apErrorIndicat
count
ion Tx_X2apHandoverR
X2AP protocol message for each message count
equest Tx_X2apHandoverR
count count
Release
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
ansfer Tx_X2apUEContext
The number of times that the eNB receives/transmits X2AP protocol message for each message
eparationFailure Tx_X2apSNStatusTr
The number of times that the eNB receives/transmits X2AP protocol message for each message
equestAcknowledge Tx_X2apHandoverPr
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Tx_X2apHandoverC
Unit count
ancel Tx_X2apLoadInform
count count count count count count
urationUpdateAckno
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
urationUpdate Tx_X2apENBConfig
Min/Max
X2AP protocol message for each message
lure Tx_X2apENBConfig
Type
X2AP protocol message for each message
ponse Tx_X2apX2SetupFai
Cycle
X2AP protocol message for each message
quest Tx_X2apX2SetupRes
Collect
X2AP protocol message for each message
nse Tx_X2apX2SetupRe
Collection
X2AP protocol message for each message
st Tx_X2apResetRespo
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
ation Tx_X2apResetReque
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
wledge
LTE Counter Description_SLR2.3
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(Continued) Item Tx_X2apENBConfig
Unit count
urationUpdateFailure Tx_X2apResourceSta
count count count count count count count
onRequest
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
angeFailure Tx_X2apCellActivati
Formula
X2AP protocol message for each message
angeAcknowledge Tx_X2apMobilityCh
Min/Max
X2AP protocol message for each message
angeRequest Tx_X2apMobilityCh
Type
X2AP protocol message for each message
eport Tx_X2apMobilityCh
Cycle
X2AP protocol message for each message
tusUpdate Tx_X2apHandoverR
Collect
X2AP protocol message for each message
tusFailure Tx_X2apResourceSta
Collection
X2AP protocol message for each message
tusResponse Tx_X2apResourceSta
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
tusRequest Tx_X2apResourceSta
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Tx_X2apCellActivati
Unit count
onResponse Tx_X2apCellActivati
count count count count count count count
ancel
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
Release Rx_X2apHandoverC
Formula
X2AP protocol message for each message
ansfer Rx_X2apUEContext
Min/Max
X2AP protocol message for each message
eparationFailure Rx_X2apSNStatusTr
Type
X2AP protocol message for each message
equestAcknowledge Rx_X2apHandoverPr
Cycle
X2AP protocol message for each message
equest Rx_X2apHandoverR
Collect
X2AP protocol message for each message
ion Rx_X2apHandoverR
Collection
X2AP protocol message for each message
ailureIndication Rx_X2apErrorIndicat
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
onFailure Tx_X2apRadioLinkF
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Rx_X2apLoadInform
Unit count
ation Rx_X2apResetReque
count count count count count
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
urationUpdate Rx_X2apENBConfig
Type
X2AP protocol message for each message
lure Rx_X2apENBConfig
Cycle
X2AP protocol message for each message
ponse Rx_X2apX2SetupFai
Collect
X2AP protocol message for each message
quest Rx_X2apX2SetupRes
Collection
X2AP protocol message for each message
nse Rx_X2apX2SetupRe
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
st Rx_X2apResetRespo
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
urationUpdateAckno
The number of times that the eNB receives/transmits X2AP protocol message for each message
wledge Rx_X2apENBConfig urationUpdateFailure
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Rx_X2apResourceSta
Unit count
tusRequest Rx_X2apResourceSta
count count count count count count count
onResponse
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
onRequest Rx_X2apCellActivati
Formula
X2AP protocol message for each message
angeFailure Rx_X2apCellActivati
Min/Max
X2AP protocol message for each message
angeAcknowledge Rx_X2apMobilityCh
Type
X2AP protocol message for each message
angeRequest Rx_X2apMobilityCh
Cycle
X2AP protocol message for each message
eport Rx_X2apMobilityCh
Collect
X2AP protocol message for each message
tusUpdate Rx_X2apHandoverR
Collection
X2AP protocol message for each message
tusFailure Rx_X2apResourceSta
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
tusResponse Rx_X2apResourceSta
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Rx_X2apCellActivati
Unit count
onFailure Rx_X2apRadioLinkF ailureIndication
LTE Counter Description_SLR2.3
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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24. Traffic OAM 24.1 Throughput Distribution Packet throughput distribution [Index] Name
Description
Range
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlThruBin1
count
Number of uplink RBs with 0 kbps ≤ throughput < 100 kbps
CC
event
int
0~2147483647
-
UlThruBin2
count
Number of uplink RBs with 100 kbps ≤ throughput < 200 kbps
CC
event
int
0~2147483647
-
UlThruBin3
count
Number of uplink RBs with 200 kbps ≤ throughput < 300 kbps
CC
event
int
0~2147483647
-
UlThruBin4
count
Number of uplink RBs with 300 kbps ≤ throughput < 400 kbps
CC
event
int
0~2147483647
-
UlThruBin5
count
Number of uplink RBs with 400 kbps ≤ throughput < 500 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlThruBin6
count
Number of uplink RBs with 500 kbps ≤ throughput < 600 kbps
CC
event
int
0~2147483647
-
UlThruBin7
count
Number of uplink RBs with 600 kbps ≤ throughput < 700 kbps
CC
event
int
0~2147483647
-
UlThruBin8
count
Number of uplink RBs with 700 kbps ≤ throughput < 800 kbps
CC
event
int
0~2147483647
-
UlThruBin9
count
Number of uplink RBs with 800 kbps ≤ throughput < 900 kbps
CC
event
int
0~2147483647
-
UlThruBin10
count
Number of uplink RBs with 900 kbps ≤ throughput < 1000 kbps
CC
event
int
0~2147483647
-
UlThruBin11
count
Number of uplink RBs with 1000 kbps ≤ throughput < 1200 kbps
CC
event
int
0~2147483647
-
UlThruBin12
count
Number of uplink RBs with 1200 kbps ≤ throughput < 1400 kbps
CC
event
int
0~2147483647
-
UlThruBin13
count
Number of uplink RBs with 1400 kbps ≤ throughput < 1600 kbps
CC
event
int
0~2147483647
-
UlThruBin14
count
Number of uplink RBs with 1600 kbps ≤ throughput < 1800 kbps
CC
event
int
0~2147483647
-
UlThruBin15
count
Number of uplink RBs with 1800 kbps ≤ throughput < 2000 kbps
CC
event
int
0~2147483647
-
UlThruBin16
count
Number of uplink RBs with 2000 kbps ≤ throughput < 2200 kbps
CC
event
int
0~2147483647
-
UlThruBin17
count
Number of uplink RBs with 22000 kbps ≤ throughput < 2400 kbps
CC
event
int
0~2147483647
-
UlThruBin18
count
Number of uplink RBs with 2400 kbps ≤ throughput < 2600 kbps
CC
event
int
0~2147483647
-
UlThruBin19
count
Number of uplink RBs with 2600 kbps ≤ throughput < 2800 kbps
CC
event
int
0~2147483647
-
UlThruBin20
count
Number of uplink RBs with 2800 kbps ≤ throughput < 3000 kbps
CC
event
int
0~2147483647
-
UlThruBin21
count
Number of uplink RBs with 3000 kbps ≤ throughput < 3400 kbps
CC
event
int
0~2147483647
-
UlThruBin22
count
Number of uplink RBs with 3400 kbps ≤ throughput < 3800 kbps
CC
event
int
0~2147483647
-
UlThruBin23
count
Number of uplink RBs with 3800 kbps ≤ throughput < 4200 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Collection
Collect
Cycle
Unit
UlThruBin24
count
Number of uplink RBs with 4200 kbps ≤ throughput < 4600 kbps
CC
event
int
0~2147483647
-
UlThruBin25
count
Number of uplink RBs with 4600 kbps ≤ throughput < 5000 kbps
CC
event
int
0~2147483647
-
UlThruBin26
count
Number of uplink RBs with 5000 kbps ≤ throughput < 5400 kbps
CC
event
int
0~2147483647
-
UlThruBin27
count
Number of uplink RBs with 5400 kbps ≤ throughput < 5800 kbps
CC
event
int
0~2147483647
-
UlThruBin28
count
Number of uplink RBs with 5800 kbps ≤ throughput < 6200 kbps
CC
event
int
0~2147483647
-
UlThruBin29
count
Number of uplink RBs with 6200 kbps ≤ throughput < 6600 kbps
CC
event
int
0~2147483647
-
UlThruBin30
count
Number of uplink RBs with 6600 kbps ≤ throughput < 7000 kbps
CC
event
int
0~2147483647
-
UlThruBin31
count
Number of uplink RBs with 7000 kbps ≤ throughput < 7800 kbps
CC
event
int
0~2147483647
-
UlThruBin32
count
Number of uplink RBs with 7800 kbps ≤ throughput < 8600 kbps
CC
event
int
0~2147483647
-
UlThruBin33
count
Number of uplink RBs with 8600 kbps ≤ throughput < 9400 kbps
CC
event
int
0~2147483647
-
UlThruBin34
count
Number of uplink RBs with 9400 kbps ≤ throughput < 10200 kbps
CC
event
int
0~2147483647
-
UlThruBin35
count
Number of uplink RBs with 10200 kbps ≤ throughput < 11000 kbps
CC
event
int
0~2147483647
-
UlThruBin36
count
Number of uplink RBs with 11000 kbps ≤ throughput < 11800 kbps
CC
event
int
0~2147483647
-
UlThruBin37
count
Number of uplink RBs with 11800 kbps ≤ throughput < 12600 kbps
CC
event
int
0~2147483647
-
UlThruBin38
count
Number of uplink RBs with 12600 kbps ≤ throughput < 13400 kbps
CC
event
int
0~2147483647
-
UlThruBin39
count
Number of uplink RBs with 13400 kbps ≤ throughput < 14200 kbps
CC
event
int
0~2147483647
-
UlThruBin40
count
Number of uplink RBs with 14200 kbps ≤ throughput < 15000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
UlThruBin41
count
Number of uplink RBs with 15000 kbps ≤ throughput < 16600 kbps
CC
event
int
0~2147483647
-
UlThruBin42
count
Number of uplink RBs with 16600 kbps ≤ throughput < 18200 kbps
CC
event
int
0~2147483647
-
UlThruBin43
count
Number of uplink RBs with 18200 kbps ≤ throughput < 19800 kbps
CC
event
int
0~2147483647
-
UlThruBin44
count
Number of uplink RBs with 19800 kbps ≤ throughput < 21400 kbps
CC
event
int
0~2147483647
-
UlThruBin45
count
Number of uplink RBs with 21400 kbps ≤ throughput < 23000 kbps
CC
event
int
0~2147483647
-
UlThruBin46
count
Number of uplink RBs with 23000 kbps ≤ throughput < 24600 kbps
CC
event
int
0~2147483647
-
UlThruBin47
count
Number of uplink RBs with 24600 kbps ≤ throughput < 26200 kbps
CC
event
int
0~2147483647
-
UlThruBin48
count
Number of uplink RBs with 26200 kbps ≤ throughput < 27800 kbps
CC
event
int
0~2147483647
-
UlThruBin49
count
Number of uplink RBs with 27800 kbps ≤ throughput < 29400 kbps
CC
event
int
0~2147483647
-
UlThruBin50
count
Number of uplink RBs with 29400 kbps ≤ throughput < 31000 kbps
CC
event
int
0~2147483647
-
UlThruBin51
count
Number of uplink RBs with 31000 kbps ≤ throughput < 34200 kbps
CC
event
int
0~2147483647
-
UlThruBin52
count
Number of uplink RBs with 34200 kbps ≤ throughput < 37400 kbps
CC
event
int
0~2147483647
-
UlThruBin53
count
Number of uplink RBs with 37400 kbps ≤ throughput < 40600 kbps
CC
event
int
0~2147483647
-
UlThruBin54
count
Number of uplink RBs with 40600 kbps ≤ throughput < 43800 kbps
CC
event
int
0~2147483647
-
UlThruBin55
count
Number of uplink RBs with 43800 kbps ≤ throughput < 47000 kbps
CC
event
int
0~2147483647
-
UlThruBin56
count
Number of uplink RBs with 47000 kbps ≤ throughput < 50200 kbps
CC
event
int
0~2147483647
-
UlThruBin57
count
Number of uplink RBs with 50200 kbps ≤ throughput < 53400 kbps
CC
event
int
0~2147483647
-
UlThruBin58
count
Number of uplink RBs with 53400 kbps ≤ throughput < 56600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Collection
Collect
Cycle
Unit
UlThruBin59
count
Number of uplink RBs with 56600 kbps ≤ throughput < 59800 kbps
CC
event
int
0~2147483647
-
UlThruBin60
count
Number of uplink RBs with 59800 kbps ≤ throughput < 63000 kbps
CC
event
int
0~2147483647
-
UlThruBin61
count
Number of uplink RBs with 63000 kbps ≤ throughput < 69400 kbps
CC
event
int
0~2147483647
-
UlThruBin62
count
Number of uplink RBs with 69400 kbps ≤ throughput < 75800 kbps
CC
event
int
0~2147483647
-
UlThruBin63
count
Number of uplink RBs with 75800 kbps ≤ throughput < 82200 kbps
CC
event
int
0~2147483647
-
UlThruBin64
count
Number of uplink RBs with 82200 kbps ≤ throughput < 88600 kbps
CC
event
int
0~2147483647
-
UlThruBin65
count
Number of uplink RBs with 88600 kbps ≤ throughput < 95000 kbps
CC
event
int
0~2147483647
-
UlThruBin66
count
Number of uplink RBs with 95000 kbps ≤ throughput < 101400 kbps
CC
event
int
0~2147483647
-
UlThruBin67
count
Number of uplink RBs with 101400 kbps ≤ throughput < 107800 kbps
CC
event
int
0~2147483647
-
UlThruBin68
count
Number of uplink RBs with 107800 kbps ≤ throughput < 114200 kbps
CC
event
int
0~2147483647
-
UlThruBin69
count
Number of uplink RBs with 114200 kbps ≤ throughput < 120600 kbps
CC
event
int
0~2147483647
-
UlThruBin70
count
Number of uplink RBs with 120600 kbps ≤ throughput < 127000 kbps
CC
event
int
0~2147483647
-
UlThruBin71
count
Number of uplink RBs with 127000 kbps ≤ throughput < 139800 kbps
CC
event
int
0~2147483647
-
UlThruBin72
count
Number of uplink RBs with 139800 kbps ≤ throughput < 152600 kbps
CC
event
int
0~2147483647
-
UlThruBin73
count
Number of uplink RBs with 152600 kbps ≤ throughput < 165400 kbps
CC
event
int
0~2147483647
-
UlThruBin74
count
Number of uplink RBs with 165400 kbps ≤ throughput < 178200 kbps
CC
event
int
0~2147483647
-
UlThruBin75
count
Number of uplink RBs with 178200 kbps ≤ throughput < 191000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
370
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
UlThruBin76
count
Number of uplink RBs with 191000 kbps ≤ throughput < 203800 kbps
CC
event
int
0~2147483647
-
UlThruBin77
count
Number of uplink RBs with 203800 kbps ≤ throughput < 216600 kbps
CC
event
int
0~2147483647
-
UlThruBin78
count
Number of uplink RBs with 216600 kbps ≤ throughput < 229400 kbps
CC
event
int
0~2147483647
-
UlThruBin79
count
Number of uplink RBs with 229400 kbps ≤ throughput < 242200 kbps
CC
event
int
0~2147483647
-
UlThruBin80
count
Number of uplink RBs with 242200 kbps ≤ throughput < 255000 kbps
CC
event
int
0~2147483647
-
UlThruBin81
count
Number of uplink RBs with 255000 kbps ≤ throughput < 280600 kbps
CC
event
int
0~2147483647
-
UlThruBin82
count
Number of uplink RBs with 280600 kbps ≤ throughput < 306200 kbps
CC
event
int
0~2147483647
-
UlThruBin83
count
Number of uplink RBs with 306200 kbps ≤ throughput < 331800 kbps
CC
event
int
0~2147483647
-
UlThruBin84
count
Number of uplink RBs with 331800 kbps ≤ throughput < 357400 kbps
CC
event
int
0~2147483647
-
UlThruBin85
count
Number of uplink RBs with 357400 kbps ≤ throughput < 383000 kbps
CC
event
int
0~2147483647
-
UlThruBin86
count
Number of uplink RBs with 383000 kbps ≤ throughput < 408600 kbps
CC
event
int
0~2147483647
-
UlThruBin87
count
Number of uplink RBs with 408600 kbps ≤ throughput < 434200 kbps
CC
event
int
0~2147483647
-
UlThruBin88
count
Number of uplink RBs with 434200 kbps ≤ throughput < 459800 kbps
CC
event
int
0~2147483647
-
UlThruBin89
count
Number of uplink RBs with 459800 kbps ≤ throughput < 485400 kbps
CC
event
int
0~2147483647
-
UlThruBin90
count
Number of uplink RBs with 485400 kbps ≤ throughput < 511000 kbps
CC
event
int
0~2147483647
-
UlThruBin91
count
Number of uplink RBs with 511000 kbps ≤ throughput < 562200 kbps
CC
event
int
0~2147483647
-
UlThruBin92
count
Number of uplink RBs with 562200 kbps ≤ throughput < 613400 kbps
CC
event
int
0~2147483647
-
UlThruBin93
count
Number of uplink RBs with 613400 kbps ≤ throughput < 664600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
371
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
UlThruBin94
count
Number of uplink RBs with 664600 kbps ≤ throughput < 715800 kbps
CC
event
int
0~2147483647
-
UlThruBin95
count
Number of uplink RBs with 715800 kbps ≤ throughput < 767000 kbps
CC
event
int
0~2147483647
-
UlThruBin96
count
Number of uplink RBs with 767000 kbps ≤ throughput < 818200 kbps
CC
event
int
0~2147483647
-
UlThruBin97
count
Number of uplink RBs with 818200 kbps ≤ throughput < 869400 kbps
CC
event
int
0~2147483647
-
UlThruBin98
count
Number of uplink RBs with 869400 kbps ≤ throughput < 920600 kbps
CC
event
int
0~2147483647
-
UlThruBin99
count
Number of uplink RBs with 920600 kbps ≤ throughput < 971800 kbps
CC
event
int
0~2147483647
-
UlThruBin100
count
Number of uplink RBs with 971800 kbps ≤ throughput < 1023000 kbps
CC
event
int
0~2147483647
-
UlThruBin101
count
Number of uplink RBs with throughput ≥ 1023000 kbps
CC
event
int
0~2147483647
-
DlThruBin1
count
Number of downlink RBs with 0 kbps ≤ throughput < 100 kbps
CC
event
int
0~2147483647
-
DlThruBin2
count
Number of downlink RBs with 100 kbps ≤ throughput < 200 kbps
CC
event
int
0~2147483647
-
DlThruBin3
count
Number of downlink RBs with 200 kbps ≤ throughput < 300 kbps
CC
event
int
0~2147483647
-
DlThruBin4
count
Number of downlink RBs with 300 kbps ≤ throughput < 400 kbps
CC
event
int
0~2147483647
-
DlThruBin5
count
Number of downlink RBs with 400 kbps ≤ throughput < 500 kbps
CC
event
int
0~2147483647
-
DlThruBin6
count
Number of downlink RBs with 500 kbps ≤ throughput < 600 kbps
CC
event
int
0~2147483647
-
DlThruBin7
count
Number of downlink RBs with 600 kbps ≤ throughput < 700 kbps
CC
event
int
0~2147483647
-
DlThruBin8
count
Number of downlink RBs with 700 kbps ≤ throughput < 800 kbps
CC
event
int
0~2147483647
-
DlThruBin9
count
Number of downlink RBs with 800 kbps ≤ throughput < 900 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
372
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlThruBin10
count
Number of downlink RBs with 900 kbps ≤ throughput < 1000 kbps
CC
event
int
0~2147483647
-
DlThruBin11
count
Number of downlink RBs with 1000 kbps ≤ throughput < 1200 kbps
CC
event
int
0~2147483647
-
DlThruBin12
count
Number of downlink RBs with 1200 kbps ≤ throughput < 1400 kbps
CC
event
int
0~2147483647
-
DlThruBin13
count
Number of downlink RBs with 1400 kbps ≤ throughput < 1600 kbps
CC
event
int
0~2147483647
-
DlThruBin14
count
Number of downlink RBs with 1600 kbps ≤ throughput < 1800 kbps
CC
event
int
0~2147483647
-
DlThruBin15
count
Number of downlink RBs with 1800 kbps ≤ throughput < 2000 kbps
CC
event
int
0~2147483647
-
DlThruBin16
count
Number of downlink RBs with 2000 kbps ≤ throughput < 2200 kbps
CC
event
int
0~2147483647
-
DlThruBin17
count
Number of downlink RBs with 2200 kbps ≤ throughput < 2400 kbps
CC
event
int
0~2147483647
-
DlThruBin18
count
Number of downlink RBs with 2400 kbps ≤ throughput < 2600 kbps
CC
event
int
0~2147483647
-
DlThruBin19
count
Number of downlink RBs with 2600 kbps ≤ throughput < 2800 kbps
CC
event
int
0~2147483647
-
DlThruBin20
count
Number of downlink RBs with 2800 kbps ≤ throughput < 3000 kbps
CC
event
int
0~2147483647
-
DlThruBin21
count
Number of downlink RBs with 3000 kbps ≤ throughput < 3400 kbps
CC
event
int
0~2147483647
-
DlThruBin22
count
Number of downlink RBs with 3400 kbps ≤ throughput < 3800 kbps
CC
event
int
0~2147483647
-
DlThruBin23
count
Number of downlink RBs with 3800 kbps ≤ throughput < 4200 kbps
CC
event
int
0~2147483647
-
DlThruBin24
count
Number of downlink RBs with 4200 kbps ≤ throughput < 4600 kbps
CC
event
int
0~2147483647
-
DlThruBin25
count
Number of downlink RBs with 4600 kbps ≤ throughput < 5000 kbps
CC
event
int
0~2147483647
-
DlThruBin26
count
Number of downlink RBs with 5000 kbps ≤ throughput < 5400 kbps
CC
event
int
0~2147483647
-
DlThruBin27
count
Number of downlink RBs with 5400 kbps ≤ throughput < 5800 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
373
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin28
count
Number of downlink RBs with 5800 kbps ≤ throughput < 6200 kbps
CC
event
int
0~2147483647
-
DlThruBin29
count
Number of downlink RBs with 6200 kbps ≤ throughput < 6600 kbps
CC
event
int
0~2147483647
-
DlThruBin30
count
Number of downlink RBs with 6600 kbps ≤ throughput < 7000 kbps
CC
event
int
0~2147483647
-
DlThruBin31
count
Number of downlink RBs with 7000 kbps ≤ throughput < 7800 kbps
CC
event
int
0~2147483647
-
DlThruBin32
count
Number of downlink RBs with 7800 kbps ≤ throughput < 8600 kbps
CC
event
int
0~2147483647
-
DlThruBin33
count
Number of downlink RBs with 8600 kbps ≤ throughput < 9400 kbps
CC
event
int
0~2147483647
-
DlThruBin34
count
Number of downlink RBs with 9400 kbps ≤ throughput < 10200 kbps
CC
event
int
0~2147483647
-
DlThruBin35
count
Number of downlink RBs with 10200 kbps ≤ throughput < 11000 kbps
CC
event
int
0~2147483647
-
DlThruBin36
count
Number of downlink RBs with 11000 kbps ≤ throughput < 11800 kbps
CC
event
int
0~2147483647
-
DlThruBin37
count
Number of downlink RBs with 11800 kbps ≤ throughput < 12600 kbps
CC
event
int
0~2147483647
-
DlThruBin38
count
Number of downlink RBs with 12600 kbps ≤ throughput < 13400 kbps
CC
event
int
0~2147483647
-
DlThruBin39
count
Number of downlink RBs with 13400 kbps ≤ throughput < 14200 kbps
CC
event
int
0~2147483647
-
DlThruBin40
count
Number of downlink RBs with 14200 kbps ≤ throughput < 15000 kbps
CC
event
int
0~2147483647
-
DlThruBin41
count
Number of downlink RBs with 15000 kbps ≤ throughput < 16600 kbps
CC
event
int
0~2147483647
-
DlThruBin42
count
Number of downlink RBs with 16600 kbps ≤ throughput < 18200 kbps
CC
event
int
0~2147483647
-
DlThruBin43
count
Number of downlink RBs with 18200 kbps ≤ throughput < 19800 kbps
CC
event
int
0~2147483647
-
DlThruBin44
count
Number of downlink RBs with 19800 kbps ≤ throughput < 21400 kbps
CC
event
int
0~2147483647
-
DlThruBin45
count
Number of downlink RBs with 21400 kbps ≤ throughput < 23000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
374
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin46
count
Number of downlink RBs with 23000 kbps ≤ throughput < 24600 kbps
CC
event
int
0~2147483647
-
DlThruBin47
count
Number of downlink RBs with 24600 kbps ≤ throughput < 26200 kbps
CC
event
int
0~2147483647
-
DlThruBin48
count
Number of downlink RBs with 26200 kbps ≤ throughput < 27800 kbps
CC
event
int
0~2147483647
-
DlThruBin49
count
Number of downlink RBs with 27800 kbps ≤ throughput < 29400 kbps
CC
event
int
0~2147483647
-
DlThruBin50
count
Number of downlink RBs with 29400 kbps ≤ throughput < 31000 kbps
CC
event
int
0~2147483647
-
DlThruBin51
count
Number of downlink RBs with 31000 kbps ≤ throughput < 34200 kbps
CC
event
int
0~2147483647
-
DlThruBin52
count
Number of downlink RBs with 34200 kbps ≤ throughput < 37400 kbps
CC
event
int
0~2147483647
-
DlThruBin53
count
Number of downlink RBs with 37400 kbps ≤ throughput < 40600 kbps
CC
event
int
0~2147483647
-
DlThruBin54
count
Number of downlink RBs with 40600 kbps ≤ throughput < 43800 kbps
CC
event
int
0~2147483647
-
DlThruBin55
count
Number of downlink RBs with 43800 kbps ≤ throughput < 47000 kbps
CC
event
int
0~2147483647
-
DlThruBin56
count
Number of downlink RBs with 47000 kbps ≤ throughput < 50200 kbps
CC
event
int
0~2147483647
-
DlThruBin57
count
Number of downlink RBs with 50200 kbps ≤ throughput < 53400 kbps
CC
event
int
0~2147483647
-
DlThruBin58
count
Number of downlink RBs with 53400 kbps ≤ throughput < 56600 kbps
CC
event
int
0~2147483647
-
DlThruBin59
count
Number of downlink RBs with 56600 kbps ≤ throughput < 59800 kbps
CC
event
int
0~2147483647
-
DlThruBin60
count
Number of downlink RBs with 59800 kbps ≤ throughput < 63000 kbps
CC
event
int
0~2147483647
-
DlThruBin61
count
Number of downlink RBs with 63000 kbps ≤ throughput < 69400 kbps
CC
event
int
0~2147483647
-
DlThruBin62
count
Number of downlink RBs with 69400 kbps ≤ throughput < 75800 kbps
CC
event
int
0~2147483647
-
DlThruBin63
count
Number of downlink RBs with 75800 kbps ≤ throughput < 82200 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
375
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Collection
Collect
Cycle
Unit
DlThruBin64
count
Number of downlink RBs with 82200 kbps ≤ throughput < 88600 kbps
CC
event
int
0~2147483647
-
DlThruBin65
count
Number of downlink RBs with 88600 kbps ≤ throughput < 95000 kbps
CC
event
int
0~2147483647
-
DlThruBin66
count
Number of downlink RBs with 95000 kbps ≤ throughput < 101400 kbps
CC
event
int
0~2147483647
-
DlThruBin67
count
Number of downlink RBs with 101400 kbps ≤ throughput < 107800 kbps
CC
event
int
0~2147483647
-
DlThruBin68
count
Number of downlink RBs with 107800 kbps ≤ throughput < 114200 kbps
CC
event
int
0~2147483647
-
DlThruBin69
count
Number of downlink RBs with 114200 kbps ≤ throughput < 120600 kbps
CC
event
int
0~2147483647
-
DlThruBin70
count
Number of downlink RBs with 120600 kbps ≤ throughput < 127000 kbps
CC
event
int
0~2147483647
-
DlThruBin71
count
Number of downlink RBs with 127000 kbps ≤ throughput < 139800 kbps
CC
event
int
0~2147483647
-
DlThruBin72
count
Number of downlink RBs with 139800 kbps ≤ throughput < 152600 kbps
CC
event
int
0~2147483647
-
DlThruBin73
count
Number of downlink RBs with 152600 kbps ≤ throughput < 165400 kbps
CC
event
int
0~2147483647
-
DlThruBin74
count
Number of downlink RBs with 165400 kbps ≤ throughput < 178200 kbps
CC
event
int
0~2147483647
-
DlThruBin75
count
Number of downlink RBs with 178200 kbps ≤ throughput < 191000 kbps
CC
event
int
0~2147483647
-
DlThruBin76
count
Number of downlink RBs with 191000 kbps ≤ throughput < 203800 kbps
CC
event
int
0~2147483647
-
DlThruBin77
count
Number of downlink RBs with 203800 kbps ≤ throughput < 216600 kbps
CC
event
int
0~2147483647
-
DlThruBin78
count
Number of downlink RBs with 216600 kbps ≤ throughput < 229400 kbps
CC
event
int
0~2147483647
-
DlThruBin79
count
Number of downlink RBs with 229400 kbps ≤ throughput < 242200 kbps
CC
event
int
0~2147483647
-
DlThruBin80
count
Number of downlink RBs with 242200 kbps ≤ throughput < 255000 kbps
CC
event
int
0~2147483647
-
DlThruBin81
count
Number of downlink RBs with 255000 kbps ≤ throughput < 280600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
376
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin82
count
Number of downlink RBs with 280600 kbps ≤ throughput < 306200 kbps
CC
event
int
0~2147483647
-
DlThruBin83
count
Number of downlink RBs with 306200 kbps ≤ throughput < 331800 kbps
CC
event
int
0~2147483647
-
DlThruBin84
count
Number of downlink RBs with 331800 kbps ≤ throughput < 357400 kbps
CC
event
int
0~2147483647
-
DlThruBin85
count
Number of downlink RBs with 357400 kbps ≤ throughput < 383000 kbps
CC
event
int
0~2147483647
-
DlThruBin86
count
Number of downlink RBs with 383000 kbps ≤ throughput < 408600 kbps
CC
event
int
0~2147483647
-
DlThruBin87
count
Number of downlink RBs with 408600 kbps ≤ throughput < 434200 kbps
CC
event
int
0~2147483647
-
DlThruBin88
count
Number of downlink RBs with 434200 kbps ≤ throughput < 459800 kbps
CC
event
int
0~2147483647
-
DlThruBin89
count
Number of downlink RBs with 459800 kbps ≤ throughput < 485400 kbps
CC
event
int
0~2147483647
-
DlThruBin90
count
Number of downlink RBs with 485400 kbps ≤ throughput < 511000 kbps
CC
event
int
0~2147483647
-
DlThruBin91
count
Number of downlink RBs with 511000 kbps ≤ throughput < 562200 kbps
CC
event
int
0~2147483647
-
DlThruBin92
count
Number of downlink RBs with 562200 kbps ≤ throughput < 613400 kbps
CC
event
int
0~2147483647
-
DlThruBin93
count
Number of downlink RBs with 613400 kbps ≤ throughput < 664600 kbps
CC
event
int
0~2147483647
-
DlThruBin94
count
Number of downlink RBs with 664600 kbps ≤ throughput < 715800 kbps
CC
event
int
0~2147483647
-
DlThruBin95
count
Number of downlink RBs with 715800 kbps ≤ throughput < 767000 kbps
CC
event
int
0~2147483647
-
DlThruBin96
count
Number of downlink RBs with 767000 kbps ≤ throughput < 818200 kbps
CC
event
int
0~2147483647
-
DlThruBin97
count
Number of downlink RBs with 818200 kbps ≤ throughput < 869400 kbps
CC
event
int
0~2147483647
-
DlThruBin98
count
Number of downlink RBs with 869400 kbps ≤ throughput < 920600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
377
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlThruBin99
Unit
Definition
count
Number of downlink RBs with 920600 kbps ≤ throughput
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
< 971800 kbps DlThruBin100
count
Number of downlink RBs with 971800 kbps ≤ throughput < 1023000 kbps
DlThruBin101
count
Number of downlink RBs with throughput ≥ 1023000 kbps
CC
event
int
0~2147483647
-
UlThruAvg
kbps
Average value of user uplink throughput
GAUGE
event
int
0~2147483647
sum (UlThruTot)/ sum (UlThruCnt)
UlThruMax
kbps
Maximum value of user uplink throughput
GAUGE
event
int
0~2147483647
max (UlThruMax)
UlThruMin
kbps
Minimum value of user uplink throughput
GAUGE
event
int
0~2147483647
min (UlThruMin)
UlThruTot
kbps
Sum of User uplink throughput collected
GAUGE
event
int
0~2147483647
-
UlThruCnt
count
User uplink throughput collection count
GAUGE
event
int
0~2147483647
-
DlThruAvg
kbps
Average value of user downlink throughput
GAUGE
event
int
0~2147483647
sum (DlThruTot)/ sum (DlThruCnt)
DlThruMax
kbps
Maximum value of user downlink throughput
GAUGE
event
int
0~2147483647
max (DlThruMax)
DlThruMin
kbps
Minimum value of user downlink throughput
GAUGE
event
int
0~2147483647
min (DlThruMin)
DlThruTot
kbps
Sum of user downlink throughput collected
GAUGE
event
int
0~2147483647
-
DlThruCnt
count
User downlink throughput collection count
GAUGE
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
378
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
24.2 Delay Distribution Packet delay distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin1
count
Number of downlink RBs with 0 ms ≤ delay < 10 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin2
count
Number of downlink RBs with 10 ms ≤ delay < 20 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin3
count
Number of downlink RBs with 20 ms ≤ delay < 30 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin4
count
Number of downlink RBs with 30 ms ≤ delay < 40 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin5
count
Number of downlink RBs with 40 ms ≤ delay < 50 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin6
count
Number of downlink RBs with 50 ms ≤ delay < 60 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin7
count
Number of downlink RBs with 60 ms ≤ delay < 70 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
379
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Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin8
count
Number of downlink RBs with 70 ms ≤ delay < 80 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin9
count
Number of downlink RBs with 80 ms ≤ delay < 90 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin10
count
Number of downlink RBs with 90 ms ≤ delay < 100 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin11
count
Number of downlink RBs with 100 ms ≤ delay < 110 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin12
count
Number of downlink RBs with 110 ms ≤ delay < 120 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin13
count
Number of downlink RBs with 120 ms ≤ delay < 130 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin14
count
Number of downlink RBs with 130 ms ≤ delay < 140 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin15
count
Number of downlink RBs with 140 ms ≤ delay < 150 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin16
count
Number of downlink RBs with 150 ms ≤ delay < 160 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin17
count
Number of downlink RBs with 160 ms ≤ delay < 170 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin18
count
Number of downlink RBs with 170 ms ≤ delay < 180 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin19
count
Number of downlink RBs with 180 ms ≤ delay < 190 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin20
count
Number of downlink RBs with 190 ms ≤ delay < 200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin21
count
Number of downlink RBs with 200 ms ≤ delay < 210 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin22
count
Number of downlink RBs with 210 ms ≤ delay < 220 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin23
count
Number of downlink RBs with 220 ms ≤ delay < 230 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin24
count
Number of downlink RBs with 230 ms ≤ delay < 240 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin25
count
Number of downlink RBs with 240 ms ≤ delay < 250 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
380
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Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin26
count
Number of downlink RBs with 250 ms ≤ delay < 260 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin27
count
Number of downlink RBs with 260 ms ≤ delay < 270 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin28
count
Number of downlink RBs with 270 ms ≤ delay < 280 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin29
count
Number of downlink RBs with 280 ms ≤ delay < 290 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin30
count
Number of downlink RBs with 290 ms ≤ delay < 300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin31
count
Number of downlink RBs with 300 ms ≤ delay < 320 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin32
count
Number of downlink RBs with 320 ms ≤ delay < 340 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin33
count
Number of downlink RBs with 340 ms ≤ delay < 360 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin34
count
Number of downlink RBs with 360 ms ≤ delay < 380 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin35
count
Number of downlink RBs with 380 ms ≤ delay < 400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin36
count
Number of downlink RBs with 400 ms ≤ delay < 420 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin37
count
Number of downlink RBs with 420 ms ≤ delay < 440 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin38
count
Number of downlink RBs with 440 ms ≤ delay < 460 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin39
count
Number of downlink RBs with 460 ms ≤ delay < 480 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin40
count
Number of downlink RBs with 480 ms ≤ delay < 500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin41
count
Number of downlink RBs with 500 ms ≤ delay < 550 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin42
count
Number of downlink RBs with 550 ms ≤ delay < 600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin43
count
Number of downlink RBs with 600 ms ≤ delay < 650 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
381
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin44
count
Number of downlink RBs with 650 ms ≤ delay < 700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin45
count
Number of downlink RBs with 700 ms ≤ delay < 750 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin46
count
Number of downlink RBs with 750 ms ≤ delay < 800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin47
count
Number of downlink RBs with 800 ms ≤ delay < 850 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin48
count
Number of downlink RBs with 850 ms ≤ delay < 900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin49
count
Number of downlink RBs with 900 ms ≤ delay < 950 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin50
count
Number of downlink RBs with 950 ms ≤ delay < 1000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin51
count
Number of downlink RBs with 1000 ms ≤ delay < 1100 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin52
count
Number of downlink RBs with 1100 ms ≤ delay < 1200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin53
count
Number of downlink RBs with 1200 ms ≤ delay < 1300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin54
count
Number of downlink RBs with 1300 ms ≤ delay < 1400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin55
count
Number of downlink RBs with 1400 ms ≤ delay < 1500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin56
count
Number of downlink RBs with 1500 ms ≤ delay < 1600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin57
count
Number of downlink RBs with 1600 ms ≤ delay < 1700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin58
count
Number of downlink RBs with 1700 ms ≤ delay < 1800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin59
count
Number of downlink RBs with 1800 ms ≤ delay < 1900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin60
count
Number of downlink RBs with 1900 ms ≤ delay < 2000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin61
count
Number of downlink RBs with 2000 ms ≤ delay < 2100 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
382
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RlcDlDelayBin62
count
Number of downlink RBs with 2100 ms ≤ delay < 2200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin63
count
Number of downlink RBs with 2200 ms ≤ delay < 2300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin64
count
Number of downlink RBs with 2300 ms ≤ delay < 2400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin65
count
Number of downlink RBs with 2400 ms ≤ delay < 2500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin66
count
Number of downlink RBs with 2500 ms ≤ delay < 2600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin67
count
Number of downlink RBs with 2600 ms ≤ delay < 2700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin68
count
Number of downlink RBs with 2700 ms ≤ delay < 2800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin69
count
Number of downlink RBs with 2800 ms ≤ delay < 2900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin70
count
Number of downlink RBs with 2900 ms ≤ delay < 3000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin71
count
Number of downlink RBs with delay ≥ 3000 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
383
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
24.3 Drop Distribution Packet drop and loss distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
PdcpSduDropRateDlBin1
count
Definition Number of downlink RBs with SDU packet drop rate ≤
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
0 ppm PdcpSduDropRateDlBin2
count
Number of downlink RBs with 0 ppm < SDU packet drop rate ≤ 1 ppm
PdcpSduDropRateDlBin3
count
Number of downlink RBs with 1 ppm < SDU packet drop rate ≤ 10 ppm
LTE Counter Description_SLR2.3
384
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
PdcpSduDropRateDlBin4
count
Definition Number of downlink RBs with 10 ppm < SDU packet
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
drop rate ≤ 100 ppm PdcpSduDropRateDlBin5
count
Number of downlink RBs with 100 ppm < SDU packet drop rate ≤ 1000 ppm
PdcpSduDropRateDlBin6
count
Number of downlink RBs with 1000 ppm < SDU packet drop rate ≤ 10000 ppm
PdcpSduDropRateDlBin7
count
Number of downlink RBs with 10000 ppm < SDU packet drop rate ≤ 100000 ppm
PdcpSduDropRateDlBin8
count
Number of downlink RBs with 100000 ppm < SDU packet drop rate ≤ 1000000 ppm
RlcSduDropRateDlBin1
count
Number of downlink RBs with PDU packet drop rate ≤ 0
CC
event
int
0~2147483647
-
RlcSduDropRateDlBin2
count
Number of downlink RBs with 0 < PDU packet drop rate
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
≤ 0.000001 RlcSduDropRateDlBin3
count
Number of downlink RBs with 0.000001 < PDU packet drop rate ≤ 0.00001
RlcSduDropRateDlBin4
count
Number of downlink RBs with 0.00001 < PDU packet drop rate ≤ 0.0001
RlcSduDropRateDlBin5
count
Number of downlink RBs with 0.0001 < PDU packet drop rate ≤ 0.001
LTE Counter Description_SLR2.3
385
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) How to Collect
Collection Cycle
Type
Number of downlink RBs with 0.001 < PDU packet drop rate ≤ 0.01
CC
event
int
0~2147483647
-
count
Number of downlink RBs with 0.01 < PDU packet drop rate ≤ 0.1
CC
event
int
0~2147483647
-
RlcSduDropRateDlBin8
count
Number of downlink RBs with 0.1 < PDU packet drop rate ≤ 1
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin1
count
Number of uplink RBs with SDU packet loss rate ≤ 0 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin2
count
Number of uplink RBs with 0 ppm < SDU packet loss rate ≤ 1 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin3
count
Number of uplink RBs with 1 ppm < SDU packet loss rate ≤ 10 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin4
count
Number of uplink RBs with 10 ppm < SDU packet loss rate ≤ 100 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin5
count
Number of uplink RBs with 100 ppm < SDU packet loss rate ≤ 1000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin6
count
Number of uplink RBs with 1000 ppm < SDU packet loss rate ≤ 10000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin7
count
Number of uplink RBs with 10000 ppm < SDU packet loss rate ≤ 100000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin8
count
Number of uplink RBs with 100000 ppm < SDU packet loss rate ≤ 1000000 ppm
CC
event
int
0~2147483647
-
Item
Unit
Definition
RlcSduDropRateDlBin6
count
RlcSduDropRateDlBin7
LTE Counter Description_SLR2.3
Min/Max
Formula
386
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
24.4 CQI Distribution CQI distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CqiBin1
count
Number of RBs that use CQI 1
CC
event
int
0~2147483647
-
CqiBin2
count
Number of RBs that use CQI 2
CC
event
int
0~2147483647
-
CqiBin3
count
Number of RBs that use CQI 3
CC
event
int
0~2147483647
-
CqiBin4
count
Number of RBs that use CQI 4
CC
event
int
0~2147483647
-
CqiBin5
count
Number of RBs that use CQI 5
CC
event
int
0~2147483647
-
CqiBin6
count
Number of RBs that use CQI 6
CC
event
int
0~2147483647
-
CqiBin7
count
Number of RBs that use CQI 7
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
387
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CqiBin8
count
Number of RBs that use CQI 8
CC
event
int
0~2147483647
-
CqiBin9
count
Number of RBs that use CQI 9
CC
event
int
0~2147483647
-
CqiBin10
count
Number of RBs that use CQI 10
CC
event
int
0~2147483647
-
CqiBin11
count
Number of RBs that use CQI 11
CC
event
int
0~2147483647
-
CqiBin12
count
Number of RBs that use CQI 12
CC
event
int
0~2147483647
-
CqiBin13
count
Number of RBs that use CQI 13
CC
event
int
0~2147483647
-
CqiBin14
count
Number of RBs that use CQI 14
CC
event
int
0~2147483647
-
CqiBin15
count
Number of RBs that use CQI 15
CC
event
int
0~2147483647
-
CqiBin16
count
Number of RBs that use CQI 16
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
388
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
25. KPI Calculates the KPI defined in 3GPP 32.450 and provides to the EMS.
25.1 ACCESSIBILITY A KPI that shows probability for an end-user to be provided with an E-RAB at request. Probability success rate for E-RABs establishment. Successful attempts compared with total number of attempts for the different parts of the E-RAB establishment
SAEB.NbrSu ccEstabInit.QCI RRC.SuccCo nnEstab.cause S1SIG.Conn EstabSucc QCI A1 InitialEPS BEstabSR cause 100 RRC.AttConnEstab.cause S1SIG.Conn EstabAtt SAEB.NbrAttEstabInit.QCI cause
A2 AddedEPSBE stabSR
QCI
SAEB.NbrSu ccEstabAdd.QCI 100 SAEB.NbrAttEstabAdd.QCI
QCI
QCI
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
LTE Counter Description_SLR2.3
389
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
[Statistics Type]
Item ErabAccessibili
Unit %
tyInit
Definition Initial E-RAB establishment success rate.
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
E-RAB Success/ERAB Attempt
Formula (sum (sumRrc_ConnEstabSucc)/ sum (sumRrc_ConnEstabAtt))*(sum (sumS1sig_S1ConnEstabSucc)/sum (sumS1sig_S1ConnEstabAtt))*(sum (sumErab_EstabInitSuccNbr)/sum (sumErab_EstabInitAttNbr))*100
sumRrc_ConnE
count
Sum of RRC ESTAB success count
OW
Period
int
0~2147483647
-
count
Sum of RRC ESTAB attempt count
OW
Period
int
0~2147483647
-
count
Sum of UE logical S1 connection setup
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
stabSucc sumRrc_ConnE stabAtt sumS1sig_S1Co nnEstabSucc sumS1sig_S1Co
success count count
nnEstabAtt sumErab_Estab
Sum of UE logical S1 connection setup attempt count
count
Sum of ERAB setup success count
OW
Period
int
0~2147483647
-
count
Sum of ERAB setup attempt count
OW
Period
int
0~2147483647
-
InitSuccNbr sumErab_Estab InitAttNbr
LTE Counter Description_SLR2.3
390
DOC. Code: 2600-00F462GAT
Version: 1.0
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(Continued) Item ErabAccessibili
Unit %
tyAdd
Definition Added E-RAB establishment success rate
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Added E-RAN Success/Added ERAB
Formula (sum (sumErab_EstabAddSuccNbr)/ sum (sumErab_EstabAddAttNbr))*100
Attempt sumErab_Estab
count
AddSuccNbr sumErab_Estab
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
if ((sum (sumRrc_ConnEstabAtt)=0),
count count
AddAttNbr ErabConnection
Sum of ERAB additional setup success Sum of ERAB additional setup attempt count
%
FailureRate
probability for an end-user to not be provided with an E-UTRAN Radio
0, if ((sum (sumS1sig_S1ConnEstabAtt)
Access Bearer at initial request
=0), 0, if ((sum (sumErab_ EstabInitAttNbr)=0),0,100-(sum (sumRrc_ConnEstabSucc)/sum (sumRrc_ConnEstabAtt))*(sum (sumS1sig_S1ConnEstabSucc)/sum (sumS1sig_S1ConnEstabAtt))*(sum (sumErab_EstabInitSuccNbr)/sum (sumErab_EstabInitAttNbr))*100)))
LTE Counter Description_SLR2.3
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25.2 RETAINABILITY A measurement that shows how often an end-user abnormally looses an E-RAB during the time the E-RAB is used.
R2
SAEB. Re lAct .QCI QCI
SAEB.SessionTimeUE
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item ErabRetainability
Unit %
Definition Number of E-RABs with data in a buffer that
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~3.4*10^38
was abnormally released sumRelActive
count
Number of active E-RABs, for which a call is
Formula sum (sumRelActive)/sum (RetainSessionTimeUE)*100
OW
Period
int
0~2147483647
-
OW
Period
float
0~60*Period*1000
-
released due to abnormal operation in eNB. RetainSessionTi
ms
Total In-session Time of UE
meUE
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25.3 INTEGRITY A KPI that shows how E-UTRAN impacts the service quality provided to an end-user. Payload data volume on IP level per elapsed time unit on the Uu interface. E-UTRAN IP Throughput
V _ tp _ DL IP_ Throughput Samples
T _ tp _ DL Samples
E-UTRAN IP Latency Downlink
LatQCI x DRB.IPLatDlQCI x
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
LTE Counter Description_SLR2.3
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[Statistics Type] Collection
Collect
Cycle
Unit
EutranIpThroughput
kbps
EutranIpThroughput for each QCI
OW
Period
float
0~3.4*10^38
avg (EutranIpThroughput)
EutranIpLatency
ms
EutranIpLatency for each QCI
OW
Period
float
0~60*Period*1000
avg (EutranIpLatency)
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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25.4 AVAILABILITY A KPI that shows Availability of E-UTRAN Cell. Percentage of time that the cell is considered available. For the cell availability, provides the statistics of the elapsed time from the cell down due to the fault until its recovery. E-UTRAN Cell Availability
CellAvaila bility
measuremen t_period - RRU.CellUnavailableT ime.[cause ] cause
measurement _ period
100
[Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item EutranCellAvailability
Unit %
Definition Percentage of time that the cell is
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
considered available
Formula (sum (cellAvail_pmPeriodTime)-sum (read_CellUnavailableTime))*100/ sum (cellAvail_pmPeriodTime)
read_CellUnavailableTime
s
Measures the disabled time per
OW
Period
int
0~60*Period
-
OW
Period
int
0~60*Period
-
measurement period. cellAvail_pmPeriodTime
LTE Counter Description_SLR2.3
s
Data collection period.
395
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25.5 MOBILITY A KPI that shows how E-UTRAN Mobility functionality is working. Success rate of E-UTRAN Mobility. Mobility Success RateQCI x
HO.ExeSucc HO.PrepSucc.QCIQCI x 100% HO.ExeAtt HO.PrepAtt.QCIQCI x
The handover is calculated for each case to produce the KPI. Intra eNB Handover X2 Handover Out X2 Handover In S1 Handover Out S1 Handover In Inter-RAT HPRD Handover HO.PrepAtt.QCI is calculated by HO.PrepSucc.QCI+HO.PrepFail.QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
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[Statistics Type]
Item EutranMobilityHOI
Unit %
ntra
Definition HOIntra Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOIntra_Succ)/sum (sumHOIntra_Att)*(sum (sumHOIntra_PrepSucc)/sum (sumHOIntra_Att))*100
sumHOIntra_Att
count
Sum of intra handover attempt count
OW
Period
int
0~2147483647
-
sumHOIntra_Succ
count
Sum of intra handover execution success
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOX2Out_Succ)/
count sumHOIntra_PrepSu
count
cc EutranMobilityHOX
Sum of intra handover preparation success count
%
2Out
HOX2Out Success rate of E-UTRAN Mobility
sum (sumHOX2Out_Att)*(sum (sumHOX2Out_PrepSucc)/ sum (sumHOX2Out_Att))* 100
sumHOX2Out_Att
count
Sum of X2 handover attempt count by
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
SeNB sumHOX2Out_Succ
count
Sum of X2 handover execution success count by SeNB
sumHOX2Out_Prep Succ
LTE Counter Description_SLR2.3
count
Sum of X2 handover preparation success count by SeNB
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(Continued) Item EutranMobilityHOX
Unit %
2In
Definition HOX2In Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOX2In_Succ)/sum (sumHOX2In_Att)*(sum (sumHOX2In_PrepSucc)/sum (sumHOX2In_Att))*100
sumHOX2In_Att
count
Sum of X2 handover attempt count by TeNB
OW
Period
int
0~2147483647
-
sumHOX2In_Succ
count
Sum of X2 handover execution success count
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOS1Out_Succ)/sum
by TeNB sumHOX2In_PrepS
count
ucc EutranMobilityHOS
Sum of X2 handover preparation success count by TeNB
%
1Out
HOIS1Out Success rate of E-UTRAN Mobility
(sumHOS1Out_Att)*(sum (sumHOS1Out_PrepSucc)/sum (sumHOS1Out_Att))*100
sumHOS1Out_Att
count
Sum of S1 handover attempt count by SeNB
OW
Period
int
0~2147483647
-
sumHOS1Out_Succ
count
Sum of S1 handover execution success count
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
by SeNB sumHOS1Out_Prep Succ
LTE Counter Description_SLR2.3
count
Sum of S1 handover preparation success count by SeNB
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(Continued) Item EutranMobilityHOS1In
Unit %
Definition HOS1In Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOS1In_Succ)/sum (sumHOS1In_Att)*(sum (sumHOS1In_PrepSucc)/sum (sumHOS1In_Att))*100
sumHOS1In_Att
count
Sum of S1 handover attempt count by
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatHrpd_Succ)/
TeNB sumHOS1In_Succ
count
Sum of S1 handover execution success count by TeNB
sumHOS1In_PrepSucc
count
Sum of S1 handover preparation success count by TeNB
EutranMobilityHOInter
%
RatHrpd
HOInterRat Success rate of EUTRAN Mobility
sum (sumHOInterRatHrpd_Att)* (sum (sumHOInterRatHrpd_Prep Succ)/sum (sumHOInterRatHrpd_ Att))*100
sumHOInterRatHrpd_
count
Att sumHOInterRatHrpd_ Succ
LTE Counter Description_SLR2.3
Sum of Inter RAT Optimized HRPD
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
handover attempt count count
Sum of Inter RAT Optimized HRPD handover execution success count
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(Continued) Item sumHOInterRatHrpd_
Unit count
PrepSucc
Definition Sum of Inter RAT Optimized
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatUtranOut_
HRPD handover preparation success count
EutranMobilityHOInter
%
RatUtranOut
HOInterRatUtranOut rate of EUTRAN Mobility
Succ)/sum (sumHOInterRatUtran Out_Att)*(sum (sumHOInterRat UtranOut_PrepSucc)/sum (sumHOInterRatUtranOut_Att))*100
sumHOInterRatUtranO
count
ut_Att sumHOInterRatUtranO
count
RatUtranIn
Period
int
0~2147483647
-
Sum of LTE to Inter RAT UTRAN
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatUtranIn_Succ)/
handover preparation fail count count
ut_PrepSucc EutranMobilityHOInter
OW
handover attempt count
ut_Succ sumHOInterRatUtranO
Sum of LTE to Inter RAT UTRAN
Sum of LTE to Inter RAT UTRAN handover preparation success count
%
HOInterRatUtranIn rate of EUTRAN Mobility
sum (sumHOInterRatUtranIn_Att)* (sum (sumHOInterRatUtranIn_ PrepSucc)/sum (sumHOInterRat UtranIn_Att))*100
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
sumHOInterRatUtranIn
count
_Att sumHOInterRatUtranIn
count
Collection
Collect
Cycle
Type
Min/Max
Formula
OW
Period
int
0~2147483647
-
Sum of Inter RAT UTRAN to LTE
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
(sum (sumHOS1Out_Succ)+sum
handover execution success count count
_PrepSucc EutranMobilityHoInter
Sum of Inter RAT UTRAN to LTE
How to
handover attempt count
_Succ sumHOInterRatUtranIn
Definition
Sum of Inter RAT UTRAN to LTE handover preparation success count
%
probability that an end-user successfully completed a handover
(sumHOX2Out_Succ))/(sum
to a separate eNodeB of the same
(sumHOS1Out_Att)+sum
frequency
(sumHOX2Out_Att))*(sum (sumHOS1Out_PrepSucc)+sum (sumHOX2Out_PrepSucc))/(sum (sumHOS1Out_Att)+sum (sumHOX2Out_Att))*100
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26. Scheduler 26.1 Measurement Report Collects MR statistics when the Measurement Report message is received for each event. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
tcId
0~268435455
Target Cell Index.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
A1Event
count
Measurement by EVENT A1 (Refer TS36.331)
CC
event
int
0~2147483647
-
A2Event
count
Measurement by EVENT A2
CC
event
int
0~2147483647
-
A3Event
count
Measurement by EVENT A3
CC
event
int
0~2147483647
-
A4Event
count
Measurement by EVENT A4
CC
event
int
0~2147483647
-
A5Event
count
Measurement by EVENT A5
CC
event
int
0~2147483647
-
B1Event
count
Measurement by EVENT B1
CC
event
int
0~2147483647
-
B2Event
count
Measurement by EVENT B2
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MrCnt
count
Measurement Report collection count
CC
event
int
0~2147483647
-
MrCid
tcID
Collection requested tcID
OW
event
int
0~2147483647
-
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LTE Counter Description_SLR2.3
Document Type
System Counter Description
Language Code
EN / English
Create
EunJung Kang
/ 2012.09.28
Exam
kyeung-hwa Kim
/ 2012.09.28
Approve
MyungHo Lee
/ 2012.09.28
Registered Date
2012.09.28
Item Code
This is official SEC document created, registered, and circulated according to the following SEC corporate-wide technical document management regulations DHQ2-0021K.
1
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Revision History Ver.
Date
Modification Details
1.0
09. 2012.
First Version
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Table of Contents 1. Resource Management ........................................................................................ 8 1.1
Resource..............................................................................................................................8
1.2
PSU Power Consumption ................................................................................................10
1.3
Rectifier Power Consumption ........................................................................................13
2. Packet Statistics ................................................................................................. 14 2.1
Ethernet Interface ...........................................................................................................14
2.2
Histogram .........................................................................................................................21
2.3
Air Mac UL/DL bytes (Kbytes) ......................................................................................23
2.4
Air RLC UL/DL bytes (bytes) .........................................................................................27
2.5
S-GW UL/DL packets ......................................................................................................30
3. RRC .................................................................................................................... 33 3.1
RRC connection establishments .....................................................................................35
3.2
RRC Connection Reconfiguration .................................................................................39
3.3
RRC Connection Re-establishment ...............................................................................41
3.4
RRC Connection Release ................................................................................................45
3.5
RRC Connection number................................................................................................50
3.6
RRC Connection setup time ...........................................................................................51
3.7
RRC Connection Re-establishment time .......................................................................53
3.8
Call Drop ..........................................................................................................................55
4. ERAB .................................................................................................................. 58 4.1
E-RAB Setup ....................................................................................................................58
4.2
E-RAB Setup Add ............................................................................................................62
4.3
E-RAB setup time ............................................................................................................66
4.4
eNB E-RAB Erase Request .............................................................................................68
4.5
E-RAB Erase ....................................................................................................................71
4.6
E-RAB Modify .................................................................................................................73
4.7
eNB E-RAB Release Request ..........................................................................................77
4.8
E-RAB Release .................................................................................................................79
4.9
E-RAB activity (UE) ........................................................................................................82
4.10 E-RAB activity (QCI) ......................................................................................................83
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4.11 E-RAB Simultaneous Number .......................................................................................84
5. HO EUTRAN ..................................................................................................... 85 5.1
Intra eNB Handover ........................................................................................................92
5.2
X2 Handover Out .............................................................................................................97
5.3
X2 Handover In..............................................................................................................102
5.4
S1 Handover Out ...........................................................................................................108
5.5
S1 Handover In .............................................................................................................. 113
5.6
Handover Time (Average, Max) ................................................................................... 118
5.7
Outgoing Intra-Frequency Handover ..........................................................................123
5.8
Outgoing Inter-frequency Handover with Measurment Gap ...................................127
5.9
Outgoing Inter-frequency Handover without Measurment Gap ..............................132
5.10 Outgoing Handover with DRX .....................................................................................137 5.11 Outgoing Handover without DRX ...............................................................................141
6. HO UTRAN ..................................................................................................... 145 6.1
Inter-RAT UTRAN PS Handover: Inter-RAT UTRAN PS Handover OUT, Inter-RAT UTRAN PS Handover OUT .......................................................................145
6.2
Inter-RAT UTRAN PS Handover OUT .......................................................................148
6.3
Inter-RAT UTRAN PS Handover IN ...........................................................................152
6.4
UTRAN SRVCC.............................................................................................................157
6.5
CSFB (CS Fall Back) PS Handover OUT ...................................................................160
6.6
CSFB (CS Fall Back) without PS Handover OUT (redirection) ...............................164
7. CSL ................................................................................................................... 166 7.1
Call Fail Report .............................................................................................................166
8. MRO_RLF ....................................................................................................... 194 8.1
MRO RLF Classification ..............................................................................................194
9. GTP................................................................................................................... 196 9.1
GTP Sequence Number by QCI ...................................................................................196
9.2
GTP Sequence Number by eNB....................................................................................197
9.3
GTP Forward Traffic ....................................................................................................198
10. SRB ................................................................................................................... 210 10.1 Cell PDCP SDU bit-rate ................................................................................................210
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11. DRB .................................................................................................................. 212 11.1 Active UEs ......................................................................................................................212 11.2 Packet Delay ...................................................................................................................215 11.3 Packet Drop Rate ...........................................................................................................216 11.4 Packet loss rate (ppm) ...................................................................................................218 11.5 IP Latency measurements .............................................................................................220
12. RRU .................................................................................................................. 221 12.1 DL/UL PRB Usage .........................................................................................................221 12.2 DL/UL Total PRB Usage ...............................................................................................223 12.3 Cell Unavailable Time ...................................................................................................227
13. S1SIG ................................................................................................................ 228 13.1 UE-associated logical S1-connection establishment ...................................................228 13.2 S1 Connection Time .......................................................................................................231
14. PAG ................................................................................................................... 232 14.1 Paging Performance ......................................................................................................232
15. POWER ............................................................................................................ 234 15.1 Power ..............................................................................................................................234 15.2 RNTP of own cell ...........................................................................................................236 15.3 RRH_RSSI......................................................................................................................243
16. RA ..................................................................................................................... 244 16.1 Random Access Preambles ...........................................................................................244
17. HARQ ............................................................................................................... 246 17.1 DL/UL transmission ......................................................................................................246
18. AMC ................................................................................................................. 258 18.1 MIMO performance ......................................................................................................258 18.2 MCS performance .........................................................................................................260 18.3 DL MCS ..........................................................................................................................288 18.4 DL LAYER .....................................................................................................................293 18.5 DL CQI ...........................................................................................................................294 18.6 DL PMI ...........................................................................................................................298 18.7 DL RI...............................................................................................................................300
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18.8 DL ACK/NACK/DTX Ratio..........................................................................................302
19. TA (Timing Alignment) ................................................................................... 304 19.1 Timing Alignment ..........................................................................................................304
20. PCI .................................................................................................................... 306 20.1 Non-Neighbor PCI (0~299) ...........................................................................................306 20.2 Non-Neighbor PCI (300~503) .......................................................................................324
21. IOT.................................................................................................................... 336 21.1 Uplink IOT Level ...........................................................................................................336
22. MLBO............................................................................................................... 343 22.1 Load ................................................................................................................................343 22.2 Load Balancing Handover ............................................................................................345
23. Message ............................................................................................................ 347 23.1 RRC Message .................................................................................................................347 23.2 S1AP Message ................................................................................................................351 23.3 X2AP Message ................................................................................................................359
24. Traffic OAM .................................................................................................... 366 24.1 Throughput Distribution...............................................................................................366 24.2 Delay Distribution..........................................................................................................379 24.3 Drop Distribution...........................................................................................................384 24.4 CQI Distribution ............................................................................................................387
25. KPI .................................................................................................................... 389 25.1 ACCESSIBILITY ..........................................................................................................389 25.2 RETAINABILITY .........................................................................................................392 25.3 INTEGRITY ..................................................................................................................393 25.4 AVAILABILITY.............................................................................................................395 25.5 MOBILITY ....................................................................................................................396
26. Scheduler .......................................................................................................... 402 26.1 Measurement Report .....................................................................................................402
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List of Figures Figure 1. Figure 2. Figure 3. Figure 4. Figure 5. Figure 6. Figure 7. Figure 8. Figure 9. Figure 10. Figure 11. Figure 12. Figure 13. Figure 14. Figure 15. Figure 16. Figure 17. Figure 18. Figure 19. Figure 20. Figure 21. Figure 22. Figure 23. Figure 24. Figure 25. Figure 26. Figure 27. Figure 28. Figure 29. Figure 30. Figure 31. Figure 32. Figure 33.
RRC/E-RAB/S1 SIG Statistics Handling ............................................... 33 Collection Time for RRC connection establishment ............................ 38 Collection Time for RRC connection reconfiguration ......................... 40 Collection Time for RRC connection re-establishments ...................... 44 Collection Time for RRC connection release ........................................ 49 Collection Time for RRC connection number ...................................... 52 Collection Time for RRC connection reestablishment time ................ 54 Collection Time for E-RAB Setup .......................................................... 61 Collection Time for E-RAB Setup Add .................................................. 65 Collection Time for E-RAB Setup time ................................................. 67 Collection Time for eNB E-RAB Erase Request .................................. 70 Collection Time for E-RAB erase ........................................................... 72 Collection Time for E-RAB modify ....................................................... 76 Collection Time for eNB E-RAB release request .................................. 78 Collection Time for E-RAB release ........................................................ 81 Intra eNB Handover Statistics Handling ............................................... 85 X2 Handover Statistics Handling ........................................................... 86 S1 Handover Procedure .......................................................................... 89 Collection Time for Intra eNB Handover ............................................. 96 Collection Time for X2 Handover Out ................................................ 101 Collection Time for X2 Handover In ................................................... 107 Collection Time for S1 Handover Out .................................................. 111 Collection Time for S1 Handover In .....................................................117 Collection Time for Handover Time (INTRA) ................................... 120 Collection Time for Handover Time (INTER S1) ............................... 121 Collection Time for Handover Time (INTER X2) .............................. 122 PS Handover Procedure from E-UTRAN to UTRAN ........................ 145 Collection Time for Inter-RAT UTRAN PS Handover OUT ............ 151 Collection Time for Inter-RAT UTRAN PS Handover IN ................. 156 Collection Time for CSFB PS Handover OUT ................................... 163 Collection Time for CSFB Redirection OUT ...................................... 165 Collection Time for UE-associated logical S1-connection establishment.......................................................................................... 230 Collection Time for Paging Performance ............................................ 233
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1. Resource Management Provide the system support status statistics.
1.1 Resource The eNB provides statistics on the CPU, memory and disk resources used by internal applications. The statistics data are described below: CPU usage: Average, maximum and minimum CPU usage in %. Memory usage: Average, maximum and minimum DRAM usage in %. DISK usage: Average, maximum and minimum DISK usage in %. [Index] Name
Range
Description
ShelfId
0~8
Shelf ID.
SlotId
0~20
Slot ID that the board is mounted
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MemUsageAvg
%
Average memory usage
GAUGE
10 s
float
0~100
sum (MemUsageTot)/sum (MemUsageCnt)
MemUsageMin
%
Minimum memory usage
GAUGE
10 s
float
0~100
min (MemUsageMin)
MemUsageMax
%
Maximum memory usage
GAUGE
10 s
float
0~100
max (MemUsageMax)
MemUsageTot
%
Accumulated MemUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
MemUsageCnt
count
Number of MemUsage_AVG collection
GAUGE
10 s
int
0~2147483647
-
CpuUsageAvg
%
Average CPU usage
GAUGE
10 s
float
0~100
sum (CpuUsageTot)/sum (CpuUsageCnt)
CpuUsageMin
%
Minimum CPU usage
GAUGE
10 s
float
0~100
min (CpuUsageMin)
CpuUsageMax
%
Maximum CPU usage
GAUGE
10 s
float
0~100
max (CpuUsageMax)
CpuUsageMax
s
Maximum CPU usage occupancy
CC
10 s
int
0~60*Period
max (CpuUsageMaxDuration)
CpuUsageTot
%
Accumulated CpuUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
CpuUsageCnt
count
Number of CPUUsage_AVG collection
GAUGE
10 s
int
0~2147483647
-
DiskUsageAvg
%
Average disk usage
GAUGE
10 s
float
0~100
sum (DiskUsageTot)/sum (DiskUsageCnt)
DiskUsageMin
%
Minimum disk usage
GAUGE
10 s
float
0~100
min (DiskUsageMin)
DiskUsageMax
%
Maximum disk usage
GAUGE
10 s
float
0~100
max (DiskUsageMax)
DiskUsageTot
%
Accumulated DiskUsageAvg
GAUGE
10 s
float
0~3.4*10^38
-
DiskUsageCnt
count
Number of DISKUsage_AVG
GAUGE
10 s
int
0~2147483647
-
Duration
collection
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1.2 PSU Power Consumption [Index] Name
Range
Description
BID
0~2
Board Id
RuPort
0~11
Port Id
[Statistics Type]
Item VoltageAvg_PSU0
Unit V
Definition Average voltage of PSU0
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_PSU0)/ sum (VoltageCnt_PSU0)
VoltageTot_PSU0
V
Accumulated voltage of the PSU0
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_PSU0
count
Number of VoltageAvg_PSU0 collection
SI
10 s
int
0~2147483647
-
CurrentAvg_PSU0
A
Average current of PSU0
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_PSU0)/ sum (CurrentCnt_PSU0)
CurrentTot_PSU0
A
Accumulated current of the PSU0
SI
10 s
float
0~3.4*10^38
-
CurrentCnt_PSU0
count
Number of CurrentAvg_PSU0 collection
SI
10 s
int
0~2147483647
-
PowerAvg_PSU0
W
Average voltage of PSU0
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_PSU0)/ sum (VoltageCnt_PSU0))* (sum (CurrentTot_PSU0)/ sum (CurrentCnt_PSU0))
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(Continued) Item VoltageAvg_PSU1
Unit V
Definition Average voltage of PSU1
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_PSU1)/ sum (VoltageCnt_PSU1)
VoltageTot_PSU1
V
Accumulated voltage of the PSU1
SI
10 s
float
0~2147483647
-
VoltageCnt_PSU1
count
Number of VoltageAvg_PSU1 collection
SI
10 s
int
0~3.4*10^38
-
CurrentAvg_PSU1
A
Average current of PSU1
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_PSU1)/ sum (CurrentCnt_PSU1)
CurrentTot_PSU1
A
Accumulated current of the PSU1
SI
10 s
float
0~2147483647
-
CurrentCnt_PSU1
count
Number of CurrentAvg_PSU1 collection
SI
10 s
int
0~3.4*10^38
-
PowerAvg_PSU1
W
Average voltage of PSU1
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_PSU1)/ sum (VoltageCnt_PSU1))* (sum (CurrentTot_PSU1)/ sum (CurrentCnt_PSU1))
VoltageAvg_PSU2
V
Average voltage of PSU2
SI
10 s
float
0~2147483647
sum (VoltageTot_PSU2)/ sum (VoltageCnt_PSU2)
VoltageTot_PSU2
V
Accumulated voltage of the PSU2
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_PSU2
count
Number of VoltageAvg_PSU2 collection
SI
10 s
int
0~3.4*10^38
-
CurrentAvg_PSU2
A
Average current of PSU2
SI
10 s
float
0~2147483647
sum (CurrentTot_PSU2)/ sum (CurrentCnt_PSU2)
CurrentTot_PSU2
LTE Counter Description_SLR2.3
A
Accumulated current of the PSU2
SI
10 s
float
0~3.4*10^38
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CurrentCnt_PSU2
count
Number of CurrentAvg_PSU2 collection
SI
10 s
int
0~3.4*10^38
-
PowerAvg_PSU2
W
Average voltage of PSU2
SI
10 s
float
0~2147483647
(sum (VoltageTot_PSU2)/ sum (VoltageCnt_PSU2))* (sum (CurrentTot_PSU2)/ sum (CurrentCnt_PSU2))
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1.3 Rectifier Power Consumption [Index] Name
Range
Description
BID
0~2
Board Id
[Statistics Type]
Item VoltageAvg_Recti
Unit V
Definition Average voltage of Rectifier
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
Formula sum (VoltageTot_Recti)/ sum (VoltageCnt_Recti)
VoltageTot_Recti
V
Accumulated voltage of the Rectifier
SI
10 s
float
0~3.4*10^38
-
VoltageCnt_Recti
count
Number of VoltageAvg_Recti collection
SI
10 s
int
0~2147483647
-
CurrentAvg_Recti
A
Average current of Rectifier
SI
10 s
float
0~3.4*10^38
sum (CurrentTot_Recti)/ sum (CurrentCnt_Recti)
CurrentTot_Recti
A
Accumulated current of the Rectifier
SI
10 s
float
0~3.4*10^38
-
CurrentCnt_Recti
count
Number of CurrentAvg_Recti collection
SI
10 s
int
0~2147483647
-
PowerAvg_Recti
W
Average voltage of Rectifier
SI
10 s
float
0~3.4*10^38
(sum (VoltageTot_Recti)/ sum (VoltageCnt_Recti))* (sum (CurrentTot_Recti)/ sum (CurrentCnt_Recti))
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2. Packet Statistics Packet statistics are statistical information on received/transmitted packets that are processed by the eNB.
2.1 Ethernet Interface Shows the number of the Rx/Tx packets or bytes for each port connected to the backhaul. It collects the error Ethernet frame count, Tx/Rx link usage, Tx/Rx error rate, etc. [Index] Name
Range
PortNum
0~5
Description Port number 0: BH 0 1: BH 1 2: BH 2 3: BH 3 4: UDE 0 5: UDE 1
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[Statistics Type]
Item RX_LinkUtilization
Unit %
Definition Average link utilization of
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
Formula (sum (RX_GoodOctetSumBadOctet_TOT)*8*100*
packets received from the
1024*1024+((sum (RX_UnicastPacket)+sum
outside.
(RX_BroadcastPacket)+sum (RX_MulticastPacket)) *20)*8*100)/(10*sum (RX_GoodOctetSumBadOctet_ CNT)*)avg (IfSpeed)*1000000)
RX_LinkUtilization
%
_MAX
Maximum link utilization
GAUGE
10 s
float
0~100
max (RX_LinkUtilization_MAX)
OW
Period
float
0~100
(sum (RX_FifoOverrun)+sum (RX_Undersize)+sum
of packets received from the outside.
RX_ErrorRate
%
Ratio of error packets received from the outside.
(RX_Fragment)+sum (RX_Oversize)+sum (RX_ Jabber)+sum (RX_ErrorFrame)+sum (RX_BadCRC) +sum (RX_Collision)+sum (RX_LateCollision))* 100/(sum (RX_UnicastPacket)+sum (RX_ BroadcastPacket)+sum (RX_MulticastPacket)+sum (RX_FifoOverrun)+sum (RX_Undersize)+sum (RX_Fragment)+sum (RX_Oversize)+sum (RX_ Jabber)+sum (RX_ErrorFrame)+sum (RX_BadCRC)+ sum (RX_Collision)+sum (RX_LateCollision))
RX_GoodOctet
Mbytes
Total frame length of normal packets received
CC_LL
10 s
int
0~214748
-
3647
from the outside.
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(Continued) Item
Unit
RX_UnicastPacket
count
Definition Number of unicast packets received from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
the outside. RX_BroadcastPac
count
ket RX_MulticastPack
from the outside. count
et RX_FifoOverrun
Number of broadcast packets received Number of multicast packets received from the outside.
count
Number of packets received from the outside that are dropped due to insufficient buffer resources.
RX_Undersize
count
Number of error packets received from the outside that are undersize.
RX_Fragment
count
Number of error packets received from the outside that are fragmented.
RX_Oversize
count
Number of error packets received from the outside that are oversize.
RX_Jabber
count
Number of error packets received from the outside that are jabber.
RX_ErrorFrame
count
Number of errors received from the outside.
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(Continued) Item
Unit
RX_BadCRC
count
Definition Number of error packets
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
OW
Period
float
0~100
(sum (TX_GoodOctetSumBadOctet_TOT)
received from the outside that cause CRC error. RX_Collision
count
Number of packets received from the outside that cause collision.
RX_LateCollision
count
Number of packets received from the outside that cause late collision.
TX_LinkUtilization
%
Average link utilization of packets transmitted to the
*8*100*1024*1024+((sum (TX_
outside.
UnicastPacket)+sum (TX_BroadcastPacket) +sum (TX_MulticastPacket))*20)*8*100)/ (10*sum (TX_GoodOctetSumBadOctet_ CNT)*avg (IfSpeed)*1000000)
TX_LinkUtilization _MAX
%
Maximum link utilization of
GAUGE
10 s
float
0~100
max (TX_LinkUtilization_MAX)
packets transmitted to the outside.
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(Continued) Item TX_ErrorRate
Unit %
Definition Ratio of error packets
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
transmitted to the outside.
Formula (sum (TX_Underrun_BadCRC)+sum (TX_Deferred)+sum (TX_E_Collisions))* 100/(sum (TX_UnicastPacket)+sum (TX_ BroadcastPacket)+sum (TX_MulticastPacket) +sum (TX_Underrun_BadCRC)+sum (TX_Deferred)+sum (TX_E_Collisions))
TX_GoodOctet
Mbytes
Total frame length of normal
CC_LL
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
packets transmitted to the outside. TX_UnicastPacket
count
Number of unicast packets transmitted to the outside.
TX_BroadcastPac
count
ket TX_MulticastPack
transmitted to the outside. count
et TX_Underrun_ BadCRC
Number of broadcast packets Number of multicast packets transmitted to the outside.
count
Number of packets transmitted to the outside that cause underrun or CRC error.
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(Continued) Item TX_Deferred
Unit count
Definition Number of delayed
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
sum (RX_GoodOctetSumBadOctet_TOT)/
transmissions due to ‘media busy’ state when ports are open in half-duplex mode. TX_E_Collisions
count
Number of packets whose transmission is cancelled due to excessive collision when ports are open in half-duplex mode.
RX_GoodOctetSu
Mbytes
RX GoodOctet+BadOctet
mBadOctet RX_GoodOctetSu
sum (RX_GoodOctetSumBadOctet_CNT) Mbytes
mBadOctet_MAX RX_GoodOctetSu
Mbytes
10 s
int
0~2147483647
max (RX_GoodOctetSumBadOctet_MAX)
RX_GoodOctet+BadOctet_
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
sum (TX_GoodOctetSumBadOctet_TOT)/
TOT count
mBadOctet_CNT TX_GoodOctetSu
GAUGE
MAX
mBadOctet_TOT RX_GoodOctetSu
RX_GoodOctet+BadOctet_
RX_GoodOctet+BadOctet_ CNT
Mbytes
TX GoodOctet+BadOctet
mBadOctet TX_GoodOctetSu mBadOctet_MAX
LTE Counter Description_SLR2.3
sum (TX_GoodOctetSumBadOctet_CNT) Mbytes
TX_GoodOctet+BadOctet_
GAUGE
10 s
int
0~2147483647
max (TX_GoodOctetSumBadOctet_MAX)
MAX
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(Continued) Item TX_GoodOctetSu
Unit Mbytes
mBadOctet_TOT TX_GoodOctetSu
LTE Counter Description_SLR2.3
TX_GoodOctet+BadOctet_
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
GAUGE
10 s
int
0~2147483647
-
GAUGE
10 s
int
0~2147483647
-
OW
10 s
int
0~2147483647
avg (IfSpeed)
TOT count
mBadOctet_CNT IfSpeed
Definition
TX_GoodOctet+BadOctet_ CNT
Mbps
ifSpeed
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2.2 Histogram Categorizes and collects the Ethernet packets received from the Backhaul port by their size. [Index] Name
Range
PortNum
0~5
Description Port number 0: BH 0 1: BH 1 2: BH 2 3: BH 3 4: UDE 0 5: UDE 1
[Statistics Type]
Item RX_Histogram_64
Unit count
Definition Number of 64 byte Ethernet frame received via Ethernet
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
port RX_Histogram_127
count
Number of 65~127 byte Ethernet frame received via Ethernet port
RX_Histogram_255
count
Number of 128~255 byte Ethernet frame received via Ethernet port
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(Continued) Item RX_Histogram_511
Unit count
Definition Number of 256~511 byte Ethernet frame received via
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
Ethernet port RX_Histogram_1023
count
Number of 512~1023 byte Ethernet frame received via Ethernet port
RX_Histogram_max
count
Number of 1024 byte or more Ethernet frame received via Ethernet port
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2.3 Air Mac UL/DL bytes (Kbytes) Collects statistics data on the cell throughput. Collects the average size of the transport block (TB) successfully sent/received, among the downlink/uplink Transport Blocks that the eNB’s MAC allocated to the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item AirMacByteUl
Unit Kbytes
Definition The sum of the size of the MAC PDU
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC_LL
5.12 s
int
0~2147483647
-
successfully received via PUSCH during the statistics period. AirMacByteUlCnt
count
Number of collected AirMacByteUl
CC_LL
5.12 s
int
0~2147483647
-
AirMacTtiUl
TTI
The sum of sections that have the MAC
CC
5.12 s
int
0~2147483647
-
PDU successfully received via PUSCH during the statistics period.
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(Continued) Item AirMacUlThru
Unit kbps
Definition Average size per second of the MAC
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~3.4*10^38
PDU successfully received via PUSCH.
Formula ((sum (AirMacByteUl)*8)/ (5120*sum (AirMacByteUlCnt))) *1000
AirMacUlEfctivTh
kbps
ru
Average size of the MAC PDU of the
OW
Period
float
0~3.4*10^38
section successfully received via PUSCH
((sum (AirMacByteUl)*8)/sum (AirMacTtiUl))*1000
during the statistics period. AirMacByteDl
Kbytes
The sum of the size of the DCCT/DTCH
CC_LL
5.12 s
int
0~2147483647
-
MAC PDU that received HARQ ACK among the MAC PDU transmitted via PDSCH during the statistics period. AirMacByteDlCnt
count
Number of collected AirMacByteDl
CC_LL
5.12 s
int
0~2147483647
-
AirMacTtiDl
TTI
The sum of sections that have the MAC
CC
5.12 s
int
0~2147483647
-
OW
Period
float
0~3.4*10^38
((sum (AirMacByteDl)*8)/
PDU successfully transmitted via PDSCH during the statistics period. AirMacDlThru
kbps
Average size per second of the DCCT/DTCH MAC PDU that received
(5120*sum (AirMacByteDlCnt)))
HARQ ACK among the MAC PDU
*1000
transmitted via PDSCH during the statistics period.
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(Continued) Item AirMacDlEfctivTh
Unit kbps
ru
Definition Average size of the MAC PDU of the
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~3.4*10^38
section successfully transmitted via
Formula ((sum (AirMacByteDl)*8)/sum (AirMacTtiDl)) *1000
PDSCH during the statistics period AirMacByteUlCurr
Kbytes
The latest AirMacByteUl value collected
CC_LL
5.12 s
int
0~2147483647
-
Kbytes
The latest AirMacByteUl value collected
CC_LL
5.12 s
int
0~2147483647
-
kbps
The min value of the average size per
OW
5.12 s
float
0~3.4*10^38
min (AirMacUlThruMin)
OW
5.12 s
float
0~3.4*10^38
max (AirMacUlThruMax)
OW
5.12 s
float
0~2147483647
min (AirMacDlThruMin)
ent AirMacByteDlCurr ent AirMacUlThruMin
second of the MAC PDU which is successfully transmitted to the PUSCH AirMacUlThruMax
kbps
The max value of the average size per second of the MAC PDU which is successfully transmitted to the PUSCH
AirMacDlThruMin
kbps
Out of the MAC PDU that is transmitted to the PDSCH during the statistics period, the min value of the average size per second of DCCT/DTCH MAC PDU which received the HARQ ACK.
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(Continued) Item AirMacDlThruMax
Unit kbps
Definition Out of the MAC PDU that is transmitted
How to
Collection
Collect
Cycle
OW
5.12 s
Type
Min/Max
float
0~2147483647
Formula max (AirMacDlThruMax)
to the PDSCH during the statistics period, the max value of the average size per second of DCCT/DTCH MAC PDU which received the HARQ ACK.
[Collection Time] TTI (Transmission Time Interval: 1 ms)
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2.4 Air RLC UL/DL bytes (bytes) Collects the downlink’s transmitted byte and retransmitted byte count/throughput/IP throughput and the uplink's transmitted byte count/throughput for the wireless section of the eNB. Since they are collected and summed for each cell and each QCI, they are collected after cell setup has finished. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item AirRlcByteUl
Unit Kbytes
Definition Air RLC uplink bytes
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
10 s
int
0~2147483647
-
CC
10 s
int
0~2147483647
-
Number of bytes transmitted from the RLC as uplink. It collects the number of data bytes received by the UE for each cell and QCI. AirRlcByteDl
Kbytes
Air RLC downlink bytes Number of bytes retransmitted from the RLC as downlink. It collects the number of data bytes transmitted to the UE for each cell and QCI.
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(Continued) How to Collect
Collection Cycle
Type
Air RLC downlink ReTx bytes Number of bytes retransmitted from the RLC as downlink. Collects the number of data bytes transmitted to the UE for each cell and QCI.
CC
10 s
int
0~2147483647
-
kbps
Air uplink throughput Collects the data received from the UE as the uplink throughput for each cell and QCI.
OW
10 s
float
0~3.4*10^38
(sum (AirRlcByteUl)*8)/ (10*sum (RlcAirByteUlCnt))
AirUlThruTot
kbps
The sum of the collected AirUlThru
OW
10 s
float
0~3.4*10^38
-
AirUlThruCnt
count
The number of collected AirUlThru
OW
10 s
int
0~2147483647
-
AirDlThru
kbps
Air downlink throughput Collects the data transmitted to the UE as the air downlink throughput for each cell and QCI.
OW
10 s
float
0~3.4*10^38
(sum (AirRlcByteDl)*8)/ (10*sum (RlcAirByteDlCnt))
AirDlThruTot
kbps
The sum of the collected AirDlThru
OW
10 s
float
0~3.4*10^38
-
AirDlThruCnt
count
The number of collected AirDlThru
OW
10 s
int
0~2147483647
-
IpThru
kbps
IP throughput Collects the IP throughput for each cell and QCI using the method specified in 3GPP TS 32.450.
SI
10 s
float
0~3.4*10^38
sum (IpThruTot)/ sum (IpThruCnt)
IpThruTot
kbps
The sum of the collected IpThru
SI
10 s
float
0~3.4*10^38
-
IpThruCnt
count
The number of collected IpThru
SI
10 s
int
0~2147483647
-
Item
Unit
Definition
AirRlcByteDlRe
Kbytes
AirUlThru
LTE Counter Description_SLR2.3
Min/Max
Formula
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
RlcAirByteUlCur rent
Kbytes
The latest RlcAirByteUl value collected
CC
10 s
int
0~2147483647
-
RlcAirByteDlCur
Kbytes
The latest RlcAirByteDl value collected
CC
10 s
int
0~2147483647
-
RlcAirByteUlCnt
count
Number of RlcAirByteUl collection
CC
10 s
int
0~2147483647
-
RlcAirByteDlCnt
count
Number of RlcAirByteDl collection
CC
10 s
int
0~2147483647
-
AirUlThruMin
kbps
Air uplink throughput Min
OW
10 s
float
0~3.4*10^38
min (AirUlThruMin)
AirUlThruMax
kbps
Air uplink throughput Max
OW
10 s
float
0~2147483647
max (AirUlThruMax)
AirDlThruMin
kbps
Air downlink throughput Min
OW
10 s
float
0~2147483647
min (AirDlThruMin)
AirDlThruMax
kbps
Air downlink throughput Max
OW
10 s
float
0~2147483647
max (AirDlThruMax)
IpThruMin
kbps
IP throughput Min
OW
10 s
float
0~2147483647
min (IpThruMin)
IpThruMax
kbps
IP throughput Max
OW
10 s
float
0~2147483647
max (IpThruMax)
rent
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2.5 S-GW UL/DL packets Statistics on bytes, packet counts and throughput of user data transmitted and received between the eNB and S-GW are collected per QCI according to the 3GPP standard (TS32.425 Performance Measurements). Each item is collected by the PDCP layer within the eNB. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item ByteUleNBQCI
Unit
Definition
Kbytes
Total bytes of user data transmitted from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
GAUGE
2s
float
0~3.4*10^38
(sum (ByteUleNBQCI)*8)/
the eNB to the S-GW. ThruUleNBQCI
kbps
(Total bits of user data transmitted to the S-GW)/(Total time when user data were
(2*sum (ByteUleNBQCICnt))
transmitted)
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(Continued) Item ThruUleNBQCIMax
Unit kbps
Definition Maximum value over a five-minute
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
GAUGE
2s
float
0~3.4*10^38
max (ThruUleNBQCIMax)
period of (Total bits of user data transmitted to the S-GW)/(Total time when user data were transmitted). ThruUleNBQCITot
kbps
The total sum collected ByteUleNBQCI
GAUGE
2s
float
0~3.4*10^38
-
ThruUleNBQCICnt
count
The number of collected ByteUleNBQCI
GAUGE
2s
int
0~2147483647
-
PacketCntUl
count
Total number of packets transmitted
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
GAUGE
2s
float
0~3.4*10^38
(sum (ByteDleNBQCI)*8)/
from the eNB to the S-GW ByteDleNBQCI
Kbytes
Total bytes of user data the eNB received from the S-GW.
ThruDleNBQCI
kbps
(Total bits of user data received from the S-GW)/(Total time when user data were
(2*sum (ByteDleNBQCICnt))
received) ThruDleNBQCIMax
kbps
Maximum value over a five-minute
GAUGE
2s
float
0~3.4*10^38
max (ThruDleNBQCIMax)
period of (Total bits of user data transmitted to the S-GW)/(Total time when user data were transmitted). ThruDleNBQCITot
kbps
The total sum collected ThruDleNBQCI
GAUGE
2s
float
0~3.4*10^38
-
ThruDleNBQCICnt
count
The number of collected ThruDleNBQCI
GAUGE
2s
int
0~2147483647
-
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(Continued) Item
Unit
PacketCntDl
count
Definition Total number of packets the eNB
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
GAUGE
2s
float
Cumulated
min (ThruUleNBQCIMin)
received from the S-GW. ByteUleNBQCICnt
count
Collection count of the total bytes of user data transmitted from the eNB to the S-GW.
ByteDleNBQCICnt
count
Collection count of the total bytes of user data the eNB received from the SGW.
ThruUleNBQCIMin
kbps
Minimum value over a five-minute period of (Total bits of user data
when collecting
transmitted to the S-GW)/(Total time
ByteUleNBQCI
when user data were transmitted). ThruDleNBQCIMin
kbps
Minimum value over a five-minute
GAUGE
2s
float
Cumulated
period of (Total bits of user data
when collecting
transmitted to the S-GW)/(Total time
ByteDleNBQCI
min (ThruDleNBQCIMin)
when user data were transmitted).
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3. RRC The following shows the statistical definition and message flow for each stage of the Idle to Active (Service Request) procedure by the UE, which allows to identify the overall handling of the RRC/E-RAB/S1 SIG statistics.
EPC UE
eNB
MME
S-GW
1) Random Access procedure 2) RRCConnectionRequest 3) RRCConnectionSetup
[Step1] RRC establishment
4) RRCConnectionSetupComplete
5) INITIAL UE MESSAGE
(SERVICE REQUEST)
(SERVICE REQUEST)
6) Authentication/NAS security setup
[Step2] S1SIG setting
7) INITIAL CONTEXT SETUP REQUEST (SERVICE ACCEPT)
8) SecurityModeCommand [Step3] E-RAB establishment
9) SecurityModeComplete 10) RRCConnectionReconfiguration (SERVICE ACCEPT)
11) RRCConnectionReconfiguration Complete
Uplink data
Uplink data
12) INITIAL CONTEXT SETUP RESPONSE
13) Modify Bearer Request 14) Modify Bearer Response
Downlink data
Figure 1.
LTE Counter Description_SLR2.3
Downlink data
RRC/E-RAB/S1 SIG Statistics Handling
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Step
Confidential
Description
1)
The UE performs the Random Access procedure with the eNB.
2)-4)
The UE transmits the NAS SERVICE REQUEST message to the MME. The SERVICE REQUEST message is encapsulated in an RRC message transmitted to the eNB.
5)
The eNB transmits the SERVICE REQUEST message to the MME. The SERVICE REQUEST is encapsulated in an S1-AP INITIAL UE message.
6)
If there is no UE context for the UE in the network, the integrity is not protected for the ATTACH REQUEST message, or the integrity check fails, an authentication and an NAS security setup are always performed. The UE performs the EPS AKA procedure (TS 33.401, 6.1.1) with the MME. The MME sets up an NAS security association with the UE using the NAS SMC procedure (TS 33.401, 7.2.4.4).
7)
The MME transmits the S1-AP Initial Context Setup Request message to the eNB. This step activates both the radio bearer and S1 bearer for all active EPS bearers.
8)-11)
The eNB sets up the RRC radio bearers. The user plane security is set up at this step. The uplink data from the UE can be sent to the S-GW by the S-GW. The eNB transmits the uplink data to the S-GW, and then the S-GW transmits it to the P-GW.
12)
The eNB transmits the S1-AP Initial Context Setup Request message to the MME.
13)-14)
The MME transmits the Modify Bearer Request message for each PDN connection to the S-GW. Now, the S-GW can transmit the downlink data to the UE. The S-GW transmits the Modify Bearer Response message to the MME.
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3.1 RRC connection establishments Establishes radio connection, where the access statistics between RRC connection request and RRC connection setup complete are collected for each cell. The access call is identified by the establishment cause within the RRC connection request message initially informed by the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type] How to
Collection
Collect
Cycle
Item
Unit
Definition
ConnEstabAtt
count
The attempt count for RRC ESTAB
CC
event
int
0~2147483647
-
ConnEstabSucc
count
RRC ESTAB success count.
CC
event
int
0~2147483647
-
ConnEstabFail_CP_
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC_TO
Type
Min/Max
Formula
blocks (MAC, RLC, PDCP, GTP) during RRC establishment.
ConnEstabFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during RRC establishment.
ConnEstabFail_UP_
count
MAC_FAIL ConnEstabFail_UP_
RRC establishment. count
PDCP_FAIL ConnEstabFail_UP_
count
LINK_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the RLC block during RRC establishment.
count
SIG_TO ConnEstabFail_S1AP_
A call is released due to the failure in the PDCP block during RRC establishment.
RLC_FAIL ConnEstabFail_RRC_
A call is released due to the failure in the MAC block during
A call is released due to RRC uplink message timeout (not received) during RRC establishment.
count
A call is released due to S1 SCTP link failure during RRC establishment.
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(Continued) Item
Unit
ConnEstabFail_S1AP_
count
SIG_FAIL ConnEstabReject_CP_
Definition A call is released due to receiving S1AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC establishment. count
CC_FAIL
A call cannot be accepted because the cell is barred after receiving the RRC Connection Request message, or there is no MME available for service during RRC establishment.
ConnEstabReject_CP_
count
CAPA_CAC_FAIL
A call cannot be accepted due to Call Admission Control after receiving the RRC Connection Request message during RRC establishment.
ConnEstabReject_ S1AP_MME_OVLD
LTE Counter Description_SLR2.3
count
A call cannot be accepted due to MME overload during RRC establishment.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE Random Access Preamble Random Access Response Rrc Connection Request
1
Attempt
Rrc Connection Setup Rrc Connection Setup Complete
2
Success Initial UE Message
RRC_CONNECTED
Figure 2.
Collection Time for RRC connection establishment
For statistics on RRC connection establishment, Attempt, Success, Fail and Reject statistics are counted. Attempt statistic is counted when the RRC Connection Request message is received. Success statistic is counted when the messages up to RRC Connection Setup Complete are successfully received. When a timeout or internal failure occurs during the procedure from 1 to 2 in the figure above, it is counted as Fail, returning the cause value. When the eNB determines that the call cannot be accepted after receiving the RRC Connection Request message, it is counted as Reject, returning the cause value.
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3.2 RRC Connection Reconfiguration Collects the statistics data for the number of RRC Connection Reconfiguration for each cell. There is no Fail statistic as the RRC Connection Reconfiguration message is transmitted down from the SeNB and the RRC Connection Reconfiguration Complete message is transmitted to the TeNB. In this case, the attempt and success counts in the reconfiguration statistics for the eNB can be different. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReconfigAtt
count
RRC Connection Reconfiguration attempt count.
CC
event
int
0~2147483647
-
ConnReconfigSucc
count
RRC Connection Reconfiguration success count.
CC
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Reconfiguration
1
Attempt
Rrc Connection Reconfiguration Complete 2 Success
RRC_CONNECTED
Figure 3.
Collection Time for RRC connection reconfiguration
The transmission of the RRC Connection Reconfiguration to the UE is counted as Attempt, while the receipt of RRC Connection Reconfiguration Complete from the UE is counted as Success. Upon handover, the source eNB transmits RRC Connection Reconfiguration (handover command) to the UE; the UE transmits RRC Connection Reconfiguration Complete (handover command complete) to the target eNB. Therefore, a fail count is not returned because it is not possible to determine transmission failure.
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3.3 RRC Connection Re-establishment When a RRC re-establishment cause shown below occurs with the UE in RRC connected state, statistics on the RRC connection re-establishment are collected for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
ReEstabCause
0~3
RRC Connection Re-establishment Cause 0: reconfigurationFailure: Re-establishment occurs due to reconfiguration failure 1: handoverFailure: Re-establishment occurs due to handover failure 2: otherFailure: Re-establishment occurs due to other failures 3: reserved
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReEstabAtt
count
The attempt count for RRC_REESTAB
CC
event
int
0~2147483647
-
ConnReEstabSucc
count
The success count for RRC_REESTAB
CC
event
int
0~2147483647
-
ConnReEstabFail_
count
A call is released due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by ECCB during RRC reestablishment.
ConnReEstabFail_
count
UP_MAC_FAIL ConnReEstabFail_
RRC re-establishment. count
UP_PDCP_FAIL ConnReEstabFail_
count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
A call is released due to RRC uplink message timeout (not received) during RRC re-establishment.
count
S1AP_LINK_FAIL ConnReEstabFail_
A call is released due to the failure in the RLC block during RRC re-establishment.
RRC_SIG_TO ConnReEstabFail_
A call is released due to the failure in the PDCP block during RRC re-establishment.
UP_RLC_FAIL ConnReEstabFail_
A call is released due to the failure in the MAC block during
A call is released due to receiving S1AP signaling during RRC re-establishment.
count
A call is released due to S1AP signaling timeout (not received) during RRC re-establishment.
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(Continued) Item ConnReEstabReject_
Unit
Definition
count
A call cannot be accepted because the cell is barred after
CP_CC_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
receiving the RRC Connection Request message, or there is no MME available for service during RRC reestablishment.
ConnReEstabReject_
count
CP_CAPA_CAC_FAIL
A call cannot be accepted due to Call Admission Control after receiving the RRC Connection Request message during RRC re-establishment.
ConnReEstabReject_ CP_QOS_CAC_FAIL
LTE Counter Description_SLR2.3
count
A call cannot be accepted due to insufficient QoS-based eNB resources during RRC re-establishment.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE Rrc Connection Reestablishment Request
1
Attempt
Rrc Connection Reestablishment
Rrc Connection Reestablishment Complete
2 Success
RRC_CONNECTED
Figure 4.
Collection Time for RRC connection re-establishments
When RRC Connection Re-establishment Request is received, it is counted as an attempt; if the call context exists in the eNB and the security key value uploaded by the UE matches, RRC Connection Re-establishment is transmitted to the UE; and when RRC Connection Re-establishment Complete is received, it is counted as Success. If a call text does not exist in the eNB or the security key value uploaded by the UE does not match, RRC Connection Re-establishment Reject is transmitted to the UE, and it is counted as Reject. Then, if RRC Connection Re-establishment Complete is not received, the call is released.
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3.4 RRC Connection Release Collects the statistics data for the number of the RRC Connection Release for each cell. MME-initiated RRC connection release: The MME transmits the UE context release command to eNB to release the UE-associated logical connection. Then, the eNB transmits the RRC connection release to the UE, releases the eNB resource, and transmits the UE context release complete to the MME to complete the call release procedure. An MME-initiated call release occurs in the following cases. Case Number
Description
1
A procedure between UE and MME is completed (e.g., Detach).
2
A call in the source eNB is released due to successful handover.
3
A call in the target eNB is released due to cancelled handover.
4
The old logical connection is to be released when 2 logical connections are established for a specific UE (e.g. when UE duplication occurs in the MME).
5
The UE is not a CSG member of the CSL cell.
eNB-initiated RRC connection release: If the eNB MAC scheduler determines that the UE has no traffic for the specific period of time, it transmits the UE context release request to the MME, and then the call release procedure is completed by an MME-initiated RRC connection release procedure. A call may be released by transmitting the UE context release request to the MME upon eNB failure or call setup failure. An eNB-initiated call release occurs in the following cases. Case Number
Description
1
A call is released by user inactivity.
2
A call is released by eNB Radio Link Fail (RLF).
3
A call is released by MAX retransmission at the RCL end.
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[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type] Collection
Collect
Cycle
Unit
ConnRelease_CP_ CC_NORMAL
count
A call is released in eNB upon RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ MAC_UE_INACT
count
A call is released due to UE inactivity in the eNB during RRC release.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
ConnRelease_UP_ PDCP_FAIL
count
A call is released due to the failure in the PDCP block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_UP_ RLC_FAIL
count
A call is released due to the failure in the RLC block during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _HC_TO
count
A call is released due to HO command timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _SIG_FAIL
count
A call is released due to receiving RRC signaling during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_RRC _SIG_TO
count
A call is released due to RRC uplink message timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ CAPA_CAC_FAIL
count
A call is released due to insufficient capacity-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_CP_ QOS_CAC_FAIL
count
A call is released due to insufficient QoS-based eNB resources during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during RRC release.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnRelease_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_
count
A call is released due to S1AP signaling timeout (not
CC
event
int
0~2147483647
-
S1AP_SIG_TO
received) during RRC release.
ConnRelease_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_LINK_FAIL
count
A call is released due to X2 SCTP link failure during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_RO_TO
count
A call is released due to X2AP relocoverall timeout (not received) during RRC release.
CC
event
int
0~2147483647
-
ConnRelease_ X2AP_SIG_FAIL
count
A call is released due to X2AP signaling received during RRC release.
CC
event
int
0~2147483647
-
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[Collection Time]
UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Release
1
Count
RRC_CONNECTED
Figure 5.
Collection Time for RRC connection release
Statistics on the calls released when RRC connection is released. Since RRC connection release cause is returned, it is possible to determine call release cause.
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3.5 RRC Connection number Collects the statistics data for the average RRC connection count per unit time and the maximum RRC connection count for each cell. The RRC connection count is collected every 2 seconds, and the statistics block calculates the average, maximum and total values per minute using the collected data. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnNo
count
Average RRC connection per unit time
GAUGE
2s
float
0~3.4*10^38
sum (ConnTot)/sum (ConnCnt)
ConnMax
count
Maximum RRC connection per unit time
GAUGE
2s
float
0~3.4*10^38
max (ConnMax)
ConnTot
count
Total sum of ConnNo collected
GAUGE
2s
float
0~3.4*10^38
-
ConnCnt
count
Number of collected ConnNo
GAUGE
2s
int
0~2147483647
-
ReleaseCallHoldin gTime
s
Average Release Call Holding Time during which the RRC connection was maintained which is calculated based on call release.
SI
event
float
0~60*Period
sum (ReleaseCallHoldingTime Tot)/sum (ReleaseCallCnt)
ReleaseCallHoldin gTimeTot
s
Total RRC Connection Release Call Holding Time
SI
event
float
0~60*Period
-
ReleaseCallCnt
count
Call Release Count
SI
event
int
0~2147483647
-
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3.6 RRC Connection setup time Collects the statistics data for the average and maximum RRC Connection Setup times for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnEstabTime
ms
Average RRC connection setup time
GAUGE
event
float
0~60*Period*1000
sum (ConnEstabTimeTot)/ sum (ConnEstabTimeCnt)
ConnEstabTimeMax
ms
Maximum RRC connection setup time
GAUGE
event
float
0~60*Period*1000
max (ConnEstabTimeMax)
ConnEstabTimeTot
ms
Total sum of collected
GAUGE
event
float
0~3.4*10^38
-
ConnEstabTimeCnt
count
Number of collected ConnEstabTime
GAUGE
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Request Rrc Connection Setup
RRC Connection Setup time
Rrc Connection Setup Complete Initial UE Message RRC_CONNECTED
Figure 6.
Collection Time for RRC connection number
The RRC Connection setup time is a time taken from receiving the RRC Connection Request message up to receiving the RRC Connection Setup Complete message. The eNB calculates the average and maximum values for the collection period (in milliseconds).
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3.7 RRC Connection Re-establishment time Collects the statistics data for the average and maximum RRC Connection Reestablishment Setup times for each cell. The cause is identified by the RRC connection re-establishment cause informed by the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
ReEstabCause
0~3
RRC Connection Re-establishment Cause 0: reconfigurationFailure: Re-establishment occurs due to reconfiguration failure 1: handoverFailure: Re-establishment occurs due to handover failure 2: otherFailure: Re-establishment occurs due to other failures 3: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ConnReEstabTime
ms
Average RRC Connection Re-establishment setup time
GAUGE
event
float
0~60*Period*1000
sum (ConnReEstabTimeTot)/ sum (ConnReEstabTimeCnt)
ConnReEstabTime Max
ms
Maximum RRC Connection Reestablishment setup time
GAUGE
event
float
0~60*Period*1000
max (ConnReEstabTimeMax)
ConnReEstabTime Tot
ms
Total sum of ConnReEstabTime collected
GAUGE
event
float
0~3.4*10^38
-
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(Continued) Item
Unit
ConnReEstabTime Cnt
count
Definition Number of collected ConnReEstabTime
How to
Collection
Collect
Cycle
GAUGE
event
Type int
Min/Max 0~2147483647
Formula -
[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
Rrc Connection Reestablishment Request Rrc Connection Reestablishment
RRC Connection Resetup time
Rrc Connection Reestablishment Complete
RRC_CONNECTED
Figure 7.
Collection Time for RRC connection reestablishment time
The RRC Connection setup time is a time taken from receiving the RRC Connection Request message up to receiving the RRC Connection Setup Complete message. The eNB calculates the average and maximum values for the collection period (in milliseconds). LTE Counter Description_SLR2.3
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3.8 Call Drop The call drop statistics are on the calls that are connected successfully but abnormally dropped due to eNB failure or by the MME. They are identified by the RRC connection establishment cause informed by the UE. Successful call connection indicates that the default bearer setup is successful or incoming handover is successful for a call. Calls released by the eNB due to user inactivity, normally released by the MME, and released by the UE duplication are not considered abnormally terminated. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type]
Item CallDrop_ECCB_DSP_
Unit count
Definition A call is released due to the resource mismatch, because
AUDIT_RLC_MAC_
the ECCB has remaining calls but the RLC and the MAC
CALL_RELEASE
have no call remaining.
CallDrop_ECCB_RCV_
count
RESET_REQUEST_
A call is released due to receiving a reset request from
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the ECMB block due to refork of a specific block in eNB.
FROM_ECMB CallDrop_ECCB_RCV_
count
A call is released due to the Cell Release Ind message
CELL_RELEASE_IND_
received from the ECMB block because of DSP down or
FROM_ECMB
CPRI failure caused by DSP problem.
CallDrop_ECCB_RADIO_
count
A call is released due to radio link fail.
CC
event
int
0~2147483647
-
count
A call is released due to the resource mismatch, because
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
LINK_FAILURE CallDrop_ECCB_DSP_ AUDIT_MAC_CALL_
the ECCB and the RLC have remaining calls but the
RELEASE
MAC has no call remaining.
CallDrop_ECCB_ARQ_
count
MAX_RE_TRANSMISSION
A call is released when ARQ ACK is not received from the UE after the RLC performs transmission as many as the Max Retransmission to the UE.
CallDrop_ECCB_DSP_
count
A call is released due to the resource mismatch, because
AUDIT_RLC_CALL_
the ECCB and the MAC have remaining calls but the
RELEASE
RLC has no call remaining.
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(Continued) Item
Unit
CallDrop_ECCB_TMOUT_
count
rrcConnectionReconfig
Definition A call is released when the RRC Connection
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reconfiguration Complete message is not received from the UE after transmitting the RRC Connection Reconfiguration message.
CallDrop_ECCB_TMOUT_
count
rrcConnectionReEstablish
A call is released when the RRC Connection Reestablishment Complete message is not received from the UE after transmitting the RRC Connection Reestablishment message to the UE.
CallDrop_ECCB_S1_SCTP _OUT_OF_SERVICE
LTE Counter Description_SLR2.3
count
A call is released when the S1 Association's status is changed from In Service to Out of Service state.
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4. ERAB 4.1 E-RAB Setup Collects the statistics data on the default bearer setup to activate the initial DRB's radio and S1 bearer. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
QCI
LTE Counter Description_SLR2.3
1~9
QoS Class Identifier
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[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
EstabInitAttNbr
count
ERAB setup attempt count.
CC
event
int
0~2147483647
-
EstabInitSuccNbr
count
ERAB setup success count.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ PDCP_FAIL
count
A call is released due to the failure in the PDCP block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_UP_ RLC_FAIL
count
A call is released due to the failure in the RLC block during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_RR C_SIG_FAIL
count
A call is released due to receiving RRC signaling during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_RR C_SIG_TO
count
A call is released due to ERAB uplink message timeout (not received) during ERAB setup.
CC
event
int
0~2147483647
-
ErabInitFailNbr_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during ERAB setup.
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
ErabInitFailNbr_CP_
count
CAPA_CAC_FAIL ErabInitFailNbr_CP_
count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to insufficient QoS-based eNB
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ERAB setup. count
S1AP_LINK_FAIL ErabInitFailNbr_
Collection
resources during ERAB setup.
S1AP_CU_FAIL ErabInitFailNbr_
A call is released due to insufficient capacity-based eNB
How to
resources during ERAB setup.
QOS_CAC_FAIL ErabInitFailNbr_
Definition
A call is released due to S1 SCTP link failure during ERAB setup.
count
A call is released due to receiving S1AP signaling during ERAB setup.
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED Authentication Procedure (NAS) Initial Context Setup Request Security Mode Command
1
Attempt
2
Success
Security Mode Complete Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete Initial Context Setup Response RRC_CONNECTED
Figure 8.
Collection Time for E-RAB Setup
For E-RAB setup count statistics, Attempt is counted when the Initial Context Setup Request message is received during the initial call setup, and Success is counted when the Initial Context Setup Response message is transmitted. Fail is counted when a timeout or failure occurs during the procedure and the applicable cause value is recorded.
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4.2 E-RAB Setup Add Collects the statistics data on the number of additional E-RAB (dedicated bearer) setups by the MME following the initial default bearer setup for each cell or QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
EstabAddAttNbr
count
Addition ERAB setup attempt count.
CC
event
int
0~2147483647
-
EstabAddSuccNbr
count
Additional ERAB setup success count.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CC_TO
Type
Min/Max
Formula
blocks (MAC, RLC, PDCP, GTP) during additional ERAB setup.
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(Continued) Item
Unit
ErabAddFailNbr_CP_
count
CC_FAIL
Definition A call is released due to reset notification (eNB failure or
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block restart) from ECMB or by ECCB during additional ERAB setup.
ErabAddFailNbr_
count
UP_GTP_FAIL
A call is released due to the failure in the GTP block during additional ERAB setup.
ErabAddFailNbr_ UP_MAC_FAIL
count
A call is released due to the failure in the MAC block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ UP_RLC_FAIL
count
A call is released due to the failure in the RLC block during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ RRC_SIG_TO
count
A call is released due to ERAB uplink message timeout (not received) during additional RRC setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ BH_CAC_FAIL
count
A call is released due to insufficient backhaul-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ CAPA_CAC_FAIL
count
A call is released due to insufficient capacity-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ CP_QOS_CAC_FAIL
count
A call is released due to insufficient QoS-based eNB resources during additional ERAB setup.
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ErabAddFailNbr_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during additional ERAB setup.
CC
event
int
0~2147483647
-
ErabAddFailNbr_CP_ CC_INTERACTION
count
When failure occurs during inter eNB handover due to ERAB setup required by the MME.
CC
event
int
0~2147483647
-
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED E-RAB Setup Request
1
Attempt
2
Success
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete E-RAB Setup Response
RRC_CONNECTED
Figure 9.
Collection Time for E-RAB Setup Add
For additional E-RAB setup count statistics, Attempt is counted when the E-RAB Setup Request message is received during the additional E-RAB setup, and Success is counted when the E-RAB Setup Response message is transmitted. Fail is counted when a timeout or failure occurs during the procedure and the applicable cause value is recorded.
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4.3 E-RAB setup time Collects the statistics data for the average E-RAB Setup time and the maximum E-RAB Setup time. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EstabTime
Unit ms
Definition Average E-RAB setup time
How to
Collection
Collect
Cycle
GAUGE
event
Type int
Min/Max 0~60*Period*1000
Formula sum (EstabTimeTot)/ sum (EstabTimeCnt)
EstabTimeMax
ms
Maximum E-RAB setup time
GAUGE
event
int
0~60*Period*1000
max (EstabTimeMax)
EstabTimeTot
ms
Total sum of EstabTime collected
GAUGE
event
int
0~2147483647
-
EstabTimeCnt
count
Number of collected EstabTime
GAUGE
event
int
0~2147483647
-
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE Initial Context Setup Request Security Mode Command Security Mode Complete
E-RAB Setup time
RRC Connection Reconfiguration RRC Connection Reconfiguration Complete Initial Context Setup Response
RRC_CONNECTED
Figure 10. Collection Time for E-RAB Setup time The E-RAB setup time indicates the duration from receiving the Initial Context Setup Request message up to transmitting the Initial Context Setup Response, which is reported in ms. The statistics block calculates the average and maximum values of the setup time during the collection period.
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4.4 eNB E-RAB Erase Request Collects the statistics data for the E-RAB release requests made by the eNB by transmitting the UE Context Release Request message. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EraseAttbyEnb_
Unit count
CP_CC_TO
Definition A call is released due to the call control timeout of the protocol
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block (MAC, RLC, PDCP, GTP) when an eNB-initiated UE Context Release occurs.
EraseAttbyEnb_
count
CP_CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB when an eNB-initiated UE Context Release occurs or by the ECCB block.
EraseAttbyEnb_
count
UP_GTP_FAIL
LTE Counter Description_SLR2.3
A call is released due to internal failure of the GTP block when an eNB-initiated UE Context Release occurs.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
EraseAttbyEnb_ UP_MAC_FAIL
count
A call is released due to internal failure of the MAC block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_MAC_UE_ INACT
count
A call is released due to UE inactivity in eNB when an eNBinitiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_PDCP_FAIL
count
A call is released due to internal failure of the PDCP block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ UP_RLC_FAIL
count
A call is released due to internal failure of the RLC block when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_HC_TO
count
A call is released due to HO command timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling when an eNBinitiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ RRC_SIG_TO
count
A call is released due to S1AP signaling timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause occurred when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_ S1AP_RO_TO
count
A call is released due to S1AP RelocOverall timeout (not received) when an eNB-initiated UE Context Release occurs.
CC
event
int
0~2147483647
-
EraseAttbyEnb_
count
A call is released due to S1AP signaling timeout (not received)
CC
event
int
0~2147483647
-
S1AP_SIG_TO
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
when an eNB-initiated UE Context Release occurs.
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(Continued) Item EraseAttbyEnb_
Unit count
X2AP_RO_TO
Definition A call is released due to X2AP RelocOverall timeout (not
How to
Collection
Collect
Cycle
CC
event
Type int
Min/Max 0~2147483647
Formula -
received) when an eNB-initiated UE Context Release occurs.
[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED 1
Count
UE Context Release Request UE Context Release Command
RRC Connection Release
UE Context Release Complete
RRC_CONNECTED
Figure 11. Collection Time for eNB E-RAB Erase Request The eNB E-RAB Erase is to delete the UE context. When the eNB needs to release the UE context, it transmits the UE Context Release Request message to the MME and collects statistics.
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4.5 E-RAB Erase Collects the statistics data for the average E-RAB Setup time and the maximum E-RAB Setup time. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item EraseAtt
Unit count
Definition The number of the E-RAB release attempts using the UE
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Context Release command. EraseSucc
count
The number of the E-RAB release successes using the UE Context Release command.
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
UE Context Release Command
Rrc Connection Release
Success
2
UE Context Release Complete
RRC_CONNECTED
Figure 12. Collection Time for E-RAB erase For E-RAB ERASE statistics, attempt is counted when the UE Context Release Command is received, and Success is counted when the UE Context Release Complete message is transmitted.
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4.6 E-RAB Modify Collects the statistics data for E-RAB Modify count. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
ModQoSAttNbr
count
ERAB Modify attempt count
CC
event
int
0~2147483647
-
ModQoSSuccNbr
count
ERAB Modify success count
CC
event
int
0~2147483647
-
ModQoSFailNbr_
count
A call is released due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_TO ModQoSFailNbr_
(MAC, RLC, PDCP, GTP) during ERAB Modify. count
CP_CC_FAIL ModQoSFailNbr_
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during ERAB Modify.
count
UP_GTP_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the GTP block during ERAB Modify.
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(Continued) Item
Unit
ModQoSFailNbr_
count
UP_MAC_FAIL ModQoSFailNbr_
count count count
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during ERAB
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during ERAB
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Modify. count
RRC_SIG_TO ModQoSFailNbr_
Collect
Modify.
RRC_SIG_FAIL ModQoSFailNbr_
Collection
ERAB Modify.
UP_RLC_FAIL ModQoSFailNbr_
A call is released due to the failure in the MAC block during
How to
ERAB Modify.
UP_PDCP_FAIL ModQoSFailNbr_
Definition
A call is released due to ERAB uplink message timeout (not received) during RRC Modify procedure
count
CP_BH_CAC_
A call is released due to insufficient backhaul-based eNB resources during ERAB Modify.
FAIL ModQoSFailNbr_
count
CP_CAPA_CAC_
A call is released due to insufficient capacity-based eNB resources during ERAB Modify.
FAIL ModQoSFailNbr_
count
CP_QOS_CAC_
A call is released due to insufficient QoS-based eNB resources during ERAB Modify.
FAIL
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(Continued) Item
Unit
ModQoSFailNbr_
count
S1AP_CU_FAIL ModQoSFailNbr_
Definition A call is released due to the S1AP specification cause during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ERAB Modify. count
S1AP_LINK_
A call is released due to S1 SCTP link failure during ERAB Modify.
FAIL ModQoSFailNbr_
count
S1AP_SIG_FAIL ModQoSFailNbr_
A call is released due to receiving S1AP signaling during ERAB Modify.
count
CP_CC_INTERA
When failure occurs during inter eNB handover due to ERAB Modify required by the MME.
CTION
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[Collection Time]
UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
E-RAB Modify Request
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Success
2
E-RAB Modify Response
RRC_CONNECTED
Figure 13. Collection Time for E-RAB modify For E-RAB Modify statistics, Attempt is counted when the E-RAB Modify Request message is received from the MME, and Success is counted when the E-RAB Modify Response message is transmitted. Fail is counted when the E-RAB Modify procedure fails due to an internal timeout or failure, and the applicable cause value is recorded.
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4.7 eNB E-RAB Release Request Collects the statistics data for the E-RAB release requests made by the eNB using the E-RAB Release Indication message. E-RAB release request usually occurs when only a specific bearer is released while 2 or more bearers are set up. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
RelAttbyEnbNbr_
count
CP_CC_TO
Definition A call is released due to call control timeout in the protocol
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
blocks (MAC, RLC, PDCP, GTP) during eNB-initiated ERAB release.
RelAttbyEnbNbr_ S1AP_CU_FAIL
LTE Counter Description_SLR2.3
count
Release due the S1AP specification cause during eNB-initiated ERAB release.
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED Count
1
E-RAB Release Indication E-RAB Release Command
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete E-RAB Release Response
RRC_CONNECTED
Figure 14. Collection Time for eNB E-RAB release request The eNB E-RAB Release statistics are counted when the eNB deletes the applicable bearers as needed and transmits the E-RAB Release Indication message to the MME.
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4.8 E-RAB Release Collects the statistics data for the E-RAB releases made by the eNB using the E-RAB Release Command for each cell. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
RelAttNbr
count
Attempt count for E-RAB release by the ERAB Release command
CC
event
int
0~2147483647
-
RelSuccNbr
count
Success count for E-RAB release by the ERAB Release command
CC
event
int
0~2147483647
-
RelFailNbr_CP_
count
A call is released due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC_FAIL
Type
Min/Max
Formula
restart) from ECMB or by ECCB block during MME-initiated ERAB release.
RelFailNbr_S1AP_
count
SIG_FAIL RelFailNbr_S1AP_ CU_FAIL
LTE Counter Description_SLR2.3
A call is released due to receiving S1AP signaling during MMEinitiated ERAB release.
count
A call is released due to S1AP specification cause during MMEinitiated ERAB release.
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(Continued) Item RelActive
Unit count
Definition Number of active E-RABs, for which a call is released due to
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
abnormal operation in eNB. RelFailNbr_CP_CC_ INTERACTION
LTE Counter Description_SLR2.3
count
When failure occurs during inter eNB handover due to ERAB Release required by the MME.
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[Collection Time] UE
eNB
MME
S/GW
RRC_CONNECTED
Attempt
1
E-RAB Release Command
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Success
2
E-RAB Release Response
RRC_CONNECTED
Figure 15. Collection Time for E-RAB release For E-RAB release statistics, when the E-RAB Release Request message is received from the MME, it is counted as Attempt; when the E-RAB Release Response message is transmitted, it is counted as Success. Fail is counted when the E-RAB Release procedure fails due to an internal timeout or failure, and the applicable cause value is recorded.
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4.9 E-RAB activity (UE) Collects the statistics data for the in-session time of the UE. In-session is defined as valid if a data transmission took place during the last 100 ms; it collects the in-session time of the UE which had data transmissions with the PDSCH/PUSCH during the statistics period. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item SessionTimeUE
Unit ms
Definition Average in-session time per UE
How to
Collection
Collect
Cycle
SI
5.12 s
Type
Min/Max
float
0~60*Period*1000
Formula sum (SessionTimeUETot)/ sum (SessionTimeUECnt)
SessionTimeUETot
ms
Total sum of SessionTimeUE collected
SI
5.12 s
float
0~3.4*10^38
-
SessionTimeUECnt
count
Number of collected SessionTimeUE
SI
5.12 s
int
0~2147483647
-
[Collection Time] TTI
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4.10 E-RAB activity (QCI) Collects the statistics data for the in-session time per QCI. In-session is defined as valid if a data transmission took place during the last 100 ms; it collects the in-session time of the Bearer which had data transmissions with the PDSCH/PUSCH during the statistics period for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item SessionTimeQCI
Unit ms
Definition Average in-session time per QCI
How to
Collection
Collect
Cycle
SI
5.12 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (SessionTimeQCITot)/ sum (SessionTimeQCICnt)
SessionTimeQCITot
ms
Total sum of SessionTimeQCI
SI
5.12 s
float
0~3.4*10^38
-
SessionTimeQCICnt
count
Number of collected SessionTimeQCI
SI
5.12 s
int
0~2147483647
-
[Collection Time] TTI
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4.11 E-RAB Simultaneous Number Collects the statistics data for the average E-RAB count and the maximum E-RAB count per unit time. [Index] Name
Range
Description
cNum
0~8
Cell Index
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item UsageNbr
Unit count
Definition Average E-RAB count per unit time.
How to
Collection
Collect
Cycle
GAUGE
2s
Type float
Min/Max 0~3.4*10^38
Formula sum (UsageNbrTot)/ sum (UsageNbrCnt)
UsageNbrMax
count
Maximum E-RAB count per unit time.
GAUGE
2s
float
0~3.4*10^38
max (UsageNbrMax)
UsageNbrTot
count
Total sum of UsageNbr
GAUGE
2s
float
0~3.4*10^38
-
UsageNbrCnt
count
Number of collected UsageNbr
GAUGE
2s
int
0~2147483647
-
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5. HO EUTRAN Statistics on handovers are collected for intra LTE handover and inter RAT handover respectively. Intra LTE handover includes intra eNB, inter eNB S1, and inter eNB X2 handovers; inter RAT handover includes inter RAT optimized HRPD and inter RAT UTRAN handovers. Intra-LTE handover statistics are based on the source and target cells, and are collected through the respective source and target eNBs. Inter-RAT handover statistics are based on the eNB’s served cells. Intra eNB Handover Collects the statistics data for handover between cells within the base station for each cell. Intra eNB handover is performed when the UE moves between the cells that belong to the same eNB. The following shows this procedure.
UE
Target cell
Source cell
1) MeasurementReport
HO attempt 2) Target Cell Preparation
3) RRCConnection-Reconfiguration
HO preparation
(mobilityControlinfo)
HO success
4) RRCConnectionReconfigurationComplete
Figure 16. Intra eNB Handover Statistics Handling Steps
Description
1
Intra eNB handover is determined based on the measurement report.
2
New RLC, MAC and PHY configurations are set for the target cell.
3
When the resource setup is completed in the target cell, the RRC Connection Reconfiguration message is transmitted to instruct the UE to perform handover.
4
The RRC Connection Reconfiguration Complete message is received to complete the intra handover successfully.
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X2 Handover When the UE moves between cells of different eNBs that belong to the same MME group, handover is performed via the X2 interface. Upon performing the X2 handover, the source provides the statistics on handover outgoing; and the target, on the handover incoming. The procedure of collecting Attempt, Preparation, and Success statistics is shown below.
EPC UE
Target eNB
Source eNB
Downlink/Uplink data
MME
Downlink/Uplink data
1) MeasurementReport
HO attempt
2) HANDOVER REQUEST 4) RRCConnectionReconfiguration (mobilityControlinfo)
S-GW
3) HANDOVER REQUEST ACKNOWLEDGE HO Preparation 5) SN STATUS TRANSFER Data forwarding
6) Synchronization/UL allocation and timing advance 7) RRCConnectionReconfigurationComplete Forwarded data Uplink data
Uplink data
8) PATH SWITCH REQUEST 9) Modify Bearer Request End marker Forwarded data End marker Downlink data
12) UE CONTEXT RELEASE
Downlink data
11) PATH SWITCH REQUEST ACKNOWLEDGE
10) Modify Bearer Response HO Success
Down/Uplink data
Down/Uplink data
Figure 17. X2 Handover Statistics Handling
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Steps 1)
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Description The UE transmits the MeasurementReport message according to the system information, standards and rules. The source eNB determines whether to perform the UE handover based on the MeasurementReport message and the radio resource management information.
2)
The source eNB sends the target eNB a HANDOVER REQUEST message containing the information required for handover. The target eNB can perform management control in accordance with the E-RAB QoS information received.
3)-4)
The target eNB creates the RRCConnectionReconfiguration message which contains the mobileControlInfo IE for preparing and executing the handover. The target eNB transmits RRCConnectionReconfiguration to the source eNB, which is encapsulated in the HANDOVER REQUEST ACKNOWLEDGE message. The source eNB transmits the RRCConnectionReconfiguration message and the necessary parameters to the UE to command it to perform the handover.
5)
To transmit the uplink PDCP SN receiver status and the downlink PDCP SN transmitter status of the E-RABs of which the PDCP status must be preserved, the source eNB transmits the SN STATUS TRANSFER message to the target eNB.
6)
After receiving the RRCConnectionReconfiguration message that encapsulates the mobileControlInfo IE, the UE performs synchronization with the target eNB and accesses the target cell via the Random Access CHannel (RACH). The target eNB responds with UL allocation and a timing advance value.
7)
After having connected to the target cell successfully, the UE notifies the target eNB that the Handover procedure has been completed using an RRCConnectionReconfigurationComplete message.
8)
The target eNB, using the PATH SWITCH REQUEST message, notifies the MME that the UE has changed the cell.
9)-10)
The MME sends the Modify Bearer Request message to the S-GW. The S-GW changes the downlink data path into the target eNB. The S-GW transmits at least one ‘end marker’ to the source eNB through the previous path, and releases the user plane resources for the source eNB. The S-GW transmits a Modify Bearer Response message to the MME.
11)
The MME transmits the PATH SWITCH REQUEST ACKNOWLEDGE message to acknowledge the PATH SWITCH REQUEST message.
12)
The target eNB sends the UE CONTEXT RELEASE message to the source eNB to notify the handover has succeeded and to make the source eNB release its resources. If the source eNB receives the UE CONTEXT RELEASE message, it releases the radio resources and the control plane resources related to the UE context.
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S1 Handover Generally, when two eNBs belong to the same MME group, handover is performed via the X2 interface. When two eNBs belong to different MME groups, handover is performed via the S1 interface. However, if they belong to the same MME, but there is no X2 interface between the two eNBs or there is X2 link failure, handover is performed via the S1 interface. Upon performing the S1 handover, the source provides the statistics on handover outgoing; and the target, on the handover incoming. The procedure of collecting Attempt, Preparation, and Success statistics is shown below.
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EPC UE
Target eNB
Source eNB
MME
S-GW
Downlink/Uplink data
Downlink/Uplink data
1) Decision to trigger a relocation via S1 2) HANDOVER REQUIRED
HO attempt
HO attempt 3) HANDOVER REQUEST 4) HANDOVER REQUEST ACKNOWLEDGE 5) Create Indirect Data Forwarding Tunnel Request 6) Create Indirect Data 7) HANDOVER COMMAND Forwarding Tunnel Response
Ho Preparation HO Preparation 8) RRCConnectionReconfiguration
9) eNB STATUS TRANSFER
(mobilityControlinfo)
10) MME STATUS TRANSFER 1) Direct data forwarding 2) Indirect data forwarding Indirect data forwarding
11) Detach from old cell/Synchronize to new cell 12) RRCConnectionReconfigurationComplete Forwarded data Uplink data
Uplink data
13) HANDOVER NOTIFY Ho Success
14) Modify Bearer Request 15) Modify Bearer Response End marker
Forwarded data End marker
Downlink data
Downlink data
16) Tracking Area Update procedure 17) UE CONTEXT RELEASE COMMAND Ho Success
18) UE CONTEXT RELEASE COMPLETE
Downlink/Uplink data
19) Delete Indirect Data Forwarding Tunnel Request 20) Delete Indirect Data Forwarding Tunnel Response
Downlink/Uplink data
Figure 18. S1 Handover Procedure
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Steps 1)
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Description The source eNB determines whether to perform S1-based handover into the target eNB. The source eNB can make this decision when there is no X2 connection to the target or when an error is notified by the target eNB after an X2-based handover has failed, or based on the information the source eNB has obtained dynamically.
2)
The source eNB transmits the HANDOVER REQUIRED message to the MME. The source eNB notifies the target eNB which bearer is used for data forwarding and whether forwarding can be made directly from the source eNB to the target eNB.
3)-4)
The MME transmits the HANDVER REQUEST message to the target eNB. This message makes the target eNB create a UE context containing the bearer-related information and the security context. The target eNB transmits the HANDOVER REQUEST ACKNOWLEDGE message to the MME.
5)-6)
If indirect forwarding is used, the MME sends the Create Indirect Data Forwarding Tunnel Request message to the S-GW. The S-GW replies the MME with the Create Indirect Data Forwarding Tunnel Response message.
7)-8)
The MME sends the HANDOVER COMMAND message to the source eNB. The source eNB creates the RRCConnectionReconfiguration message using the Target to Source Transparent Container IE encapsulated in the HANDOVER COMMAND message and then transmits it to the UE.
9)-10)
To send the PDCP status, and the HFN status of the E-RABs of which the PDCP status must be preserved, the source eNB sends the eNB/MME STATUS TRANSFER message to the target eNB via the MME. The source eNB must start forwarding the downlink data to the target eNB through the bearer which was determined to be used for data forwarding. This can be either direct or indirect forwarding.
11)
The UE performs synchronization with the target eNB and connects to the target cell via a RACH. The target eNB replies with UL allocation and a timing advance value.
12)
After having synchronized with the target cell, the UE notifies the target eNB that the Handover procedure has been completed using the RRCConnectionReconfigurationComplete message. The downlink packets forwarded from the source eNB can be transmitted to the UE. The uplink packets can also be sent from the UE to the S-GW via the target eNB.
13)
The target eNB sends the HANDOVER NOTIFY message to the MME. The MME starts the timer which tells when the resources of the source eNB and the temporary resources used by the S-GW for indirect forwarding will be released.
14)
The MME transmits the Modify Bearer Request message for each PDN connection to the S-GW. Downlink packets are transmitted from the S-GW to the target eNB immediately.
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(Continued) Steps 15)
Description The S-GW transmits a Modify Bearer Response message to the MME. As soon as the target eNB changes the path to help packet reordering, the S-GW transmits at least one ‘end marker’ packet to the source eNB through the previous path.
16)
If any of the conditions listed in section 5.3.3.0 of TS 23.401 (6) is met, the UE starts the Tracking Area Update procedure.
17)-18)
When the timer started at step 13 expires, the MME sends the UE CONTEXT RELEASE COMMAND message to the source eNB. The source eNB releases the resources related to the UE and replies with the UE CONTEXT RELEASE COMPLETE message.
19)-20)
If indirect forwarding has been used, when the timer started at Step 13 expires the MME transmits the Delete Indirect Data Forwarding Tunnel Request message to the S-GW. This message gets the S-GW to release the temporary resources allocated for indirect forwarding at Step 5. The S-GW responds to the MME with the Delete Indirect Data Forwarding Tunnel Response message.
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5.1 Intra eNB Handover Collects the statistics data for handover between cells within the eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
IntraEnbAtt
count
Intra-handover attempt count.
CC
event
int
0~2147483647
-
IntraEnbPrepSucc
count
Intra-handover preparation success count.
CC
event
int
0~2147483647
-
IntraEnbSucc
count
Intra-handover execution success count.
CC
event
int
0~2147483647
-
IntraEnbPrepFail_
count
Preparation fails due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CP_CC_TO
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
(MAC, RLC, PDCP, GTP) during the intra handover preparation.
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(Continued) Item
Unit
Definition
IntraEnbPrepFail_CP_
count
Preparation fails due to reset notification (eNB failure or block
CC_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by the ECCB block during the intra handover preparation.
IntraEnbPrepFail_UP_
count
MAC_FAIL IntraEnbPrepFail_UP_
during the intra handover preparation. count
RLC_FAIL IntraEnbPrepFail_
count count count count
S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient QoS-based eNB resources during the intra handover preparation.
count
S1AP_CU_FAIL IntraEnbPrepFail_
Preparation fails due to insufficient capacity-based eNB resources during the intra handover preparation.
QOS_CAC_FAIL IntraEnbPrepFail_
Preparation fails due to insufficient backhaul-based eNB resources during the intra handover preparation.
CAPA_CAC_FAIL IntraEnbPrepFail_CP_
A call is released due to receiving RRC signaling during the intra handover preparation.
BH_CAC_FAIL IntraEnbPrepFail_CP_
Preparation fails due to internal failure in the RLC block during the intra handover preparation.
RRC_SIG_FAIL IntraEnbPrepFail_CP_
Preparation fails due to internal failure in the MAC block
Preparation fails due to S1AP specification cause during the intra handover preparation.
count
Preparation fails due to S1 SCTP link failure during the intra handover preparation.
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(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
IntraEnbPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the intra handover preparation.
CC
event
int
0~2147483647
-
IntraEnbFail_CP_CC_ TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_CP_CC_ FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ GTP_FAIL
count
A call is released due to the internal failure in the GTP block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ MAC_FAIL
count
A call is released due to the internal failure in the MAC block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_UP_ RLC_FAIL
count
A call is released due to the internal failure in the RLC block during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_RRC_ HC_TO
count
A call is released due to HO command timeout (not received) during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_RRC_ SIG_FAIL
count
A call is released due to receiving RRC signaling during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_S1AP_ CU_FAIL
count
A call is released due to the S1AP specification cause during the intra handover execution.
CC
event
int
0~2147483647
-
IntraEnbFail_S1AP_ LINK_FAIL
count
A call is released due to S1 SCTP link failure during the intra handover execution.
CC
event
int
0~2147483647
-
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(Continued) Item IntraEnbFail_S1AP_
Unit
Definition
count
A call is released due to S1AP signaling timeout (not received)
SIG_FAIL
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
during the intra handover execution.
IntraEnbCnt
count
Number of Intra-eNB handover collection
CC
event
int
0~2147483647
-
IntraEnbNbrCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
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[Collection Time] UE
eNB
UE moves to Intra eNB Cell Measurement Report
Attempt
1
HO Decision
Prepare
2
Target Cell Preparation
Success
3
Internal Path Switch
Rrc Connection Reconfiguration Rrc Connection Reconfiguration Complete
Figure 19. Collection Time for Intra eNB Handover Attempt; when the intra-handover preparation is complete and at the time of transmitting the RRC Connection Reconfiguration message to the UE, it is counted as Prepare. When the target cell successfully receives the RRC Connection Reconfiguration Complete message from the UE, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Intra Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.2 X2 Handover Out Collects the statistics data for X2 handover between eNBs for each cell in reference with the source eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
InterX2OutAtt
count
Attempt count for X2 handover from SeNB.
CC
event
int
0~2147483647
-
InterX2OutPrepSucc
count
Success count for X2 handover preparation from SeNB.
CC
event
int
0~2147483647
-
InterX2OutSucc
count
Success count for X2 handover execution from SeNB.
CC
event
int
0~2147483647
-
InterX2OutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECMB or by ECCB block during the inter X2 handover preparation.
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(Continued) Item
Unit
InterX2OutPrepFail_
count
S1AP_LINK_FAIL InterX2OutPrepFail_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the
CC
event
int
0~2147483647
-
Preparation fails due to X2 SCTP link failure during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2AP relocprep timeout (not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the inter X2 handover preparation. count
X2AP_SIG_FAIL InterX2OutFail_CP_
Cycle
X2 handover preparation.
X2AP_RP_TO InterX2OutPrepFail_
Collect
inter X2 handover preparation.
X2AP_LINK_FAIL InterX2OutPrepFail_
Collection
inter X2 handover preparation.
X2AP_CU_FAIL InterX2OutPrepFail_
Preparation fails due to S1 SCTP link failure during the inter
How to
X2 handover preparation.
S1AP_SIG_FAIL InterX2OutPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the inter X2 handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter X2 handover execution.
InterX2OutFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the inter X2 handover execution.
InterX2OutFail_UP_ GTP_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to the failure in the GTP block during the inter X2 handover execution.
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(Continued) Item
Unit
InterX2OutFail_UP_
count
MAC_FAIL InterX2OutFail_UP_
count count count count count count count
X2AP_RO_TO
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the PDCP block
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
A call is released due to the X2AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the inter X2 handover execution. count
X2AP_LINK_FAIL InterX2OutFail_
Formula
inter X2 handover execution.
X2AP_CU_FAIL InterX2OutFail_
Min/Max
inter X2 handover execution.
S1AP_SIG_FAIL InterX2OutFail_
Type
the inter X2 handover execution.
S1AP_LINK_FAIL InterX2OutFail_
Cycle
inter X2 handover execution.
S1AP_CU_FAIL InterX2OutFail_
Collect
during the inter X2 handover execution.
RRC_SIG_FAIL InterX2OutFail_
Collection
during the inter X2 handover execution.
RLC_FAIL InterX2OutFail_
A call is released due to the internal failure in the MAC block
How to
during the inter X2 handover execution.
PDCP_FAIL InterX2OutFail_UP_
Definition
A call is released due to the X2 SCTP link failure during the inter X2 handover execution.
count
A call is released due to X2AP RelocOverall timeout (not received) during the inter X2 handover execution.
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(Continued) Item InterX2OutFail_
Unit count
X2AP_SIG_FAIL
Definition A call is released due to receiving the X2AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the inter X2 handover execution.
InterX2OutCnt
count
Number of X2 Handover Out collection
CC
event
int
0~2147483647
-
InterX2OutCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
1
Attempt
Handover Request 2
Prepare
Rrc Connection Reconfiguration
Handover Request Acknowledge SN Status Transfer
Rrc Connection Reconfiguration Complete Path Switch Request Release Request Call Release
Path Switch Request Acknowledge
3 Success
Figure 20. Collection Time for X2 Handover Out For Inter X2 Handover Out statistics, Attempt is counted when the X2 Handover Request message can be transmitted to the target eNB after the inter X2 handover decision following the Measurement Report message arrival. Prepare is counted when the X2 Handover Request Acknowledge message is received from the target eNB. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. The target eNB transmits the X2 UE Context Release message to the source eNB when the handover is successfully completed. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter X2 Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. LTE Counter Description_SLR2.3
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5.3 X2 Handover In Collects the statistics data for X2 handover between eNBs in reference with the target eNB. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
InterX2InAtt
count
X2 handover attempt count in TeNB.
CC
event
int
0~2147483647
-
InterX2InPrepSucc
count
X2 handover preparation success count in TeNB.
CC
event
int
0~2147483647
-
InterX2InSucc
count
X2 handover execution success count in TeNB.
CC
event
int
0~2147483647
-
InterX2InPrepFail_
count
Preparation fails due to call control timeout in the protocol blocks
CC
event
int
0~2147483647
-
CP_CC_TO
Definition
How to
Item
Type
Min/Max
Formula
(MAC, RLC, PDCP, GTP) during the inter X2 handover preparation.
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(Continued) Item
Unit
InterX2InPrepFail_
count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by ECCB block during the inter X2 handover preparation.
InterX2InPrepFail_
count
UP_GTP_FAIL InterX2InPrepFail_
the inter X2 handover preparation. count
UP_MAC_FAIL InterX2InPrepFail_
count count
Preparation fails due to internal failure in the RLC block during the inter X2 handover preparation.
count
CP_BH_CAC_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the PDCP block during the inter X2 handover preparation.
UP_RLC_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the MAC block during the inter X2 handover preparation.
UP_PDCP_FAIL InterX2InPrepFail_
Preparation fails due to internal failure in the GTP block during
Preparation fails due to insufficient backhaul-based eNB resources during the inter X2 handover preparation.
count
CP_CAPA_CAC_
Preparation fails due to insufficient capacity-based eNB resources during the inter X2 handover preparation.
FAIL InterX2InPrepFail_ CP_QOS_CAC_
count
Preparation fails due to insufficient QoS-based eNB resources during the inter X2 handover preparation.
FAIL
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterX2InPrepFail_
count
S1AP_LINK_FAIL InterX2InPrepFail_
count count count
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the inter
CC
event
int
0~2147483647
-
Preparation fails due to X2 SCTP link failure during the inter X2
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
handover preparation. count
X2AP_SIG_FAIL InterX2InFail_CP_
Collect
X2 handover preparation.
X2AP_LINK_FAIL InterX2InPrepFail_
Collection
X2 handover preparation.
X2AP_CU_FAIL InterX2InPrepFail_
Preparation fails due to S1 SCTP link failure during the inter X2
How to
handover preparation.
S1AP_SIG_FAIL InterX2InPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the inter X2 handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter X2 handover execution.
InterX2InFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the inter X2 handover execution.
InterX2InFail_UP_
count
GTP_FAIL InterX2InFail_UP_ MAC_FAIL
LTE Counter Description_SLR2.3
A call is released due to the failure in the GTP block during the inter X2 handover execution.
count
A call is released due to the internal failure in the MAC block during the inter X2 handover execution.
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(Continued) Item
Unit
InterX2InFail_UP_
count
PDCP_FAIL InterX2InFail_UP_
count count count count count count count
X2AP_LINK_FAIL
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the internal failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to HO command timeout (not received)
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the inter
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the inter
CC
event
int
0~2147483647
-
A call is released due to S1AP path switch timeout (not received)
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the inter
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2 handover execution. count
X2AP_CU_FAIL InterX2InFail_
Formula
during the inter X2 handover execution.
S1AP_SIG_FAIL InterX2InFail_
Min/Max
X2 handover execution.
S1AP_PATH_TO InterX2InFail_
Type
inter X2 handover execution.
S1AP_LINK_FAIL InterX2InFail_
Cycle
X2 handover execution.
S1AP_CU_FAIL InterX2InFail_
Collect
during the inter X2 handover execution.
_SIG_FAIL InterX2InFail_
Collection
during the inter X2 handover execution.
_HC_TO InterX2InFail_RRC
A call is released due to the internal failure in the PDCP block
How to
during the inter X2 handover execution.
RLC_FAIL InterX2InFail_RRC
Definition
A call is released due to the X2AP specification cause during the inter X2 handover execution.
count
A call is released due to the X2 SCTP link failure during the inter X2 handover execution.
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(Continued) Item InterX2InFail_
Unit count
X2AP_SIG_FAIL InterX2InFail_ X2AP_SIG_TO
LTE Counter Description_SLR2.3
Definition A call is released due to receiving the X2AP signaling during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter X2 handover execution. count
A call is released due to X2AP signaling timeout (not received) during the inter X2 handover execution.
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Request
Rrc Connection Reconfiguration
Handover Request Acknowledge SN Status Transfer
1
Attempt
2
Prepare
Rrc Connection Reconfiguration Complete Path Switch Request
Release Request
Path Switch Request Acknowledge 3 Success
Call Release
Figure 21. Collection Time for X2 Handover In For Inter X2 Handover In statistics, Attempt is counted when the target eNB receives the X2 Handover Request message, and Prepare is counted after the target eNB transmits the X2 Handover Request Acknowledge message. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. When the handover is successfully completed and the X2 UE Context Release message is transmitted to the source eNB, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter X2 In Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.4 S1 Handover Out Collects the statistics data for S1 handover between eNBs for each cell in reference with the source eNB. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
tcId
0~268435455
Target Cell Index.
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type] Collection
Collect
Cycle
Unit
InterS1OutAtt
count
S1 handover attempt count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutPrepSucc
count
S1 handover preparation success count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutSucc
count
S1 handover execution success count in SeNB.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CP_CC_FAIL
Definition
How to
Item
Type
Min/Max
Formula
restart) from ECMB or by ECCB block during inter S1 handover preparation.
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(Continued) Item
Unit
InterS1OutPrepFail_
count
S1AP_CU_FAIL
Definition Preparation fails due to S1AP specification cause during inter
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
S1 handover preparation.
InterS1OutPrepFail_ S1AP_LINK_FAIL
count
Preparation fails due to S1 SCTP link failure during inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during inter S1 handover preparation.
CC
event
int
0~2147483647
-
InterS1OutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol
CC
event
int
0~2147483647
-
blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover execution.
InterS1OutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB block during the inter S1 handover execution.
CC
event
int
0~2147483647
-
InterS1OutFail_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the inter S1 handover execution.
CC
event
int
0~2147483647
-
InterS1OutFail_UP_
count
A call is released due to the failure in the MAC block during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
MAC_FAIL InterS1OutFail_UP_ PDCP_FAIL
LTE Counter Description_SLR2.3
inter S1 handover execution. count
A call is released due to the failure in the PDCP block during the inter S1 handover execution.
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(Continued) Item InterS1OutFail_UP_
Unit
Definition
count
A call is released due to the failure in the RLC block during the
RLC_FAIL InterS1OutFail_
count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter S1 handover execution. count
_RO_TO InterS1OutFail_S1AP
Cycle
inter S1 handover execution.
_LINK_FAIL InterS1OutFail_S1AP
Collect
inter S1 handover execution.
_CU_FAIL InterS1OutFail_S1AP
Collection
inter S1 handover execution.
RRC_SIG_FAIL InterS1OutFail_S1AP
How to
A call is released due to S1AP relocoverall timeout (not received) during the inter S1 handover execution.
count
_SIG_FAIL
A call is released due to receiving S1AP signaling during the inter S1 handover execution.
InterS1OutCnt
count
Number of S1 Handover Out collection
CC
event
int
0~2147483647
-
InterS1OutCid
tcID
The tcID required to be collected.
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
1
Attempt Handover Required Handover Request
2
Handover Request Acknowledge Handover Command
Prepare
Rrc Connection Reconfiguration
eNB Status Transfer MME Status Transfer
Rrc Connection Reconfiguration Complete Handover Notify Tracking Area Update Procedure (NAS) UE Context Release Command UE Context Release Complete Call Release
3 Success
Figure 22. Collection Time for S1 Handover Out For Inter S1 Handover Out statistics, Attempt is counted when the S1 Handover Required message can be transmitted to the MME after the inter S1 handover decision following the Measurement Report message arrival. Prepare is counted when the S1 Handover Command message is received from the MME.
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The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. The MME transmits the S1 UE Context Release Command message to the source eNB when the handover is successfully completed in the target eNB. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter S1 Out Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.5 S1 Handover In Collects the statistics data for S1 handover between eNBs for each cell in reference with the target eNB. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
InterS1InAtt
count
S1 handover attempt count in TeNB.
CC
event
int
0~2147483647
-
InterS1InPrepSucc
count
S1 handover preparation success count in TeNB.
CC
event
int
0~2147483647
-
InterS1InSucc
count
S1 handover execution success count in TeNB.
CC
event
int
0~2147483647
-
InterS1InPrepFail_
count
Preparation fails due to call control timeout in the protocol
CC
event
int
0~2147483647
-
CP_CC_TO
blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover preparation.
LTE Counter Description_SLR2.3
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(Continued) Item InterS1InPrepFail_
Unit count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
restart) from ECMB or by ECCB during the inter S1 handover preparation.
InterS1InPrepFail_
count
UP_GTP_FAIL InterS1InPrepFail_
the inter S1 handover preparation. count
UP_MAC_FAIL InterS1InPrepFail_
count count
Preparation fails due to internal failure in the RLC block during the inter S1 handover preparation.
count
CP_BH_CAC_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the PDCP block during the inter S1 handover preparation.
UP_RLC_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the MAC block during the inter S1 handover preparation.
UP_PDCP_FAIL InterS1InPrepFail_
Preparation fails due to internal failure in the GTP block during
Preparation fails due to insufficient capacity-based eNB resources during the inter S1 handover preparation.
count
CP_CAPA_CAC_
Preparation fails due to insufficient capacity-based eNB resources during the inter S1 handover preparation.
FAIL InterS1InPrepFail_
count
CP_QOS_CAC_FAIL InterS1InPrepFail_ S1AP_CU_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient QoS-based eNB resources during the inter S1 handover preparation.
count
Preparation fails due to S1AP specification cause during inter S1 handover preparation.
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(Continued) Item InterS1InPrepFail_
Unit count
S1AP_LINK_FAIL InterS1InPrepFail_
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during inter
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1 handover preparation. count
CC_TO InterS1InFail_CP_
Preparation fails due to S1 SCTP link failure during inter S1
How to
handover preparation.
S1AP_SIG_FAIL InterS1InFail_CP_
Definition
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the inter S1 handover execution.
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by ECCB block during the inter S1 handover execution.
InterS1InFail_UP_
count
GTP_FAIL InterS1InFail_UP_
inter S1 handover execution. count
MAC_FAIL InterS1InFail_UP_
count
HC_TO
LTE Counter Description_SLR2.3
A call is released due to the failure in the PDCP block during the inter S1 handover execution.
count
RLC_FAIL InterS1InFail_RRC_
A call is released due to the failure in the MAC block during the inter S1 handover execution.
PDCP_FAIL InterS1InFail_UP_
A call is released due to the failure in the GTP block during the
A call is released due to the failure in the RLC block during the inter S1 handover execution.
count
A call is released due to HO command timeout (not received) during the inter S1 handover execution.
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(Continued) Item InterS1InFail_RRC_
Unit count
SIG_FAIL InterS1InFail_S1AP_
count count
SIG_TO
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
inter S1 handover execution. count
SIG_FAIL InterS1InFail_S1AP_
Collection
inter S1 handover execution.
LINK_FAIL InterS1InFail_S1AP_
A call is released due to receiving RRC signaling during the
How to
inter S1 handover execution.
CU_FAIL InterS1InFail_S1AP_
Definition
A call is released due to receiving S1AP signaling during the inter S1 handover execution.
count
A call is released due to S1AP signaling timeout (not received) during the inter S1 handover execution.
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[Collection Time] Source eNB
UE
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision
Handover Required Attempt
1
Handover Request
Handover Request Acknowledge Handover Command
Prepare Rrc Connection Reconfiguration
2
eNB Status Transfer MME Status Transfer
Rrc Connection Reconfiguration Complete Success
3
Handover Notify
Tracking Area Update Procedure (NAS) UE Context Release Command UE Context Release Complete Call Release
Figure 23. Collection Time for S1 Handover In For inter S1 handover in statistics, when the target eNB receives the S1 Handover Request message, it is counted as Attempt; when the target eNB transmits the S1 Handover Request Acknowledge message, it is counted as Prepare. The source eNB transmits the RRC Connection Reconfiguration message to the UE, and the target eNB receives the RRC Connection Reconfiguration Complete message from the UE. When the handover is successfully completed and the S1 Handover Notify message is transmitted to the MME, it is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. Inter S1 In Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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5.6 Handover Time (Average, Max) Collects the statistics data for the average setup time and the maximum setup time of the handover interrupt time in the TeNB for each cell. [Index] Name
Range
Description
cNum
0~8
Cell index
scID
0~268435455
Source Cell Index.
[Statistics Type]
Item IntraHOTime
Unit ms
Definition Time taken from transmitting the
How to
Collection
Collect
Cycle
GAUGE
event
Type
Min/Max
Formula
float
0~60*Period*1000
sum (IntraHOTimeTot)/
RRCConnectionReconfiguration message to
sum (IntraHOTimeCnt)
the UE until after receiving the RRCConnectionReconfigurationComplete message from the UE. IntraHOTimeMax
ms
Average maximum intra HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (IntraHOTimeMax)
IntraHOTimeTot
ms
Sum of Intra HO Interrupt time
GAUGE
event
float
0~3.4*10^38
-
IntraHOTimeCnt
count
Count of IntraHOTime collected
GAUGE
event
int
0~2147483647
-
S1HOTime
ms
Average S1 HO interrupt time
GAUGE
event
float
0~60*Period*1000
sum (S1HOTimeTot)/ sum (S1HOTimeCnt)
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
S1HOTimeMax
ms
Average maximum S1 HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (S1HOTimeMax)
S1HOTimeTot
ms
Sum of S1 HO interrupt time
GAUGE
event
float
0~3.4*10^38
-
S1HOTimeCnt
count
Count of S1HOTime collected
GAUGE
event
int
0~2147483647
-
X2HOTime
ms
Average X2 HO interrupt time
GAUGE
event
float
0~60*Period*1000
sum (X2HOTimeTot)/ sum (X2HOTimeCnt)
X2HOTimeMax
ms
Average maximum X2 HO interrupt time
GAUGE
event
float
0~60*Period*1000
max (X2HOTimeMax)
X2HOTimeTot
ms
Sum of X2 HO Interrupt time
GAUGE
event
float
0~3.4*10^38
-
X2HOTimeCnt
count
Count of X2HOTime collected
GAUGE
event
int
0~2147483647
-
HoTimeCnt
count
Sum of X2 HO Interrupt time
CC
event
int
0~2147483647
-
HoTimeCid
scID
Count of X2HOTime collected
OW
event
int
0~2147483647
-
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[Collection Time] UE
eNB UE moves to Intra eNB Cell Measurement Report HO Decision
Target Cell Preparation Rrc Connection Reconfiguration HO Time
Rrc Connection Reconfiguration Complete Internal Path Switch
Figure 24. Collection Time for Handover Time (INTRA)
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UE
Source eNB
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Required Handover Request Handover Request Acknowledge Handover Command Rrc Connection Reconfiguration
HO Time
Rrc Connection Reconfiguration Complete
Figure 25. Collection Time for Handover Time (INTER S1)
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UE
Source eNB
Target eNB
MME
S/GW
UE moves to Inter eNB Cell Measurement Report HO Decision Handover Request Handover Request Acknowledge Rrc Connection Reconfiguration
HO Time
Rrc Connection Reconfiguration Complete
Figure 26. Collection Time for Handover Time (INTER X2) Handover time statistics are based on the TeNB. Intra handover time refers to the time taken from transmitting the RRC Connection Reconfiguration message to the UE until after receiving the RRC Connection Reconfiguration Complete message. Inter X2 handover time refers to the time taken from after transmitting the X2 Handover Request Acknowledge message at the target eNB until receiving the RRC Connection Reconfiguration Complete message from the UE. Inter S1 handover time refers to the time taken from after transmitting the S1 Handover Request Acknowledge message at the Target eNB until receiving the RRC Connection Reconfiguration Complete message from the UE.
LTE Counter Description_SLR2.3
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5.7 Outgoing Intra-Frequency Handover If the frequency is the same between the source and target cells, handover statistics are collected. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
IntraFreqOutAtt
count
Outgoing intra-frequency handover attempt count
CC
event
int
0~2147483647
-
IntraFreqOutPrepSucc
count
Outgoing intra-frequency handover preparation success count
CC
event
int
0~2147483647
-
IntraFreqOutSucc
count
Outgoing intra-frequency handover execution success count
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECCB or by the ECCB block during the outgoing intra-frequency handover preparation.
IntraFreqOutPrepFail_
count
S1AP_CU_FAIL IntraFreqOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing intra-frequency handover preparation.
count
Preparation fails due to S1 SCTP link failure during the outgoing intra-frequency handover preparation.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
IntraFreqOutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_CU_FAIL
count
Preparation fails due to X2AP specification cause during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_LINK_FAIL
count
Preparation fails due to X2 SCTP link failure during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutPrepFail_ X2AP_SIG_FAIL
count
Preparation fails due to receiving X2AP signaling during the outgoing intra-frequency handover preparation.
CC
event
int
0~2147483647
-
IntraFreqOutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing intrafrequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_UP_
count
A call is released due to the failure in the GTP block during the
CC
event
int
0~2147483647
-
GTP_FAIL
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
outgoing intra-frequency handover execution.
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(Continued) Item
Unit
IntraFreqOutFail_UP_
count
MAC_FAIL IntraFreqOutFail_UP_
count count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing intra-frequency handover execution. count
RRC_SIG_FAIL IntraFreqOutFail_
Collection
the outgoing intra-frequency handover execution.
RLC_FAIL IntraFreqOutFail_
A call is released due to the failure in the MAC block during
How to
the outgoing intra-frequency handover execution.
PDCP_FAIL IntraFreqOutFail_UP_
Definition
A call is released due to receiving RRC signaling during the outgoing intra-frequency handover execution.
count
S1AP_CU_FAIL
A call is released due to the S1AP specification cause during the outgoing intra-frequency handover execution.
IntraFreqOutFail_ S1AP_LINK_FAIL
count
A call is released due to S1 SCTP link failure during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_LINK_FAIL
count
A call is released due to X2 SCTP link failure during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
IntraFreqOutFail_ X2AP_RO_TO
count
A call is released due to X2AP RelocOverall timeout (not received) during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
IntraFreqOutFail_ X2AP_SIG_FAIL
count
A call is released due to receiving the X2AP signaling during the outgoing intra-frequency handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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5.8 Outgoing Inter-frequency Handover with Measurment Gap The handover statistics is collected if the frequency information between source and target is different and measurement gap is used. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
TargetEarfcnDl
0~268435455
Target neighbor cell frequency (EARFCN DL)
[Statistics Type]
Item InterFreqMeasGapOutAtt
Unit count
Definition Outgoing inter-frequency handover (measurement gap
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
assisted) attempt count InterFreqMeasGapOutPrep
count
Succ InterFreqMeasGapOutSucc
Outgoing inter-frequency handover (measurement gap assisted) preparation success count
count
Outgoing inter-frequency handover (measurement gap assisted) execution success count
InterFreqMeasGapOutPrep Fail_CP_CC_FAIL
count
Preparation fails due to reset notification (eNB failure or block restart) from ECCB or by the ECCB block during the outgoing inter-frequency handover (measurement gap assisted) preparation.
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(Continued) Item
Unit
InterFreqMeasGapOutPrep
count
Fail_S1AP_CU_FAIL
Definition Preparation fails due to the S1AP specification cause
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_LINK_FAIL
Preparation fails due to the S1 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_RP_TO
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_S1AP_SIG_FAIL
Preparation fails due to receiving S1AP signaling during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_X2AP_CU_FAIL
Preparation fails due to the X2AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep
count
Fail_X2AP_LINK_FAIL
Preparation fails due to the X2 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutPrep Fail_X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) preparation.
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(Continued) Item
Unit
InterFreqMeasGapOutPrep
count
Fail_X2AP_SIG_FAIL
Definition Preparation fails due to receiving X2AP signaling during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the outgoing inter-frequency handover (measurement gap assisted) preparation.
InterFreqMeasGapOutFail_
count
CP_CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
CP_CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
UP_GTP_FAIL
A call is released due to the failure in the GTP block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
UP_MAC_FAIL
A call is released due to the failure in the MAC block during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during the outgoing inter-frequency handover (measurement gap assisted) execution.
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(Continued) Item
Unit
InterFreqMeasGapOutFail_
count
UP_RLC_FAIL
Definition A call is released due to the failure in the RLC block
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
RRC_SIG_FAIL
A call is released due to receiving RRC signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_CU_FAIL
A call is released due to the S1AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_LINK_FAIL
A call is released due to the S1 SCTP link failure during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_RO_TO
A call is released due to the S1AP relocoverall timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
S1AP_SIG_FAIL
A call is released due to receiving S1AP signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_ X2AP_CU_FAIL
count
A call is released due to the X2AP specification cause during the outgoing inter-frequency handover (measurement gap assisted) execution.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
InterFreqMeasGapOutFail_
count
X2AP_LINK_FAIL
Definition A call is released due to the X2 SCTP link failure during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
OW
event
int
0~2147483647
-
the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
X2AP_RO_TO
A call is released due to the X2AP relocoverall timeout (not received) during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqMeasGapOutFail_
count
X2AP_SIG_FAIL
A call is released due to receiving X2AP signaling during the outgoing inter-frequency handover (measurement gap assisted) execution.
InterFreqOutWithGapCnt
count
Outgoing inter-frequency handover (measurement gap assisted) collection count
InterFreqOutWithGapTarge
Targe
tEarfcnDl
tEarfc
The TargetEarfcnDl required to be collected.
nDl
LTE Counter Description_SLR2.3
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Confidential
5.9 Outgoing Inter-frequency Handover without Measurment Gap The handover statistics are collected if the frequency is different between the source and target cells, and measurement gap is not used. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
TargetEarfcnDl
0~268435455
Target neighbor cell frequency (EARFCN DL)
[Statistics Type]
Item
Unit
InterFreqNoMeasG
count
apOutAtt InterFreqNoMeasG
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Outgoing inter-frequency handover (no measurement gap
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
assisted) preparation success count count
apOutSucc InterFreqNoMeasG
Outgoing inter-frequency handover (no measurement gap
How to
assisted) attempt count
apOutPrepSucc InterFreqNoMeasG
Definition
Outgoing inter-frequency handover (no measurement gap assisted) execution success count
count
Preparation fails due to reset notification (eNB failure or block
apOutPrepFail_
restart) from ECCB or by the ECCB block during the outgoing
CP_CC_FAIL
inter-frequency handover (no measurement gap assisted) preparation.
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition Preparation fails due to the S1AP specification cause during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_CU_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the S1 SCTP link failure during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_LINK_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to S1AP relocprep timeout (not received)
apOutPrepFail_
during the outgoing inter-frequency handover (no measurement
S1AP_RP_TO
gap assisted) preparation.
InterFreqNoMeasG
count
Preparation fails due to receiving S1AP signaling during the
apOutPrepFail_
outgoing inter-frequency handover (no measurement gap assisted)
S1AP_SIG_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the X2AP specification cause during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_CU_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to the X2 SCTP link failure during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_LINK_FAIL
preparation.
InterFreqNoMeasG
count
Preparation fails due to X2AP relocprep timeout (not received)
apOutPrepFail_X2
during the outgoing inter-frequency handover (no measurement
AP_RP_TO
gap assisted) preparation.
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
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Confidential
(Continued) Item
Unit
InterFreqNoMeasG
count
Definition Preparation fails due to receiving X2AP signaling during the
apOutPrepFail_X2
outgoing inter-frequency handover (no measurement gap assisted)
AP_SIG_FAIL
preparation.
InterFreqNoMeasG
count
A call is released due to call control timeout in the protocol
apOutFail_CP_CC_
blocks (MAC, RLC, PDCP, GTP) during the outgoing inter-
TO
frequency handover (no measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to reset notification (eNB failure or block
apOutFail_CP_CC_
restart) from ECMB or by the ECCB block during the outgoing
FAIL
inter-frequency handover (no measurement gap assisted)
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
execution. InterFreqNoMeasG
count
A call is released due to the failure in the GTP block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
GTP_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the failure in the MAC block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
MAC_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the failure in the PDCP block during the
apOutFail_UP_
outgoing inter-frequency handover (no measurement gap assisted)
PDCP_FAIL
execution.
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(Continued) Item
Unit
InterFreqNoMeasG
count
Definition A call is released due to the failure in the RLC block during the
apOutFail_UP_RL
outgoing inter-frequency handover (no measurement gap assisted)
C_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to receiving RRC signaling during the
apOutFail_RRC_SI
outgoing inter-frequency handover (no measurement gap assisted)
G_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1AP specification cause during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
CU_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1 SCTP link failure during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
LINK_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the S1AP relocoverall timeout (not
apOutFail_S1AP_
received) during the outgoing inter-frequency handover (no
RO_TO
measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to receiving S1AP signaling during the
apOutFail_S1AP_
outgoing inter-frequency handover (no measurement gap assisted)
SIG_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the X2AP specification cause during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
CU_FAIL
execution.
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
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Confidential
(Continued) Item
Unit
InterFreqNoMeasG
count
Definition A call is released due to the X2 SCTP link failure during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
LINK_FAIL
execution.
InterFreqNoMeasG
count
A call is released due to the X2AP relocoverall timeout (not
apOutFail_X2AP_
received) during the outgoing inter-frequency handover (no
RO_TO
measurement gap assisted) execution.
InterFreqNoMeasG
count
A call is released due to receiving X2AP signaling during the
apOutFail_X2AP_
outgoing inter-frequency handover (no measurement gap assisted)
SIG_FAIL
execution.
InterFreqOutWithO
count
utGapCnt
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
OW
event
int
0~2147483647
-
assisted) collection count
InterFreqOutWithO
Targe
utGapTargetEarfcn
tEarfc
Dl
nDl
LTE Counter Description_SLR2.3
Outgoing inter-frequency handover (no measurement gap
How to
The TargetEarfcnDl required to be collected.
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5.10 Outgoing Handover with DRX The handover statistics are collected when DRX is set for the UE. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DrxOutAtt
count
Outgoing handover (with DRX) attempt count
CC
event
int
0~2147483647
-
DrxOutPrepSucc
count
Outgoing handover (with DRX) preparation success count
CC
event
int
0~2147483647
-
DrxOutSucc
count
Outgoing handover (with DRX) execution success count
CC
event
int
0~2147483647
-
DrxOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECCB or by the ECCB block during the outgoing handover (with DRX) preparation.
DrxOutPrepFail_
count
S1AP_CU_FAIL DrxOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing handover (with DRX) preparation.
count
Preparation fails due to the S1 SCTP link failure during the outgoing handover (with DRX) preparation.
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(Continued) Item DrxOutPrepFail_
Unit count
S1AP_RP_TO DrxOutPrepFail_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP specification cause during the
CC
event
int
0~2147483647
-
Preparation fails due to the X2 SCTP link failure during the
CC
event
int
0~2147483647
-
Preparation fails due to X2AP relocprep timeout (not received)
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
during the outgoing handover (with DRX) preparation. count
X2AP_SIG_FAIL DrxOutFail_CP_
Cycle
outgoing handover (with DRX) preparation.
X2AP_RP_TO DrxOutPrepFail_
Collect
outgoing handover (with DRX) preparation.
X2AP_LINK_FAIL DrxOutPrepFail_
Collection
outgoing handover (with DRX) preparation.
X2AP_CU_FAIL DrxOutPrepFail_
Preparation fails due to S1AP relocprep timeout (not received)
How to
during the outgoing handover (with DRX) preparation.
S1AP_SIG_FAIL DrxOutPrepFail_
Definition
Preparation fails due to receiving X2AP signaling during the outgoing handover (with DRX) preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing handover (with DRX) execution.
DrxOutFail_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing handover (with DRX) execution.
DrxOutFail_UP_ GTP_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to the failure in the GTP block during the outgoing handover (with DRX) execution.
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(Continued) Item DrxOutFail_UP_
Unit count
MAC_FAIL DrxOutFail_UP_
count count count count count count count
LINK_FAIL
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during the
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during the
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during the
CC
event
int
0~2147483647
-
A call is released due to S1AP relocoverall timeout (not
CC
event
int
0~2147483647
-
A call is released due to receiving S1AP signaling during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing handover (with DRX) execution. count
CU_FAIL DrxOutFail_X2AP_
Formula
received) during the outgoing handover (with DRX) execution.
SIG_FAIL DrxOutFail_X2AP_
Min/Max
outgoing handover (with DRX) execution.
RO_TO DrxOutFail_S1AP_
Type
outgoing handover (with DRX) execution.
LINK_FAIL DrxOutFail_S1AP_
Cycle
outgoing handover (with DRX) execution.
CU_FAIL DrxOutFail_S1AP_
Collect
outgoing handover (with DRX) execution.
SIG_FAIL DrxOutFail_S1AP_
Collection
outgoing handover (with DRX) execution.
RLC_FAIL DrxOutFail_RRC_
A call is released due to the failure in the MAC block during the
How to
outgoing handover (with DRX) execution.
PDCP_FAIL DrxOutFail_UP_
Definition
A call is released due to the X2AP specification cause during the outgoing handover (with DRX) execution.
count
A call is released due to the X2 SCTP link failure during the outgoing handover (with DRX) execution.
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(Continued) Item
Unit
DrxOutFail_X2AP_
count
RO_TO DrxOutFail_X2AP_ SIG_FAIL
LTE Counter Description_SLR2.3
Definition A call is released due to X2AP RelocOverall timeout (not
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the outgoing handover (with DRX) execution. count
A call is released due to receiving X2AP signaling during the outgoing handover (with DRX) execution.
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5.11 Outgoing Handover without DRX The handover statistics is collected when DRX is not set on the UE. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NoDrxOutAtt
count
Outgoing handover (without DRX) attempt count
CC
event
int
0~2147483647
-
NoDrxOutPrepSucc
count
Outgoing handover (without DRX) preparation success count
CC
event
int
0~2147483647
-
NoDrxOutSucc
count
Outgoing handover (without DRX) execution success count
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or block
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
restart) from ECMB or by the ECCB block during the outgoing handover (without DRX) preparation.
NoDrxOutPrepFail_
count
S1AP_CU_FAIL NoDrxOutPrepFail_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to S1AP specification cause during the outgoing handover (without DRX) preparation.
count
Preparation fails due to the S1 SCTP link failure during the outgoing handover (without DRX) preparation.
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
NoDrxOutPrepFail_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_CU_FAIL
count
Preparation fails due to X2AP specification cause during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_LINK_FAIL
count
Preparation fails due to the X2 SCTP link failure during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_RP_TO
count
Preparation fails due to X2AP relocprep timeout (not received) during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutPrepFail_ X2AP_SIG_FAIL
count
Preparation fails due to receiving X2AP signaling during the outgoing handover (without DRX) preparation.
CC
event
int
0~2147483647
-
NoDrxOutFail_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
NoDrxOutFail_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
NoDrxOutFail_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the outgoing handover (without DRX) execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
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(Continued) Item
Unit
NoDrxOutFail_UP_
count
MAC_FAIL NoDrxOutFail_UP_
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the PDCP block during
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block during the
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during the
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the outgoing handover (without DRX) execution. count
S1AP_LINK_FAIL NoDrxOutFail_
Cycle
outgoing handover (without DRX) execution.
S1AP_CU_FAIL NoDrxOutFail_
Collect
outgoing handover (without DRX) execution.
_SIG_FAIL NoDrxOutFail_
Collection
the outgoing handover (without DRX) execution.
RLC_FAIL NoDrxOutFail_RRC
A call is released due to the failure in the MAC block during
How to
the outgoing handover (without DRX) execution.
PDCP_FAIL NoDrxOutFail_UP_
Definition
A call is released due to the S1 SCTP link failure during the outgoing handover (without DRX) execution.
count
S1AP_RO_TO
A call is released due to S1AP relocoverall timeout (not received) during the outgoing handover (without DRX) execution.
NoDrxOutFail_
count
S1AP_SIG_FAIL NoDrxOutFail_ X2AP_CU_FAIL
LTE Counter Description_SLR2.3
A call is released due to receiving S1AP signaling during the outgoing handover (without DRX) execution.
count
A call is released due to the X2AP specification cause during the outgoing handover (without DRX) execution.
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(Continued) Item NoDrxOutFail_
Unit count
X2AP_LINK_FAIL NoDrxOutFail_
Definition A call is released due to the X2 SCTP link failure during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
outgoing handover (without DRX) execution. count
X2AP_RO_TO
A call is released due to X2AP RelocOverall timeout (not received) during the outgoing handover (without DRX) execution.
NoDrxOutFail_ X2AP_SIG_FAIL
LTE Counter Description_SLR2.3
count
A call is released due to receiving X2AP signaling during the outgoing handover (without DRX) execution.
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6. HO UTRAN 6.1 Inter-RAT UTRAN PS Handover: Inter-RAT UTRAN PS Handover OUT, Inter-RAT UTRAN PS Handover OUT Collects the statistics data for handover between the LTE system and UTRAN system for each cell. The following shows the message flow for the PS handover procedure from the EUTRAN to the UTRAN.
UE
Source eNB
Target RNS
Downlink/Uplink data
Source MME Source S-GW Target SGSN
Downlink/Uplink data
Target S-GW
P-GW
Downlink/Uplink data
1) Handover Initiation 2) HANDOVER REQUIRED 3) FORWARD RELOCATION REQUEST 4) Create Session 5) RELOCATION REQUEST
Request/Response
6) RELOCATION REQUEST ACKNOWLEDGE 7) Create Indirect Data 8) FORWARD RELOCATION RESPONSE 9) Create Indirect Data 10) HANDOVER COMMAND 11) Mobility from EUTRAN Command
Forwarding Tunnel Request/Response
Forwarding Tunnel Request/Response
Indirect data forwarding Indirect data forwarding
12) HO to UTRAN Complete 13) RELOCATION COMPLETE 14) FORWARD RELOCATION COMPLETE NOTIFICATION 15) FORWARD RELOCATION COMPLETE ACKNOWLEDGE
16) MODIFY BEARER 17) Modify Bearer REQUEST 18) MODIFY BEARER
Downlink/Uplink data
Downlink/Uplink data
RESPONSE
Request/Response
Downlink/Uplink data
19) Routing Area Update procedure 20) S1 Release 21) Delete Session Request/Response 22) Create Indirect Data Forwarding Tunnel Request/Response
23) Create Indirect Data Forwarding Tunnel Request/Response
Figure 27. PS Handover Procedure from E-UTRAN to UTRAN
LTE Counter Description_SLR2.3
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Description
1)
The source eNB determines the PS handover to the UTRAN. This decision is made according to the measurement report received from the UE.
2)
The source eNB transmits the HANDOVER REQUIRED message to the MME. The source eNB then includes the source RNC to target RNC transparent container IE information in the message for relaying the necessary information to the target RNC.
3)-4)
The source MME recognizes the handover from the target ID IE of the HANDVER REQUIRED message to the UTRAN and transmits the FORWARD RELOCATION REQUEST message to the target SGSN. The target SGSN determines whether to change the S-GW. If change is required, it carries out the Create Session Request/Response procedure with a new S-GW.
5)-6)
The target SGSN transmits the RELOCATION REQUEST message to the target RNC to request resource allocation for the target RNC. The target RNC performs CAC and resource allocation for each RAB for which handover is requested, and transmits to the target SGSN the RELOCATION REQUEST ACKNOWLEDGE message that encapsulates the result. The RELOCATION REQUEST ACKNOWLEDGE message encapsulates the Target RNC to Source RNC Transparent Container IE to be transmitted to the source eNB.
7)-9)
To perform the forwarding tunnel setup, the target SGSN performs the Create Indirect Data Forwarding Tunnel Request/Response procedure with target S-GW and transmits the FORWARD RELOCATION RESPONSE message to the source MME. To perform the forwarding tunnel setup, the source MME carries out the Create Indirect Data Forwarding Tunnel Request/Response procedure with the source S-GW.
10)-11)
The source MME transmits the HANDOVER COMMAND message to the source eNB to complete the handover preparation procedure to the target UTRAN. The Source eNB configures the MOBILITY FROM E-UTRAN COMMAND containing the Target RNC to Source RNC Transparent Container IE in the HANDOVER COMMAND message and transmits it to the UE to request the PS handover to the UTRAN.
12)
The UE performs synchronization with the target UTRAN and connects to the target cell via the RACH. After UE is successfully connected to the target cell, UE transmits the HANDOVER TO UTRAN COMPLETE message to the target UTRAN to complete the handover procedure.
13)-15)
The target RNC transmits the RELOCATION COMPLETE message to the target SGSN to notify that the handover procedure from the UE to the UTRAN has been completed successfully. The target SGSN transmits the FORWARD RELOCATION COMPLETE NOTIFICATION message to the source MME. At this time, the source MME operates the waiting timer for releasing the resource of the E-UTRAN and transmits the FORWARD RELOCATION COMPLETE ACKNOWLEDGE response message to the target SGSN. The target SGSN operates the waiting timer for releasing the forwarding tunnel at the time when the source MME receives the response message.
LTE Counter Description_SLR2.3
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(Continued) 16)-18)
The target SGSN transmits the Modify Bearer Request message for each PDN connection to the target S-GW. Subsequent downlink packets are then transmitted from the S-GW to the target RNC. The target S-GW performs the Modify Bearer Request/Response procedure with the P-GW and transmits the Modify Bearer Response message to the target SGSN.
19)
When UE satisfies the conditions specified in section 5.5.2.1 of TS 23.401, the Routing Area Update procedure starts.
20)-23)
When the timer in the procedure from 1) to 4) expires, the source MME requests the resource release procedure to be carried out on the source eNB and the source S-GW. When the timer in the procedure from 1) to 5) expires, the target SGSN carries out the resource release allocated for the forwarding tunnel with the target S-GW.
LTE Counter Description_SLR2.3
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6.2 Inter-RAT UTRAN PS Handover OUT Collects the statistics data for outgoing handover between the LTE and UTRAN systems for each cell. The collection time for HO attempt, HO preparation and HO success statistics is the same as that for S1 handover out statistics. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RatOutAttUTRAN
count
LTE to inter-RAT UTRAN handover attempt count.
CC
event
int
0~2147483647
-
RatOutPrepSuccUTRAN
count
LTE to inter-RAT UTRAN handover preparation success
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
count. RatOutSuccUTRAN
count
LTE to inter-RAT UTRAN handover execution success count.
LTE Counter Description_SLR2.3
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(Continued) Collection Cycle
Type
CC
event
int
0~2147483647
-
Preparation fails due to S1AP specification cause during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
count
Preparation fails due to S1 SCTP link failure during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutPrepFailUTRAN_ S1AP_RP_TO
count
Preparation fails due to S1AP relocprep timeout (not received) during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutPrepFailUTRAN_ S1AP_SIG_FAIL
count
Preparation fails due to receiving S1AP signaling during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_CP_ CC_TO
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover execution.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_CP_ CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_UP_ GTP_FAIL
count
A call is released due to the failure in the GTP block during the UTRAN handover execution.
CC
event
int
0~2147483647
-
RatOutFailUTRAN_UP_ MAC_FAIL
count
A call is released due to the failure in the MAC block during the UTRAN handover execution.
CC
event
int
0~2147483647
-
Item
Unit
Definition
RatOutPrepFailUTRAN_ CP_CC_FAIL
count
Preparation fails due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatOutPrepFailUTRAN_ S1AP_CU_FAIL
count
RatOutPrepFailUTRAN_ S1AP_LINK_FAIL
LTE Counter Description_SLR2.3
How to Collect
Min/Max
Formula
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(Continued) Item
Unit
RatOutFailUTRAN_UP_
count
PDCP_FAIL RatOutFailUTRAN_UP_
count count count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the failure in the RLC block
CC
event
int
0~2147483647
-
A call is released due to receiving RRC signaling during
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the UTRAN handover execution. count
S1AP_RO_TO RatOutFailUTRAN_
Cycle
during the UTRAN handover execution.
S1AP_LINK_FAIL RatOutFailUTRAN_
Collect
the UTRAN handover execution.
S1AP_CU_FAIL RatOutFailUTRAN_
Collection
during the UTRAN handover execution.
RRC_SIG_FAIL RatOutFailUTRAN_
A call is released due to the failure in the PDCP block
How to
during the UTRAN handover execution.
RLC_FAIL RatOutFailUTRAN_
Definition
A call is released due to S1AP relocoverall timeout (not received) during the UTRAN handover execution.
count
A call is released due to receiving S1AP signaling during the UTRAN handover execution.
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[Collection Time] Source eNB
UE
MME
Measurement Report HO Decision
1
Attempt Handover Required Handover Command
2 Prepare Mobility From EUTRA Command
UE Context Release Command UE Context Release Complete Call Release
3 Success
Figure 28. Collection Time for Inter-RAT UTRAN PS Handover OUT For inter-RAT UTRAN Handover Out statistics, Attempt is counted when the S1 Handover Required message is transmitted after the UTRAN handover decision following the Measurement Report message arrival, and Prepare is counted when the Mobility Eutra Command message is transmitted to the UE. Success is counted when the handover is completed and the MME transmits the UE Context Release Complete message. When the procedure from to fails, it is counted as Prepare Fail, returning the cause value. When the procedure from to fails, it is counted as Inter RAT UTRAN HO Out Fail, returning the cause value.
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6.3 Inter-RAT UTRAN PS Handover IN Collects the statistics data for handover between the LTE system and UTRAN system for each cell. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RatInAttUTRAN
count
Inter-RAT UTRAN to LTE handover attempt count.
CC
event
int
0~2147483647
-
RatInPrepSuccUTRAN
count
Inter-RAT UTRAN to LTE handover preparation success
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
count. RatInSuccUTRAN
count
Inter-RAT UTRAN to LTE handover execution success count.
RatInPrepFailUTRAN_ CP_CC_TO
count
Preparation fails due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover preparation.
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(Continued) Item
Unit
RatInPrepFailUTRAN_
count
CP_CC_FAIL
Definition Preparation fails due to reset notification (eNB failure or
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatInPrepFailUTRAN_
count
UP_GTP_FAIL RatInPrepFailUTRAN_
during the UTRAN handover preparation. count
UP_MAC_FAIL RatInPrepFailUTRAN_
count count count count
S1AP_CU_FAIL
LTE Counter Description_SLR2.3
Preparation fails due to insufficient capacity-based eNB resources during the UTRAN handover preparation.
count
CP_QOS_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to insufficient backhaul-based eNB resources during the UTRAN handover preparation.
CP_CAPA_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the RLC block during the UTRAN handover preparation.
CP_BH_CAC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the PDCP block during the UTRAN handover preparation.
UP_RLC_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the MAC block during the UTRAN handover preparation.
UP_PDCP_FAIL RatInPrepFailUTRAN_
Preparation fails due to internal failure in the GTP block
Preparation fails due to insufficient QoS-based eNB resources during the UTRAN handover preparation.
count
Preparation fails due to S1AP specification cause during the UTRAN handover preparation.
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(Continued) Item
Unit
RatInPrepFailUTRAN_
count
S1AP_LINK_FAIL RatInPrepFailUTRAN_
Preparation fails due to S1 SCTP link failure during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
UTRAN handover preparation. count
S1AP_SIG_FAIL RatInFailUTRAN_CP_
Definition
Preparation fails due to receiving S1AP signaling during the UTRAN handover preparation.
count
CC_TO
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the UTRAN handover execution.
RatInFailUTRAN_CP_
count
CC_FAIL
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN handover preparation.
RatInFailUTRAN_UP_
count
GTP_FAIL RatInFailUTRAN_UP_
the UTRAN handover execution. count
MAC_FAIL RatInFailUTRAN_UP_
count
_HC_TO
LTE Counter Description_SLR2.3
A call is released due to the failure in the PDCP block during the UTRAN handover execution.
count
RLC_FAIL RatInFailUTRAN_RRC
A call is released due to the failure in the MAC block during the UTRAN handover execution.
PDCP_FAIL RatInFailUTRAN_UP_
A call is released due to the failure in the GTP block during
A call is released due to the failure in the RLC block during the UTRAN handover execution.
count
A call is released due to HO command timeout (not received) during the UTRAN handover execution.
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(Continued) Item
Unit
RatInFailUTRAN_RRC_
count
SIG_FAIL RatInFailUTRAN_S1AP_
count count
SIG_TO
LTE Counter Description_SLR2.3
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to the S1AP specification cause
CC
event
int
0~2147483647
-
A call is released due to the S1 SCTP link failure during
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the UTRAN handover execution. count
SIG_FAIL RatInFailUTRAN_S1AP_
Collection
during the UTRAN handover execution.
LINK_FAIL RatInFailUTRAN_S1AP_
A call is released due to receiving RRC signaling during
How to
the UTRAN handover execution.
CU_FAIL RatInFailUTRAN_S1AP_
Definition
A call is released due to receiving S1AP signaling during the UTRAN handover execution.
count
A call is released due to S1AP signaling timeout (not received) during the UTRAN handover execution.
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[Collection Time] Target eNB
UE
Attempt
1
Prepare
2
MME
Handover Request
Handover Request Acknowledge
RRC Connection Reconfiguration Complete (Handover to E-UTRAN Complete)
Success
3
Handover Notify
Figure 29. Collection Time for Inter-RAT UTRAN PS Handover IN For Inter-RAT UTRAN In statistics, Attempt is counted when the target eNB receives the S1 Handover Request message, and Prepare is counted after the target eNB transmits the S1 Handover Request Acknowledge message. The target eNB receives the RRC Connection Reconfiguration Complete message from the UE. Success is counted after the handover is successfully completed and the S1 Handover Notify message is transmitted to the MME. When the procedure from to fails, it is counted as Prepare Fail, returning the cause value. When the procedure from to fails, it is counted as Inter RAT UTRAN IN Fail, returning the cause value.
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6.4 UTRAN SRVCC Collect the SRVCC handover statistics using the UTRAN network. [Index] Name
Range
Description
cNum
0~8
Target Cell Index
HOCause
0~1
Handover Cause 0: handover desirable for radio reasons 1: reserved
HOIndication
0~1
The information to classify PS_CS and CS_only during handover
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UtranSrvccOutAtt
count
UTRAN SRVCC Handover attempt count
CC
event
int
0~2147483647
-
UtranSrvccOutPrepSucc
count
UTRAN SRVCC Handover preparation success count
CC
event
int
0~2147483647
-
UtranSrvccOutSucc
count
UTRAN SRVCC Handover execution success count
CC
event
int
0~2147483647
-
UtranSrvccOutPrepFail_
count
Preparation fails due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by the ECCB block during the UTRAN SRVCC preparation.
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(Continued) Item
Unit
UtranSrvccOutPrepFail_
count
S1AP_CU_FAIL UtranSrvccOutPrepFail_
count
count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Preparation fails due to S1 SCTP link failure during the
CC
event
int
0~2147483647
-
Preparation fails due to S1AP relocprep timeout (not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received) during the UTRAN SRVCC preparation. count
S1AP_SIG_FAIL UtranSrvccOutFail_CP_
Collection
UTRAN SRVCC preparation.
S1AP_RP_TO UtranSrvccOutPrepFail_
Preparation fails due to S1AP specification cause during
How to
the UTRAN SRVCC preparation.
S1AP_LINK_FAIL UtranSrvccOutPrepFail_
Definition
Preparation fails due to S1AP signaling during the UTRAN SRVCC preparation.
count
CC_TO
A call is released due to call control timeout of protocol block (MAC, RLC, PDCP, GTP) during the UTRAN SRVCC execution.
UtranSrvccOutFail_CP_
count
CC_FAIL
A call is released by ECCB due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the UTRAN SRVCC execution.
UtranSrvccOutFail_UP_
count
GTP_FAIL UtranSrvccOutFail_UP_
during the UTRAN SRVCC execution. count
MAC_FAIL UtranSrvccOutFail_UP_ PDCP_FAIL
LTE Counter Description_SLR2.3
A call is released due to internal failure in the GTP block A call is released due to internal failure in the MAC block during the UTRAN SRVCC execution.
count
A call is released due to internal failure in the PDCP block during the UTRAN SRVCC execution.
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(Continued) Item
Unit
UtranSrvccOutFail_UP_
count
RLC_FAIL UtranSrvccOutFail_RRC
count count count
S1AP_SIG_FAIL
LTE Counter Description_SLR2.3
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
A call is released due to RRC signaling during the UTRAN
CC
event
int
0~2147483647
-
A call is released due to S1AP specifications cause during
CC
event
int
0~2147483647
-
A call is released due to S1 SCTP Link fail during the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
UTRAN SRVCC execution. count
S1AP_RO_TO UtranSrvccOutFail_
Collect
the UTRAN SRVCC execution.
S1AP_LINK_FAIL UtranSrvccOutFail_
Collection
SRVCC execution.
S1AP_CU_FAIL UtranSrvccOutFail_
A call is released due to internal failure in the RLC block
How to
during the UTRAN SRVCC execution.
_SIG_FAIL UtranSrvccOutFail_
Definition
A call is released due to S1AP relocoverall timeout (not received) during the UTRAN SRVCC execution.
count
A call is released due to S1AP signaling during the UTRAN SRVCC execution.
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6.5 CSFB (CS Fall Back) PS Handover OUT Collects statistics on CSFB with PS handover count between the LTE and UTRAN for each cell. Steps
Description
1
The UE transmits the Extended Service Request message to the MME through the NAS procedure.
1b, 1c
If the CS Fallback indicator is encapsulated in the Initial Context Setup Request and UE Context Modification Request, the eNB transmits the Initial Context Setup Response and UE Context Modification Response message to the MME, and prepares for CS fallback.
2
The RRC Connection Reconfiguration message that encapsulates the periodic report information is transmitted to the UE; and handover procedure starts when the periodic measurement report is received.
3
The procedure after this is the same as that of inter-RAT handover-LTE to UTRAN PS handover.
[Index] Name
Range
Description
cNum
0~8
Source Cell Index
CSFBIndicator
0~1
CSFB Indicator 0: Normal 1: High Priority
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[Statistics Type]
Item CsfbPsHoAttUTRAN
Unit count
Definition Attempt count for CSFB with inter-RAT UTRAN PS
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
handover. CsfbPsHoPrepSuccUTRAN
count
Success count for CSFB with inter-RAT UTRAN PS handover preparation.
CsfbPsHoSuccUTRAN
count
Success count for CSFB with inter-RAT UTRAN PS handover execution.
CsfbPsHoPrepFailUTRAN_
count
CP_CC_FAIL
Preparation fails due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the CSFB PS handover preparation.
CsfbPsHoPrepFailUTRAN_
count
S1AP_CU_FAIL CsfbPsHoPrepFailUTRAN_
the CSFB PS handover preparation. count
S1AP_LINK_FAIL CsfbPsHoPrepFailUTRAN_
count
CC_TO
Preparation fails due to S1AP relocprep timeout (not received) during the CSFB PS handover preparation.
count
S1AP_SIG_FAIL CsfbPsHoFailUTRAN_CP_
Preparation fails due to S1 SCTP link failure during the CSFB PS handover preparation.
S1AP_RP_TO CsfbPsHoPrepFailUTRAN_
Preparation fails due to S1AP specification cause during
Preparation fails due to receiving S1AP signaling during the CSFB PS handover preparation.
count
A call is released due to call control timeout in the protocol blocks (MAC, RLC, PDCP, GTP) during the CSFB PS handover execution.
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(Continued) Collection
Collect
Cycle
Unit
CsfbPsHoFailUTRAN_ CP_CC_FAIL
count
A call is released due to reset notification (eNB failure or block restart) from ECMB or by the ECCB block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_GTP_FAIL
count
A call is released due to the failure in the GTP block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_MAC_FAIL
count
A call is released due to the failure in the MAC block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_PDCP_FAIL
count
A call is released due to the failure in the PDCP block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ UP_RLC_FAIL
count
A call is released due to the failure in the RLC block during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ RRC_SIG_FAIL
count
A call is released due to receiving RRC signaling during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_CU_FAIL
count
A call is released due to the S1AP specification cause during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_LINK_FAIL
count
A call is released due to the S1 SCTP link failure during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_RO_TO
count
A call is released due to S1AP relocoverall timeout (not received) during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
CsfbPsHoFailUTRAN_ S1AP_SIG_FAIL
count
A call is released due to receiving S1AP signaling during the CSFB PS handover execution.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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[Collection Time] UE
Source eNB
MME
Initial Context Setup Request (with CSFB Ind) or UE Context Modification Request (with CSFB Ind) Solicit Measurement Report Handover Required
1 Attempt Handover Command
1 Mobility From EUTRA Command
2 Prepare
1 UE Context Release Command
3 Success
1
UE Context Release Complete
Call Release
Figure 30. Collection Time for CSFB PS Handover OUT For CSFB PS Handover UTRAN Out statistics, Attempt is counted when the S1 Handover Required message can be transmitted to the MME after the handover UTRAN decision following the Measurement Report message arrival. Prepare is counted when the S1 Handover Command message is received from the MME. The source eNB transmits the Mobility From EUTRA Command message to the UE, and the MME transmits the S1 UE Context Release Command message to the source eNB. At this point, the source eNB is counted as Success. Prepare Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded. CSFB PS handover UTRAN Out Fail is counted when the procedure (from to ) fails, and the applicable cause value is recorded.
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6.6 CSFB (CS Fall Back) without PS Handover OUT (redirection) Collects statistics on CSFB with Redirection count between the LTE and UTRAN for each cell. [Index] Name
Range
Description
cNum
0~8
Source Cell Index
CSFBIndicator
0~1
CSFB Indicator 0: Normal 1: High Priority
SIBOwn
0~1
Indicates whether UTRAN SI information is included. 0: Not Included 1: Included
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CsfbRedirAttUTRAN
count
CSFB with Redirection to inter-RAT UTRAN attempt count.
CC
event
int
0~2147483647
-
CsfbRedirPrepSuccUTR
count
CSFB with Redirection to inter-RAT UTRAN preparation
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
AN CsfbRedirSuccUTRAN
success count. count
CSFB with Redirection to inter-RAT UTRAN execution success count.
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[Collection Time] UE
Source eNB
MME
Initial Context Setup Request (with CSFB Ind) or UE Context Modification Request (with CSFB Ind) Initial Context Setup Response
1 Attempt
or UE Context Modification Response
1 Redirection
2 Prepare
1
RRC connection Release (with Redirection Info)
3 Success
1 Call Release
Figure 31. Collection Time for CSFB Redirection OUT For CSFB with Redirection UTRAN statistics, when the Initial Context Setup Request or UE Context Modification Request message received has the CSFB Indicator IE, according to which CSFB is decided, it is counted as Attempt; when preparation is completed in the eNB, it is counted as Prepare. When the RRC Connection Release message is transmitted to the UE for redirection, it is counted as Success.
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7. CSL Call Summary Log (CSL) is counted when the call is dropped. Various information on the call and actual release cause can be obtained from the CSL details (e.g. Call Release Cause). These statistics items are described in the following table.
7.1 Call Fail Report Collects the statistics for the CSL. The CSL statistics are collected when the call is released, and can help identify the actual cause of the call release. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
No_FAULT
count
The call is terminated normally.
CC
event
int
0~2147483647
-
S1AP_CauseRadioNetwork_
count
During handover, the target eNB transmits the Path
CC
event
int
0~2147483647
-
unspecified
Switch Request message, and then does not receive the Path Switch Response, but receives the UE Context Release Command message.
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(Continued) Collection
Collect
Cycle
Unit
S1AP_tx2relocoverall_expiry
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_successful_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_release_due_to_
count
A call is released due to redirection when MR is received
CC
event
int
0~2147483647
-
eutran_generated_reason
Definition
How to
Item
Type
Min/Max
Formula
from the UE.
S1AP_handover_cancelled
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_partial_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_ho_failure_in_target_
count
When a failure cause is received from target system as
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
EPC_eNB_or_target_system
the Forward Relocation Response during InterMME/Inter-RAT S1 handover, it is transmitted by being specified in the Handover Preparation Failure.
S1AP_ho_target_not_
count
allowed
If S1 handover fails due to AccessRestriction (Utran Not Allow, etc.) of the UE, it is transmitted by being specified in the Handover Preparation Failure.
S1AP_tS1relocoverall_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
In S1_OUT statistics event, when the timer waiting for
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
expiry S1AP_tS1relocprep_expiry
the handover command expires after the source eNB transmits the Handover Required message. S1AP_cell_not_available
LTE Counter Description_SLR2.3
count
Currently not in use.
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(Continued) Item S1AP_unknown_targetID
Unit count
Definition When it is not possible to find the TAI information for
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the TargetID received via the Handover Required or the remote MME information, it is transmitted by being specified in the Handover Preparation Failure. S1AP_no_radio_resources_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_time_critical_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_resource_optimisation
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
available_in_target_cell S1AP_unknown_mme_ue_ s1ap_id S1AP_unknown_enb_ue_ s1ap_id S1AP_unknown_pair_ue_ s1ap_id S1AP_handover_desirable_ for_radio_reason
_handover S1AP_reduce_load_in_ serving_cell S1AP_user_inactivity
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Confidential
(Continued) Item S1AP_radio_connection_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
count
When the RLB value of MME-INF is changed to other
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
with_ue_lost S1AP_load_balancing_tau_ required
value than NONE, it is transmitted by being specified in the UE context release command for MME re-load balancing.
S1AP_cs_fallback_triggered
count
A call is released due to CSFB that causes the inter-RAT redirection.
S1AP_ue_not_available_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
A call is released due to resource allocation failure in
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
for_ps_service S1AP_radio_resources_not_ available
eNB for the bearer where setup is requested by the MME.
S1AP_failure_in_radio_
count
Currently not in use.
interface_procedure
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Confidential
(Continued) Item S1AP_invalid_qos_
Unit count
combination
Definition - When gbrType of QCI received within
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
E_RABLevelQoSParameters IE of the Initial Context Setup Request message is GBR but the gbrQosInformation received is the ‘not present’ message - When gbrType of QCI received within E_RABLevelQoSParameters IE of the E_RAB Setup Request message is GBR but the gbrQosInformation received is the ‘not present’ message - When gbrType of QCI received within E_RABLevelQoSParameters IE of the E_RAB Modify Request message is GBR but the gbrQosInformation received is the ‘not present’ message
S1AP_interrat_redirection
count
A call is released due to the inter-RAT redirection. It occurs when redirection is processed normally due to the inter-RAT redirection at Inter FA Redirection.
S1AP_interaction_with_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
other_procedure S1AP_unknown_E_RAB_ID
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Confidential
(Continued) Item S1AP_multiple_E_RAB_
Unit count
ID_instances
Definition A call is released if, when the Initial Context Setup
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
Request message is received, the information with the same ERAB ID is received.
S1AP_encryption_and_or_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_x2_handover_triggered
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_redirection_towards_
count
A call is released due to redirection to 1xRTT.
CC
event
int
0~2147483647
-
count
A call is released due to receiving the QCI value not
CC
event
int
0~2147483647
-
integrity_protection_algorith ms_not_supported S1AP_s1_intra_system_ handover_triggered S1AP_s1_inter_system_ handover_triggered
1xRTT S1AP_not_supported_QCI_ value
supported by eNB through the Initial Context Setup Request message.
S1AP_invalid_CSG_Id
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_transport_resource_
count
Currently not in use.
CC
event
int
0~2147483647
-
unavailable
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Confidential
(Continued) Item S1AP_CauseTransport_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_normal_release
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_authentication_failure
count
MME transmits the UE Context Release Command
CC
event
int
0~2147483647
-
unspecified
message including the cause value due to the UE authentication failure during the attach. S1AP_detach
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_CauseNas_unspecified
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_csg_subscription_
count
If S1 is released because the UE whose location was
CC
event
int
0~2147483647
-
expiry
registered in the CSG area has no or expired CSG subscription, the UE Context Release Command is transmitted. The CSG-related causes will be supported later.
S1AP_transfer_syntax_error
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_abstract_syntax_error_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
reject S1AP_abstract_syntax_error_ ignore_and_notify S1AP_message_not_compati ble_with_receiver_state
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
S1AP_semantic_error
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_abstract_syntax_error_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_hardware_failure
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_om_intervention
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_CauseMisc_unspecified
count
Currently not in use.
CC
event
int
0~2147483647
-
S1AP_unknown_PLMN
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_handover_desirable_
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_time_critical_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_resource_optimisation
count
Currently not in use.
CC
event
int
0~2147483647
-
falsely_constructed_message S1AP_CauseProtocol_ unspecified S1AP_control_processing_ overload S1AP_not_enough_user_ plane_processing_resources
for_radio_reasons
_handover
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Confidential
(Continued) Item X2AP_reduce_load_in_
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_partial_handover
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_new_eNB_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
If the DRB CAC procedure fails in the target during X2
CC
event
int
0~2147483647
-
serving_cell
UE_X2AP_ID X2AP_unknown_old_eNB_ UE_X2AP_ID X2AP_unknown_pair_of_UE_ X2AP_ID X2AP_ho_target_not_allowed
handover, this will be included in the X2_IN and X2_OUT preparation fail statistics. X2AP_tx2relocoverall_expiry
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_trelocprep_expiry
count
If the Handover Request Acknowledge message is not
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
received from the target eNB during X2 handover, this will be included in the X2_OUT preparation fail statistics of the source eNB. X2AP_cell_not_available
LTE Counter Description_SLR2.3
count
Currently not in use.
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Confidential
(Continued) Item X2AP_no_radio_resources_
Unit count
available_in_target_cell
Definition If the cell information corresponding to the target ID
How to
Collection
Collect
Cycle
Type
Min/Max
Formul a
CC
event
int
0~2147483647
-
transmitted via the handover request message is not found in the target eNB, this will be included in the X2_IN and X2_OUT preparation fail statistics.
X2AP_invalid_MME_GroupID
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_MME_Code
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_encryption_and_or_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_noReportPeriodicity
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_existingMeasurementID
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_unknown_eNB_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
integrity_protection_ algorithms_not_supported X2AP_reportCharacteristicsE mpty
Measurement_ID X2AP_measurement_ temporarily_not_available X2AP_CauseRadioNetwork_ unspecified X2AP_load_balancing
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Confidential
(Continued) How to Collect
Collection Cycle
Type
Currently not in use.
CC
event
int
0~2147483647
-
count
A call is released when the QCI value of the E-RAB level QoS parameters is out of the range specified in the specification during bearer setup in the target eNB. This will be included in the X2_IN and X2_OUT preparation fail statistics.
CC
event
int
0~2147483647
-
X2AP_multiple_E_RAB_ID_ instances
count
A call is released when setup is requested for the same ERAB ID during bearer setup in the target eNB. This will be included in the X2_IN and X2_OUT preparation fail statistics.
CC
event
int
0~2147483647
-
X2AP_switch_off_ongoing
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_transport_resource_ unavailable
count
A call is released when the internal resource setup fails in the target eNB during X2 handover; this will be included in the X2 IN Preparation Fail cause.
CC
event
int
0~2147483647
-
X2AP_CauseTransport_unspe cified
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_transfer_syntax_error
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_abstract_syntax_error_ reject
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_abstract_syntax_error_ ignore_and_notify
count
Currently not in use.
CC
event
int
0~2147483647
-
Item
Unit
X2AP_handover_optimisation
count
X2AP_value_out_of_allowed_ range
LTE Counter Description_SLR2.3
Definition
Min/Max
Formul a
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Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
X2AP_message_not_compatib
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_semantic_error
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_CauseProtocol_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_hardware_failure
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_om_intervention
count
Currently not in use.
CC
event
int
0~2147483647
-
X2AP_not_enough_user_plane_
count
Currently not in use.
CC
event
int
0~2147483647
-
count
The Handover Cancel message is transmitted to the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
le_with_receiver_state
unspecified X2AP_abstract_syntax_error_ falsely_constructed_message X2AP_control_processing_ overload
processing_resources X2AP_CauseMisc_unspecified
target eNB due to reestablishment to the source eNB during X2 handover. This call release will be included the X2_IN Fail statistics. ECC_TMOUT_rrcConnection SetupComplete
count
A call is released when the RRC Connection Setup Complete message is not received after the RRC Connection Setup message is transmitted to the UE.
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Confidential
(Continued) Item
Unit
ECC_TMOUT_rrcConnection
count
ReconfigComplete
Definition A call is released when the RRC Connection
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reconfiguration Complete message is not received after transmitting the RRC Connection Reconfiguration message.
ECC_TMOUT_rrcConnection
count
ReEstablishComplete
A call is released when the RRC Connection Reestablishment Complete message is not received from the UE after transmitting the RRC Connection Reestablishment message to the UE.
ECC_TMOUT_rrcSecurityMo
count
deComplete
A call is released when the Security Mode Complete message is not received after the Security Mode Command message is transmitted to the UE.
ECC_TMOUT_rrcUeCapabilit
count
yInformation
A call is released when the UE Capability Information message is not received after the UE Capability Enquiry message is transmitted to the UE.
ECC_TMOUT_rrcHandoverPr eparation
count
A call is released when the UL Handover Preparation Transfer message is not received after transmitting the Handover From EUTRA Preparation Request during the Inter RAT HRPD handover. Not applicable to the service provider who does not use the HRPD handover.
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Confidential
(Continued) Item
Unit
ECC_TMOUT_intra_Handove
count
rCmdComplete
Definition A call is released when the target cell cannot receive
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the RRC Connection Reconfiguration Complete message during the intra-handover.
ECC_TMOUT_inter_X2Hand
count
overCmdComplete
A call is released when the target eNB cannot receive the RRC Connection Reconfiguration Complete message during the X2 handover.
ECC_TMOUT_inter_S1Hand
count
overCmdComplete
A call is released when the target eNB cannot receive the RRC Connection Reconfiguration Complete message during the S1 handover.
ECC_TMOUT_s1InitialConte
count
xtSetupRequest
A call is released when the Initial Context Setup Request message is not received after transmitting the Initial UE message to the MME.
ECC_TMOUT_s1PathSwitch Ack
count
A call is released when the Path Switch Request Acknowledge message is not received after the target eNB transmits the Path Switch Request message during the X2 handover.
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Confidential
(Continued) Item
Unit
Definition
ECC_TMOUT_s1HandoverPr
count
A call is released when DownlinkS1cdma2000tunneling
eparation
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
message is not received after transmitting the UplinkS1cdma2000tunneling message to MME during the Inter RAT HRPD handover.Not applicable to the service provider who does not use the HRPD handover.
ECC_TMOUT_s1RelocOverall
count
A call is released when a RelocOverall Timeout occurs in the SeNB during the S1 handover.
ECC_TMOUT_s1MMEStatus
count
Transfer
A call is released when the TeNB cannot receive the MME Status Transfer message after the SeNB transmits the eNB Status Transfer message to the MME.
ECC_TMOUT_x2RelocOverall
count
A call is released when a RelocOverall Timeout occurs in the SeNB during the X2 handover.
ECC_TMOUT_x2SNStatusTr
count
ansfer
A call is released when the target eNB cannot receive the X2 SN Status Transfer message transmitted from the SeNB.
ECC_TMOUT_internalResour ceSetup
count
The response message is not received after the SetupReqe message is sent for setting the resource for the internal protocol blocks of the eNB.
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Confidential
(Continued) Item
Unit
Definition
ECC_TMOUT_internalSecurit
count
A call is released when a response is not received from
yControl
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the PDCB block while transferring the security information to eNB’s internal PDCB block during attach procedure.
ECC_TMOUT_internalForwar
count
dingPathSetup
A call is released when no response is received for the request of uplink and downlink path setup between the ECCB block and the eNB’s internal block GTPB during handover.
ECC_TMOUT_internalReesta
count
blishControl
A call is released when no response message is received from RLCB and PDCB blocks while configuring the eNB’s ECCB block and internal RLCB & PDCB blocks for RLC and PDCP Re-establishment during X2/S1 handover.
ECC_TMOUT_internalBuffer
count
Flush
A call is released when no response message is received from PDCB while interfacing between ECCB and PDCB for buffer flush during handover.
ECC_TMOUT_internalDataTr ansferStart
LTE Counter Description_SLR2.3
count
A call is released when PDCP setup fails in the target eNB during handover.
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Confidential
(Continued) Item
Unit
Definition
ECC_USER_INACTIVITY
count
A call is released due to no traffic transmission during the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
given period of time (user inactivity time) for a specific UE when the MACB block detects the user inactivity, and notifies the fact to the ECCB block. ECC_ARQ_MAX_RE_
count
TRANSMISSION
A call is released when the RLCB block made transmission to the UE as many times as the Max Retransmission, but ARQ ACK is not received from the UE, which is notified to the ECCB.
ECC_RADIO_LINK_
count
FAILURE
When the MACB determines the Sync disconnection with the UE, it notifies the ECCB of OutOfSync. If the ECCB is notified of the MACB of being InSync again (HARQ-ACK/NACK received 20 times), or if it fails to receive the RRC Connection Re-establishment Request from the UE, the call is released after a timeout (default: 5 seconds).
ECC_UE_CONTEXT_ NOT_FOUND
count
Re-establishment is not possible due to the eNB failure to retrieve the UE Context information after the UE requested the re-establishment.
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Confidential
(Continued) Item
Unit
Definition
ECC_S1AP_SN_STATUS_
count
If the RRC Connection Reestablishment Request message
NOT_RECEIVED
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
is received while waiting for the SN Status Transfer message from the source eNB or the MME Status Transfer message from the MME, the RRC Connection Reestablishment Reject message is transmitted to the UE.
ECC_REEST_FAIL_INVA
count
LID_STATE
If the RRC Connection Reestablishment Request message is received during Attach, the eNB detects that reestablishment occurs while the DRB setup is not normal, and releases the call.
ECC_CDMA_HANDOVE
count
A call is released when the UL Handover Preparation
R_PREPARATION_FAILU
Transfer message is not received after transmitting the
RE
Handover From EUTRA Preparation Request during the Inter RAT HRPD handover.
ECC_RCV_S1_UECTXTR
count
A call is released when the UE Context Release Command
ELEASECMD_ABNORM
message is received when the UE Associated setup is not
AL_STATE
made with the MME. If this cause occurs, it is necessary to check the cause value delivered to the MME.
ECC_RCV_RESET_REQU EST_FROM_ECMB
LTE Counter Description_SLR2.3
count
A call is released due to receiving a reset request from ECMB due to refork of a specific block in eNB.
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(Continued) Item ECC_RCV_S1_RESET_
Unit
Definition
count
The call in the handover process is released by receiving a
FROM_MME ECC_RCV_X2_RESETRE
count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The call needs to be cancelled due to the reception of the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Reset Request message from other eNB. count
SERVICE ECC_RCV_CELL_RELEA
Collection
reset message from the MME.
QUEST ECC_S1_SCTP_OUT_OF_
How to
A call is released when the S1 Association's status is changed from In Service to Out of Service state.
count
SE_IND_FROM_ECMB
A call is released due to the Cell Release Ind message received from the ECMB block because of DSP down or CPRI failure caused by DSP problem.
ECC_DSP_AUDIT_RLC_
count
CALL_RELEASE
A call is released when the call remains in the ECCB and MACB, but not in the RLCB, which causes resource mismatch.
ECC_DSP_AUDIT_MAC_
count
CALL_RELEASE
A call is released when the call remains in the ECCB and RLC, but not in the MACB, which causes resource mismatch.
ECC_DSP_AUDIT_RLC_ MAC_CALL_RELEASE
LTE Counter Description_SLR2.3
count
A call is released when the call remains in the ECCB, but not in the RLC and MAC, which causes resource mismatch.
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(Continued) Item
Unit
ECC_SEC_ALGORITHMS_
count
COMBINATION_INVALID
Definition The security algorithm value is received in the Initial
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Context Setup Request, S1 Handover Request, X2 Handover Request, S1 UE Context Modification message. A call is released when the ciphering algorithm does not have the null algorithm value if the integrity algorithm supports the null algorithm.
ECC_X2_SCTP_OUT_OF_
count
SERVICE ECC_RELEASE_DUE_TO_
A call is released when the X2 Association's status is changed from In Service to Out of Service state.
count
A call is released due to the internal cause in eNB.
CC
event
int
0~2147483647
-
count
When handling the redirection to the inter FA, if it
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ENB_GENERATED_ REASON ECC_INTER_FA_ REDIRECTION
conflicts with the CRR output conditions based on the S1AP cause, the CRR in the column D (Call Release Cause) is displayed.
ECC_CSFB_CONFIG_
count
FAILURE
A call is released when, even if CSFB was triggered by the InitialContextSetupRequest message, the CSFB redirection cannot be processed due to eNB setting error (Inter RAT FA information not specified).
RRM_FAIL
count
The DB initialization procedure managed by the ERRM fails.
LTE Counter Description_SLR2.3
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(Continued) Item RRM_CELL_BARRED
Unit
Definition
count
A call is released when RRC Connection Reject message
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
is transmitted due to call rejection because the relevant cell is barred even when the RRC Connection Request message is received. RRM_MAX_CALL_COUNT
count
_OVER RRM_MAX_DRB_COUNT_
When calls are generated exceeding the number of calls that can be accommodated, they are rejected by CAC.
count
OVER
When calls are generated exceeding the number of DRB that can be accommodated by cell, they are rejected by CAC.
RRM_QOSCAC_FAIL
count
The call with the QoS that cannot be allowed by the cell is generated; it is rejected by CAC.
RRM_PREEMPTION_FAIL
count
Preemption fails because the requested ERAB's priority is under the priority of the existing UE.
RRM_CALLRSC_FAIL
count
Call ID is all assigned thus cannot assign Call ID further.
CC
event
int
0~2147483647
-
RRM_BHCAC_FAIL
count
Occurs when the BH link usage by a specific QoS (GBR
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
Bearer) exceeds the threshold defined in the PLD. RRM_SRSRSC_FAIL
count
If a new call supports both SRS and DRX, the SRS resources need to assigned in advance to assign the DRX resources but cannot assign the DRX resources because the SRS resource is not assigned.
LTE Counter Description_SLR2.3
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(Continued) Item RRM_CQIRSC_FAIL
Unit count
Definition CQI/PMI resources are all assigned thus the resource
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
cannot be assigned any more. RRM_SPSRSC_FAIL
count
All SR resources are allocated, so no resource is available.
RRM_N1PUCCHRSC_FAIL
count
n1PucchAnRep resources are all assigned thus cannot assign the resource any more.
RRM_SRRSC_FAIL
count
During SR resource allocation and release, the SR resource search is not allowed to exceed the Max value of the SR resource DB.
RRM_TPCRSC_FAIL
count
During TPC PUCCH RNTI resource allocation and release, the TPC PUCCH resource search is not allowed to exceed the Max value of TPC PUCCH resource DB.
RRM_ALL_MME_NOT_
count
SERVICE RRM_MME_OVERLOAD
A call is rejected because there exists no MME currently in connection.
count
If the MME is in Overload state, it cannot accommodate the calls because overloadAction and establishmetCause does not match.
RRM_NOT_EXIST_MME
LTE Counter Description_SLR2.3
count
The registered MME information that the UE informs in the RRC Connection Setup Complete message does not exist in the eNB database.
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(Continued) Item
Unit
RRM_AVAILABLE_MME_
count
NOT_EXIST RRM_UE_STMSI_
The MME with the PLMN value informed by the UE does
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
not exist in the RRC Connection Setup Complete message. count
DUPLICATE GTP_SETIP_FAIL
Definition
The same UE transmits the RRC Connection Request with the same S-TMSI value.
count
A response to Gtp Setup Fail is transmitted after the SetupReq message is received from the ECCB. Tunnel information error managed by the GTPB block and tunnel setting failure due to DB management error are notified to the ECCB.
GTP_RELEASE_FAIL
count
An error response is generated when GTP Release fails.
CC
event
int
0~2147483647
-
GTP_MODIFY_FAIL
count
Use it if there is response for Gtp setup fail after receiving
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the ModifyReq message from the ECCB. Tunnel information error managed by the GTPB block and tunnel setting failure due to DB management error are notified to the ECCB. GTP_RESET_FAIL
count
A call is released if there is response for Gtp setup fail after receiving the ModifyReq message from the ECMB.
LTE Counter Description_SLR2.3
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(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
Type
Min/Max
Formula
GTP_PATH_FAIL
count
If there is no Echo Response within 60 seconds after Echo Request is transmitted periodically to the peer node of the EPS bearer, the request is retransmitted five times at the interval of 5 seconds. If there is still no response, ECCB receives the response indicating a path to the peer node is abnormal. The GTPB block determines that a bearer path to the peer node is abnormal or GTP entity within the peer node is abnormal and notifies the ECCB block of the failure.
CC
event
int
0~2147483647
-
GTP_NOT_SUPPORT_EH
count
Send a response when receiving the message with the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
extension header that cannot be supported by the system from dst peer during tunnel setup. GTP_RCV_ERROR_IND_
count
FROM_GW
A bearer is released when an error indication message is received from the peer node of GTPB, which is notified to the ECCB.
PDCP_INVALID_CALLID
count
Respond that the message is not correct when the callid of the downloaded message from the ECCB is the value of the MAX_USER_ENB or higher.
PDCP_INVALID_RBID
count
Respond that the message downloaded from the ECCB is normal if the message is PDCP_DRB or PDCP_SRB and the Rbid is below MAX_RB or MAX_SRB respectively, Otherwise, an error response is generated. There is no possibility that it will a CSL cause.
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(Continued) Item PDCP_INVALID_
Unit count
NUMOFRB
Definition An error response is generated when the NumRb of the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
downloaded message from the ECCB is the value of the CI_MAX_RB or higher.
PDCP_INVALID_
count
RLCMODE PDCP_INVALID_
message downloaded from the ECCB is invalid. count
SETUPTYPE PDCP_INVALID_
An error response is generated when the setupType of the message downloaded from the ECCB is invalid.
count
CNTLTYPE PDCP_INVALID_
An error response is generated when the RLC mode of the
Respond that the message is not correct if the CntlType of the message downloaded from the ECCB is inappropriate value.
count
PDCPSNTYPE
An error response is generated when the SNType of the message downloaded from the ECCB is UM, but not 7-bit or 12-bit.
PDCP_INVALID_
count
LOCHTYPE
An error response is generated when the logical type of the message downloaded from the ECCB is other than either LOCH_DCCH (for the SRB) or LOCH_DTCH (for the DRB). There is no possibility that it will a CSL cause.
PDCP_ROHC_SETUP_ FAIL
count
An error response is generated when the ROHC context setup procedure fails due to lack of memory while receiving ConfigReq from the ECCB.
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
PDCP_INACTIVATE_
count
When the message on Inactive RB is received while receiving
RBID PDCP_SRB_
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
the msgCpdcpModifyReq from the ECCB. count
INTEGRITY_FAIL RLC_INVALID_
How to
A SRB's integrity check failure notification is issued from the PDCB.
count
PARAMETER
An error response is generated when the parameter of the message received from the ECCB is not the value within the defined range.
RLC_NO_MORE_
count
RESOURCE
An error response is generated when a new connection cannot be allowed due to insufficient resources to be allocated to the message received from the ECCB.
RLC_CELL_IS_IDLE
count
When cell ID status of the message received from the ECCB is IDLE, not ACTIVE, respond that the message is not correct.
RLC_CALL_IS_NOT_
count
ACTIVE RLC_ERROR_
message received from the ECCB is not ACTIVE. count
EMPTY_MSG RLC_ERROR_
D_DATA_LEN
LTE Counter Description_SLR2.3
An error response is generated when the message received by the RLC is NULL.
count
UNKNOWN_MSG_ID RLC_ERROR_INVALI
An error response is generated when the call ID status of the
An error response is generated when the type of the message received by the RLC is unknown
count
An error response is generated when the size of the message received by the RLC is abnormal.
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(Continued) Item RLC_ERROR_NO_RSP_
Unit count
FROM_DL RLC_ERROR_NO_RSP_
count count
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
An error response is generated when the RLC uplink does
CC
event
int
0~2147483647
-
An error response is generated when the RLC downlink and
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
uplink do not respond to the message received. count
BEFORE_RLC_READY RLC_ERROR_INVALID_
Collection
not respond to the message received.
FROM_DLUL RLC_ERROR_RX_
An error response is generated when the RLC downlink
How to
does not respond to the message received.
FROM_UL RLC_ERROR_NO_RSP_
Definition
An error response is generated when the RLC uplink receives a signaling message before it operates properly.
count
RLC_TRANSACTION_ID
An error response is generated when the transaction ID exceeds the specified range while the RLC processes the message received from the ECCB.
RLC_ERROR_INVALID_
count
CONTEXT
An error response is generated when a response is retransmitted from the RLC downlink for the signaling message that the RLC has already processed.
RLC_ERROR_RLC_
count
CONTEXT_FULL
An error code is generated when the number of the signaling messages received exceeds the capacity that the RLC can process.
MAC_INVALID_MSGID
count
An undefined Msg Id is received.
CC
event
int
0~2147483647
-
MAC_INVALID_
count
An undefined SetupType is received.
CC
event
int
0~2147483647
-
SETUPTYPE
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(Continued) Item
Unit
Definition
MAC_INVALID_CALL_
count
When the ‘cell call ID’ value of the message received from
CELLID MAC_INVALID_PARAM
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
the ECCB is outside the defined range. count
A parameter received is outside the defined range.
CC
event
int
0~2147483647
-
count
The RB cannot be allocated due to insufficient MACB
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
ETER MAC_INSUFFICIENT_ RESOURCE MAC_NOT_ASSIGNED_
internal resource required to manage the RB. count
RB MAC_NOT_ASSIGNED_
allocated. count
UE MAC_NOT_ASSIGN_
A reconfig/delete request is received for the RB that is not A config/delete request is received for the UE that is not allocated.
count
A call setup message is received without SRB1 setup.
CC
event
int
0~2147483647
-
count
The ‘RB num’ value of Logical Channel Config exceeds the
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
SRB1 MAC_INVALID_RB_ CONFIG MAC_INVALID_CELL_ ID
LTE Counter Description_SLR2.3
maximum. count
The cell corresponding to the message received is in idle state.
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8. MRO_RLF Mobility Robustness Optimization (MRO) statistics are intended to collect and classify handover issues due to Radio Link Failure (RLF) that occur during or after a handover, and use them in the MRO algorithm to optimize handover parameters (e.g. Cell Individual Offset) and improve the handover performance.
8.1 MRO RLF Classification The causes of the handover related RLF recorded as MRO issue are: too-late handover, too-early handover, and handover to a wrong cell. The causes of RLF not recorded as MRO issue are recorded as coverage hole. [Index] Name
Range
Description
cNum
0~8
Cell Index
Neighbor Cell
0~268435455
Neighbor Cell Index.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CoverageHole
count
Number of RLF/HO failures due to the coverage hole
CC
event
int
0~2147483647
-
CoverageHoleN
count
Number of RLF/HO failures due to the coverage hole toward Cell N
CC
event
int
0~2147483647
-
TooEarlyHOFailure
count
The number of too-early handovers after transmitting the handover
CC
event
int
0~2147483647
-
command
LTE Counter Description_SLR2.3
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(Continued) Item TooEarlyHORLFAf
Unit count
terHO TooLateHORLFBef
Definition The number of too-early handovers after completing the
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
handover process. count
The number of RLFs before triggering the handover.
CC
event
int
0~2147483647
-
count
The number of RLFs after the handover command is
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
oreTriggering TooLateHORLFAft erTriggering WrongCellRLFAfte
transmitted. count
rTriggering WrongCellRLFAfte
the handover command. count
rHO BlackCellRLFAfter
The number of handovers to a wrong cell before transmitting The number of handovers to a wrong cell after transmitting the handover command.
count
The number of handovers to a black cell RLF after HO (X2)
CC
event
int
0~2147483647
-
count
The number of ping-pong handovers detected by the ping-pong
CC
event
int
0~2147483647
-
HO PingpongHandover
detection algorithm. MroRlfCnt
count
Number of MRO RLF Classification collection
CC
event
int
0~2147483647
-
MroRlfCid
Neighbo
The NeighborCell ID required to be collected.
OW
event
int
0~2147483647
-
rCell ID
LTE Counter Description_SLR2.3
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9. GTP The GPRS Tunneling Protocol Block (GTPB) handles the GPRS Tunneling Protocol for data access from the S1-U or X2-U, manages the GTP tunnels for the E-RAB, and transmits/receives user data. GTP statistics are on the GTP layer packets that are received from the S1-U (S-GW) over the downlink, which allow the operator to detect the backhaul condition.
9.1 GTP Sequence Number by QCI Collects the statistics data for the count of lost downlink packets and the count of Out of Sequence downlink packets in the GTP layer for each QCI. [Index] Name
Range
Description
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item GtpSnPeakLossQci
Unit count
Definition Count of downlink GTP packets which have been regarded to
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
2s
int
0~2147483647
-
CC
2s
int
0~2147483647
-
be lost until the statistics collection time. GtpSnOosQci
count
Count of Out of Sequence downlink packets (i.e. the accumulated count of packets which order of the GTP Sequence Number is reversed) for each QCI.
LTE Counter Description_SLR2.3
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9.2 GTP Sequence Number by eNB Collects the statistics data for the count of lost downlink packets and the count of Out of Sequence downlink packets in the GTP layer for the eNB. [Statistics Type] Collection
Collect
Cycle
Unit
GtpSnPeakLossEnb
count
Count of downlink GTP packets which have been regarded to be lost until the statistics collection time.
CC
2s
int
0~2147483647
-
GtpSnOosEnb
count
Count of Out of Sequence downlink packets (i.e. the accumulated count of packets which order of the GTP Sequence Number is reversed) for each QCI.
CC
2s
int
0~2147483647
-
GtpDlCntEnb
count
Number of the downlink GTP packets received until the time of counting the statistic.
CC
2s
int
0~2147483647
-
GtpSnLossEnbRate
%
Ratio of the lost packets to the total number of downlink GTP packets received until the statistics collection time. * Lost packets = GtpSnPeakLossEnb * Total packets = GtpDlCntEnb+ (GtpDlCntEnb-GtpSnOosEnb)
OW
Period
float
0~100
sum (GtpSnPeakLossEnb)/ (sum (GtpDlCntEnb)+sum (GtpSnPeakLossEnb)-sum (GtpSnOosEnb))*100
GtpSnOosEnbRate
%
Total GTP Packet OOS Rate per eNB
OW
Period
float
0~100
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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9.3 GTP Forward Traffic The GTP Forward Traffic statistic is defined as the downlink/uplink count/byte/throughput of forwarding traffic during basis calls, S1/X2 handovers and inter-RAT S1/X2 handovers. In statistics items, DL is based on the received packets and UL is based on the transmitted packets. [Statistics Type]
Item
Unit
CntGtpDlEnbS1Nor
count
Definition Number of S1 downlink GTP packets during the basis
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
call. CntGtpUlEnbS1Nor
count
Number of S1 uplink GTP packets during the basis call.
CC
20 s
int
0~2147483647
-
CntGtpDlEnbS1FW
count
Number of forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the S1 handover. CntGtpUlEnbS1FW
count
Number of packets forwarded to the S1 uplink during the S1 handover.
CntGtpDlEnbX2FW
count
Number of forwarded packets received in the X2 downlink during the X2 handover.
CntGtpUlEnbX2FW
count
Number of packets forwarded to the X2 uplink during the X2 handover.
CntGtpDlEnbIRatUtr
count
aS1FW CntGtpUlEnbIRatUtr aS1FW
LTE Counter Description_SLR2.3
Number of forwarded packets received in the S1 downlink during the Inter-RAT (UTRAN) handover.
count
Number of packets forwarded to the S1 uplink during the Inter-RAT (UTRAN) handover.
198
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Confidential
(Continued) Item
Unit
CntGtpDlEnbIRatUtr
count
aX2FW CntGtpUlEnbIRatUtr
count count count count
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
Number of packets forwarded to the X2 uplink during
CC
20 s
int
0~2147483647
-
Number of forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
Number of packets forwarded to the S1 uplink during
CC
20 s
int
0~2147483647
-
Number of forwarded packets received in the X2
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the Inter-RAT (GERAN) handover. count
ranX2FW CntGtpDlEnbIRatCd
Cycle
the Inter-RAT (GERAN) handover.
ranX2FW CntGtpUlEnbIRatGe
Collect
downlink during the Inter-RAT (GERAN) handover.
ranS1FW CntGtpDlEnbIRatGe
Collection
the Inter-RAT (UTRAN) handover.
ranS1FW CntGtpUlEnbIRatGe
Number of forwarded packets received in the X2
How to
downlink during the Inter-RAT (UTRAN) handover.
aX2FW CntGtpDlEnbIRatGe
Definition
Number of packets forwarded to the X2 uplink during the Inter-RAT (GERAN) handover.
count
ma2000HrpdS1FW
Number of forwarded packets received in the S1 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
CntGtpUlEnbIRatCd
count
ma2000HrpdS1FW CntGtpDlEnbIRatCd ma2000HrpdX2FW
Number of packets forwarded to the S1 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
count
Number of forwarded packets received in the X2 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
LTE Counter Description_SLR2.3
199
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Version: 1.0
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Confidential
(Continued) Item CntGtpUlEnbIRatCd
Unit count
ma2000HrpdX2FW ByteGtpDlEnbS1Nor
Definition Number of packets forwarded to the X2 uplink during
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
the Inter-RAT (CDMA2000 HRPD) handover. Kbytes
Bytes of S1 downlink GTP packets during the basis call.
ByteGtpUlEnbS1Nor
Kbytes
Bytes of S1 uplink GTP packets during the basis call.
CC
20 s
int
0~2147483647
-
ByteGtpDlEnbS1FW
Kbytes
Bytes of the forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the S1 handover. ByteGtpUlEnbS1FW
Kbytes
Bytes of the packets forwarded to the S1 uplink during the S1 handover.
ByteGtpDlEnbX2FW
Kbytes
Bytes of the forwarded packets received in the X2 downlink during the X2 handover.
ByteGtpUlEnbX2FW
Kbytes
Bytes of the packets forwarded to the X2 uplink during the X2 handover.
ByteGtpDlEnbIRatUt
Kbytes
raS1FW ByteGtpUlEnbIRatUt
downlink during the Inter-RAT (UTRAN) handover. Kbytes
raS1FW ByteGtpDlEnbIRatUt raX2FW
LTE Counter Description_SLR2.3
Bytes of the forwarded packets received in the S1 Bytes of the packets forwarded to the S1 uplink during the Inter-RAT (UTRAN) handover.
Kbytes
Bytes of the forwarded packets received in the X2 downlink during the Inter-RAT (UTRAN) handover.
200
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Confidential
(Continued) Item
Unit
Definition
ByteGtpUlEnbIRatUt
Kbytes
Bytes of the packets forwarded to the X2 uplink during
raX2FW ByteGtpDlEnbIRatG
Kbytes Kbytes Kbytes
Type
Min/Max
Formula
CC
20 s
int
0~2147483647
-
Bytes of the forwarded packets received in the S1
CC
20 s
int
0~2147483647
-
Bytes of the packets forwarded to the S1 uplink during
CC
20 s
int
0~2147483647
-
Bytes of the forwarded packets received in the X2
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
CC
20 s
int
0~2147483647
-
downlink during the Inter-RAT (GERAN) handover. Kbytes
eranX2FW ByteGtpDlEnbIRatC
Cycle
the Inter-RAT (GERAN) handover.
eranX2FW ByteGtpUlEnbIRatG
Collect
downlink during the Inter-RAT (GERAN) handover.
eranS1FW ByteGtpDlEnbIRatG
Collection
the Inter-RAT (UTRAN) handover.
eranS1FW ByteGtpUlEnbIRatG
How to
Bytes of the packets forwarded to the X2 uplink during the Inter-RAT (GERAN) handover.
Kbytes
dma2000HrpdS1FW
Bytes of the forwarded packets received in the S1 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
ByteGtpUlEnbIRatC
Kbytes
dma2000HrpdS1FW ByteGtpDlEnbIRatC
Bytes of the packets forwarded to the S1 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
Kbytes
dma2000HrpdX2FW
Bytes of the forwarded packets received in the X2 downlink during the Inter-RAT (CDMA2000 HRPD) handover.
ByteGtpUlEnbIRatC dma2000HrpdX2FW
LTE Counter Description_SLR2.3
Kbytes
Bytes of the packets forwarded to the X2 uplink during the Inter-RAT (CDMA2000 HRPD) handover.
201
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Version: 1.0
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(Continued) Item
Unit
ThruGtpDlEnbS1Nor
kbps
Definition Throughput of S1 downlink GTP
How to
Collection
Collect
Cycle
SI
20 s
Type float
Min/Max 0~3.4*10^38
packets during the basis call. ThruGtpDlEnbS1Nor
kbps
Tot ThruGtpDlEnbS1Nor
Total sum of ThruGtpDlEnbS1Nor
Formula sum (ThruGtpDlEnbS1NorTot)/ sum (ThruGtpDlEnbS1NorCnt)
SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpDlEnbS1Nor collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of S1 uplink GTP packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbS1NorTot)/
Cnt ThruGtpUlEnbS1Nor
during the basis call. ThruGtpUlEnbS1Nor
kbps
Tot ThruGtpUlEnbS1Nor
Total sum of ThruGtpUlEnbS1Nor
sum (ThruGtpUlEnbS1NorCnt) SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpUlEnbS1Nor collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of forwarded packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbS1FWTot)/
Cnt ThruGtpDlEnbS1FW
received in the S1 downlink during
sum (ThruGtpDlEnbS1FWCnt)
the S1 handover. ThruGtpDlEnbS1FW
kbps
Tot ThruGtpDlEnbS1FW
Total sum of ThruGtpDlEnbS1FW
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
collected count
ThruGtpDlEnbS1FW collect count
Cnt
LTE Counter Description_SLR2.3
202
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Confidential
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(Continued) Item
Unit
ThruGtpUlEnbS1FW
kbps
Definition Throughput of packets forwarded to
How to
Collection
Collect
Cycle
SI
20 s
Type float
Min/Max 0~3.4*10^38
the S1 uplink during the S1 handover. ThruGtpUlEnbS1FW
kbps
Tot ThruGtpUlEnbS1FW
Total sum of ThruGtpUlEnbS1FW
Formula sum (ThruGtpUlEnbS1FWTot)/ sum (ThruGtpUlEnbS1FWCnt)
SI
20 s
float
0~3.4*10^38
-
collected count
ThruGtpUlEnbS1FW collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of forwarded packets
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbX2FWTot)/
Cnt ThruGtpDlEnbX2FW
received in the X2 downlink during
sum (ThruGtpDlEnbX2FWCnt)
the X2 handover. ThruGtpDlEnbX2FW
kbps
Tot ThruGtpDlEnbX2FW
Total sum of
SI
20 s
float
0~3.4*10^38
-
ThruGtpDlEnbX2FWTot collected count
ThruGtpDlEnbX2FWTot collect count
SI
20 s
int
0~2147483647
-
kbps
Throughput of packets forwarded to
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbX2FWTot)/
Cnt ThruGtpUlEnbX2FW
the X2 uplink during the X2 handover. ThruGtpUlEnbX2FW
kbps
Tot ThruGtpUlEnbX2FW Cnt
LTE Counter Description_SLR2.3
Total sum of
sum (ThruGtpUlEnbX2FWCnt) SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
ThruGtpUlEnbX2FWTot collected count
ThruGtpUlEnbX2FWTot collect count
203
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Version: 1.0
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Confidential
(Continued) Item
Unit
ThruGtpDlEnbIRat
kbps
UtraS1FW
Definition Throughput of forwarded packets
How to
Collection
Collect
Cycle
SI
20 s
Type
Min/Max
float
0~3.4*10^38
received in the S1 downlink during
Formula sum (ThruGtpDlEnbIRatUtraS1FWTot)/ sum (ThruGtpDlEnbIRatUtraS1FWCnt)
the inter-RAT (UTRAN) handover. ThruGtpDlEnbIRat
kbps
UtraS1FWTot
Total sum of
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatUtraS1FWTot)/
ThruGtpDlEnbIRatUtraS1FWTot collected
ThruGtpDlEnbIRat
count
UtraS1FWCnt ThruGtpUlEnbIRat
ThruGtpDlEnbIRatUtraS1FWTot collect count
kbps
UtraS1FW
Throughput of packets forwarded to the S1 uplink during the inter-
sum (ThruGtpUlEnbIRatUtraS1FWCnt)
RAT (UTRAN) handover. ThruGtpUlEnbIRat
kbps
UtraS1FWTot
Total sum of
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatUtraX2FWTot)/
ThruGtpUlEnbIRatUtraS1FWTot collected
ThruGtpUlEnbIRat
count
UtraS1FWCnt ThruGtpDlEnbIRat UtraX2FW
ThruGtpUlEnbIRatUtraS1FWTot collect count
kbps
Throughput of forwarded packets received in the X2 downlink during
sum (ThruGtpDlEnbIRatUtraX2FWCnt)
the inter-RAT (UTRAN) handover.
LTE Counter Description_SLR2.3
204
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Version: 1.0
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Confidential
(Continued) Item
Unit
ThruGtpDlEnbIRat
kbps
UtraX2FWTot ThruGtpDlEnbIRat
Total sum of ThruGtpDlEnbIRat
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatUtraX2FWTot)/
UtraX2FW collected count
UtraX2FWCnt ThruGtpUlEnbIRat
Definition
ThruGtpDlEnbIRatUtraX2FW collect count
kbps
UtraX2FW
Throughput of packets forwarded to the S1 uplink during the inter-
sum (ThruGtpUlEnbIRatUtraX2FWCnt)
RAT (UTRAN) handover. ThruGtpUlEnbIRat
kbps
UtraX2FWTot ThruGtpUlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatGeranS1FWTot)/
UtraX2FW collected count
UtraX2FWCnt ThruGtpDlEnbIRat
Total sum of ThruGtpUlEnbIRat ThruGtpUlEnbIRatUtraX2FW collect count
kbps
GeranS1FW
Bytes of forwarded packets received in the S1 downlink during
sum (ThruGtpDlEnbIRatGeranS1FWCnt)
the inter-RAT (GERAN) handover. ThruGtpDlEnbIRat
kbps
GeranS1FWTot ThruGtpDlEnbIRat GeranS1FWCnt
LTE Counter Description_SLR2.3
Total sum of ThruGtpDlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
GeranS1FW collected count
ThruGtpDlEnbIRatGeranS1FW collect count
205
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Version: 1.0
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Confidential
(Continued) Item
Unit
ThruGtpUlEnbIRat
kbps
GeranS1FW
Definition Throughput of packets forwarded
How to
Collection
Collect
Cycle
SI
20 s
Type
Min/Max
float
0~3.4*10^38
to the S1 uplink during the inter-
Formula sum (ThruGtpUlEnbIRatGeranS1FWTot)/ sum (ThruGtpUlEnbIRatGeranS1FWCnt)
RAT (GERAN) handover. ThruGtpUlEnbIRat
kbps
GeranS1FWTot ThruGtpUlEnbIRat
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatGeranX2FWTot)/
GeranS1FW collected count
GeranS1FWCnt ThruGtpDlEnbIRat
Total sum of ThruGtpUlEnbIRat ThruGtpUlEnbIRatGeranS1FW collect count
kbps
GeranX2FW
Throughput of forwarded packets received in the X2 downlink during
sum (ThruGtpDlEnbIRatGeranX2FWCnt)
the Inter-RAT (GERAN) handover. ThruGtpDlEnbIRat
kbps
GeranX2FWTot ThruGtpDlEnbIRat
GeranX2FW
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatGeranX2FWTot)/
GeranX2FW collected count
GeranX2FWCnt ThruGtpUlEnbIRat
Total sum of ThruGtpDlEnbIRat
ThruGtpDlEnbIRatGeranX2FW collect count
kbps
Throughput of forwarded packets received in the X2 uplink during
sum (ThruGtpUlEnbIRatGeranX2FWCnt)
the Inter-RAT (GERAN) handover.
LTE Counter Description_SLR2.3
206
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Confidential
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(Continued) Item ThruGtpUlEnbIRat
Unit kbps
GeranX2FWTot ThruGtpUlEnbIRat
count
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
ThruGtpUlEnbIRatGeranX2FW collect
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatCdma2000
count kbps
dma2000HrpdS1FW
ThruGtpDlEnbIRatC
Total sum of ThruGtpUlEnbIRatGeran
How to
X2FW collected
GeranX2FWCnt ThruGtpDlEnbIRatC
Definition
kbps
dma2000HrpdS1FW
Throughput of forwarded packets received in the S1 downlink during the
HrpdS1FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpDlEnbIRatCdma2000
handover.
HrpdS1FWCnt)
Total sum of ThruGtpDlEnbIRatCdma
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum
2000HrpdS1FW collected
Tot ThruGtpDlEnbIRatC
count
dma2000HrpdS1FW
ThruGtpDlEnbIRatCdma2000HrpdS1F W collect count
Cnt ThruGtpUlEnbIRatC dma2000HrpdS1FW
kbps
Throughput of forwarded packets received in the S1 uplink during the
(ThruGtpUlEnbIRatCdma2000Hrpd
Inter-RAT (CDMA2000 HRPD)
S1FWTot)/sum
handover.
(ThruGtpUlEnbIRatCdma2000Hrpd S1FWCnt)
LTE Counter Description_SLR2.3
207
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Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
ThruGtpUlEnbIRatC
kbps
Total sum of ThruGtpUlEnbIRatCdma
dma2000HrpdS1FW
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpDlEnbIRatCdma2000
2000HrpdS1FW collected
Tot ThruGtpUlEnbIRatC
count
dma2000HrpdS1FW
ThruGtpUlEnbIRatCdma2000HrpdS1F W collection count
Cnt ThruGtpDlEnbIRatC
kbps
dma2000HrpdX2FW
ThruGtpDlEnbIRatC
kbps
dma2000HrpdX2F
Throughput of forwarded packets received in the X2 downlink during the
HrpdX2FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpDlEnbIRatCdma2000
handover.
HrpdX2FWCnt)
Total sum of ThruGtpDlEnbIRatCdma
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
SI
20 s
float
0~3.4*10^38
sum (ThruGtpUlEnbIRatCdma2000
2000HrpdX2FW collected
WTot ThruGtpDlEnbIRatC
count
dma2000HrpdX2F
ThruGtpDlEnbIRatCdma2000HrpdX2F W collect count
WCnt ThruGtpUlEnbIRatC dma2000HrpdX2FW
LTE Counter Description_SLR2.3
kbps
Throughput of forwarded packets received in the X2 uplink during the
HrpdX2FWTot)/
Inter-RAT (CDMA2000 HRPD)
sum (ThruGtpUlEnbIRatCdma2000
handover.
HrpdX2FWCnt)
208
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(Continued) Item
Unit
ThruGtpUlEnbIRatC
kbps
dma2000HrpdX2F
Definition Total sum of ThruGtpUlEnbIRatCdma
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
20 s
float
0~3.4*10^38
-
SI
20 s
int
0~2147483647
-
2000HrpdX2FW collected
WTot ThruGtpUlEnbIRatC dma2000HrpdX2F
count
ThruGtpUlEnbIRatCdma2000HrpdX2F W collect count
WCnt
LTE Counter Description_SLR2.3
209
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Confidential
10. SRB SRB statistics provide the Control Plane PDCP SDU bit rates per cell over the downlink and uplink respectively.
10.1 Cell PDCP SDU bit-rate The eNB groups the Control Plane PDCP SDU bit rates per cell by the downlink/uplink in accordance with the 3GPP standard (TS32.425 Performance Measurements) and calculates the average value at every measurement interval. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item PdcpSduBitrateDl
Unit kbps
Definition Average cell bit-rate of the control plane
How to
Collection
Collect
Cycle
SI
2s
Type
Min/Max
Formula
float
0~3.4*10^38
sum (PdcpSduBitrateDlTot)/
PDCP SDUs over the downlink.
sum (PdcpSduBitrateDlCnt)
PdcpSduBitrateDlTot
kbps
Total sum of PdcpSduBitrateDl collected
SI
2s
float
0~3.4*10^38
-
PdcpSduBitrateDlCnt
count
PdcpSduBitrateDl collect count
SI
2s
int
0~21474836
-
47
LTE Counter Description_SLR2.3
210
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Version: 1.0
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Confidential
(Continued) Item PdcpSduBitrateUl
Unit kbps
Definition Average cell bit-rate of the control plane
How to
Collection
Collect
Cycle
SI
2s
Type
Min/Max
Formula
float
0~3.4*10^38
sum (PdcpSduBitrateUlTot)/
PDCP SDUs over the uplink.
sum (PdcpSduBitrateUlCnt)
PdcpSduBitrateUlTot
kbps
Total sum of PdcpSduBitrateUl collected
SI
2s
float
0~3.4*10^38
-
PdcpSduBitrateUlCnt
count
PdcpSduBitrateUl collect count
SI
2s
int
0~21474836
-
47
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11. DRB DRB statistics provide QCI information of the DRB, such as the number of active UEs, packet delay, packet drop rate, packet loss rate and IP latency.
11.1 Active UEs Collects the statistics data for the average number of UEs where the buffer data of the DRB is waiting. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
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[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
UEActiveDl
count
The number of UEs satisfying one or more of the following conditions in a continuous 20 ms interval (sampling occasion) is summed every 80 ms for each QCI. - If there is a DRB which received a buffer occupancy request at the RLC - If there is a DRB which received an HARQ retransmission request, the number of UEs collected after the collection interval expires is divided by the number of sampling occasions that occurred to obtain the average.
SI
5.12 s
float
0~3.4*10^38
sum (UEActiveDlTot)/ sum (UEActiveDlCnt)
UEActiveDlTot
count
Total sum of UEActiveDl collected
SI
5.12 s
float
0~3.4*10^38
-
UEActiveDlCnt
count
UEActiveDl collect count
SI
5.12 s
int
0~2147483647
-
UEActiveUl
count
The number of UEs satisfying one or more of the following conditions in a continuous 20 ms interval is summed every 80 ms for each QCI. - If there is a DRB which received an HARQ retransmission request - If there is a DRB which received an HARQ retransmission request, the number of UEs collected after the collection interval expires is divided by the number of sampling occasions that occurred to obtain the average.
SI
5.12 s
float
0~3.4*10^38
sum (UEActiveUlTot)/ sum (UEActiveUlCnt)
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Min/Max
Formula
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(Continued) Collection
Collect
Cycle
Unit
UEActiveUlTot
count
Total sum of UEActiveUl collected
SI
5.12 s
float
0~3.4*10^38
-
UEActiveUlCnt
count
UEActiveUl collect count
SI
5.12 s
int
0~2147483647
-
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Definition
How to
Item
Type
Min/Max
Formula
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11.2 Packet Delay Collects the statistics data for the DL PDCP SDU delay defined in the standard 3GPP TS 36.314 for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PdcpSduDelay
Unit ms
Definition Average DL PDCP SDU delay. DL PDCP SDU
How to
Collection
Collect
Cycle
SI
10 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (PdcpSduDelayTot)/
delay on the downlink that occurred for 1 minute.
sum (PdcpSduDelayCnt)
PdcpSduDelayTot
ms
Total sum of PdcpSduDelay collected
SI
10 s
float
0~3.4*10^38
-
PdcpSduDelayCnt
count
PdcpSduDelay collect count
SI
10 s
int
0~2147483647
-
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11.3 Packet Drop Rate The statistic provided in accordance with the 3GPP standard (TS32.425 Performance Measurements) is a per-eNB drop rate for downlink packet drops of the user plane traffic, and is counted by E-RAB QoS level (QCI). Packet drops can occur due to traffic congestion and are calculated (in ppm) by multiplying it by 1E6 according to the standard (TS 36.314 Layer 2–Measurements). [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PdcpSduDropRateDl
Unit ppm
Definition DL PDCP SDU packet drop rate on the
How to
Collection
Collect
Cycle
SI
1 min
Type float
Min/Max 0~3.4*10^38
ppm
Tot PdcpSduDropRateDl
Total sum of PdcpSduDropRateDl
sum (PdcpSduDropRateDlTot)/ sum (PdcpSduDropRateDlCnt)
downlink that occurred for one minute PdcpSduDropRateDl
Formula
SI
1 min
float
0~3.4*10^38
-
SI
1 min
int
0~2147483647
-
collected count
PdcpSduDropRateDl collect count
Cnt
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(Continued) Item PdcpPduDropRateDl
Unit ppm
Definition Average DL PDCP SDU drop rate
How to
Collection
Collect
Cycle
SI
10 s
Type float
Min/Max 0~3.4*10^38
DL PDCP SDU drop rate on the downlink
Formula sum (PdcpPduDropRateDlTot)/ sum (PdcpPduDropRateDlCnt)
that occurred for one minute PdcpPduDropRateDl
ppm
Tot PdcpPduDropRateDl
Total sum of PdcpPduDropRateDl
SI
10 s
float
0~3.4*10^38
-
SI
10 s
int
0~2147483647
-
collected count
PdcpPduDropRateDl collect count
Cnt
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11.4 Packet loss rate (ppm) The statistic provided in accordance with the 3GPP standard (TS32.425 Performance Measurements) is a per-eNB loss rate for PDCP SDUs of the user plane traffic that have not been received successfully over the uplink, and is counted by E-RAB QoS level (QCI). The rate is calculated (in ppm) by multiplying 1E6 according to the standard (TS 36.314 Layer 2–Measurements). [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type] How to Collect
Collection Cycle
Type
Min/Max
Formula
UL PDCP SDU packet loss rate on the uplink that occurred for 1 minute
SI
1 min
float
0~3.4*10^38
sum (PdcpSduLossRateUlTot)/ sum (PdcpSduLossRateUlCnt)
ppm
Total sum of PdcpSduLossRateUl collected
SI
1 min
float
0~3.4*10^38
-
PdcpSduLossRateUl Cnt
count
PdcpSduLossRateUl collect count
SI
1 min
int
0~21474836 47
-
PdcpSduAirIntf
ppm
Average DL PDCP SDU loss rateDL PDCP SDU packet loss rate on the downlink that occurred for 10 seconds.
SI
10 s
float
0~3.4*10^38
sum (PdcpSduAirIntfTot)/ sum (PdcpSduAirIntfCnt)
Item
Unit
Definition
PdcpSduLossRateUl
ppm
PdcpSduLossRateUl Tot
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PdcpSduAirIntfTot
ppm
Total sum of PdcpSduAirIntf collected
SI
10 s
float
0~3.4*10^38
-
PdcpSduAirIntfCnt
count
PdcpSduAirIntf collect count
SI
10 s
int
0~2147483647
-
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11.5 IP Latency measurements Collects the statistics data for the DL IP latency defined in the standard 3GPP TS 32.450 for each QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item IpLateDl
Unit ms
Definition IP Latency in DL, SAE Bearer levelIP latency for 10
How to
Collection
Collect
Cycle
SI
10 s
Type
Min/Max
Formula
float
0~60*Period*1000
sum (IpLateDlTot)/
seconds in the downlink.
sum (IpLateDlCnt)
IpLateDlTot
ms
Total sum of IpLateDlTot collected
SI
10 s
float
0~3.4*10^38
-
IpLateDlCnt
count
IpLateDlTot collect count
SI
10 s
int
0~2147483647
-
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12. RRU The Radio Resource Utilization (RRU) statistics include DL/UL PRB Usage, DL/UL Total PRB Usage, and Cell Unavailable Time statistics. These statistics items are described in the following table.
12.1 DL/UL PRB Usage Collects the rate of PRB allocated to the DTCH among the total PRB on the DL/UL. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item PrbDl
Unit %
Definition The PRB usage used as the downlink DTCH traffic
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (PrbDlTot)/ sum (PrbDlCnt)
PrbDlTot
%
Total sum of PrbDl collected
SI
5.12 s
float
0~3.4*10^38
-
PrbDlCnt
count
PrbDl collect count
SI
5.12 s
int
0~2147483647
-
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(Continued) Item PrbUl
Unit %
Definition The PRB usage used as the uplink DTCH traffic
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (PrbUlTot)/ sum (PrbUlCnt)
PrbUlTot
%
Total sum of PrbUl collected
SI
5.12 s
float
0~3.4*10^38
-
PrbUlCnt
count
PrbUl collect count
SI
5.12 s
int
0~2147483647
-
PrbDlCurrent
%
DL PRB Current Usage for traffic
SI
5.12 s
float
0~3.4*10^38
-
PrbUlCurrent
%
UL PRB Current Usage for traffic
SI
5.12 s
float
0~3.4*10^38
-
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12.2 DL/UL Total PRB Usage Collects the usage rate (percentage) of the PRB on the downlink PDSCH and the uplink PUSCH among the total PRB. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item TotPrbDl
Unit %
Definition The resource used for the PDSCH/PDCCH
How to
Collection
Collect
Cycle
GAUGE
5.12 s
Type float
Min/Max 0~100
transmission among the total downlink resource TotPrbDlMin
%
The minimum resource used for the PDSCH/PDCCH
Formula sum (TotPrbDlTot)/ sum (TotPrbDlCnt)
GAUGE
5.12 s
float
0~100
min (TotPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotPrbDlMax)
transmission among the total downlink resource TotPrbDlMax
%
The maximum resource used for the PDSCH/PDCCH transmission among the total downlink resource
TotPrbDlTot
%
Total sum of TotPrbDl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotPrbDlCnt
count
TotPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
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(Continued) Item TotGbrPrbDl
Unit %
Definition Ratio of the resource used to transmit the GBR
How to
Collection
Collect
Cycle
GAUGE
5.12 s
Type float
Min/Max 0~100
traffic against the total downlink resources. TotGbrPrbDlMin
%
Ratio of the resource (minimum value) used to
Formula sum (TotGbrPrbDlTot)/ sum (TotGbrPrbDlCnt)
GAUGE
5.12 s
float
0~100
min (TotGbrPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotGbrPrbDlMax)
transmit the GBR traffic against the total downlink resources. TotGbrPrbDlMax
%
Ratio of the resource (maximum value) used to transmit the GBR traffic against the total downlink resources.
TotGbrPrbDlTot
%
Total sum of TotGbrPrbDl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotGbrPrbDlCnt
count
TotGbrPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotNGbrPrbDl
%
Ratio of the resource used to transmit the non-
GAUGE
5.12 s
float
0~100
sum (TotNGbrPrbDlTot)/
GBR traffic against the total downlink resources. TotNGbrPrbDlMin
%
Ratio of the resource Ratio of the resource
sum (TotNGbrPrbDlCnt) GAUGE
5.12 s
float
0~100
min (TotNGbrPrbDlMin)
GAUGE
5.12 s
float
0~100
max (TotNGbrPrbDlMax)
GAUGE
5.12 s
float
0~3.4*10^38
-
(minimum value) used to transmit the non-GBR traffic against the total downlink resources. TotNGbrPrbDlMax
%
Ratio of the resource (maximum value) used to transmit the non-GBR traffic against the total downlink resources.
TotNGbrPrbDlTot
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%
Total sum of TotNGbrPrbDl collected
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
TotNGbrPrbDlCnt
count
TotNGbrPrbDl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotPrbUl
%
The resource used for the PUSCH transmission
GAUGE
5.12 s
float
0~100
sum (TotPrbUlTot)/
among the total uplink resource TotPrbUlMin
%
The resource (minimum value) used for the
Formula
sum (TotPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotPrbUlMax)
PUSCH transmission among the total uplink resource TotPrbUlMax
%
The resource (maximum value) used for the PUSCH transmission among the total uplink resource
TotPrbUlTot
%
Total sum of TotPrbUl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotPrbUlCnt
count
TotPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotGbrPrbUl
%
Ratio of the resource used to transmit the GBR
GAUGE
5.12 s
float
0~100
sum (TotGbrPrbUlTot)/
traffic against the total uplink resources. TotGbrPrbUlMin
%
Ratio of the resource (minimum value) used to
sum (TotGbrPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotGbrPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotGbrPrbUlMax)
GAUGE
5.12 s
float
0~3.4*10^38
-
transmit the GBR traffic against the total uplink resources. TotGbrPrbUlMax
%
Ratio of the resource (maximum value) used to transmit the GBR traffic against the total uplink resources.
TotGbrPrbUlTot
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%
Total sum of TotGbrPrbUl collected
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TotGbrPrbUlCnt
count
TotGbrPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotNGbrPrbUl
%
Ratio of the resource used to transmit the non-
GAUGE
5.12 s
float
0~100
sum (TotNGbrPrbUlTot)/
GBR traffic against the total uplink resources. TotNGbrPrbUlMin
%
Ratio of the resource (minimum value) used to
sum (TotNGbrPrbUlCnt) GAUGE
5.12 s
float
0~100
min (TotNGbrPrbUlMin)
GAUGE
5.12 s
float
0~100
max (TotNGbrPrbUlMax)
transmit the non-GBR traffic against the total uplink resources. TotNGbrPrbUlMax
%
Ratio of the resource (maximum value) used to transmit the non-GBR traffic against the total uplink resources.
TotNGbrPrbUlTot
%
Total sum of TotNGbrPrbUl collected
GAUGE
5.12 s
float
0~3.4*10^38
-
TotNGbrPrbUlCnt
count
TotNGbrPrbUl collect count
GAUGE
5.12 s
int
0~2147483647
-
TotPrbDlCurrent
%
DL Total Current PRB Usage
GAUGE
5.12 s
float
0~100
-
TotPrbUlCurrent
%
UL Total Current PRB Usage
GAUGE
5.12 s
float
0~100
-
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12.3 Cell Unavailable Time Collects the statistics data for the average locked time and disabled time per unit time. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CellUnavailableTimeLock
s
Measures the lock time per unit time.
CC
1 min
int
0~60*Period
-
CellUnavailableTimeDown
s
Measures the disabled time per unit time.
CC
1 min
int
0~60*Period
-
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13. S1SIG S1SIG had the UE-associated logical S1-connection establishment statistics. These statistics items are described in the following table.
13.1 UE-associated logical S1-connection establishment Collects the statistics data for S1 Logical Connection Setup for each cell. When the Initial UE message is transmitted, it is counted as Attempt; when the Initial Context Setup Request message is received, it is counted as Success. Fail is counted when a failure or timeout occurs during the procedure and the applicable cause is recorded. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
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[Statistics Type]
Item
Unit
Definition
How to
Collection
Typ
Collect
Cycle
e
Min/Max
Formula
S1ConnEstabAtt
count
UE logical S1 connection setup attempt count
CC
event
int
0~2147483647
-
S1ConnEstabSucc
count
UE Logical S1 Connection Setup success count.
CC
event
int
0~2147483647
-
S1ConnEstabFail_
count
A call is released due to reset notification (eNB failure or
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CP_CC_FAIL
block restart) from ECMB or by the ECCB block during S1 connection.
S1ConnEstabFail_
count
S1AP_CU_FAIL S1ConnEstabFail_
during S1 connection. count
S1AP_LINK_FAIL S1ConnEstabFail_
S1AP_SIG_TO
LTE Counter Description_SLR2.3
A call is released due to S1 SCTP link failure during S1 connection.
count
S1AP_SIG_FAIL S1ConnEstabFail_
A call is released due to the S1AP specification cause
A call is released due to receiving S1AP signaling during S1 connection.
count
A call is released due to S1AP signaling timeout (not received) during S1 connection.
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[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE
1
Attempt
2 Success
Initial UE Message
Initial Context Setup Request
RRC_CONNECTED
Figure 32. Collection Time for UE-associated logical S1-connection establishment
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13.2 S1 Connection Time S1 setup time statistics [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
EstabCause
0~5
RRC Connection Establishment Cause 0: emergency: Emergency call connection 1: highPriorityAccess: Access by the UE with a specific access class 2: mt_Access: Access by the UE due to paging received 3: mo_Signalling: Access by the UE due to attach 4: mo_Data: Access by the UE due to service request 5: relocated: Access by the UE due to handover
[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
S1SigTime_Avg
ms
S1 connection average setup time
GAUGE
event
float
0~3.4*10^38
sum (S1SigTime_Tot)/ sum (S1SigTime_Cnt)
S1SigTime_Max
ms
Maximum setup time for S1 connection
GAUGE
event
float
0~3.4*10^38
max (S1SigTime_Max)
S1SigTime_Tot
ms
Accumulated setup time for S1 connection
GAUGE
event
float
0~3.4*10^38
S1SigTime_Cnt
count
The number of S1SigTime_Avg called
GAUGE
event
int
0~2147483647
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14. PAG PAG is paging statistics on the number of paging attempts by the RRC and number of paging messages that are discarded when the RLC cannot process paging messages upon receipt due to insufficient capacity. The RLC can save up to 1,024 paging messages in each cell.
14.1 Paging Performance Collects the statistics data for paging. The eNB collects the statistics data for the paging attempt for each cell of the base station made by the MME's paging request. Also, it collects the number of the discarded paging messages that were not processed by the eNB for each cell. The paging for both of system information update and ETWA indication is not included. The eNB, which is an access network, does not collect the statistics data for the paging responses which are made through NAS signaling. [Index] Name
Range
Description
cNum
0~8
Index of the cell to which RRC paging will be transmitted.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DiscardedNbr
count
Number of paging records discarded at the eNodeB.
CC
10 s
int
0~2147483647
-
AttPaging
count
Paging attempt count.
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
232
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Confidential
[Collection Time] UE
eNB
MME
S/GW
RRC_IDLE Paging Request Paging Paging
1
Attempt
Figure 33. Collection Time for Paging Performance
LTE Counter Description_SLR2.3
233
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Confidential
15. POWER 15.1 Power Collects the average interference over thermal noise for each PRB, the average thermal noise for each cell, the average RSSI for each cell, and the average RSSI for each antenna. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
Unit
InterferencePower
dBm
Definition Average interference over thermal noise for
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max -1000~1000
each PRB InterferencePower
dBm
Total sum of InterferencePower collected
sum (InterferencePowerTot)/ sum (InterferencePowerCnt)
SI
5.12 s
float
Tot InterferencePower
Formula
-3.4*10^38~
-
3.4*10^38 count
InterferencePower collect count
SI
5.12 s
int
0~2147483647
-
dBm
Average Thermal Noise
SI
5.12 s
float
-1000~1000
sum (ThermalNoisePowerTot)/
Cnt ThermalNoisePow er
LTE Counter Description_SLR2.3
sum (ThermalNoisePowerCnt)
234
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(Continued) Item
Unit
ThermalNoisePow
dBm
Definition Total sum of ThermalNoisePowercollected
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
erTot ThermalNoisePow
Min/Max -3.4*10^38~
Formula -
3.4*10^38 count
ThermalNoisePower collect count
SI
5.12 s
int
0~2147483647
-
dBm
Average RSSI for each antenna
SI
5.12 s
float
-1000~1000
sum (RssiOverPathTot)/
erCnt RssiOverPath
sum (RssiOverPathCnt) RssiOverPathTot
dBm
Total sum of RssiOverPath collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiOverPathCnt
count
RssiOverPath collect count
SI
5.12 s
int
0~2147483647
-
RssiPath0
dBm
Average RSSI of Antenna #0
SI
5.12 s
float
-1000~1000
sum (RssiPath0Tot)/ sum (RssiPath0Cnt)
RssiPath0Tot
dBm
Total sum of RssiPath0 collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiPath0Cnt
count
RssiPath0 collect count
SI
5.12 s
int
0~2147483647
-
RssiPath1
dBm
Average RSSI of Antenna #1
SI
5.12 s
float
-1000~1000
sum (RssiPath1Tot)/ sum (RssiPath1Cnt)
RssiPath1Tot
dBm
Total sum of RssiPath1 collected
SI
5.12 s
float
-3.4*10^38~
-
3.4*10^38 RssiPath1Cnt
LTE Counter Description_SLR2.3
count
RssiPath1 collect count
SI
5.12 s
int
0~2147483647
-
235
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15.2 RNTP of own cell Collects the Relative Narrowband TX Power (RNTP) value for each PRB. RNTP is defined as follows, and it has the value 0 or 1. RNTP (PRB #k) = 0, if PRB #k; the maximum Tx power guarantees the level below the given threshold. RNTP (PRB #k) = 1, if PRB #k; the maximum Tx power does not guarantee the level below the given threshold [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB0
indicator
RNTP of Downlink PRB #0.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB1
indicator
RNTP of Downlink PRB #1.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB2
indicator
RNTP of Downlink PRB #2.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB3
indicator
RNTP of Downlink PRB #3.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB4
indicator
RNTP of Downlink PRB #4.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB5
indicator
RNTP of Downlink PRB #5.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB6
indicator
RNTP of Downlink PRB #6.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
236
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RntpOwnCell_PRB7
indicator
RNTP of Downlink PRB #7.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB8
indicator
RNTP of Downlink PRB #8.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB9
indicator
RNTP of Downlink PRB #9.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB10
indicator
RNTP of Downlink PRB #10.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB11
indicator
RNTP of Downlink PRB #11.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB12
indicator
RNTP of Downlink PRB #12.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB13
indicator
RNTP of Downlink PRB #13.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB14
indicator
RNTP of Downlink PRB #14.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB15
indicator
RNTP of Downlink PRB #15.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB16
indicator
RNTP of Downlink PRB #16.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB17
indicator
RNTP of Downlink PRB #17.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB18
indicator
RNTP of Downlink PRB #18.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB19
indicator
RNTP of Downlink PRB #19.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB20
indicator
RNTP of Downlink PRB #20.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB21
indicator
RNTP of Downlink PRB #21.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB22
indicator
RNTP of Downlink PRB #22.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB23
indicator
RNTP of Downlink PRB #23.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB24
indicator
RNTP of Downlink PRB #24.
CC
5.12 s
int
0~1
-
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB25
indicator
RNTP of Downlink PRB #25.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB26
indicator
RNTP of Downlink PRB #26.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB27
indicator
RNTP of Downlink PRB #27.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB28
indicator
RNTP of Downlink PRB #28.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB29
indicator
RNTP of Downlink PRB #29.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB30
indicator
RNTP of Downlink PRB #30.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB31
indicator
RNTP of Downlink PRB #31.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB32
indicator
RNTP of Downlink PRB #32.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB33
indicator
RNTP of Downlink PRB #33.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB34
indicator
RNTP of Downlink PRB #34.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB35
indicator
RNTP of Downlink PRB #35.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB36
indicator
RNTP of Downlink PRB #36.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB37
indicator
RNTP of Downlink PRB #37.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB38
indicator
RNTP of Downlink PRB #38.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB39
indicator
RNTP of Downlink PRB #39.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB40
indicator
RNTP of Downlink PRB #40.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB41
indicator
RNTP of Downlink PRB #41.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB42
indicator
RNTP of Downlink PRB #42.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
238
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB43
indicator
RNTP of Downlink PRB #43.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB44
indicator
RNTP of Downlink PRB #44.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB45
indicator
RNTP of Downlink PRB #45.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB46
indicator
RNTP of Downlink PRB #46.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB47
indicator
RNTP of Downlink PRB #47.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB48
indicator
RNTP of Downlink PRB #48.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB49
indicator
RNTP of Downlink PRB #49.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB50
indicator
RNTP of Downlink PRB #50.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB51
indicator
RNTP of Downlink PRB #51.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB52
indicator
RNTP of Downlink PRB #52.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB53
indicator
RNTP of Downlink PRB #53.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB54
indicator
RNTP of Downlink PRB #54.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB55
indicator
RNTP of Downlink PRB #55.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB56
indicator
RNTP of Downlink PRB #56.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB57
indicator
RNTP of Downlink PRB #57.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB58
indicator
RNTP of Downlink PRB #58.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB59
indicator
RNTP of Downlink PRB #59.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB60
indicator
RNTP of Downlink PRB #60.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
239
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB61
indicator
RNTP of Downlink PRB #61.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB62
indicator
RNTP of Downlink PRB #62.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB63
indicator
RNTP of Downlink PRB #63.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB64
indicator
RNTP of Downlink PRB #64.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB65
indicator
RNTP of Downlink PRB #65.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB66
indicator
RNTP of Downlink PRB #66.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB67
indicator
RNTP of Downlink PRB #67.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB68
indicator
RNTP of Downlink PRB #68.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB69
indicator
RNTP of Downlink PRB #69.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB70
indicator
RNTP of Downlink PRB #70.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB71
indicator
RNTP of Downlink PRB #71.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB72
indicator
RNTP of Downlink PRB #72.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB73
indicator
RNTP of Downlink PRB #73.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB74
indicator
RNTP of Downlink PRB #74.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB75
indicator
RNTP of Downlink PRB #75.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB76
indicator
RNTP of Downlink PRB #76.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB77
indicator
RNTP of Downlink PRB #77.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB78
indicator
RNTP of Downlink PRB #78.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
240
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB79
indicator
RNTP of Downlink PRB #79.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB80
indicator
RNTP of Downlink PRB #80.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB81
indicator
RNTP of Downlink PRB #81.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB82
indicator
RNTP of Downlink PRB #82.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB83
indicator
RNTP of Downlink PRB #83.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB84
indicator
RNTP of Downlink PRB #84.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB85
indicator
RNTP of Downlink PRB #85.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB86
indicator
RNTP of Downlink PRB #86.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB87
indicator
RNTP of Downlink PRB #87.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB88
indicator
RNTP of Downlink PRB #88.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB89
indicator
RNTP of Downlink PRB #89.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB90
indicator
RNTP of Downlink PRB #90.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB91
indicator
RNTP of Downlink PRB #91.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB92
indicator
RNTP of Downlink PRB #92.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB93
indicator
RNTP of Downlink PRB #93.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB94
indicator
RNTP of Downlink PRB #94.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB95
indicator
RNTP of Downlink PRB #95.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB96
indicator
RNTP of Downlink PRB #96.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
241
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RntpOwnCell_PRB97
indicator
RNTP of Downlink PRB #97.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB98
indicator
RNTP of Downlink PRB #98.
CC
5.12 s
int
0~1
-
RntpOwnCell_PRB99
indicator
RNTP of Downlink PRB #99.
CC
5.12 s
int
0~1
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
242
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
15.3 RRH_RSSI Collects average RSSI for each RRH. [Index] Name
Range
Description
BID
0~2
Board ID
RuPort
0~11
RU Port Number
Cascade
0~5
Cascade ID
RSSIPath
0~7
RSSI Path ID
[Statistics Type]
Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
RrhRssiAvg
dBm
Average of RSSI by each RRH path
GAUGE
10 s
float
-1000~1000
10* (log10 (sum (RrhRssiTot)/ sum (RrhRssiCnt))-12)
RrhRssiMax
dBm
Maximum RSSI by each RRH path
GAUGE
10 s
float
-1000~1000
max (RrhRssiMax)
RrhRssi
dBm
The latest RSSI value by each RRH path collected
GAUGE
10 s
float
-1000~1000
max (RrhRssi)
RrhRssiTot
mW*10^12
Total sum of RSSI linear by RRH path
GAUGE
10 s
float
-3.4*10^38~ 3.4*10^38
-
RrhRssiCnt
count
Number of RSSI value by each RRH path collection
GAUGE
10 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
243
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Confidential
16. RA Statistics on the Random Access Preamble are provided. These statistics items are described in the following table.
16.1 Random Access Preambles Collects the number of the high-speed monitoring result and the RACH preamble. For the High Speed Monitoring, estimates the moving speed of the UE within the cell and counts the UEs whose speed is determined as high. Also, it collects the number of detected Dedicated Preambles, Contention-based Group A Preambles, and Contention-based Group B Preambles, then collects the average per second of the detected preambles. [Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type] Collection
Collect
Cycle
Unit
HighSpeedMonitoring
count
The number of UEs for which the speed is monitored.
CC
5.12 s
int
0~2147483647
-
NoofHighSpeed
count
The number of high speed UEs which are monitored.
CC
5.12 s
int
0~2147483647
-
DedicatedPreambles
count
The number of detected dedicated preambles.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
244
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
DedicatedPreamblesA
count
ssignFail
Definition The number of failures to get dedicated
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
SI
5.12 s
float
0~3.4*10^38
sum (RACHUsageTot)/
preamble allocation after requesting the dedicated preamble from the RRC to the MAC.
Randomlyselectedprea
count
mblesLow Randomlyselectedprea
contention-based preambles that are detected. count
mblesHigh RACHUsage
Number of Group A preambles among the The number of Group B preambles among the contention-based preambles that are detected.
count
Average number of detected preambles
sum (RACHUsageCnt) RACHUsageTot
count
Total sum of RACHUsage collected
SI
5.12 s
float
0~3.4*10^38
-
RACHUsageCnt
count
The number of RACHUsage collected
SI
5.12 s
int
0~2147483647
-
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17. HARQ The HARQ has the DL/UL transmission statistics. These statistics items are described in the following table.
17.1 DL/UL transmission Collects the number of transmissions/receptions for each HARQ transmission for PDSCH/PUSCH and the Block Error Rate (BLER) information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item DlResidualBLER_
Unit %
Definition PDSCH BLER for the initial HARQ transmission
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
Retrans0
Formula (sum (DlTransmission_Retrans1)/ sum (DlTransmission_Retrans0)) *100
DlResidualBLER_ Retrans1
%
PDSCH BLER for the first HARQ retransmission
OW
Period
float
0~100
(sum (DlTransmission_Retrans2)/ sum (DlTransmission_Retrans1))} *100
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(Continued) Item DlResidualBLER_
Unit %
Retrans2
Definition PDSCH BLER for the second HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (DlTransmission_Retrans3)/ sum (DlTransmission_Retrans2)) *100
DlResidualBLER_
%
Retrans3
PDSCH BLER for the third HARQ
OW
Period
float
0~100
retransmission
(sum (DlTransmission_Nacked_ Retrans3)/sum (DlTransmission_ Retrans3))*100
UlResidualBLER_
%
Retrans0
PUSCH BLER for the initial HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans1)/ sum (UlTransmission_Retrans0)) *100
UlResidualBLER_
%
PUSCH BLER for the first HARQ retransmission
OW
Period
float
0~100
Retrans1
(sum (UlTransmission_Retrans2)/ sum (UlTransmission_Retrans1)) *100
UlResidualBLER_
%
Retrans2
PUSCH BLER for the second HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans3)/ sum (UlTransmission_Retrans2)) *100
UlResidualBLER_
%
Retrans3
PUSCH BLER for the third HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans3))*100
UlResidualBLER_ Retrans4
%
PUSCH BLER for the fourth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans5)/ sum (UlTransmission_Retrans4)) *100
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(Continued) Item UlResidualBLER_
Unit %
Retrans5
Definition PUSCH BLER for the fifth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans6)/ sum (UlTransmission_Retrans5)) *100
UlResidualBLER_
%
Retrans6
PUSCH BLER for the sixth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans7)/ sum (UlTransmission_Retrans6)) *100
UlResidualBLER_
%
Retrans7
PUSCH BLER for the seventh HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans8)/ sum (UlTransmission_Retrans7)) *100
UlResidualBLER_
%
Retrans8
PUSCH BLER for the eighth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans9)/ sum (UlTransmission_Retrans8)) *100
UlResidualBLER_
%
Retrans9
PUSCH BLER for the ninth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans10)/sum (UlTransmission_Retrans9))*100
UlResidualBLER_ Retrans10
%
PUSCH BLER for the tenth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans11)/ sum (UlTransmission_Retrans10)) *100
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(Continued) Item UlResidualBLER_
Unit %
Retrans11
Definition PUSCH BLER for the eleventh HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans12)/ sum (UlTransmission_Retrans11)) *100
UlResidualBLER_
%
Retrans12
PUSCH BLER for the twelfth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans13)/ sum (UlTransmission_Retrans12)) *100
UlResidualBLER_
%
Retrans13
PUSCH BLER for the thirteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans14)/ sum (UlTransmission_Retrans13)) *100
UlResidualBLER_
%
Retrans14
PUSCH BLER for the fourteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans15)/ sum (UlTransmission_Retrans14)) *100
UlResidualBLER_
%
Retrans15
PUSCH BLER for the fifteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans16)/ sum (UlTransmission_Retrans15)) *100
UlResidualBLER_
%
Retrans16
PUSCH BLER for the sixteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans17)/ sum (UlTransmission_Retrans16)) *100
UlResidualBLER_ Retrans17
%
PUSCH BLER for the seventeenth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans18)/ sum (UlTransmission_Retrans17)) *100
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(Continued) Item UlResidualBLER_
Unit %
Retrans18
Definition PUSCH BLER for the eighteenth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans19)/ sum (UlTransmission_Retrans18)) *100
UlResidualBLER_
%
Retrans19
PUSCH BLER for the nineteenth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans20)/ sum (UlTransmission_Retrans19)) *100
UlResidualBLER_
%
Retrans20
PUSCH BLER for the twentieth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans21)/ sum (UlTransmission_Retrans20)) *100
UlResidualBLER_
%
Retrans21
PUSCH BLER for the twenty first HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans22)/ sum (UlTransmission_Retrans21)) *100
UlResidualBLER_
%
Retrans22
PUSCH BLER for the twenty second HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans23)/ sum (UlTransmission_Retrans22)) *100
UlResidualBLER_
%
Retrans23
PUSCH BLER for the twenty third HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans24)/ sum (UlTransmission_Retrans23))*100
UlResidualBLER_ Retrans24
%
PUSCH BLER for the twenty fourth HARQ retransmission
OW
Period
float
0~100
(sum (UlTransmission_Retrans25)/ sum (UlTransmission_Retrans24)) *100
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(Continued) Item UlResidualBLER_
Unit %
Retrans25
Definition PUSCH BLER for the twenty fifth HARQ
How to
Collection
Collect
Cycle
OW
Period
Type
Min/Max
float
0~100
retransmission
Formula (sum (UlTransmission_Retrans26)/ sum (UlTransmission_Retrans25)) *100
UlResidualBLER_
%
Retrans26
PUSCH BLER for the twenty sixth HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Retrans27)/ sum (UlTransmission_Retrans26)) *100
UlResidualBLER_
%
Retrans27
PUSCH BLER for the twenty seventh HARQ
OW
Period
float
0~100
retransmission
(sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans27))*100
DlTransmission_
count
Retrans0 DlTransmission_
count
Retrans3
LTE Counter Description_SLR2.3
5.12 s
int
The count of the first PDSCH HARQ
count
The count of the second PDSCH HARQ
CC
5.12 s
int
The count of the third PDSCH HARQ retransmissions
-
0~214748
-
3647 CC
5.12 s
int
retransmissions count
0~214748 3647
retransmissions
Retrans2 DlTransmission_
CC
transmissions
Retrans1 DlTransmission_
The count of the initial PDSCH HARQ
0~214748
-
3647 CC
5.12 s
int
0~214748
-
3647
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
DlTransmission_
count
The count of the third PDSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the initial PUSCH HARQ transmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the first PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the second PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the third PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fourth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fifth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the sixth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the seventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eighth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
Nacked_Retrans3 UlTransmission_ Retrans0 UlTransmission_ Retrans1 UlTransmission_ Retrans2 UlTransmission_ Retrans3 UlTransmission_ Retrans4 UlTransmission_ Retrans5 UlTransmission_ Retrans6 UlTransmission_ Retrans7 UlTransmission_ Retrans8
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
UlTransmission_
count
The count of the ninth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the tenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eleventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twelfth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the thirteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fourteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the fifteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the sixteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the seventeenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the eighteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
Retrans9 UlTransmission_ Retrans10 UlTransmission_ Retrans11 UlTransmission_ Retrans12 UlTransmission_ Retrans13 UlTransmission_ Retrans14 UlTransmission_ Retrans15 UlTransmission_ Retrans16 UlTransmission_ Retrans17 UlTransmission_ Retrans18
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(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
UlTransmission_R
count
The count of the nineteenth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twentieth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twenty first PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
count
The count of the twenty second PUSCH HARQ
CC
5.12 s
int
0~2147483647
-
etrans19 UlTransmission_R etrans20 UlTransmission_R etrans21 UlTransmission_R etrans22 UlTransmission_R
retransmissions count
The count of the twenty third PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans24
count
The count of the twenty fourth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans25
count
The count of the twenty fifth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans26
count
The count of the twenty sixth PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Retrans27
count
The count of the twenty seventh PUSCH HARQ retransmissions
CC
5.12 s
int
0~2147483647
-
UlTransmission_ Nacked_Retrans27
count
The count of the twenty seventh PUSCH HARQ retransmission failures
CC
5.12 s
int
0~2147483647
-
etrans23
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(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlResidualBLER_ RetransMin
count
Minimum DlResidualBLER_Retrans
OW
Period
int
0~2147483647
min (DlResidualBLER_RetransMin)
DlResidualBLER_ RetransMax
count
Maximum DlResidualBLER_Retrans
OW
Period
int
0~2147483647
max (DlResidualBLER_RetransMax)
DlResidualBLER_ RetransAvg
count
Average value of DlResidualBLER_ Retrans distribution Average value of DlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
(sum (DlTransmission_Retrans1)+sum (DlTransmission_Retrans2)+sum (DlTransmission_Retrans3))/sum (DlTransmission_Retrans0)
UlResidualBLER_ RetransMin
count
Minimum UlResidualBLER_Retrans
OW
Period
int
0~2147483647
min (UlResidualBLER_RetransMin)
UlResidualBLER_ RetransMax
count
Maximum UlResidualBLER_Retrans
OW
Period
int
0~2147483647
max (UlResidualBLER_RetransMax)
UlResidualBLER_ RetransAvg
count
Average value of UlResidualBLER_ Retrans distribution Average value of UlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
(sum (UlTransmission_Retrans1)+ sum (UlTransmission_Retrans2)+ sum (UlTransmission_Retrans3)+ sum (UlTransmission_Retrans4)+ sum (UlTransmission_Retrans5)+ sum (UlTransmission_Retrans6)+ sum (UlTransmission_Retrans7)+ sum (UlTransmission_Retrans8)+ sum (UlTransmission_Retrans9)+ sum (UlTransmission_Retrans10)+
LTE Counter Description_SLR2.3
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Min/Max
Formula
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(Continued) Collection
Collect
Cycle
Unit
UlResidualBLER_ RetransAvg
count
Average value of UlResidualBLER_ Retrans distribution Average value of UlTransmission_ Retrans distribution
OW
Period
float
0~3.4*10^38
sum (UlTransmission_Retrans11)+ sum (UlTransmission_Retrans12)+ sum (UlTransmission_Retrans13)+ sum (UlTransmission_Retrans14)+ sum (UlTransmission_Retrans15)+ sum (UlTransmission_Retrans16)+ sum (UlTransmission_Retrans17)+ sum (UlTransmission_Retrans18)+ sum (UlTransmission_Retrans19)+ sum (UlTransmission_Retrans20)+ sum (UlTransmission_Retrans21)+ sum (UlTransmission_Retrans22)+ sum (UlTransmission_Retrans23)+ sum (UlTransmission_Retrans24)+ sum (UlTransmission_Retrans25)+ sum (UlTransmission_Retrans26)+ sum (UlTransmission_Retrans27))/ sum (UlTransmission_Retrans0)
DlResidualBLER_ RetransNak
%
PDSCH BLER for HARQ Nak
OW
Period
float
0~100
sum (DlTransmission_Nacked_ Retrans3)/sum (DlTransmission_ Retrans0)*100
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
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Confidential
(Continued) Item UlResidualBLER_ RetransNak
LTE Counter Description_SLR2.3
Unit %
Definition PUSCH BLER for HARQ Nak
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Formula sum (UlTransmission_Nacked_ Retrans27)/sum (UlTransmission_ Retrans0)*100
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18. AMC 18.1 MIMO performance Collects the Block Error Rate (BLER) information for each layer for PUSCH/PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
[Statistics Type] Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
PdschBLERperLayer
%
PDSCH BLER for each layer
OW
Period
float
0~100
sum (PdschBLERperLayerTot)/ sum (PdschBLERperLayerCnt) *100
PdschBLERperLayerTot
count
Number of PDSCH Error for each layer (All Error)
CC
5.12 s
float
0~3.4*10^38
-
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(Continued) How to Collect
Collection Cycle
Type
Total number of PDSCH for each layer
CC
5.12 s
int
0~2147483647
-
%
PUSCH BLER for each layer
OW
Period
float
0~100
sum (PuschBLERperLayerTot)/ sum (PuschBLERperLayerCnt) *100
PuschBLERperLayerTot
count
Number of PUSCH Error for each layer (All Error)
CC
5.12 s
float
0~3.4*10^38
-
PuschBLERperLayerCnt
count
Total number of PUSCH for each layer
CC
5.12 s
int
0~2147483647
-
Item
Unit
Definition
PdschBLERperLayerCnt
count
PuschBLERperLayer
LTE Counter Description_SLR2.3
Min/Max
Formula
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18.2 MCS performance Collects the PUSCH's Block Error Rate (BLER), the number of allocated PRBs and the number of transmissions for each MCS. For the PDSCH, collects the Block Error Rate (BLER) and the number of allocated PRBs. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item PdschBLERperMCS0
Unit %
Definition PDSCH BLER transmitted to MCS 0
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS0_Tot)/ sum (PdschBLERperMCS0_Cnt) *100
PdschBLERperMCS1
%
PDSCH BLER transmitted to MCS 1
OW
5.12 s
float
0~100
sum (PdschBLERperMCS1_Tot)/ sum (PdschBLERperMCS1_Cnt) *100
PdschBLERperMCS2
%
PDSCH BLER transmitted to MCS 2
OW
5.12 s
float
0~100
sum (PdschBLERperMCS2_Tot)/ sum (PdschBLERperMCS2_Cnt) *100
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Confidential
(Continued) Item PdschBLERperMCS3
Unit %
Definition PDSCH BLER transmitted to MCS 3
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS3_Tot)/ sum (PdschBLERperMCS3_Cnt) *100
PdschBLERperMCS4
%
PDSCH BLER transmitted to MCS 4
OW
5.12 s
float
0~100
sum (PdschBLERperMCS4_Tot)/ sum (PdschBLERperMCS4_Cnt) *100
PdschBLERperMCS5
%
PDSCH BLER transmitted to MCS 5
OW
5.12 s
float
0~100
sum (PdschBLERperMCS5_Tot)/ sum (PdschBLERperMCS5_Cnt) *100
PdschBLERperMCS6
%
PDSCH BLER transmitted to MCS 6
OW
5.12 s
float
0~100
sum (PdschBLERperMCS6_Tot) /sum (PdschBLERperMCS6_Cnt) *100
PdschBLERperMCS7
%
PDSCH BLER transmitted to MCS 7
OW
5.12 s
float
0~100
sum (PdschBLERperMCS7_Tot)/ sum (PdschBLERperMCS7_Cnt) *100
PdschBLERperMCS8
%
PDSCH BLER transmitted to MCS 8
OW
5.12 s
float
0~100
sum (PdschBLERperMCS8_Tot)/ sum (PdschBLERperMCS8_Cnt) *100
PdschBLERperMCS9
%
PDSCH BLER transmitted to MCS 9
OW
5.12 s
float
0~100
sum (PdschBLERperMCS9_Tot)/ sum (PdschBLERperMCS9_Cnt) *100
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item PdschBLERperMCS10
Unit %
Definition PDSCH BLER transmitted to MCS 10.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS10_Tot)/ sum (PdschBLERperMCS10_Cnt) * 100
PdschBLERperMCS11
%
PDSCH BLER transmitted to MCS 11
OW
5.12 s
float
0~100
sum (PdschBLERperMCS11_Tot)/ sum (PdschBLERperMCS11_Cnt) *100
PdschBLERperMCS12
%
PDSCH BLER transmitted to MCS 12
OW
5.12 s
float
0~100
sum (PdschBLERperMCS12_Tot)/ sum (PdschBLERperMCS12_Cnt) *100
PdschBLERperMCS13
%
PDSCH BLER transmitted to MCS 13.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS13_Tot)/ sum (PdschBLERperMCS13_Cnt) *100
PdschBLERperMCS14
%
PDSCH BLER transmitted to MCS 14
OW
5.12 s
float
0~100
sum (PdschBLERperMCS14_Tot)/ sum (PdschBLERperMCS14_Cnt) *100
PdschBLERperMCS15
%
PDSCH BLER transmitted to MCS 15
OW
5.12 s
float
0~100
sum (PdschBLERperMCS15_Tot)/ sum (PdschBLERperMCS15_Cnt) *100
PdschBLERperMCS16
%
PDSCH BLER transmitted to MCS 16.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS16_Tot)/ sum (PdschBLERperMCS16_Cnt) *100
LTE Counter Description_SLR2.3
262
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item PdschBLERperMCS17
Unit %
Definition PDSCH BLER transmitted to MCS 17
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS17_Tot)/ sum (PdschBLERperMCS17_Cnt) *100
PdschBLERperMCS18
%
PDSCH BLER transmitted to MCS 18
OW
5.12 s
float
0~100
sum (PdschBLERperMCS18_Tot)/ sum (PdschBLERperMCS18_Cnt) *100
PdschBLERperMCS19
%
PDSCH BLER transmitted to MCS 19
OW
5.12 s
float
0~100
sum (PdschBLERperMCS19_Tot)/ sum (PdschBLERperMCS19_Cnt) *100
PdschBLERperMCS20
%
PDSCH BLER transmitted to MCS 20.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS20_Tot)/ sum (PdschBLERperMCS20_Cnt) *100
PdschBLERperMCS21
%
PDSCH BLER transmitted to MCS 21
OW
5.12 s
float
0~100
sum (PdschBLERperMCS21_Tot)/ sum (PdschBLERperMCS21_Cnt) *100
PdschBLERperMCS22
%
PDSCH BLER transmitted to MCS 22
OW
5.12 s
float
0~100
sum (PdschBLERperMCS22_Tot)/ sum (PdschBLERperMCS22_Cnt) *100
PdschBLERperMCS23
%
PDSCH BLER transmitted to MCS 23.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS23_Tot)/ sum (PdschBLERperMCS23_Cnt) *100
LTE Counter Description_SLR2.3
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DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item PdschBLERperMCS24
Unit %
Definition PDSCH BLER transmitted to MCS 24
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS24_Tot)/ sum (PdschBLERperMCS24_Cnt) *100
PdschBLERperMCS25
%
PDSCH BLER transmitted to MCS 25
OW
5.12 s
float
0~100
sum (PdschBLERperMCS25_Tot)/ sum (PdschBLERperMCS25_Cnt) *100
PdschBLERperMCS26
%
PDSCH BLER transmitted to MCS 26.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS26_Tot)/ 100
PdschBLERperMCS27
%
PDSCH BLER transmitted to MCS 27
OW
5.12 s
float
0~100
sum (PdschBLERperMCS27_Tot)/ sum (PdschBLERperMCS27_Cnt) *100
PdschBLERperMCS28
%
PDSCH BLER transmitted to MCS 28
OW
5.12 s
float
0~100
sum (PdschBLERperMCS28_Tot)/ sum (PdschBLERperMCS28_Cnt)* 100
PdschBLERperMCS29
%
PDSCH BLER transmitted to MCS 29
OW
5.12 s
float
0~100
sum (PdschBLERperMCS29_Tot)/ sum (PdschBLERperMCS29_Cnt)* 100
PdschBLERperMCS30
%
PDSCH BLER transmitted to MCS 30.
OW
5.12 s
float
0~100
sum (PdschBLERperMCS30_Tot)/ sum (PdschBLERperMCS30_Cnt)* 100
LTE Counter Description_SLR2.3
264
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item PdschBLERperMCS31
Unit %
Definition PDSCH BLER transmitted to MCS 31
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PdschBLERperMCS31_Tot)/ sum (PdschBLERperMCS31_Cnt) *100
PdschBLERperMCS0_
count
Tot PdschBLERperMCS1_
count
count
count
count
Tot
LTE Counter Description_SLR2.3
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
transmitted to MCS 4. (All Error) count
Tot PdschBLERperMCS6_
0~3.4*10^38
transmitted to MCS 3. (All Error)
Tot PdschBLERperMCS5_
float
transmitted to MCS 2. (All Error)
Tot PdschBLERperMCS4_
5.12 s
transmitted to MCS 1. (All Error)
Tot PdschBLERperMCS3_
CC
transmitted to MCS 0. (All Error)
Tot PdschBLERperMCS2_
Number of PDSCH Error
Number of PDSCH Error transmitted to MCS 5. (All Error)
count
Number of PDSCH Error transmitted to MCS 6. (All Error)
265
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
PdschBLERperMCS7_
count
Tot PdschBLERperMCS8_
count count count count count count count
Tot
LTE Counter Description_SLR2.3
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 8.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 9.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 10.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 11.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 12.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 13.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 14.
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Number of PDSCH Error transmitted to MCS 15. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 16. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
Tot PdschBLERperMCS16_
Formula
(All Error)
Tot PdschBLERperMCS15_
Min/Max
(All Error)
Tot PdschBLERperMCS14_
Type
(All Error)
Tot PdschBLERperMCS13_
Cycle
(All Error)
Tot PdschBLERperMCS12_
Collect
(All Error)
Tot PdschBLERperMCS11_
Collection
(All Error)
Tot PdschBLERperMCS10_
Number of PDSCH Error transmitted to MCS 7.
How to
(All Error)
Tot PdschBLERperMCS9_
Definition
266
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Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
Type
Min/Max
PdschBLERperMCS17_
count
Number of PDSCH Error transmitted to MCS 17. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 18. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 19. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 20. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 21. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 22. (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PDSCH Error transmitted to MCS 23.
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
Tot PdschBLERperMCS18_ Tot PdschBLERperMCS19_ Tot PdschBLERperMCS20_ Tot PdschBLERperMCS21_ Tot PdschBLERperMCS22_ Tot PdschBLERperMCS23_ Tot PdschBLERperMCS24_
(All Error) count
Tot PdschBLERperMCS25_
Tot
LTE Counter Description_SLR2.3
Number of PDSCH Error transmitted to MCS 24. (All Error)
count
Tot PdschBLERperMCS26_
Formula
Number of PDSCH Error transmitted to MCS 25. (All Error)
count
Number of PDSCH Error transmitted to MCS 26. (All Error)
267
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
PdschBLERperMCS27_
count
Tot PdschBLERperMCS28_
count count count
Cycle
Type
Min/Max
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 28.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 29.
CC
5.12 s
float
0~3.4*10^38
-
Number of PDSCH Error transmitted to MCS 30.
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PdschBLERperMCS0_
Collect
(All Error)
Tot PdschBLERperMCS31_
Collection
(All Error)
Tot PdschBLERperMCS30_
Number of PDSCH Error transmitted to MCS 27.
How to
(All Error)
Tot PdschBLERperMCS29_
Definition
Number of PDSCH Error transmitted to MCS 31. (All Error)
count
Total number of PDSCH transmitted to MCS 0
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 1
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 2
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 3
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 4
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS1_ Cnt PdschBLERperMCS2_ Cnt PdschBLERperMCS3_ Cnt PdschBLERperMCS4_ Cnt
LTE Counter Description_SLR2.3
268
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PdschBLERperMCS5_
count
Total number of PDSCH transmitted to MCS 5
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 6
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 7
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 8
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 9
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 10
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 11
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 12
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 13
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 14
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS6_ Cnt PdschBLERperMCS7_ Cnt PdschBLERperMCS8_ Cnt PdschBLERperMCS9_ Cnt PdschBLERperMCS10_ Cnt PdschBLERperMCS11_ Cnt PdschBLERperMCS12_ Cnt PdschBLERperMCS13_ Cnt PdschBLERperMCS14_ Cnt
LTE Counter Description_SLR2.3
269
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PdschBLERperMCS15_
count
Total number of PDSCH transmitted to MCS 15
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 16
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 17
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 18
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 19
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 20
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 21
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 22
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 23
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 24
CC
5.12 s
int
0~2147483647
-
Cnt PdschBLERperMCS16_ Cnt PdschBLERperMCS17_ Cnt PdschBLERperMCS18_ Cnt PdschBLERperMCS19_ Cnt PdschBLERperMCS20_ Cnt PdschBLERperMCS21_ Cnt PdschBLERperMCS22_ Cnt PdschBLERperMCS23_ Cnt PdschBLERperMCS24_ Cnt
LTE Counter Description_SLR2.3
270
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
PdschBLERperMCS25_
count
Cnt PdschBLERperMCS26_
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 27
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH transmitted to MCS 28
CC
5.12 s
int
0~2147483647
-
count
Total number of PDSCH
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
OW
5.12 s
float
0~100
sum (PuschBLERperMCS0_Tot)/
transmitted to MCS 29 count
Total number of PDSCH transmitted to MCS 30
count
Cnt PuschBLERperMCS0
Type
5.12 s
Cnt PdschBLERperMCS31_
Cycle
CC
Cnt PdschBLERperMCS30_
Collect
Total number of PDSCH transmitted to MCS 26
Cnt PdschBLERperMCS29_
Collection
count
Cnt PdschBLERperMCS28_
Total number of PDSCH
How to
transmitted to MCS 25
Cnt PdschBLERperMCS27_
Definition
Total number of PDSCH transmitted to MCS 31
%
PUSCH BLER received in MCS 0.
sum (PuschBLERperMCS0_Cnt) *100 PuschBLERperMCS1
%
PUSCH BLER received to MCS 1
OW
5.12 s
float
0~100
sum (PuschBLERperMCS1_Tot)/ sum (PuschBLERperMCS1_Cnt) *100
LTE Counter Description_SLR2.3
271
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS2
Unit %
Definition PUSCH BLER received to MCS 2
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS2_Tot)/ sum (PuschBLERperMCS2_Cnt) *100
PuschBLERperMCS3
%
PUSCH BLER received in MCS 3.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS3_Tot)/ sum (PuschBLERperMCS3_Cnt) *100
PuschBLERperMCS4
%
PUSCH BLER received to MCS 4
OW
5.12 s
float
0~100
sum (PuschBLERperMCS4_Tot)/ sum (PuschBLERperMCS4_Cnt) *100
PuschBLERperMCS5
%
PUSCH BLER received to MCS 5
OW
5.12 s
float
0~100
sum (PuschBLERperMCS5_Tot)/ sum (PuschBLERperMCS5_Cnt) *100
PuschBLERperMCS6
%
PUSCH BLER received in MCS 6.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS6_Tot)/ sum (PuschBLERperMCS6_Cnt) *100
PuschBLERperMCS7
%
PUSCH BLER received to MCS 7
OW
5.12 s
float
0~100
sum (PuschBLERperMCS7_Tot)/ sum (PuschBLERperMCS7_Cnt) *100
PuschBLERperMCS8
%
PUSCH BLER received to MCS 8
OW
5.12 s
float
0~100
sum (PuschBLERperMCS8_Tot)/ sum (PuschBLERperMCS8_Cnt) *100
LTE Counter Description_SLR2.3
272
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS9
Unit %
Definition PUSCH BLER received to MCS 9
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS9_Tot)/ sum (PuschBLERperMCS9_Cnt) *100
PuschBLERperMCS10
%
PUSCH BLER received in MCS 10.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS10_Tot)/ sum (PuschBLERperMCS10_Cnt) *100
PuschBLERperMCS11
%
PUSCH BLER received to MCS 11
OW
5.12 s
float
0~100
sum (PuschBLERperMCS11_Tot)/ sum (PuschBLERperMCS11_Cnt) *100
PuschBLERperMCS12
%
PUSCH BLER received to MCS 12
OW
5.12 s
float
0~100
sum (PuschBLERperMCS12_Tot)/ sum (PuschBLERperMCS12_Cnt) *100
PuschBLERperMCS13
%
PUSCH BLER received in MCS 13.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS13_Tot)/ sum (PuschBLERperMCS13_Cnt) *100
PuschBLERperMCS14
%
PUSCH BLER received to MCS 14
OW
5.12 s
float
0~100
sum (PuschBLERperMCS14_Tot)/ sum (PuschBLERperMCS14_Cnt) *100
PuschBLERperMCS15
%
PUSCH BLER received to MCS 15
OW
5.12 s
float
0~100
sum (PuschBLERperMCS15_Tot)/ sum (PuschBLERperMCS15_Cnt) *100
LTE Counter Description_SLR2.3
273
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS16
Unit %
Definition PUSCH BLER received in MCS 16.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS16_Tot)/ sum (PuschBLERperMCS16_Cnt) *100
PuschBLERperMCS17
%
PUSCH BLER received to MCS 17
OW
5.12 s
float
0~100
sum (PuschBLERperMCS17_Tot)/ sum (PuschBLERperMCS17_Cnt) *100
PuschBLERperMCS18
%
PUSCH BLER received to MCS 18
OW
5.12 s
float
0~100
sum (PuschBLERperMCS18_Tot)/ sum (PuschBLERperMCS18_Cnt) *100
PuschBLERperMCS19
%
PUSCH BLER received to MCS 19
OW
5.12 s
float
0~100
sum (PuschBLERperMCS19_Tot)/ sum (PuschBLERperMCS19_Cnt) *100
PuschBLERperMCS20
%
PUSCH BLER received in MCS 20.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS20_Tot)/ sum (PuschBLERperMCS20_Cnt) *100
PuschBLERperMCS21
%
PUSCH BLER received to MCS 21
OW
5.12 s
float
0~100
sum (PuschBLERperMCS21_Tot)/ sum (PuschBLERperMCS21_Cnt) *100
PuschBLERperMCS22
%
PUSCH BLER received to MCS 22
OW
5.12 s
float
0~100
sum (PuschBLERperMCS22_Tot)/ sum (PuschBLERperMCS22_Cnt) *100
LTE Counter Description_SLR2.3
274
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS23
Unit %
Definition PUSCH BLER received in MCS 23.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS23_Tot)/ sum (PuschBLERperMCS23_Cnt) *100
PuschBLERperMCS24
%
PUSCH BLER received to MCS 24
OW
5.12 s
float
0~100
sum (PuschBLERperMCS24_Tot)/ sum (PuschBLERperMCS24_Cnt) *100
PuschBLERperMCS25
%
PUSCH BLER received to MCS 25
OW
5.12 s
float
0~100
sum (PuschBLERperMCS25_Tot)/ sum (PuschBLERperMCS25_Cnt) *100
PuschBLERperMCS26
%
PUSCH BLER received in MCS 26.
OW
5.12 s
float
0~100
sum (PuschBLERperMCS26_Tot)/ sum (PuschBLERperMCS26_Cnt) *100
PuschBLERperMCS27
%
PUSCH BLER received to MCS 27
OW
5.12 s
float
0~100
sum (PuschBLERperMCS27_Tot)/ sum (PuschBLERperMCS27_Cnt) *100
PuschBLERperMCS28
%
PUSCH BLER received to MCS 28
OW
5.12 s
float
0~100
sum (PuschBLERperMCS28_Tot)/ sum (PuschBLERperMCS28_Cnt) *100
PuschBLERperMCS29
%
PUSCH BLER received to MCS 29
OW
5.12 s
float
0~100
sum (PuschBLERperMCS29_Tot)/ sum (PuschBLERperMCS29_Cnt) *100
LTE Counter Description_SLR2.3
275
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item PuschBLERperMCS30
Unit %
Definition PUSCH BLER received in MCS 30.
How to
Collection
Collect
Cycle
OW
5.12 s
Type float
Min/Max 0~100
Formula sum (PuschBLERperMCS30_Tot)/ sum (PuschBLERperMCS30_Cnt) *100
PuschBLERperMCS31
%
PUSCH BLER received to MCS 31
OW
5.12 s
float
0~100
sum (PuschBLERperMCS31_Tot)/ sum (PuschBLERperMCS31_Cnt) *100
PuschBLERperMCS0_
count
Tot PuschBLERperMCS1_
count count count count
Tot
LTE Counter Description_SLR2.3
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
transmitted to MCS 4 (All Error) count
Tot PuschBLERperMCS6_
0~3.4*10^38
transmitted to MCS 3 (All Error)
Tot PuschBLERperMCS5_
float
transmitted to MCS 2 (All Error)
Tot PuschBLERperMCS4_
5.12 s
transmitted to MCS 1 (All Error)
Tot PuschBLERperMCS3_
CC
transmitted to MCS 0 (All Error)
Tot PuschBLERperMCS2_
Number of PUSCH Error
Number of PUSCH Error transmitted to MCS 5 (All Error)
count
Number of PUSCH Error transmitted to MCS 6 (All Error)
276
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
PuschBLERperMCS7_
count
Tot PuschBLERperMCS8_
count count count count count count
Tot
LTE Counter Description_SLR2.3
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 8
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 9
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 10
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 11
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 12
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 13
CC
5.12 s
float
0~3.4*10^38
-
CC
5.2 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PuschBLERperMCS15_
Min/Max
(All Error)
Tot PuschBLERperMCS14_
Type
(All Error)
Tot PuschBLERperMCS13_
Cycle
(All Error)
Tot PuschBLERperMCS12_
Collect
(All Error)
Tot PuschBLERperMCS11_
Collection
(All Error)
Tot PuschBLERperMCS10_
Number of PUSCH Error transmitted to MCS 7
How to
(All Error)
Tot PuschBLERperMCS9_
Definition
Number of PUSCH Error transmitted to MCS 14 (All Error)
count
Number of PUSCH Error transmitted to MCS 15 (All Error)
277
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
PuschBLERperMCS16_
count
Number of PUSCH Error transmitted to MCS 16 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 17 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 18 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 19 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 20 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 21 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 22 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 23 (All Error)
CC
5.12 s
float
0~3.4*10^38
-
count
Number of PUSCH Error transmitted to MCS 24
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
Tot PuschBLERperMCS17_ Tot PuschBLERperMCS18_ Tot PuschBLERperMCS19_ Tot PuschBLERperMCS20_ Tot PuschBLERperMCS21_ Tot PuschBLERperMCS22_ Tot PuschBLERperMCS23_ Tot PuschBLERperMCS24_ Tot PuschBLERperMCS25_ Tot
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
(All Error) count
Number of PUSCH Error transmitted to MCS 25 (All Error)
278
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
PuschBLERperMCS26_
count
Tot PuschBLERperMCS27_
count count count count
Type
Min/Max
Formula
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 27
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 28
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 29
CC
5.12 s
float
0~3.4*10^38
-
Number of PUSCH Error transmitted to MCS 30
CC
5.12 s
float
0~3.4*10^38
-
CC
5.12 s
float
0~3.4*10^38
-
(All Error) count
Tot PuschBLERperMCS0_
Cycle
(All Error)
Tot PuschBLERperMCS31_
Collect
(All Error)
Tot PuschBLERperMCS30_
Collection
(All Error)
Tot PuschBLERperMCS29_
Number of PUSCH Error transmitted to MCS 26
How to
(All Error)
Tot PuschBLERperMCS28_
Definition
Number of PUSCH Error transmitted to MCS 31 (All Error)
count
Total number of PUSCH transmitted to MCS 0
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 1
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 2
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 3
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS1_ Cnt PuschBLERperMCS2_ Cnt PuschBLERperMCS3_ Cnt
LTE Counter Description_SLR2.3
279
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS4_
count
Total number of PUSCH transmitted to MCS 4
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 5
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 6
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 7
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 8
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 9
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 10
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 11
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 12
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 13
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS5_ Cnt PuschBLERperMCS6_ Cnt PuschBLERperMCS7_ Cnt PuschBLERperMCS8_ Cnt PuschBLERperMCS9_ Cnt PuschBLERperMCS10_ Cnt PuschBLERperMCS11_ Cnt PuschBLERperMCS12_ Cnt PuschBLERperMCS13_ Cnt
LTE Counter Description_SLR2.3
280
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS14_
count
Total number of PUSCH transmitted to MCS 14
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 15
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 16
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 17
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 18
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 19
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 20
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 21
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 22
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 23
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS15_ Cnt PuschBLERperMCS16_ Cnt PuschBLERperMCS17_ Cnt PuschBLERperMCS18_ Cnt PuschBLERperMCS19_ Cnt PuschBLERperMCS20_ Cnt PuschBLERperMCS21_ Cnt PuschBLERperMCS22_ Cnt PuschBLERperMCS23_ Cnt
LTE Counter Description_SLR2.3
281
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Definition
How to
Collection
Collect
Cycle
Item
Unit
Type
Min/Max
Formula
PuschBLERperMCS24_
count
Total number of PUSCH transmitted to MCS 24
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 25
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 26
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 27
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 28
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 29
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 30
CC
5.12 s
int
0~2147483647
-
count
Total number of PUSCH transmitted to MCS 31
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS0
count
Number of times that MCS 0 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS1
count
Number of times that MCS 1 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS2
count
Number of times that MCS 2 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS3
count
Number of times that MCS 3 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
Cnt PuschBLERperMCS25_ Cnt PuschBLERperMCS26_ Cnt PuschBLERperMCS27_ Cnt PuschBLERperMCS28_ Cnt PuschBLERperMCS29_ Cnt PuschBLERperMCS30_ Cnt PuschBLERperMCS31_ Cnt
LTE Counter Description_SLR2.3
282
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlReceivedMCS4
count
Number of times that MCS 4 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS5
count
Number of times that MCS 5 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS6
count
Number of times that MCS 6 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS7
count
Number of times that MCS 7 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS8
count
Number of times that MCS 8 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS9
count
Number of times that MCS 9 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS10
count
Number of times that MCS 10 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS11
count
Number of times that MCS 11 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS12
count
Number of times that MCS 12 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS13
count
Number of times that MCS 13 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS14
count
Number of times that MCS 14 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS15
count
Number of times that MCS 15 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS16
count
Number of times that MCS 16 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS17
count
Number of times that MCS 17 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS18
count
Number of times that MCS 18 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS19
count
Number of times that MCS 19 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS20
count
Number of times that MCS 20 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS21
count
Number of times that MCS 21 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
283
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
UlReceivedMCS22
count
Number of times that MCS 22 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS23
count
Number of times that MCS 23 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS24
count
Number of times that MCS 24 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS25
count
Number of times that MCS 25 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS26
count
Number of times that MCS 26 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS27
count
Number of times that MCS 27 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS28
count
Number of times that MCS 28 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS29
count
Number of times that MCS 29 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS30
count
Number of times that MCS 30 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
UlReceivedMCS31
count
Number of times that MCS 31 received the PUSCH.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS0
count
Number of PRBs assigned to PDSCH MCS 0
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS1
count
Number of PRBs assigned to PDSCH MCS 1.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS2
count
Number of PRBs assigned to PDSCH MCS 2.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS3
count
The number of PRBs assigned to DSCH MCS 3
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS4
count
Number of PRBs assigned to PDSCH MCS 4.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS5
count
Number of PRBs assigned to PDSCH MCS 5.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS6
count
The number of PRBs assigned to DSCH MCS 6
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS7
count
Number of PRBs assigned to PDSCH MCS 7.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
284
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlSchedulerMCS8
count
Number of PRBs assigned to PDSCH MCS 8.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS9
count
Number of PRBs assigned to PDSCH MCS 9.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS10
count
The number of PRBs assigned to DSCH MCS 10
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS11
count
Number of PRBs assigned to PDSCH MCS 11.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS12
count
Number of PRBs assigned to PDSCH MCS 12.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS13
count
Number of PRBs assigned to PDSCH MCS 13.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS14
count
Number of PRBs assigned to PDSCH MCS 14.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS15
count
Number of PRBs assigned to PDSCH MCS 15.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS16
count
Number of PRBs assigned to PDSCH MCS 16
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS17
count
Number of PRBs assigned to PDSCH MCS 17.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS18
count
Number of PRBs assigned to PDSCH MCS 18.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS19
count
Number of PRBs assigned to PDSCH MCS 19.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS20
count
Number of PRBs assigned to PDSCH MCS 20
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS21
count
Number of PRBs assigned to PDSCH MCS 21.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS22
count
Number of PRBs assigned to PDSCH MCS 22.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS23
count
Number of PRBs assigned to PDSCH MCS 23.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS24
count
Number of PRBs assigned to PDSCH MCS 24.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS25
count
Number of PRBs assigned to PDSCH MCS 25.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
285
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
DlSchedulerMCS26
count
Number of PRBs assigned to PDSCH MCS 26
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS27
count
Number of PRBs assigned to PDSCH MCS 27.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS28
count
Number of PRBs assigned to PDSCH MCS 28.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS29
count
Number of PRBs assigned to PDSCH MCS 29.
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS30
count
Number of PRBs assigned to PDSCH MCS 30
CC
5.12 s
int
0~2147483647
-
DlSchedulerMCS31
count
Number of PRBs assigned to PDSCH MCS 31.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS0
count
Number of PRBs assigned to PUSCH MCS 0
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS1
count
Number of PRBs assigned to PUSCH MCS 1.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS2
count
Number of PRBs assigned to PUSCH MCS 2.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS3
count
Number of PRBs assigned to PUSCH MCS 3
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS4
count
Number of PRBs assigned to PUSCH MCS 4.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS5
count
Number of PRBs assigned to PUSCH MCS 5.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS6
count
Number of PRBs assigned to PUSCH MCS 6
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS7
count
Number of PRBs assigned to PUSCH MCS 7.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS8
count
Number of PRBs assigned to PUSCH MCS 8.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS9
count
Number of PRBs assigned to PUSCH MCS 9.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS10
count
Number of PRBs assigned to PUSCH MCS 10
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS11
count
Number of PRBs assigned to PUSCH MCS 11.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS12
count
Number of PRBs assigned to PUSCH MCS 12.
CC
5.12 s
int
0~2147483647
-
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Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to Collect
Collection Cycle
Type
Min/Max
Formula
UlSchedulerMCS13
count
Number of PRBs assigned to PUSCH MCS 13.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS14
count
Number of PRBs assigned to PUSCH MCS 14.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS15
count
Number of PRBs assigned to PUSCH MCS 15.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS16
count
Number of PRBs assigned to PUSCH MCS 16
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS17
count
Number of PRBs assigned to PUSCH MCS 17.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS18
count
Number of PRBs assigned to PUSCH MCS 18.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS19
count
Number of PRBs assigned to PUSCH MCS 19.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS20
count
Number of PRBs assigned to PUSCH MCS 20
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS21
count
Number of PRBs assigned to PUSCH MCS 21.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS22
count
Number of PRBs assigned to PUSCH MCS 22.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS23
count
Number of PRBs assigned to PUSCH MCS 23.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS24
count
Number of PRBs assigned to PUSCH MCS 24.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS25
count
Number of PRBs assigned to PUSCH MCS 25.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS26
count
Number of PRBs assigned to PUSCH MCS 26
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS27
count
Number of PRBs assigned to PUSCH MCS 27.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS28
count
Number of PRBs assigned to PUSCH MCS 28.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS29
count
Number of PRBs assigned to PUSCH MCS 29.
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS30
count
Number of PRBs assigned to PUSCH MCS 30
CC
5.12 s
int
0~2147483647
-
UlSchedulerMCS31
count
Number of PRBs assigned to PUSCH MCS 31.
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
287
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.3 DL MCS Collects the transmission count per MCS/layer/Codeword for PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
0~1
Codeword(Transport block count) 0: First transport block 1: Second transport block
LTE Counter Description_SLR2.3
288
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
[Statistics Type]
Item DlTransmittedMCS0
Unit count
Definition The number of times that MCS 0 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS1
count
The number of times that MCS 1 PDSCH is transmitted per layer/codeword
DlTransmittedMCS2
count
The number of times that MCS 2 PDSCH is transmitted per layer/codeword
DlTransmittedMCS3
count
The number of times that MCS 3 PDSCH is transmitted per layer/codeword
DlTransmittedMCS4
count
The number of times that MCS 4 PDSCH is transmitted per layer/codeword
DlTransmittedMCS5
count
The number of times that MCS 5 PDSCH is transmitted per layer/codeword
DlTransmittedMCS6
count
The number of times that MCS 6 PDSCH is transmitted per layer/codeword
DlTransmittedMCS7
count
The number of times that MCS 7 PDSCH is transmitted per layer/codeword
DlTransmittedMCS8
count
The number of times that MCS 8 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
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DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlTransmittedMCS9
Unit count
Definition The number of times that MCS 9 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS10
count
The number of times that MCS 10 PDSCH is transmitted per layer/codeword
DlTransmittedMCS11
count
The number of times that MCS 11 PDSCH is transmitted per layer/codeword
DlTransmittedMCS12
count
The number of times that MCS 12 PDSCH is transmitted per layer/codeword
DlTransmittedMCS13
count
The number of times that MCS 13 PDSCH is transmitted per layer/codeword
DlTransmittedMCS14
count
The number of times that MCS 14 PDSCH is transmitted per layer/codeword
DlTransmittedMCS15
count
The number of times that MCS 15 PDSCH is transmitted per layer/codeword
DlTransmittedMCS16
count
The number of times that MCS 16 PDSCH is transmitted per layer/codeword
DlTransmittedMCS17
count
The number of times that MCS 17 PDSCH is transmitted per layer/codeword
DlTransmittedMCS18
count
The number of times that MCS 18 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
290
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
DlTransmittedMCS19
count
Definition The number of times that MCS 19 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS20
count
The number of times that MCS 20 PDSCH is transmitted per layer/codeword
DlTransmittedMCS21
count
The number of times that MCS 21 PDSCH is transmitted per layer/codeword
DlTransmittedMCS22
count
The number of times that MCS 22 PDSCH is transmitted per layer/codeword
DlTransmittedMCS23
count
The number of times that MCS 23 PDSCH is transmitted per layer/codeword
DlTransmittedMCS24
count
The number of times that MCS 24 PDSCH is transmitted per layer/codeword
DlTransmittedMCS25
count
The number of times that MCS 25 PDSCH is transmitted per layer/codeword
DlTransmittedMCS26
count
The number of times that MCS 26 PDSCH is transmitted per layer/codeword
DlTransmittedMCS27
count
The number of times that MCS 27 PDSCH is transmitted per layer/codeword
DlTransmittedMCS28
count
The number of times that MCS 28 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
291
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
DlTransmittedMCS29
count
Definition The number of times that MCS 29 PDSCH is transmitted per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlTransmittedMCS30
count
The number of times that MCS 30 PDSCH is transmitted per layer/codeword
DlTransmittedMCS31
count
The number of times that MCS 31 PDSCH is transmitted per layer/codeword
LTE Counter Description_SLR2.3
292
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
18.4 DL LAYER Collects the transmission counts per layer for PDSCH. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
[Statistics Type]
Item
Unit
Definition
DlTransmittedLayer
count
Transmission counts per layer for PDSCH
LTE Counter Description_SLR2.3
How to
Collection
Collect
Cycle
CC
5.12 s
Type
Min/Max
Formula
int
0~2147483647
-
293
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
18.5 DL CQI Collects the CQI report information per layer/codeword for the UE. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
LTE Counter Description_SLR2.3
0~1
Codeword
294
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
[Statistics Type]
Item DlReceivedCQI0
Unit count
Definition The number of times that CQI 0 is received per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlReceivedCQI1
count
The number of times that CQI 1 is received per layer/codeword
DlReceivedCQI2
count
The number of times that CQI 2 is received per layer/codeword
DlReceivedCQI3
count
The number of times that CQI 3 is received per layer/codeword
DlReceivedCQI4
count
The number of times that CQI 4 is received per layer/codeword
DlReceivedCQI5
count
The number of times that CQI 5 is received per layer/codeword
DlReceivedCQI6
count
The number of times that CQI 6 is received per layer/codeword
DlReceivedCQI7
count
The number of times that CQI 7 is received per layer/codeword
DlReceivedCQI8
count
The number of times that CQI 8 is received per layer/codeword
LTE Counter Description_SLR2.3
295
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlReceivedCQI9
Unit
Definition
count
The number of times that CQI 9 is received per
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
CC
5.12 s
int
0~2147483647
-
layer/codeword DlReceivedCQI10
count
The number of times that CQI 10 is received per layer/codeword
DlReceivedCQI11
count
The number of times that CQI 11 is received per layer/codeword
DlReceivedCQI12
count
The number of times that CQI 12 is received per layer/codeword
DlReceivedCQI13
count
The number of times that CQI 13 is received per layer/codeword
DlReceivedCQI14
count
The number of times that CQI 14 is received per layer/codeword
DlReceivedCQI15
count
The number of times that CQI 15 is received per layer/codeword
DlReceivedCQIMin
CQI
Minimum DlReceivedCQI
SI
Period
int
0~15
min (DlReceivedCQIMin)
DlReceivedCQIMax
CQI
Maximum DlReceivedCQI
SI
Period
int
0~15
max (DlReceivedCQIMax)
LTE Counter Description_SLR2.3
296
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlReceivedCQI
Unit CQI
Avg
Definition Average of DlReceivedCQI
How to
Collection
Collect
Cycle
SI
Period
Type
Min/Max
float
0~15
Formula (0*sum (DlReceivedCQI0)+1*sum (DlReceivedCQI1)+ 2* sum (DlReceivedCQI2)+3*sum (DlReceivedCQI3)+ 4* sum (DlReceivedCQI4)+5*sum (DlReceivedCQI5)+ 6* sum (DlReceivedCQI6)+7*sum (DlReceivedCQI7)+ 8* sum (DlReceivedCQI8)+9*sum (DlReceivedCQI9)+ 10* sum (DlReceivedCQI10)+11*sum (DlReceivedCQI11)+ 12*sum (DlReceivedCQI12)+ 13*sum (DlReceivedCQI13) +14*sum (DlReceivedCQI14)+15*sum (DlReceivedCQI15))/ (sum (DlReceivedCQI0)+sum (DlReceivedCQI1)+sum (DlReceivedCQI2)+sum (DlReceivedCQI3)+sum (DlReceivedCQI4)+sum (DlReceivedCQI5)+sum (DlReceivedCQI6)+sum (DlReceivedCQI7)+sum (DlReceivedCQI8)+sum (DlReceivedCQI9)+sum (DlReceivedCQI10)+sum (DlReceivedCQI11)+sum (DlReceivedCQI12)+sum (DlReceivedCQI13)+sum (DlReceivedCQI14)+sum (DlReceivedCQI15))
LTE Counter Description_SLR2.3
297
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.6 DL PMI Collects the UE’s PMI report information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collectio
Collect
n Cycle
Type
Min/Max
Formula
DlReceivedPMI0
count
The number of times that PMI 0 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI1
count
The number of times that PMI 1 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI2
count
The number of times that PMI 2 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI3
count
The number of times that PMI 3 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI4
count
The number of times that PMI 4 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI5
count
The number of times that PMI 5 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI6
count
The number of times that PMI 6 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI7
count
The number of times that PMI 7 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
298
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collectio
Collect
n Cycle
Type
Min/Max
Formula
DlReceivedPMI8
count
The number of times that PMI 8 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI9
count
The number of times that PMI 9 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI10
count
The number of times that PMI 10 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI11
count
The number of times that PMI 11 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI12
count
The number of times that PMI 12 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI13
count
The number of times that PMI 13 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI14
count
The number of times that PMI 14 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedPMI15
count
The number of times that PMI 15 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
299
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
18.7 DL RI Collects the UE's RI report information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlReceivedRI0
count
Reserved
CC
5.12 s
int
0~2147483647
-
DlReceivedRI1
count
The number of times that RI 1 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI2
count
The number of times that RI 2 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI3
count
The number of times that RI 3 is received
CC
5.12 s
int
0~2147483647
-
DlReceivedRI4
count
The number of times that RI 4 is received
CC
5.12 s
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item DlReceivedRIAvg
Unit RI
Definition Average of DlReceivedRI
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~4
Formula (0*sum (DlReceivedRI0)+1* sum (DlReceivedRI1)+2* sum (DlReceivedRI2)+3* sum (DlReceivedRI3)+4* sum (DlReceivedRI4))/ (sum (DlReceivedRI0)+ sum (DlReceivedRI1)+ sum (DlReceivedRI2)+ sum (DlReceivedRI3)+ sum (DlReceivedRI4))
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18.8 DL ACK/NACK/DTX Ratio Collects the UE’s ACK/NACK/DTX ratio information. [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
DL Layer
1~4
Layer (data stream count) 1: 1 stream 2: 2 stream 3: 3 stream 4: 4 stream
Codeword
0~1
Codeword
Status
0~2
0: ACK, 1: NACK, 2: DTX
[Statistics Type]
Item DlreceivedAckN
Unit %
ackDtxRatio
LTE Counter Description_SLR2.3
Definition ACK, NACK, DTX ratio
How to
Collection
Collect
Cycle
SI
5.12 s
Type float
Min/Max 0~100
Formula sum (DlreceivedAckNackDtxRatioTot)/ sum (DlreceivedAckNackDtxRatioCnt)
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Confidential
(Continued) Item DlreceivedAckN
Unit %
ackDtxRatioTot DlreceivedAckN
Definition Total sum of ACK, NACK and DTX
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
SI
5.12 s
float
0~3.4*10^38
-
SI
5.12 s
int
0~2147483647
-
ratio count
ackDtxRatioCnt
LTE Counter Description_SLR2.3
Total number of ACK, NACK and DTX ratio
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19. TA (Timing Alignment) TA statistics are based on values transmitted up by the MAC when the RRC Connection Request message is received. Timing Advance value decreases as the distance between the UE and the eNB decreases.
19.1 Timing Alignment Collects the TA statistics for each cell. The TA is collected in the unit of 16Ts when the RRC ConnectionRequest message is received from the MAC. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TimeAdvanceSection0
count
distance (meter): 0~200, 16TS: from 0 to 2
CC
event
int
0~2147483647
-
TimeAdvanceSection1
count
distance (meter): 201~400, 16TS: from 3 to 5
CC
event
int
0~2147483647
-
TimeAdvanceSection2
count
distance (meter): 401~600, 16TS: from 6 to 7
CC
event
int
0~2147483647
-
TimeAdvanceSection3
count
distance (meter): 601~800, 16TS: from 8 to 10
CC
event
int
0~2147483647
-
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
TimeAdvanceSection4
count
distance (meter): 801~1000, 16TS: from 11 to 12
CC
event
int
0~2147483647
-
TimeAdvanceSection5
count
distance (meter): 1001~1200, 16TS: from 13 to 15
CC
event
int
0~2147483647
-
TimeAdvanceSection6
count
distance (meter): 1201~1400, 16TS: from 16 to 17
CC
event
int
0~2147483647
-
TimeAdvanceSection7
count
distance (meter): 1401~1600, 16TS: from 18 to 20
CC
event
int
0~2147483647
-
TimeAdvanceSection8
count
distance (meter): 1601~1800, 16TS: from 21 to 22
CC
event
int
0~2147483647
-
TimeAdvanceSection9
count
distance (meter): 1801~2000, 16TS: from 23 to 25
CC
event
int
0~2147483647
-
TimeAdvanceSection10
count
distance (meter): 2001~2500, 16TS: from 26 to 31
CC
event
int
0~2147483647
-
TimeAdvanceSection11
count
distance (meter): 2501~3000, 16TS: from 32 to 38
CC
event
int
0~2147483647
-
TimeAdvanceSection12
count
distance (meter): 3001~3500, 16TS: from 39 to 44
CC
event
int
0~2147483647
-
TimeAdvanceSection13
count
distance (meter): 3501~4000, 16TS: from 45 to 50
CC
event
int
0~2147483647
-
TimeAdvanceSection14
count
distance (meter): 4001~5000, 16TS: from 51 to 63
CC
event
int
0~2147483647
-
TimeAdvanceSection15
count
distance (meter): 5001~6000, 16TS: from 64 to 76
CC
event
int
0~2147483647
-
TimeAdvanceSection16
count
distance (meter): 6001~7000, 16TS: from 77 to 88
CC
event
int
0~2147483647
-
TimeAdvanceSection17
count
distance (meter): 7001~8000, 16TS: from 89 to 101
CC
event
int
0~2147483647
-
TimeAdvanceSection18
count
distance (meter): 8001~9000, 16TS: from 102 to 114
CC
event
int
0~2147483647
-
TimeAdvanceSection19
count
distance (meter): 9001~10000, 16TS: from 115 to 126
CC
event
int
0~2147483647
-
TimeAdvanceSection20
count
distance (meter): 10001~, 16TS: from 127 to 1282
CC
event
int
0~2147483647
-
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20. PCI PCI statistics are collected when the UE reports PCIs that are not registered as neighbors, and are used for the SON Automatic Neighbor Relation (ANR).
20.1 Non-Neighbor PCI (0~299) Collects when a non-neighbor PCI within the range of 0-299 is reported from the UE. Each PCI value corresponds to the statistics TypeId. (e.g. PCI: 0 NonNeighborPCI0, PCI: 299 NonNeighborPCI299) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI0
count
Non-Neighbor PCI0
CC
event
int
0~2147483647
-
NonNeighborPCI1
count
Non-Neighbor PCI1
CC
event
int
0~2147483647
-
NonNeighborPCI2
count
Non-Neighbor PCI2
CC
event
int
0~2147483647
-
NonNeighborPCI3
count
Non-Neighbor PCI3
CC
event
int
0~2147483647
-
NonNeighborPCI4
count
Non-Neighbor PCI4
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI5
count
Non-Neighbor PCI5
CC
event
int
0~2147483647
-
NonNeighborPCI6
count
Non-Neighbor PCI6
CC
event
int
0~2147483647
-
NonNeighborPCI7
count
Non-Neighbor PCI7
CC
event
int
0~2147483647
-
NonNeighborPCI8
count
Non-Neighbor PCI8
CC
event
int
0~2147483647
-
NonNeighborPCI9
count
Non-Neighbor PCI9
CC
event
int
0~2147483647
-
NonNeighborPCI10
count
Non-Neighbor PCI10
CC
event
int
0~2147483647
-
NonNeighborPCI11
count
Non-Neighbor PCI11
CC
event
int
0~2147483647
-
NonNeighborPCI12
count
Non-Neighbor PCI12
CC
event
int
0~2147483647
-
NonNeighborPCI13
count
Non-Neighbor PCI13
CC
event
int
0~2147483647
-
NonNeighborPCI14
count
Non-Neighbor PCI14
CC
event
int
0~2147483647
-
NonNeighborPCI15
count
Non-Neighbor PCI15
CC
event
int
0~2147483647
-
NonNeighborPCI16
count
Non-Neighbor PCI16
CC
event
int
0~2147483647
-
NonNeighborPCI17
count
Non-Neighbor PCI17
CC
event
int
0~2147483647
-
NonNeighborPCI18
count
Non-Neighbor PCI18
CC
event
int
0~2147483647
-
NonNeighborPCI19
count
Non-Neighbor PCI19
CC
event
int
0~2147483647
-
NonNeighborPCI20
count
Non-Neighbor PCI20
CC
event
int
0~2147483647
-
NonNeighborPCI21
count
Non-Neighbor PCI21
CC
event
int
0~2147483647
-
NonNeighborPCI22
count
Non-Neighbor PCI22
CC
event
int
0~2147483647
-
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Confidential
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI23
count
Non-Neighbor PCI23
CC
event
int
0~2147483647
-
NonNeighborPCI24
count
Non-Neighbor PCI24
CC
event
int
0~2147483647
-
NonNeighborPCI25
count
Non-Neighbor PCI25
CC
event
int
0~2147483647
-
NonNeighborPCI26
count
Non-Neighbor PCI26
CC
event
int
0~2147483647
-
NonNeighborPCI27
count
Non-Neighbor PCI27
CC
event
int
0~2147483647
-
NonNeighborPCI28
count
Non-Neighbor PCI28
CC
event
int
0~2147483647
-
NonNeighborPCI29
count
Non-Neighbor PCI29
CC
event
int
0~2147483647
-
NonNeighborPCI30
count
Non-Neighbor PCI30
CC
event
int
0~2147483647
-
NonNeighborPCI31
count
Non-Neighbor PCI31
CC
event
int
0~2147483647
-
NonNeighborPCI32
count
Non-Neighbor PCI32
CC
event
int
0~2147483647
-
NonNeighborPCI33
count
Non-Neighbor PCI33
CC
event
int
0~2147483647
-
NonNeighborPCI34
count
Non-Neighbor PCI34
CC
event
int
0~2147483647
-
NonNeighborPCI35
count
Non-Neighbor PCI35
CC
event
int
0~2147483647
-
NonNeighborPCI36
count
Non-Neighbor PCI36
CC
event
int
0~2147483647
-
NonNeighborPCI37
count
Non-Neighbor PCI37
CC
event
int
0~2147483647
-
NonNeighborPCI38
count
Non-Neighbor PCI38
CC
event
int
0~2147483647
-
NonNeighborPCI39
count
Non-Neighbor PCI39
CC
event
int
0~2147483647
-
NonNeighborPCI40
count
Non-Neighbor PCI40
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI41
count
Non-Neighbor PCI41
CC
event
int
0~2147483647
-
NonNeighborPCI42
count
Non-Neighbor PCI42
CC
event
int
0~2147483647
-
NonNeighborPCI43
count
Non-Neighbor PCI43
CC
event
int
0~2147483647
-
NonNeighborPCI44
count
Non-Neighbor PCI44
CC
event
int
0~2147483647
-
NonNeighborPCI45
count
Non-Neighbor PCI45
CC
event
int
0~2147483647
-
NonNeighborPCI46
count
Non-Neighbor PCI46
CC
event
int
0~2147483647
-
NonNeighborPCI47
count
Non-Neighbor PCI47
CC
event
int
0~2147483647
-
NonNeighborPCI48
count
Non-Neighbor PCI48
CC
event
int
0~2147483647
-
NonNeighborPCI49
count
Non-Neighbor PCI49
CC
event
int
0~2147483647
-
NonNeighborPCI50
count
Non-Neighbor PCI50
CC
event
int
0~2147483647
-
NonNeighborPCI51
count
Non-Neighbor PCI51
CC
event
int
0~2147483647
-
NonNeighborPCI52
count
Non-Neighbor PCI52
CC
event
int
0~2147483647
-
NonNeighborPCI53
count
Non-Neighbor PCI53
CC
event
int
0~2147483647
-
NonNeighborPCI54
count
Non-Neighbor PCI54
CC
event
int
0~2147483647
-
NonNeighborPCI55
count
Non-Neighbor PCI55
CC
event
int
0~2147483647
-
NonNeighborPCI56
count
Non-Neighbor PCI56
CC
event
int
0~2147483647
-
NonNeighborPCI57
count
Non-Neighbor PCI57
CC
event
int
0~2147483647
-
NonNeighborPCI58
count
Non-Neighbor PCI58
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI59
count
Non-Neighbor PCI59
CC
event
int
0~2147483647
-
NonNeighborPCI60
count
Non-Neighbor PCI60
CC
event
int
0~2147483647
-
NonNeighborPCI61
count
Non-Neighbor PCI61
CC
event
int
0~2147483647
-
NonNeighborPCI62
count
Non-Neighbor PCI62
CC
event
int
0~2147483647
-
NonNeighborPCI63
count
Non-Neighbor PCI63
CC
event
int
0~2147483647
-
NonNeighborPCI64
count
Non-Neighbor PCI64
CC
event
int
0~2147483647
-
NonNeighborPCI65
count
Non-Neighbor PCI65
CC
event
int
0~2147483647
-
NonNeighborPCI66
count
Non-Neighbor PCI66
CC
event
int
0~2147483647
-
NonNeighborPCI67
count
Non-Neighbor PCI67
CC
event
int
0~2147483647
-
NonNeighborPCI68
count
Non-Neighbor PCI68
CC
event
int
0~2147483647
-
NonNeighborPCI69
count
Non-Neighbor PCI69
CC
event
int
0~2147483647
-
NonNeighborPCI70
count
Non-Neighbor PCI70
CC
event
int
0~2147483647
-
NonNeighborPCI71
count
Non-Neighbor PCI71
CC
event
int
0~2147483647
-
NonNeighborPCI72
count
Non-Neighbor PCI72
CC
event
int
0~2147483647
-
NonNeighborPCI73
count
Non-Neighbor PCI73
CC
event
int
0~2147483647
-
NonNeighborPCI74
count
Non-Neighbor PCI74
CC
event
int
0~2147483647
-
NonNeighborPCI75
count
Non-Neighbor PCI75
CC
event
int
0~2147483647
-
NonNeighborPCI76
count
Non-Neighbor PCI76
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI77
count
Non-Neighbor PCI77
CC
event
int
0~2147483647
-
NonNeighborPCI78
count
Non-Neighbor PCI78
CC
event
int
0~2147483647
-
NonNeighborPCI79
count
Non-Neighbor PCI79
CC
event
int
0~2147483647
-
NonNeighborPCI80
count
Non-Neighbor PCI80
CC
event
int
0~2147483647
-
NonNeighborPCI81
count
Non-Neighbor PCI81
CC
event
int
0~2147483647
-
NonNeighborPCI82
count
Non-Neighbor PCI82
CC
event
int
0~2147483647
-
NonNeighborPCI83
count
Non-Neighbor PCI83
CC
event
int
0~2147483647
-
NonNeighborPCI84
count
Non-Neighbor PCI84
CC
event
int
0~2147483647
-
NonNeighborPCI85
count
Non-Neighbor PCI85
CC
event
int
0~2147483647
-
NonNeighborPCI86
count
Non-Neighbor PCI86
CC
event
int
0~2147483647
-
NonNeighborPCI87
count
Non-Neighbor PCI87
CC
event
int
0~2147483647
-
NonNeighborPCI88
count
Non-Neighbor PCI88
CC
event
int
0~2147483647
-
NonNeighborPCI89
count
Non-Neighbor PCI89
CC
event
int
0~2147483647
-
NonNeighborPCI90
count
Non-Neighbor PCI90
CC
event
int
0~2147483647
-
NonNeighborPCI91
count
Non-Neighbor PCI91
CC
event
int
0~2147483647
-
NonNeighborPCI92
count
Non-Neighbor PCI92
CC
event
int
0~2147483647
-
NonNeighborPCI93
count
Non-Neighbor PCI93
CC
event
int
0~2147483647
-
NonNeighborPCI94
count
Non-Neighbor PCI94
CC
event
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI95
count
Non-Neighbor PCI95
CC
event
int
0~2147483647
-
NonNeighborPCI96
count
Non-Neighbor PCI96
CC
event
int
0~2147483647
-
NonNeighborPCI97
count
Non-Neighbor PCI97
CC
event
int
0~2147483647
-
NonNeighborPCI98
count
Non-Neighbor PCI98
CC
event
int
0~2147483647
-
NonNeighborPCI99
count
Non-Neighbor PCI99
CC
event
int
0~2147483647
-
NonNeighborPCI100
count
Non-Neighbor PCI100
CC
event
int
0~2147483647
-
NonNeighborPCI101
count
Non-Neighbor PCI101
CC
event
int
0~2147483647
-
NonNeighborPCI102
count
Non-Neighbor PCI102
CC
event
int
0~2147483647
-
NonNeighborPCI103
count
Non-Neighbor PCI103
CC
event
int
0~2147483647
-
NonNeighborPCI104
count
Non-Neighbor PCI104
CC
event
int
0~2147483647
-
NonNeighborPCI105
count
Non-Neighbor PCI105
CC
event
int
0~2147483647
-
NonNeighborPCI106
count
Non-Neighbor PCI106
CC
event
int
0~2147483647
-
NonNeighborPCI107
count
Non-Neighbor PCI107
CC
event
int
0~2147483647
-
NonNeighborPCI108
count
Non-Neighbor PCI108
CC
event
int
0~2147483647
-
NonNeighborPCI109
count
Non-Neighbor PCI109
CC
event
int
0~2147483647
-
NonNeighborPCI110
count
Non-Neighbor PCI110
CC
event
int
0~2147483647
-
NonNeighborPCI111
count
Non-Neighbor PCI111
CC
event
int
0~2147483647
-
NonNeighborPCI112
count
Non-Neighbor PCI112
CC
event
int
0~2147483647
-
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI113
count
Non-Neighbor PCI113
CC
event
int
0~2147483647
-
NonNeighborPCI114
count
Non-Neighbor PCI114
CC
event
int
0~2147483647
-
NonNeighborPCI115
count
Non-Neighbor PCI115
CC
event
int
0~2147483647
-
NonNeighborPCI116
count
Non-Neighbor PCI116
CC
event
int
0~2147483647
-
NonNeighborPCI117
count
Non-Neighbor PCI117
CC
event
int
0~2147483647
-
NonNeighborPCI118
count
Non-Neighbor PCI118
CC
event
int
0~2147483647
-
NonNeighborPCI119
count
Non-Neighbor PCI119
CC
event
int
0~2147483647
-
NonNeighborPCI120
count
Non-Neighbor PCI120
CC
event
int
0~2147483647
-
NonNeighborPCI121
count
Non-Neighbor PCI121
CC
event
int
0~2147483647
-
NonNeighborPCI122
count
Non-Neighbor PCI122
CC
event
int
0~2147483647
-
NonNeighborPCI123
count
Non-Neighbor PCI123
CC
event
int
0~2147483647
-
NonNeighborPCI124
count
Non-Neighbor PCI124
CC
event
int
0~2147483647
-
NonNeighborPCI125
count
Non-Neighbor PCI125
CC
event
int
0~2147483647
-
NonNeighborPCI126
count
Non-Neighbor PCI126
CC
event
int
0~2147483647
-
NonNeighborPCI127
count
Non-Neighbor PCI127
CC
event
int
0~2147483647
-
NonNeighborPCI128
count
Non-Neighbor PCI128
CC
event
int
0~2147483647
-
NonNeighborPCI129
count
Non-Neighbor PCI129
CC
event
int
0~2147483647
-
NonNeighborPCI130
count
Non-Neighbor PCI130
CC
event
int
0~2147483647
-
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI131
count
Non-Neighbor PCI131
CC
event
int
0~2147483647
-
NonNeighborPCI132
count
Non-Neighbor PCI132
CC
event
int
0~2147483647
-
NonNeighborPCI133
count
Non-Neighbor PCI133
CC
event
int
0~2147483647
-
NonNeighborPCI134
count
Non-Neighbor PCI134
CC
event
int
0~2147483647
-
NonNeighborPCI135
count
Non-Neighbor PCI135
CC
event
int
0~2147483647
-
NonNeighborPCI136
count
Non-Neighbor PCI136
CC
event
int
0~2147483647
-
NonNeighborPCI137
count
Non-Neighbor PCI137
CC
event
int
0~2147483647
-
NonNeighborPCI138
count
Non-Neighbor PCI138
CC
event
int
0~2147483647
-
NonNeighborPCI139
count
Non-Neighbor PCI139
CC
event
int
0~2147483647
-
NonNeighborPCI140
count
Non-Neighbor PCI140
CC
event
int
0~2147483647
-
NonNeighborPCI141
count
Non-Neighbor PCI141
CC
event
int
0~2147483647
-
NonNeighborPCI142
count
Non-Neighbor PCI142
CC
event
int
0~2147483647
-
NonNeighborPCI143
count
Non-Neighbor PCI143
CC
event
int
0~2147483647
-
NonNeighborPCI144
count
Non-Neighbor PCI144
CC
event
int
0~2147483647
-
NonNeighborPCI145
count
Non-Neighbor PCI145
CC
event
int
0~2147483647
-
NonNeighborPCI146
count
Non-Neighbor PCI146
CC
event
int
0~2147483647
-
NonNeighborPCI147
count
Non-Neighbor PCI147
CC
event
int
0~2147483647
-
NonNeighborPCI148
count
Non-Neighbor PCI148
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
314
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI149
count
Non-Neighbor PCI149
CC
event
int
0~2147483647
-
NonNeighborPCI150
count
Non-Neighbor PCI150
CC
event
int
0~2147483647
-
NonNeighborPCI151
count
Non-Neighbor PCI151
CC
event
int
0~2147483647
-
NonNeighborPCI152
count
Non-Neighbor PCI152
CC
event
int
0~2147483647
-
NonNeighborPCI153
count
Non-Neighbor PCI153
CC
event
int
0~2147483647
-
NonNeighborPCI154
count
Non-Neighbor PCI154
CC
event
int
0~2147483647
-
NonNeighborPCI155
count
Non-Neighbor PCI155
CC
event
int
0~2147483647
-
NonNeighborPCI156
count
Non-Neighbor PCI156
CC
event
int
0~2147483647
-
NonNeighborPCI157
count
Non-Neighbor PCI157
CC
event
int
0~2147483647
-
NonNeighborPCI158
count
Non-Neighbor PCI158
CC
event
int
0~2147483647
-
NonNeighborPCI159
count
Non-Neighbor PCI159
CC
event
int
0~2147483647
-
NonNeighborPCI160
count
Non-Neighbor PCI160
CC
event
int
0~2147483647
-
NonNeighborPCI161
count
Non-Neighbor PCI161
CC
event
int
0~2147483647
-
NonNeighborPCI162
count
Non-Neighbor PCI162
CC
event
int
0~2147483647
-
NonNeighborPCI163
count
Non-Neighbor PCI163
CC
event
int
0~2147483647
-
NonNeighborPCI164
count
Non-Neighbor PCI164
CC
event
int
0~2147483647
-
NonNeighborPCI165
count
Non-Neighbor PCI165
CC
event
int
0~2147483647
-
NonNeighborPCI166
count
Non-Neighbor PCI166
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
315
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI167
count
Non-Neighbor PCI167
CC
event
int
0~2147483647
-
NonNeighborPCI168
count
Non-Neighbor PCI168
CC
event
int
0~2147483647
-
NonNeighborPCI169
count
Non-Neighbor PCI169
CC
event
int
0~2147483647
-
NonNeighborPCI170
count
Non-Neighbor PCI170
CC
event
int
0~2147483647
-
NonNeighborPCI171
count
Non-Neighbor PCI171
CC
event
int
0~2147483647
-
NonNeighborPCI172
count
Non-Neighbor PCI172
CC
event
int
0~2147483647
-
NonNeighborPCI173
count
Non-Neighbor PCI173
CC
event
int
0~2147483647
-
NonNeighborPCI174
count
Non-Neighbor PCI174
CC
event
int
0~2147483647
-
NonNeighborPCI175
count
Non-Neighbor PCI175
CC
event
int
0~2147483647
-
NonNeighborPCI176
count
Non-Neighbor PCI176
CC
event
int
0~2147483647
-
NonNeighborPCI177
count
Non-Neighbor PCI177
CC
event
int
0~2147483647
-
NonNeighborPCI178
count
Non-Neighbor PCI178
CC
event
int
0~2147483647
-
NonNeighborPCI179
count
Non-Neighbor PCI179
CC
event
int
0~2147483647
-
NonNeighborPCI180
count
Non-Neighbor PCI180
CC
event
int
0~2147483647
-
NonNeighborPCI181
count
Non-Neighbor PCI181
CC
event
int
0~2147483647
-
NonNeighborPCI182
count
Non-Neighbor PCI182
CC
event
int
0~2147483647
-
NonNeighborPCI183
count
Non-Neighbor PCI183
CC
event
int
0~2147483647
-
NonNeighborPCI184
count
Non-Neighbor PCI184
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI185
count
Non-Neighbor PCI185
CC
event
int
0~2147483647
-
NonNeighborPCI186
count
Non-Neighbor PCI186
CC
event
int
0~2147483647
-
NonNeighborPCI187
count
Non-Neighbor PCI187
CC
event
int
0~2147483647
-
NonNeighborPCI188
count
Non-Neighbor PCI188
CC
event
int
0~2147483647
-
NonNeighborPCI189
count
Non-Neighbor PCI189
CC
event
int
0~2147483647
-
NonNeighborPCI190
count
Non-Neighbor PCI190
CC
event
int
0~2147483647
-
NonNeighborPCI191
count
Non-Neighbor PCI191
CC
event
int
0~2147483647
-
NonNeighborPCI192
count
Non-Neighbor PCI192
CC
event
int
0~2147483647
-
NonNeighborPCI193
count
Non-Neighbor PCI193
CC
event
int
0~2147483647
-
NonNeighborPCI194
count
Non-Neighbor PCI194
CC
event
int
0~2147483647
-
NonNeighborPCI195
count
Non-Neighbor PCI195
CC
event
int
0~2147483647
-
NonNeighborPCI196
count
Non-Neighbor PCI196
CC
event
int
0~2147483647
-
NonNeighborPCI197
count
Non-Neighbor PCI197
CC
event
int
0~2147483647
-
NonNeighborPCI198
count
Non-Neighbor PCI198
CC
event
int
0~2147483647
-
NonNeighborPCI199
count
Non-Neighbor PCI199
CC
event
int
0~2147483647
-
NonNeighborPCI200
count
Non-Neighbor PCI200
CC
event
int
0~2147483647
-
NonNeighborPCI201
count
Non-Neighbor PCI201
CC
event
int
0~2147483647
-
NonNeighborPCI202
count
Non-Neighbor PCI202
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI203
count
Non-Neighbor PCI203
CC
event
int
0~2147483647
-
NonNeighborPCI204
count
Non-Neighbor PCI204
CC
event
int
0~2147483647
-
NonNeighborPCI205
count
Non-Neighbor PCI205
CC
event
int
0~2147483647
-
NonNeighborPCI206
count
Non-Neighbor PCI206
CC
event
int
0~2147483647
-
NonNeighborPCI207
count
Non-Neighbor PCI207
CC
event
int
0~2147483647
-
NonNeighborPCI208
count
Non-Neighbor PCI208
CC
event
int
0~2147483647
-
NonNeighborPCI209
count
Non-Neighbor PCI209
CC
event
int
0~2147483647
-
NonNeighborPCI210
count
Non-Neighbor PCI210
CC
event
int
0~2147483647
-
NonNeighborPCI211
count
Non-Neighbor PCI211
CC
event
int
0~2147483647
-
NonNeighborPCI212
count
Non-Neighbor PCI212
CC
event
int
0~2147483647
-
NonNeighborPCI213
count
Non-Neighbor PCI213
CC
event
int
0~2147483647
-
NonNeighborPCI214
count
Non-Neighbor PCI214
CC
event
int
0~2147483647
-
NonNeighborPCI215
count
Non-Neighbor PCI215
CC
event
int
0~2147483647
-
NonNeighborPCI216
count
Non-Neighbor PCI216
CC
event
int
0~2147483647
-
NonNeighborPCI217
count
Non-Neighbor PCI217
CC
event
int
0~2147483647
-
NonNeighborPCI218
count
Non-Neighbor PCI218
CC
event
int
0~2147483647
-
NonNeighborPCI219
count
Non-Neighbor PCI219
CC
event
int
0~2147483647
-
NonNeighborPCI220
count
Non-Neighbor PCI220
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI221
count
Non-Neighbor PCI221
CC
event
int
0~2147483647
-
NonNeighborPCI222
count
Non-Neighbor PCI222
CC
event
int
0~2147483647
-
NonNeighborPCI223
count
Non-Neighbor PCI223
CC
event
int
0~2147483647
-
NonNeighborPCI224
count
Non-Neighbor PCI224
CC
event
int
0~2147483647
-
NonNeighborPCI225
count
Non-Neighbor PCI225
CC
event
int
0~2147483647
-
NonNeighborPCI226
count
Non-Neighbor PCI226
CC
event
int
0~2147483647
-
NonNeighborPCI227
count
Non-Neighbor PCI227
CC
event
int
0~2147483647
-
NonNeighborPCI228
count
Non-Neighbor PCI228
CC
event
int
0~2147483647
-
NonNeighborPCI229
count
Non-Neighbor PCI229
CC
event
int
0~2147483647
-
NonNeighborPCI230
count
Non-Neighbor PCI230
CC
event
int
0~2147483647
-
NonNeighborPCI231
count
Non-Neighbor PCI231
CC
event
int
0~2147483647
-
NonNeighborPCI232
count
Non-Neighbor PCI232
CC
event
int
0~2147483647
-
NonNeighborPCI233
count
Non-Neighbor PCI233
CC
event
int
0~2147483647
-
NonNeighborPCI234
count
Non-Neighbor PCI234
CC
event
int
0~2147483647
-
NonNeighborPCI235
count
Non-Neighbor PCI235
CC
event
int
0~2147483647
-
NonNeighborPCI236
count
Non-Neighbor PCI236
CC
event
int
0~2147483647
-
NonNeighborPCI237
count
Non-Neighbor PCI237
CC
event
int
0~2147483647
-
NonNeighborPCI238
count
Non-Neighbor PCI238
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI239
count
Non-Neighbor PCI239
CC
event
int
0~2147483647
-
NonNeighborPCI240
count
Non-Neighbor PCI240
CC
event
int
0~2147483647
-
NonNeighborPCI241
count
Non-Neighbor PCI241
CC
event
int
0~2147483647
-
NonNeighborPCI242
count
Non-Neighbor PCI242
CC
event
int
0~2147483647
-
NonNeighborPCI243
count
Non-Neighbor PCI243
CC
event
int
0~2147483647
-
NonNeighborPCI244
count
Non-Neighbor PCI244
CC
event
int
0~2147483647
-
NonNeighborPCI245
count
Non-Neighbor PCI245
CC
event
int
0~2147483647
-
NonNeighborPCI246
count
Non-Neighbor PCI246
CC
event
int
0~2147483647
-
NonNeighborPCI247
count
Non-Neighbor PCI247
CC
event
int
0~2147483647
-
NonNeighborPCI248
count
Non-Neighbor PCI248
CC
event
int
0~2147483647
-
NonNeighborPCI249
count
Non-Neighbor PCI249
CC
event
int
0~2147483647
-
NonNeighborPCI250
count
Non-Neighbor PCI250
CC
event
int
0~2147483647
-
NonNeighborPCI251
count
Non-Neighbor PCI251
CC
event
int
0~2147483647
-
NonNeighborPCI252
count
Non-Neighbor PCI252
CC
event
int
0~2147483647
-
NonNeighborPCI253
count
Non-Neighbor PCI253
CC
event
int
0~2147483647
-
NonNeighborPCI254
count
Non-Neighbor PCI254
CC
event
int
0~2147483647
-
NonNeighborPCI255
count
Non-Neighbor PCI255
CC
event
int
0~2147483647
-
NonNeighborPCI256
count
Non-Neighbor PCI256
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI257
count
Non-Neighbor PCI257
CC
event
int
0~2147483647
-
NonNeighborPCI258
count
Non-Neighbor PCI258
CC
event
int
0~2147483647
-
NonNeighborPCI259
count
Non-Neighbor PCI259
CC
event
int
0~2147483647
-
NonNeighborPCI260
count
Non-Neighbor PCI260
CC
event
int
0~2147483647
-
NonNeighborPCI261
count
Non-Neighbor PCI261
CC
event
int
0~2147483647
-
NonNeighborPCI262
count
Non-Neighbor PCI262
CC
event
int
0~2147483647
-
NonNeighborPCI263
count
Non-Neighbor PCI263
CC
event
int
0~2147483647
-
NonNeighborPCI264
count
Non-Neighbor PCI264
CC
event
int
0~2147483647
-
NonNeighborPCI265
count
Non-Neighbor PCI265
CC
event
int
0~2147483647
-
NonNeighborPCI266
count
Non-Neighbor PCI266
CC
event
int
0~2147483647
-
NonNeighborPCI267
count
Non-Neighbor PCI267
CC
event
int
0~2147483647
-
NonNeighborPCI268
count
Non-Neighbor PCI268
CC
event
int
0~2147483647
-
NonNeighborPCI269
count
Non-Neighbor PCI269
CC
event
int
0~2147483647
-
NonNeighborPCI270
count
Non-Neighbor PCI270
CC
event
int
0~2147483647
-
NonNeighborPCI271
count
Non-Neighbor PCI271
CC
event
int
0~2147483647
-
NonNeighborPCI272
count
Non-Neighbor PCI272
CC
event
int
0~2147483647
-
NonNeighborPCI273
count
Non-Neighbor PCI273
CC
event
int
0~2147483647
-
NonNeighborPCI274
count
Non-Neighbor PCI274
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
321
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI275
count
Non-Neighbor PCI275
CC
event
int
0~2147483647
-
NonNeighborPCI276
count
Non-Neighbor PCI276
CC
event
int
0~2147483647
-
NonNeighborPCI277
count
Non-Neighbor PCI277
CC
event
int
0~2147483647
-
NonNeighborPCI278
count
Non-Neighbor PCI278
CC
event
int
0~2147483647
-
NonNeighborPCI279
count
Non-Neighbor PCI279
CC
event
int
0~2147483647
-
NonNeighborPCI280
count
Non-Neighbor PCI280
CC
event
int
0~2147483647
-
NonNeighborPCI281
count
Non-Neighbor PCI281
CC
event
int
0~2147483647
-
NonNeighborPCI282
count
Non-Neighbor PCI282
CC
event
int
0~2147483647
-
NonNeighborPCI283
count
Non-Neighbor PCI283
CC
event
int
0~2147483647
-
NonNeighborPCI284
count
Non-Neighbor PCI284
CC
event
int
0~2147483647
-
NonNeighborPCI285
count
Non-Neighbor PCI285
CC
event
int
0~2147483647
-
NonNeighborPCI286
count
Non-Neighbor PCI286
CC
event
int
0~2147483647
-
NonNeighborPCI287
count
Non-Neighbor PCI287
CC
event
int
0~2147483647
-
NonNeighborPCI288
count
Non-Neighbor PCI288
CC
event
int
0~2147483647
-
NonNeighborPCI289
count
Non-Neighbor PCI289
CC
event
int
0~2147483647
-
NonNeighborPCI290
count
Non-Neighbor PCI290
CC
event
int
0~2147483647
-
NonNeighborPCI291
count
Non-Neighbor PCI291
CC
event
int
0~2147483647
-
NonNeighborPCI292
count
Non-Neighbor PCI292
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI293
count
Non-Neighbor PCI293
CC
event
int
0~2147483647
-
NonNeighborPCI294
count
Non-Neighbor PCI294
CC
event
int
0~2147483647
-
NonNeighborPCI295
count
Non-Neighbor PCI295
CC
event
int
0~2147483647
-
NonNeighborPCI296
count
Non-Neighbor PCI296
CC
event
int
0~2147483647
-
NonNeighborPCI297
count
Non-Neighbor PCI297
CC
event
int
0~2147483647
-
NonNeighborPCI298
count
Non-Neighbor PCI298
CC
event
int
0~2147483647
-
NonNeighborPCI299
count
Non-Neighbor PCI299
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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20.2 Non-Neighbor PCI (300~503) Collects when a non-neighbor PCI within the range of 300-503 is reported from the UE. Each PCI value corresponds to the statistics TypeId. (e.g. PCI: 300 NonNeighborPCI300, PCI: 503 NonNeighborPCI503) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI300
count
Non-Neighbor PCI300
CC
event
int
0~2147483647
-
NonNeighborPCI301
count
Non-Neighbor PCI301
CC
event
int
0~2147483647
-
NonNeighborPCI302
count
Non-Neighbor PCI302
CC
event
int
0~2147483647
-
NonNeighborPCI303
count
Non-Neighbor PCI303
CC
event
int
0~2147483647
-
NonNeighborPCI304
count
Non-Neighbor PCI304
CC
event
int
0~2147483647
-
NonNeighborPCI305
count
Non-Neighbor PCI305
CC
event
int
0~2147483647
-
NonNeighborPCI306
count
Non-Neighbor PCI306
CC
event
int
0~2147483647
-
NonNeighborPCI307
count
Non-Neighbor PCI307
CC
event
int
0~2147483647
-
NonNeighborPCI308
count
Non-Neighbor PCI308
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
324
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI309
count
Non-Neighbor PCI309
CC
event
int
0~2147483647
-
NonNeighborPCI310
count
Non-Neighbor PCI310
CC
event
int
0~2147483647
-
NonNeighborPCI311
count
Non-Neighbor PCI311
CC
event
int
0~2147483647
-
NonNeighborPCI312
count
Non-Neighbor PCI312
CC
event
int
0~2147483647
-
NonNeighborPCI313
count
Non-Neighbor PCI313
CC
event
int
0~2147483647
-
NonNeighborPCI314
count
Non-Neighbor PCI314
CC
event
int
0~2147483647
-
NonNeighborPCI315
count
Non-Neighbor PCI315
CC
event
int
0~2147483647
-
NonNeighborPCI316
count
Non-Neighbor PCI316
CC
event
int
0~2147483647
-
NonNeighborPCI317
count
Non-Neighbor PCI317
CC
event
int
0~2147483647
-
NonNeighborPCI318
count
Non-Neighbor PCI318
CC
event
int
0~2147483647
-
NonNeighborPCI319
count
Non-Neighbor PCI319
CC
event
int
0~2147483647
-
NonNeighborPCI320
count
Non-Neighbor PCI320
CC
event
int
0~2147483647
-
NonNeighborPCI321
count
Non-Neighbor PCI321
CC
event
int
0~2147483647
-
NonNeighborPCI322
count
Non-Neighbor PCI322
CC
event
int
0~2147483647
-
NonNeighborPCI323
count
Non-Neighbor PCI323
CC
event
int
0~2147483647
-
NonNeighborPCI324
count
Non-Neighbor PCI324
CC
event
int
0~2147483647
-
NonNeighborPCI325
count
Non-Neighbor PCI325
CC
event
int
0~2147483647
-
NonNeighborPCI326
count
Non-Neighbor PCI326
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
325
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI327
count
Non-Neighbor PCI327
CC
event
int
0~2147483647
-
NonNeighborPCI328
count
Non-Neighbor PCI328
CC
event
int
0~2147483647
-
NonNeighborPCI329
count
Non-Neighbor PCI329
CC
event
int
0~2147483647
-
NonNeighborPCI330
count
Non-Neighbor PCI330
CC
event
int
0~2147483647
-
NonNeighborPCI331
count
Non-Neighbor PCI331
CC
event
int
0~2147483647
-
NonNeighborPCI332
count
Non-Neighbor PCI332
CC
event
int
0~2147483647
-
NonNeighborPCI333
count
Non-Neighbor PCI333
CC
event
int
0~2147483647
-
NonNeighborPCI334
count
Non-Neighbor PCI334
CC
event
int
0~2147483647
-
NonNeighborPCI335
count
Non-Neighbor PCI335
CC
event
int
0~2147483647
-
NonNeighborPCI336
count
Non-Neighbor PCI336
CC
event
int
0~2147483647
-
NonNeighborPCI337
count
Non-Neighbor PCI337
CC
event
int
0~2147483647
-
NonNeighborPCI338
count
Non-Neighbor PCI338
CC
event
int
0~2147483647
-
NonNeighborPCI339
count
Non-Neighbor PCI339
CC
event
int
0~2147483647
-
NonNeighborPCI340
count
Non-Neighbor PCI340
CC
event
int
0~2147483647
-
NonNeighborPCI341
count
Non-Neighbor PCI341
CC
event
int
0~2147483647
-
NonNeighborPCI342
count
Non-Neighbor PCI342
CC
event
int
0~2147483647
-
NonNeighborPCI343
count
Non-Neighbor PCI343
CC
event
int
0~2147483647
-
NonNeighborPCI344
count
Non-Neighbor PCI344
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
326
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI345
count
Non-Neighbor PCI345
CC
event
int
0~2147483647
-
NonNeighborPCI346
count
Non-Neighbor PCI346
CC
event
int
0~2147483647
-
NonNeighborPCI347
count
Non-Neighbor PCI347
CC
event
int
0~2147483647
-
NonNeighborPCI348
count
Non-Neighbor PCI348
CC
event
int
0~2147483647
-
NonNeighborPCI349
count
Non-Neighbor PCI349
CC
event
int
0~2147483647
-
NonNeighborPCI350
count
Non-Neighbor PCI350
CC
event
int
0~2147483647
-
NonNeighborPCI351
count
Non-Neighbor PCI351
CC
event
int
0~2147483647
-
NonNeighborPCI352
count
Non-Neighbor PCI352
CC
event
int
0~2147483647
-
NonNeighborPCI353
count
Non-Neighbor PCI353
CC
event
int
0~2147483647
-
NonNeighborPCI354
count
Non-Neighbor PCI354
CC
event
int
0~2147483647
-
NonNeighborPCI355
count
Non-Neighbor PCI355
CC
event
int
0~2147483647
-
NonNeighborPCI356
count
Non-Neighbor PCI356
CC
event
int
0~2147483647
-
NonNeighborPCI357
count
Non-Neighbor PCI357
CC
event
int
0~2147483647
-
NonNeighborPCI358
count
Non-Neighbor PCI358
CC
event
int
0~2147483647
-
NonNeighborPCI359
count
Non-Neighbor PCI359
CC
event
int
0~2147483647
-
NonNeighborPCI360
count
Non-Neighbor PCI360
CC
event
int
0~2147483647
-
NonNeighborPCI361
count
Non-Neighbor PCI361
CC
event
int
0~2147483647
-
NonNeighborPCI362
count
Non-Neighbor PCI362
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
327
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI363
count
Non-Neighbor PCI363
CC
event
int
0~2147483647
-
NonNeighborPCI364
count
Non-Neighbor PCI364
CC
event
int
0~2147483647
-
NonNeighborPCI365
count
Non-Neighbor PCI365
CC
event
int
0~2147483647
-
NonNeighborPCI366
count
Non-Neighbor PCI366
CC
event
int
0~2147483647
-
NonNeighborPCI367
count
Non-Neighbor PCI367
CC
event
int
0~2147483647
-
NonNeighborPCI368
count
Non-Neighbor PCI368
CC
event
int
0~2147483647
-
NonNeighborPCI369
count
Non-Neighbor PCI369
CC
event
int
0~2147483647
-
NonNeighborPCI370
count
Non-Neighbor PCI370
CC
event
int
0~2147483647
-
NonNeighborPCI371
count
Non-Neighbor PCI371
CC
event
int
0~2147483647
-
NonNeighborPCI372
count
Non-Neighbor PCI372
CC
event
int
0~2147483647
-
NonNeighborPCI373
count
Non-Neighbor PCI373
CC
event
int
0~2147483647
-
NonNeighborPCI374
count
Non-Neighbor PCI374
CC
event
int
0~2147483647
-
NonNeighborPCI375
count
Non-Neighbor PCI375
CC
event
int
0~2147483647
-
NonNeighborPCI376
count
Non-Neighbor PCI376
CC
event
int
0~2147483647
-
NonNeighborPCI377
count
Non-Neighbor PCI377
CC
event
int
0~2147483647
-
NonNeighborPCI378
count
Non-Neighbor PCI378
CC
event
int
0~2147483647
-
NonNeighborPCI379
count
Non-Neighbor PCI379
CC
event
int
0~2147483647
-
NonNeighborPCI380
count
Non-Neighbor PCI380
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
328
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI381
count
Non-Neighbor PCI381
CC
event
int
0~2147483647
-
NonNeighborPCI382
count
Non-Neighbor PCI382
CC
event
int
0~2147483647
-
NonNeighborPCI383
count
Non-Neighbor PCI383
CC
event
int
0~2147483647
-
NonNeighborPCI384
count
Non-Neighbor PCI384
CC
event
int
0~2147483647
-
NonNeighborPCI385
count
Non-Neighbor PCI385
CC
event
int
0~2147483647
-
NonNeighborPCI386
count
Non-Neighbor PCI386
CC
event
int
0~2147483647
-
NonNeighborPCI387
count
Non-Neighbor PCI387
CC
event
int
0~2147483647
-
NonNeighborPCI388
count
Non-Neighbor PCI388
CC
event
int
0~2147483647
-
NonNeighborPCI389
count
Non-Neighbor PCI389
CC
event
int
0~2147483647
-
NonNeighborPCI390
count
Non-Neighbor PCI390
CC
event
int
0~2147483647
-
NonNeighborPCI391
count
Non-Neighbor PCI391
CC
event
int
0~2147483647
-
NonNeighborPCI392
count
Non-Neighbor PCI392
CC
event
int
0~2147483647
-
NonNeighborPCI393
count
Non-Neighbor PCI393
CC
event
int
0~2147483647
-
NonNeighborPCI394
count
Non-Neighbor PCI394
CC
event
int
0~2147483647
-
NonNeighborPCI395
count
Non-Neighbor PCI395
CC
event
int
0~2147483647
-
NonNeighborPCI396
count
Non-Neighbor PCI396
CC
event
int
0~2147483647
-
NonNeighborPCI397
count
Non-Neighbor PCI397
CC
event
int
0~2147483647
-
NonNeighborPCI398
count
Non-Neighbor PCI398
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
329
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI399
count
Non-Neighbor PCI399
CC
event
int
0~2147483647
-
NonNeighborPCI400
count
Non-Neighbor PCI400
CC
event
int
0~2147483647
-
NonNeighborPCI401
count
Non-Neighbor PCI401
CC
event
int
0~2147483647
-
NonNeighborPCI402
count
Non-Neighbor PCI402
CC
event
int
0~2147483647
-
NonNeighborPCI403
count
Non-Neighbor PCI403
CC
event
int
0~2147483647
-
NonNeighborPCI404
count
Non-Neighbor PCI404
CC
event
int
0~2147483647
-
NonNeighborPCI405
count
Non-Neighbor PCI405
CC
event
int
0~2147483647
-
NonNeighborPCI406
count
Non-Neighbor PCI406
CC
event
int
0~2147483647
-
NonNeighborPCI407
count
Non-Neighbor PCI407
CC
event
int
0~2147483647
-
NonNeighborPCI408
count
Non-Neighbor PCI408
CC
event
int
0~2147483647
-
NonNeighborPCI409
count
Non-Neighbor PCI409
CC
event
int
0~2147483647
-
NonNeighborPCI410
count
Non-Neighbor PCI410
CC
event
int
0~2147483647
-
NonNeighborPCI411
count
Non-Neighbor PCI411
CC
event
int
0~2147483647
-
NonNeighborPCI412
count
Non-Neighbor PCI412
CC
event
int
0~2147483647
-
NonNeighborPCI413
count
Non-Neighbor PCI413
CC
event
int
0~2147483647
-
NonNeighborPCI414
count
Non-Neighbor PCI414
CC
event
int
0~2147483647
-
NonNeighborPCI415
count
Non-Neighbor PCI415
CC
event
int
0~2147483647
-
NonNeighborPCI416
count
Non-Neighbor PCI416
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
330
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI417
count
Non-Neighbor PCI417
CC
event
int
0~2147483647
-
NonNeighborPCI418
count
Non-Neighbor PCI418
CC
event
int
0~2147483647
-
NonNeighborPCI419
count
Non-Neighbor PCI419
CC
event
int
0~2147483647
-
NonNeighborPCI420
count
Non-Neighbor PCI420
CC
event
int
0~2147483647
-
NonNeighborPCI421
count
Non-Neighbor PCI421
CC
event
int
0~2147483647
-
NonNeighborPCI422
count
Non-Neighbor PCI422
CC
event
int
0~2147483647
-
NonNeighborPCI423
count
Non-Neighbor PCI423
CC
event
int
0~2147483647
-
NonNeighborPCI424
count
Non-Neighbor PCI424
CC
event
int
0~2147483647
-
NonNeighborPCI425
count
Non-Neighbor PCI425
CC
event
int
0~2147483647
-
NonNeighborPCI426
count
Non-Neighbor PCI426
CC
event
int
0~2147483647
-
NonNeighborPCI427
count
Non-Neighbor PCI427
CC
event
int
0~2147483647
-
NonNeighborPCI428
count
Non-Neighbor PCI428
CC
event
int
0~2147483647
-
NonNeighborPCI429
count
Non-Neighbor PCI429
CC
event
int
0~2147483647
-
NonNeighborPCI430
count
Non-Neighbor PCI430
CC
event
int
0~2147483647
-
NonNeighborPCI431
count
Non-Neighbor PCI431
CC
event
int
0~2147483647
-
NonNeighborPCI432
count
Non-Neighbor PCI432
CC
event
int
0~2147483647
-
NonNeighborPCI433
count
Non-Neighbor PCI433
CC
event
int
0~2147483647
-
NonNeighborPCI434
count
Non-Neighbor PCI434
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
331
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI435
count
Non-Neighbor PCI435
CC
event
int
0~2147483647
-
NonNeighborPCI436
count
Non-Neighbor PCI436
CC
event
int
0~2147483647
-
NonNeighborPCI437
count
Non-Neighbor PCI437
CC
event
int
0~2147483647
-
NonNeighborPCI438
count
Non-Neighbor PCI438
CC
event
int
0~2147483647
-
NonNeighborPCI439
count
Non-Neighbor PCI439
CC
event
int
0~2147483647
-
NonNeighborPCI440
count
Non-Neighbor PCI440
CC
event
int
0~2147483647
-
NonNeighborPCI441
count
Non-Neighbor PCI441
CC
event
int
0~2147483647
-
NonNeighborPCI442
count
Non-Neighbor PCI442
CC
event
int
0~2147483647
-
NonNeighborPCI443
count
Non-Neighbor PCI443
CC
event
int
0~2147483647
-
NonNeighborPCI444
count
Non-Neighbor PCI444
CC
event
int
0~2147483647
-
NonNeighborPCI445
count
Non-Neighbor PCI445
CC
event
int
0~2147483647
-
NonNeighborPCI446
count
Non-Neighbor PCI446
CC
event
int
0~2147483647
-
NonNeighborPCI447
count
Non-Neighbor PCI447
CC
event
int
0~2147483647
-
NonNeighborPCI448
count
Non-Neighbor PCI448
CC
event
int
0~2147483647
-
NonNeighborPCI449
count
Non-Neighbor PCI449
CC
event
int
0~2147483647
-
NonNeighborPCI450
count
Non-Neighbor PCI450
CC
event
int
0~2147483647
-
NonNeighborPCI451
count
Non-Neighbor PCI451
CC
event
int
0~2147483647
-
NonNeighborPCI452
count
Non-Neighbor PCI452
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
332
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI453
count
Non-Neighbor PCI453
CC
event
int
0~2147483647
-
NonNeighborPCI454
count
Non-Neighbor PCI454
CC
event
int
0~2147483647
-
NonNeighborPCI455
count
Non-Neighbor PCI455
CC
event
int
0~2147483647
-
NonNeighborPCI456
count
Non-Neighbor PCI456
CC
event
int
0~2147483647
-
NonNeighborPCI457
count
Non-Neighbor PCI457
CC
event
int
0~2147483647
-
NonNeighborPCI458
count
Non-Neighbor PCI458
CC
event
int
0~2147483647
-
NonNeighborPCI459
count
Non-Neighbor PCI459
CC
event
int
0~2147483647
-
NonNeighborPCI460
count
Non-Neighbor PCI460
CC
event
int
0~2147483647
-
NonNeighborPCI461
count
Non-Neighbor PCI461
CC
event
int
0~2147483647
-
NonNeighborPCI462
count
Non-Neighbor PCI462
CC
event
int
0~2147483647
-
NonNeighborPCI463
count
Non-Neighbor PCI463
CC
event
int
0~2147483647
-
NonNeighborPCI464
count
Non-Neighbor PCI464
CC
event
int
0~2147483647
-
NonNeighborPCI465
count
Non-Neighbor PCI465
CC
event
int
0~2147483647
-
NonNeighborPCI466
count
Non-Neighbor PCI466
CC
event
int
0~2147483647
-
NonNeighborPCI467
count
Non-Neighbor PCI467
CC
event
int
0~2147483647
-
NonNeighborPCI468
count
Non-Neighbor PCI468
CC
event
int
0~2147483647
-
NonNeighborPCI469
count
Non-Neighbor PCI469
CC
event
int
0~2147483647
-
NonNeighborPCI470
count
Non-Neighbor PCI470
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
333
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI471
count
Non-Neighbor PCI471
CC
event
int
0~2147483647
-
NonNeighborPCI472
count
Non-Neighbor PCI472
CC
event
int
0~2147483647
-
NonNeighborPCI473
count
Non-Neighbor PCI473
CC
event
int
0~2147483647
-
NonNeighborPCI474
count
Non-Neighbor PCI474
CC
event
int
0~2147483647
-
NonNeighborPCI475
count
Non-Neighbor PCI475
CC
event
int
0~2147483647
-
NonNeighborPCI476
count
Non-Neighbor PCI476
CC
event
int
0~2147483647
-
NonNeighborPCI477
count
Non-Neighbor PCI477
CC
event
int
0~2147483647
-
NonNeighborPCI478
count
Non-Neighbor PCI478
CC
event
int
0~2147483647
-
NonNeighborPCI479
count
Non-Neighbor PCI479
CC
event
int
0~2147483647
-
NonNeighborPCI480
count
Non-Neighbor PCI480
CC
event
int
0~2147483647
-
NonNeighborPCI481
count
Non-Neighbor PCI481
CC
event
int
0~2147483647
-
NonNeighborPCI482
count
Non-Neighbor PCI482
CC
event
int
0~2147483647
-
NonNeighborPCI483
count
Non-Neighbor PCI483
CC
event
int
0~2147483647
-
NonNeighborPCI484
count
Non-Neighbor PCI484
CC
event
int
0~2147483647
-
NonNeighborPCI485
count
Non-Neighbor PCI485
CC
event
int
0~2147483647
-
NonNeighborPCI486
count
Non-Neighbor PCI486
CC
event
int
0~2147483647
-
NonNeighborPCI487
count
Non-Neighbor PCI487
CC
event
int
0~2147483647
-
NonNeighborPCI488
count
Non-Neighbor PCI488
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
334
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
NonNeighborPCI489
count
Non-Neighbor PCI489
CC
event
int
0~2147483647
-
NonNeighborPCI490
count
Non-Neighbor PCI490
CC
event
int
0~2147483647
-
NonNeighborPCI491
count
Non-Neighbor PCI491
CC
event
int
0~2147483647
-
NonNeighborPCI492
count
Non-Neighbor PCI492
CC
event
int
0~2147483647
-
NonNeighborPCI493
count
Non-Neighbor PCI493
CC
event
int
0~2147483647
-
NonNeighborPCI494
count
Non-Neighbor PCI494
CC
event
int
0~2147483647
-
NonNeighborPCI495
count
Non-Neighbor PCI495
CC
event
int
0~2147483647
-
NonNeighborPCI496
count
Non-Neighbor PCI496
CC
event
int
0~2147483647
-
NonNeighborPCI497
count
Non-Neighbor PCI497
CC
event
int
0~2147483647
-
NonNeighborPCI498
count
Non-Neighbor PCI498
CC
event
int
0~2147483647
-
NonNeighborPCI499
count
Non-Neighbor PCI499
CC
event
int
0~2147483647
-
NonNeighborPCI500
count
Non-Neighbor PCI500
CC
event
int
0~2147483647
-
NonNeighborPCI501
count
Non-Neighbor PCI501
CC
event
int
0~2147483647
-
NonNeighborPCI502
count
Non-Neighbor PCI502
CC
event
int
0~2147483647
-
NonNeighborPCI503
count
Non-Neighbor PCI503
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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21. IOT 21.1 Uplink IOT Level Statistics on the 9 IoT levels. The IoT dB value is divided into 10 levels for each PRB. The statistics levels are classified as follows. Level 0: 0 <= IoT < 2 dB Level 1: 2 <= IoT < 4 dB … Level 9: 18 <= IoT (count all that are equal to or greater than 18 dB) [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
LEVEL
0~9
IOT Level
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB0
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB1
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB2
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB3
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB4
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB5
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB6
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB7
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB8
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB9
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB10
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB11
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB12
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB13
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB14
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB15
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB16
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB17
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB18
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB19
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB20
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB21
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB22
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB23
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB24
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB25
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB26
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB27
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB28
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB29
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB30
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB31
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB32
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB33
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB34
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB35
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB36
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB37
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB38
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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Confidential
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB39
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB40
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB41
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB42
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB43
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB44
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB45
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB46
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB47
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB48
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB49
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB50
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB51
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB52
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB53
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB54
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB55
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB56
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB57
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB58
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB59
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB60
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB61
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB62
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB63
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB64
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB65
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB66
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB67
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB68
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB69
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB70
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB71
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB72
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB73
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB74
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB75
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB76
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB77
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB78
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB79
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB80
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB81
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB82
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB83
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB84
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB85
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB86
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB87
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB88
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB89
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB90
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB91
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
PRB92
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB93
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB94
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB95
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB96
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB97
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB98
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
PRB99
count
IOT level count for each PRB
CC
5.12 s
int
0~2147483647
-
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Version: 1.0
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Confidential
22. MLBO 22.1 Load Statistics on mobility load balancing operation. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
[Statistics Type]
Item LoadIndicatorAvg
Unit %
Definition Average load of a cell when overload occurs due
How to
Collection
Collect
Cycle
GAUGE
event
Type float
Min/Max 0~100
to the MLBO operation LoadIndicatorMin
%
Minimum load of a cell when overload occurs
Formula sum (LoadIndicatorTot)/ sum (LoadIndicatorCnt)
GAUGE
event
float
0~100
min (LoadIndicatorMin)
GAUGE
event
float
0~100
max (LoadIndicatorMax)
GAUGE
event
float
0~100
-
GAUGE
event
int
0~2147483647
-
due to the MLBO operation LoadIndicatorMax
%
Maximum load of a cell when overload occurs due to the MLBO operation
LoadIndicatorTot
%
Accumulated load of a cell when overload occurs due to the MLBO operation
LoadIndicatorCnt
LTE Counter Description_SLR2.3
count
The number of LoadIndicatorAvg called
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Confidential
(Continued) Item OverloadCount
Unit count
Definition The number of overload due to the MLBO
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
GAUGE
event
float
0~100
sum (MlbDurationTot)/
operation MlbDurationAvg
s
Average of the overload period due to the MLBO operation
MlbDurationMin
s
Minimum value of the overload period due to the
sum (MlbDurationCnt) GAUGE
event
float
0~100
min (MlbDurationMin)
GAUGE
event
float
0~100
max (MlbDurationMax)
GAUGE
event
float
0~100
-
GAUGE
event
int
0~2147483647
-
MLBO operation MlbDurationMax
s
Maximum value of the overload period due to the MLBO operation
MlbDurationTot
s
Accumulated value of the overload period due to the MLBO operation
MlbDurationCnt
LTE Counter Description_SLR2.3
count
The number of MlbDurationAvg called
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Confidential
22.2 Load Balancing Handover Collects the statistics on handovers that are performed by SON load balancing. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
tcId
0~268435455
Target Cell Index.
Step
1~3
Load Balancing Handover triggering Step 1: LBHO within the same group & sector 2: LBHO between different groups but the same sector (the same eNB) 3: LBHO between different Sector
[Statistics Type]
Item
Unit
MlbNotTriggeredB
count
yLoadCondition
Definition The number of times when there is no candidate neighbor
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
cell that meets the load condition although MLB is triggered (collected only at Step 3)
MlbNotTriggeredB yRadioCondition
count
The number of times when there is no candidate UE because radio condition is not met although MLB is triggered (collected only at Step 3)
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MlbHOAtt
count
The number of handover attempts when MLB is triggered
CC
event
int
0~2147483647
-
MlbHOSucc
count
The number of successful handovers when MLB is triggered
CC
event
int
0~2147483647
-
LbhoCnt
count
Load Balancing handover collection count
CC
event
int
0~2147483647
-
LbhoCid
tcID
Collection required tcId
OW
event
int
0~2147483647
-
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Confidential
23. Message 23.1 RRC Message RRC message statistics transmitted and received by eNB [Statistics Type]
Item TotalRrc_Tx
Unit count
Definition The number of times that the eNB transmits an RRC
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
message TotalRrc_Rx
count
The number of times that the eNB receives an RRC message
RrcCounterCheck
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcCounterCheckResp
count
onse RrcCSFBParametersRe
RRC protocol message for each message count
questCDMA2000 RrcCSFBParametersRe
sfer
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
sponseCDMA2000 RrcDLInformationTran
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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Confidential
(Continued) Item
Unit
RrcHandoverFromEUT
count
RAPreparationRequest RrcMeasurementReport
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcMobilityFromEUT
count
RACommand RrcRRCConnectionRec
RRC protocol message for each message count
onfiguration RrcRRCConnectionRec
count count count count
ect
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
stablishmentRequest RrcRRCConnectionRej
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishmentReject RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishmentComplete RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
stablishment RrcRRCConnectionRee
The number of times that the eNB receives/transmits RRC protocol message for each message
onfigurationComplete RrcRRCConnectionRee
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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(Continued) Item
Unit
RrcRRCConnectionRel
count
ease RrcRRCConnectionReq
count count count count
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
lete RrcSecurityModeFailure
Cycle
RRC protocol message for each message
mand RrcSecurityModeComp
Collect
RRC protocol message for each message
upComplete RrcSecurityModeCom
Collection
RRC protocol message for each message
up RrcRRCConnectionSet
The number of times that the eNB receives/transmits
How to
RRC protocol message for each message
uest RrcRRCConnectionSet
Definition
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcUECapabilityEnquiry
count
The number of times that the eNB receives/transmits RRC protocol message for each message
RrcUECapabilityInform
count
ation RrcULHandoverPrepar ationTransfer
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
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(Continued) Item
Unit
RrcULInformationTran
count
sfer RrcUEInformationRequ
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
RRC protocol message for each message count
onse RrcProximityIndication
The number of times that the eNB receives/transmits
How to
RRC protocol message for each message
est RrcUEInformationResp
Definition
The number of times that the eNB receives/transmits RRC protocol message for each message
count
The number of times that the eNB receives/transmits RRC protocol message for each message
LTE Counter Description_SLR2.3
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23.2 S1AP Message S1AP message statistics transmitted and received by eNB [Statistics Type]
Item TotalS1ap_Tx
Unit count
Definition The number of times that the eNB transmits S1AP
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
protocol message for each message TotalS1ap_Rx
count
The number of times that the eNB receives S1AP protocol message for each message
S1apCellTrafficTrace
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apDeactivateTrace
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apDownlinkNASTransp
count
ort S1apDownlinkScdma2000
S1AP protocol message for each message count
tunneling S1apENBConfigurationTr
pdate
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
ansfer S1apENBConfigurationU
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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Confidential
(Continued) Item
Unit
S1apENBConfigurationUp
count
dateAcknowledge S1apENBConfigurationUp
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
nTransfer S1apENBStatusTransfer
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
dateFailure S1apENBDirectInformatio
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apERABModifyRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apERABModifyRespon
count
se S1apERABReleaseComm
S1AP protocol message for each message count
and S1apERABReleaseRespon
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
on S1apERABSetupRequest
The number of times that the eNB receives/transmits S1AP protocol message for each message
se S1apERABReleaseIndicati
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
LTE Counter Description_SLR2.3
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(Continued) Item S1apERABSetupResponse
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apErrorIndication
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverCancel
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverCancelAckn
count
owledge S1apHandoverCommand
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverFailure
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverNotify
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverPreparation
count
Failure S1apHandoverRequest
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apHandoverRequestAck nowledge
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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(Continued) Item S1apHandoverRequired
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apInitialContextSetupFa
count
ilure S1apInitialContextSetupR
S1AP protocol message for each message count
equest S1apInitialContextSetupR
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
esponse S1apInitialUEMessage
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apLocationReportingCo
count
ntrol S1apLocationReportFailur
S1AP protocol message for each message count
eIndication S1apLocationReport
The number of times that the eNB receives/transmits The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apMMEConfigurationT
count
ransfer S1apMMEConfigurationU pdate
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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(Continued) Item
Unit
S1apMMEConfiguration
count
UpdateAcknowledge S1apMMEConfiguration
count
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
tionTransfer S1apMMEStatusTransfer
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
UpdateFailure S1apMMEDirectInforma
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apNASNonDeliveryIn
count
dication S1apOverloadStart
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apOverloadStop
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPaging
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPathSwitchRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apPathSwitchRequest Acknowledge
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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Confidential
(Continued) Item
Unit
S1apPathSwitchRequest
count
Failure S1apReset
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apResetAcknowledge
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupFailure
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupRequest
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apSetupResponse
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apTraceFailureIndicati
count
on S1apTraceStart
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
S1apUECapabilityInfoIn
count
dication S1apUEContextModifica tionFailure
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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(Continued) Item
Unit
S1apUEContextModifica
count
tionRequest S1apUEContextModifica
count count count count count count count
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message count
ngResponse S1apKillRequest
Formula
S1AP protocol message for each message
ngRequest S1apWriteReplaceWarni
Min/Max
S1AP protocol message for each message
unneling S1apWriteReplaceWarni
Type
S1AP protocol message for each message
rt S1apUplinkScdma2000t
Cycle
S1AP protocol message for each message
Request S1apUplinkNASTranspo
Collect
S1AP protocol message for each message
Complete S1apUEContextRelease
Collection
S1AP protocol message for each message
Command S1apUEContextRelease
The number of times that the eNB receives/transmits
How to
S1AP protocol message for each message
tionResponse S1apUEContextRelease
Definition
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item S1apKillResponse
Unit count
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
S1AP protocol message for each message S1apDownlinkUEAssoci
count
atedLPPaTransport S1apUplinkUEAssociate
S1AP protocol message for each message count
dLPPaTransport S1apDownlinkNonUEAs
ciatedLPPaTransport
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
sociatedLPPaTransport S1apUplinkNonUEAsso
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits S1AP protocol message for each message
count
The number of times that the eNB receives/transmits S1AP protocol message for each message
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23.3 X2AP Message X2AP message statistics transmitted and received by eNB [Statistics Type]
Item TotalX2ap_Tx
Unit count
Definition The number of times that the eNB transmits X2AP
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
protocol message for each message TotalX2ap_Rx
count
The number of times that the eNB receives X2AP protocol message for each message
Tx_X2apErrorIndicat
count
ion Tx_X2apHandoverR
X2AP protocol message for each message count
equest Tx_X2apHandoverR
count count
Release
LTE Counter Description_SLR2.3
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
ansfer Tx_X2apUEContext
The number of times that the eNB receives/transmits X2AP protocol message for each message
eparationFailure Tx_X2apSNStatusTr
The number of times that the eNB receives/transmits X2AP protocol message for each message
equestAcknowledge Tx_X2apHandoverPr
The number of times that the eNB receives/transmits
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Tx_X2apHandoverC
Unit count
ancel Tx_X2apLoadInform
count count count count count count
urationUpdateAckno
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
urationUpdate Tx_X2apENBConfig
Min/Max
X2AP protocol message for each message
lure Tx_X2apENBConfig
Type
X2AP protocol message for each message
ponse Tx_X2apX2SetupFai
Cycle
X2AP protocol message for each message
quest Tx_X2apX2SetupRes
Collect
X2AP protocol message for each message
nse Tx_X2apX2SetupRe
Collection
X2AP protocol message for each message
st Tx_X2apResetRespo
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
ation Tx_X2apResetReque
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
wledge
LTE Counter Description_SLR2.3
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(Continued) Item Tx_X2apENBConfig
Unit count
urationUpdateFailure Tx_X2apResourceSta
count count count count count count count
onRequest
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
angeFailure Tx_X2apCellActivati
Formula
X2AP protocol message for each message
angeAcknowledge Tx_X2apMobilityCh
Min/Max
X2AP protocol message for each message
angeRequest Tx_X2apMobilityCh
Type
X2AP protocol message for each message
eport Tx_X2apMobilityCh
Cycle
X2AP protocol message for each message
tusUpdate Tx_X2apHandoverR
Collect
X2AP protocol message for each message
tusFailure Tx_X2apResourceSta
Collection
X2AP protocol message for each message
tusResponse Tx_X2apResourceSta
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
tusRequest Tx_X2apResourceSta
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
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(Continued) Item Tx_X2apCellActivati
Unit count
onResponse Tx_X2apCellActivati
count count count count count count count
ancel
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
Release Rx_X2apHandoverC
Formula
X2AP protocol message for each message
ansfer Rx_X2apUEContext
Min/Max
X2AP protocol message for each message
eparationFailure Rx_X2apSNStatusTr
Type
X2AP protocol message for each message
equestAcknowledge Rx_X2apHandoverPr
Cycle
X2AP protocol message for each message
equest Rx_X2apHandoverR
Collect
X2AP protocol message for each message
ion Rx_X2apHandoverR
Collection
X2AP protocol message for each message
ailureIndication Rx_X2apErrorIndicat
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
onFailure Tx_X2apRadioLinkF
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
362
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Confidential
(Continued) Item Rx_X2apLoadInform
Unit count
ation Rx_X2apResetReque
count count count count count
Min/Max
Formula
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
urationUpdate Rx_X2apENBConfig
Type
X2AP protocol message for each message
lure Rx_X2apENBConfig
Cycle
X2AP protocol message for each message
ponse Rx_X2apX2SetupFai
Collect
X2AP protocol message for each message
quest Rx_X2apX2SetupRes
Collection
X2AP protocol message for each message
nse Rx_X2apX2SetupRe
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
st Rx_X2apResetRespo
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
urationUpdateAckno
The number of times that the eNB receives/transmits X2AP protocol message for each message
wledge Rx_X2apENBConfig urationUpdateFailure
LTE Counter Description_SLR2.3
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
363
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Confidential
(Continued) Item Rx_X2apResourceSta
Unit count
tusRequest Rx_X2apResourceSta
count count count count count count count
onResponse
LTE Counter Description_SLR2.3
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
The number of times that the eNB receives/transmits
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
onRequest Rx_X2apCellActivati
Formula
X2AP protocol message for each message
angeFailure Rx_X2apCellActivati
Min/Max
X2AP protocol message for each message
angeAcknowledge Rx_X2apMobilityCh
Type
X2AP protocol message for each message
angeRequest Rx_X2apMobilityCh
Cycle
X2AP protocol message for each message
eport Rx_X2apMobilityCh
Collect
X2AP protocol message for each message
tusUpdate Rx_X2apHandoverR
Collection
X2AP protocol message for each message
tusFailure Rx_X2apResourceSta
The number of times that the eNB receives/transmits
How to
X2AP protocol message for each message
tusResponse Rx_X2apResourceSta
Definition
The number of times that the eNB receives/transmits X2AP protocol message for each message
count
The number of times that the eNB receives/transmits X2AP protocol message for each message
364
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Confidential
(Continued) Item Rx_X2apCellActivati
Unit count
onFailure Rx_X2apRadioLinkF ailureIndication
LTE Counter Description_SLR2.3
Definition The number of times that the eNB receives/transmits
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
X2AP protocol message for each message count
The number of times that the eNB receives/transmits X2AP protocol message for each message
365
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Version: 1.0
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Confidential
24. Traffic OAM 24.1 Throughput Distribution Packet throughput distribution [Index] Name
Description
Range
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlThruBin1
count
Number of uplink RBs with 0 kbps ≤ throughput < 100 kbps
CC
event
int
0~2147483647
-
UlThruBin2
count
Number of uplink RBs with 100 kbps ≤ throughput < 200 kbps
CC
event
int
0~2147483647
-
UlThruBin3
count
Number of uplink RBs with 200 kbps ≤ throughput < 300 kbps
CC
event
int
0~2147483647
-
UlThruBin4
count
Number of uplink RBs with 300 kbps ≤ throughput < 400 kbps
CC
event
int
0~2147483647
-
UlThruBin5
count
Number of uplink RBs with 400 kbps ≤ throughput < 500 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
366
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Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
UlThruBin6
count
Number of uplink RBs with 500 kbps ≤ throughput < 600 kbps
CC
event
int
0~2147483647
-
UlThruBin7
count
Number of uplink RBs with 600 kbps ≤ throughput < 700 kbps
CC
event
int
0~2147483647
-
UlThruBin8
count
Number of uplink RBs with 700 kbps ≤ throughput < 800 kbps
CC
event
int
0~2147483647
-
UlThruBin9
count
Number of uplink RBs with 800 kbps ≤ throughput < 900 kbps
CC
event
int
0~2147483647
-
UlThruBin10
count
Number of uplink RBs with 900 kbps ≤ throughput < 1000 kbps
CC
event
int
0~2147483647
-
UlThruBin11
count
Number of uplink RBs with 1000 kbps ≤ throughput < 1200 kbps
CC
event
int
0~2147483647
-
UlThruBin12
count
Number of uplink RBs with 1200 kbps ≤ throughput < 1400 kbps
CC
event
int
0~2147483647
-
UlThruBin13
count
Number of uplink RBs with 1400 kbps ≤ throughput < 1600 kbps
CC
event
int
0~2147483647
-
UlThruBin14
count
Number of uplink RBs with 1600 kbps ≤ throughput < 1800 kbps
CC
event
int
0~2147483647
-
UlThruBin15
count
Number of uplink RBs with 1800 kbps ≤ throughput < 2000 kbps
CC
event
int
0~2147483647
-
UlThruBin16
count
Number of uplink RBs with 2000 kbps ≤ throughput < 2200 kbps
CC
event
int
0~2147483647
-
UlThruBin17
count
Number of uplink RBs with 22000 kbps ≤ throughput < 2400 kbps
CC
event
int
0~2147483647
-
UlThruBin18
count
Number of uplink RBs with 2400 kbps ≤ throughput < 2600 kbps
CC
event
int
0~2147483647
-
UlThruBin19
count
Number of uplink RBs with 2600 kbps ≤ throughput < 2800 kbps
CC
event
int
0~2147483647
-
UlThruBin20
count
Number of uplink RBs with 2800 kbps ≤ throughput < 3000 kbps
CC
event
int
0~2147483647
-
UlThruBin21
count
Number of uplink RBs with 3000 kbps ≤ throughput < 3400 kbps
CC
event
int
0~2147483647
-
UlThruBin22
count
Number of uplink RBs with 3400 kbps ≤ throughput < 3800 kbps
CC
event
int
0~2147483647
-
UlThruBin23
count
Number of uplink RBs with 3800 kbps ≤ throughput < 4200 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
367
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Version: 1.0
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Confidential
(Continued) Collection
Collect
Cycle
Unit
UlThruBin24
count
Number of uplink RBs with 4200 kbps ≤ throughput < 4600 kbps
CC
event
int
0~2147483647
-
UlThruBin25
count
Number of uplink RBs with 4600 kbps ≤ throughput < 5000 kbps
CC
event
int
0~2147483647
-
UlThruBin26
count
Number of uplink RBs with 5000 kbps ≤ throughput < 5400 kbps
CC
event
int
0~2147483647
-
UlThruBin27
count
Number of uplink RBs with 5400 kbps ≤ throughput < 5800 kbps
CC
event
int
0~2147483647
-
UlThruBin28
count
Number of uplink RBs with 5800 kbps ≤ throughput < 6200 kbps
CC
event
int
0~2147483647
-
UlThruBin29
count
Number of uplink RBs with 6200 kbps ≤ throughput < 6600 kbps
CC
event
int
0~2147483647
-
UlThruBin30
count
Number of uplink RBs with 6600 kbps ≤ throughput < 7000 kbps
CC
event
int
0~2147483647
-
UlThruBin31
count
Number of uplink RBs with 7000 kbps ≤ throughput < 7800 kbps
CC
event
int
0~2147483647
-
UlThruBin32
count
Number of uplink RBs with 7800 kbps ≤ throughput < 8600 kbps
CC
event
int
0~2147483647
-
UlThruBin33
count
Number of uplink RBs with 8600 kbps ≤ throughput < 9400 kbps
CC
event
int
0~2147483647
-
UlThruBin34
count
Number of uplink RBs with 9400 kbps ≤ throughput < 10200 kbps
CC
event
int
0~2147483647
-
UlThruBin35
count
Number of uplink RBs with 10200 kbps ≤ throughput < 11000 kbps
CC
event
int
0~2147483647
-
UlThruBin36
count
Number of uplink RBs with 11000 kbps ≤ throughput < 11800 kbps
CC
event
int
0~2147483647
-
UlThruBin37
count
Number of uplink RBs with 11800 kbps ≤ throughput < 12600 kbps
CC
event
int
0~2147483647
-
UlThruBin38
count
Number of uplink RBs with 12600 kbps ≤ throughput < 13400 kbps
CC
event
int
0~2147483647
-
UlThruBin39
count
Number of uplink RBs with 13400 kbps ≤ throughput < 14200 kbps
CC
event
int
0~2147483647
-
UlThruBin40
count
Number of uplink RBs with 14200 kbps ≤ throughput < 15000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
368
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Version: 1.0
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Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
UlThruBin41
count
Number of uplink RBs with 15000 kbps ≤ throughput < 16600 kbps
CC
event
int
0~2147483647
-
UlThruBin42
count
Number of uplink RBs with 16600 kbps ≤ throughput < 18200 kbps
CC
event
int
0~2147483647
-
UlThruBin43
count
Number of uplink RBs with 18200 kbps ≤ throughput < 19800 kbps
CC
event
int
0~2147483647
-
UlThruBin44
count
Number of uplink RBs with 19800 kbps ≤ throughput < 21400 kbps
CC
event
int
0~2147483647
-
UlThruBin45
count
Number of uplink RBs with 21400 kbps ≤ throughput < 23000 kbps
CC
event
int
0~2147483647
-
UlThruBin46
count
Number of uplink RBs with 23000 kbps ≤ throughput < 24600 kbps
CC
event
int
0~2147483647
-
UlThruBin47
count
Number of uplink RBs with 24600 kbps ≤ throughput < 26200 kbps
CC
event
int
0~2147483647
-
UlThruBin48
count
Number of uplink RBs with 26200 kbps ≤ throughput < 27800 kbps
CC
event
int
0~2147483647
-
UlThruBin49
count
Number of uplink RBs with 27800 kbps ≤ throughput < 29400 kbps
CC
event
int
0~2147483647
-
UlThruBin50
count
Number of uplink RBs with 29400 kbps ≤ throughput < 31000 kbps
CC
event
int
0~2147483647
-
UlThruBin51
count
Number of uplink RBs with 31000 kbps ≤ throughput < 34200 kbps
CC
event
int
0~2147483647
-
UlThruBin52
count
Number of uplink RBs with 34200 kbps ≤ throughput < 37400 kbps
CC
event
int
0~2147483647
-
UlThruBin53
count
Number of uplink RBs with 37400 kbps ≤ throughput < 40600 kbps
CC
event
int
0~2147483647
-
UlThruBin54
count
Number of uplink RBs with 40600 kbps ≤ throughput < 43800 kbps
CC
event
int
0~2147483647
-
UlThruBin55
count
Number of uplink RBs with 43800 kbps ≤ throughput < 47000 kbps
CC
event
int
0~2147483647
-
UlThruBin56
count
Number of uplink RBs with 47000 kbps ≤ throughput < 50200 kbps
CC
event
int
0~2147483647
-
UlThruBin57
count
Number of uplink RBs with 50200 kbps ≤ throughput < 53400 kbps
CC
event
int
0~2147483647
-
UlThruBin58
count
Number of uplink RBs with 53400 kbps ≤ throughput < 56600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
369
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Version: 1.0
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Confidential
(Continued) Collection
Collect
Cycle
Unit
UlThruBin59
count
Number of uplink RBs with 56600 kbps ≤ throughput < 59800 kbps
CC
event
int
0~2147483647
-
UlThruBin60
count
Number of uplink RBs with 59800 kbps ≤ throughput < 63000 kbps
CC
event
int
0~2147483647
-
UlThruBin61
count
Number of uplink RBs with 63000 kbps ≤ throughput < 69400 kbps
CC
event
int
0~2147483647
-
UlThruBin62
count
Number of uplink RBs with 69400 kbps ≤ throughput < 75800 kbps
CC
event
int
0~2147483647
-
UlThruBin63
count
Number of uplink RBs with 75800 kbps ≤ throughput < 82200 kbps
CC
event
int
0~2147483647
-
UlThruBin64
count
Number of uplink RBs with 82200 kbps ≤ throughput < 88600 kbps
CC
event
int
0~2147483647
-
UlThruBin65
count
Number of uplink RBs with 88600 kbps ≤ throughput < 95000 kbps
CC
event
int
0~2147483647
-
UlThruBin66
count
Number of uplink RBs with 95000 kbps ≤ throughput < 101400 kbps
CC
event
int
0~2147483647
-
UlThruBin67
count
Number of uplink RBs with 101400 kbps ≤ throughput < 107800 kbps
CC
event
int
0~2147483647
-
UlThruBin68
count
Number of uplink RBs with 107800 kbps ≤ throughput < 114200 kbps
CC
event
int
0~2147483647
-
UlThruBin69
count
Number of uplink RBs with 114200 kbps ≤ throughput < 120600 kbps
CC
event
int
0~2147483647
-
UlThruBin70
count
Number of uplink RBs with 120600 kbps ≤ throughput < 127000 kbps
CC
event
int
0~2147483647
-
UlThruBin71
count
Number of uplink RBs with 127000 kbps ≤ throughput < 139800 kbps
CC
event
int
0~2147483647
-
UlThruBin72
count
Number of uplink RBs with 139800 kbps ≤ throughput < 152600 kbps
CC
event
int
0~2147483647
-
UlThruBin73
count
Number of uplink RBs with 152600 kbps ≤ throughput < 165400 kbps
CC
event
int
0~2147483647
-
UlThruBin74
count
Number of uplink RBs with 165400 kbps ≤ throughput < 178200 kbps
CC
event
int
0~2147483647
-
UlThruBin75
count
Number of uplink RBs with 178200 kbps ≤ throughput < 191000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
370
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
UlThruBin76
count
Number of uplink RBs with 191000 kbps ≤ throughput < 203800 kbps
CC
event
int
0~2147483647
-
UlThruBin77
count
Number of uplink RBs with 203800 kbps ≤ throughput < 216600 kbps
CC
event
int
0~2147483647
-
UlThruBin78
count
Number of uplink RBs with 216600 kbps ≤ throughput < 229400 kbps
CC
event
int
0~2147483647
-
UlThruBin79
count
Number of uplink RBs with 229400 kbps ≤ throughput < 242200 kbps
CC
event
int
0~2147483647
-
UlThruBin80
count
Number of uplink RBs with 242200 kbps ≤ throughput < 255000 kbps
CC
event
int
0~2147483647
-
UlThruBin81
count
Number of uplink RBs with 255000 kbps ≤ throughput < 280600 kbps
CC
event
int
0~2147483647
-
UlThruBin82
count
Number of uplink RBs with 280600 kbps ≤ throughput < 306200 kbps
CC
event
int
0~2147483647
-
UlThruBin83
count
Number of uplink RBs with 306200 kbps ≤ throughput < 331800 kbps
CC
event
int
0~2147483647
-
UlThruBin84
count
Number of uplink RBs with 331800 kbps ≤ throughput < 357400 kbps
CC
event
int
0~2147483647
-
UlThruBin85
count
Number of uplink RBs with 357400 kbps ≤ throughput < 383000 kbps
CC
event
int
0~2147483647
-
UlThruBin86
count
Number of uplink RBs with 383000 kbps ≤ throughput < 408600 kbps
CC
event
int
0~2147483647
-
UlThruBin87
count
Number of uplink RBs with 408600 kbps ≤ throughput < 434200 kbps
CC
event
int
0~2147483647
-
UlThruBin88
count
Number of uplink RBs with 434200 kbps ≤ throughput < 459800 kbps
CC
event
int
0~2147483647
-
UlThruBin89
count
Number of uplink RBs with 459800 kbps ≤ throughput < 485400 kbps
CC
event
int
0~2147483647
-
UlThruBin90
count
Number of uplink RBs with 485400 kbps ≤ throughput < 511000 kbps
CC
event
int
0~2147483647
-
UlThruBin91
count
Number of uplink RBs with 511000 kbps ≤ throughput < 562200 kbps
CC
event
int
0~2147483647
-
UlThruBin92
count
Number of uplink RBs with 562200 kbps ≤ throughput < 613400 kbps
CC
event
int
0~2147483647
-
UlThruBin93
count
Number of uplink RBs with 613400 kbps ≤ throughput < 664600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
371
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
UlThruBin94
count
Number of uplink RBs with 664600 kbps ≤ throughput < 715800 kbps
CC
event
int
0~2147483647
-
UlThruBin95
count
Number of uplink RBs with 715800 kbps ≤ throughput < 767000 kbps
CC
event
int
0~2147483647
-
UlThruBin96
count
Number of uplink RBs with 767000 kbps ≤ throughput < 818200 kbps
CC
event
int
0~2147483647
-
UlThruBin97
count
Number of uplink RBs with 818200 kbps ≤ throughput < 869400 kbps
CC
event
int
0~2147483647
-
UlThruBin98
count
Number of uplink RBs with 869400 kbps ≤ throughput < 920600 kbps
CC
event
int
0~2147483647
-
UlThruBin99
count
Number of uplink RBs with 920600 kbps ≤ throughput < 971800 kbps
CC
event
int
0~2147483647
-
UlThruBin100
count
Number of uplink RBs with 971800 kbps ≤ throughput < 1023000 kbps
CC
event
int
0~2147483647
-
UlThruBin101
count
Number of uplink RBs with throughput ≥ 1023000 kbps
CC
event
int
0~2147483647
-
DlThruBin1
count
Number of downlink RBs with 0 kbps ≤ throughput < 100 kbps
CC
event
int
0~2147483647
-
DlThruBin2
count
Number of downlink RBs with 100 kbps ≤ throughput < 200 kbps
CC
event
int
0~2147483647
-
DlThruBin3
count
Number of downlink RBs with 200 kbps ≤ throughput < 300 kbps
CC
event
int
0~2147483647
-
DlThruBin4
count
Number of downlink RBs with 300 kbps ≤ throughput < 400 kbps
CC
event
int
0~2147483647
-
DlThruBin5
count
Number of downlink RBs with 400 kbps ≤ throughput < 500 kbps
CC
event
int
0~2147483647
-
DlThruBin6
count
Number of downlink RBs with 500 kbps ≤ throughput < 600 kbps
CC
event
int
0~2147483647
-
DlThruBin7
count
Number of downlink RBs with 600 kbps ≤ throughput < 700 kbps
CC
event
int
0~2147483647
-
DlThruBin8
count
Number of downlink RBs with 700 kbps ≤ throughput < 800 kbps
CC
event
int
0~2147483647
-
DlThruBin9
count
Number of downlink RBs with 800 kbps ≤ throughput < 900 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
372
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
DlThruBin10
count
Number of downlink RBs with 900 kbps ≤ throughput < 1000 kbps
CC
event
int
0~2147483647
-
DlThruBin11
count
Number of downlink RBs with 1000 kbps ≤ throughput < 1200 kbps
CC
event
int
0~2147483647
-
DlThruBin12
count
Number of downlink RBs with 1200 kbps ≤ throughput < 1400 kbps
CC
event
int
0~2147483647
-
DlThruBin13
count
Number of downlink RBs with 1400 kbps ≤ throughput < 1600 kbps
CC
event
int
0~2147483647
-
DlThruBin14
count
Number of downlink RBs with 1600 kbps ≤ throughput < 1800 kbps
CC
event
int
0~2147483647
-
DlThruBin15
count
Number of downlink RBs with 1800 kbps ≤ throughput < 2000 kbps
CC
event
int
0~2147483647
-
DlThruBin16
count
Number of downlink RBs with 2000 kbps ≤ throughput < 2200 kbps
CC
event
int
0~2147483647
-
DlThruBin17
count
Number of downlink RBs with 2200 kbps ≤ throughput < 2400 kbps
CC
event
int
0~2147483647
-
DlThruBin18
count
Number of downlink RBs with 2400 kbps ≤ throughput < 2600 kbps
CC
event
int
0~2147483647
-
DlThruBin19
count
Number of downlink RBs with 2600 kbps ≤ throughput < 2800 kbps
CC
event
int
0~2147483647
-
DlThruBin20
count
Number of downlink RBs with 2800 kbps ≤ throughput < 3000 kbps
CC
event
int
0~2147483647
-
DlThruBin21
count
Number of downlink RBs with 3000 kbps ≤ throughput < 3400 kbps
CC
event
int
0~2147483647
-
DlThruBin22
count
Number of downlink RBs with 3400 kbps ≤ throughput < 3800 kbps
CC
event
int
0~2147483647
-
DlThruBin23
count
Number of downlink RBs with 3800 kbps ≤ throughput < 4200 kbps
CC
event
int
0~2147483647
-
DlThruBin24
count
Number of downlink RBs with 4200 kbps ≤ throughput < 4600 kbps
CC
event
int
0~2147483647
-
DlThruBin25
count
Number of downlink RBs with 4600 kbps ≤ throughput < 5000 kbps
CC
event
int
0~2147483647
-
DlThruBin26
count
Number of downlink RBs with 5000 kbps ≤ throughput < 5400 kbps
CC
event
int
0~2147483647
-
DlThruBin27
count
Number of downlink RBs with 5400 kbps ≤ throughput < 5800 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
373
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin28
count
Number of downlink RBs with 5800 kbps ≤ throughput < 6200 kbps
CC
event
int
0~2147483647
-
DlThruBin29
count
Number of downlink RBs with 6200 kbps ≤ throughput < 6600 kbps
CC
event
int
0~2147483647
-
DlThruBin30
count
Number of downlink RBs with 6600 kbps ≤ throughput < 7000 kbps
CC
event
int
0~2147483647
-
DlThruBin31
count
Number of downlink RBs with 7000 kbps ≤ throughput < 7800 kbps
CC
event
int
0~2147483647
-
DlThruBin32
count
Number of downlink RBs with 7800 kbps ≤ throughput < 8600 kbps
CC
event
int
0~2147483647
-
DlThruBin33
count
Number of downlink RBs with 8600 kbps ≤ throughput < 9400 kbps
CC
event
int
0~2147483647
-
DlThruBin34
count
Number of downlink RBs with 9400 kbps ≤ throughput < 10200 kbps
CC
event
int
0~2147483647
-
DlThruBin35
count
Number of downlink RBs with 10200 kbps ≤ throughput < 11000 kbps
CC
event
int
0~2147483647
-
DlThruBin36
count
Number of downlink RBs with 11000 kbps ≤ throughput < 11800 kbps
CC
event
int
0~2147483647
-
DlThruBin37
count
Number of downlink RBs with 11800 kbps ≤ throughput < 12600 kbps
CC
event
int
0~2147483647
-
DlThruBin38
count
Number of downlink RBs with 12600 kbps ≤ throughput < 13400 kbps
CC
event
int
0~2147483647
-
DlThruBin39
count
Number of downlink RBs with 13400 kbps ≤ throughput < 14200 kbps
CC
event
int
0~2147483647
-
DlThruBin40
count
Number of downlink RBs with 14200 kbps ≤ throughput < 15000 kbps
CC
event
int
0~2147483647
-
DlThruBin41
count
Number of downlink RBs with 15000 kbps ≤ throughput < 16600 kbps
CC
event
int
0~2147483647
-
DlThruBin42
count
Number of downlink RBs with 16600 kbps ≤ throughput < 18200 kbps
CC
event
int
0~2147483647
-
DlThruBin43
count
Number of downlink RBs with 18200 kbps ≤ throughput < 19800 kbps
CC
event
int
0~2147483647
-
DlThruBin44
count
Number of downlink RBs with 19800 kbps ≤ throughput < 21400 kbps
CC
event
int
0~2147483647
-
DlThruBin45
count
Number of downlink RBs with 21400 kbps ≤ throughput < 23000 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
374
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin46
count
Number of downlink RBs with 23000 kbps ≤ throughput < 24600 kbps
CC
event
int
0~2147483647
-
DlThruBin47
count
Number of downlink RBs with 24600 kbps ≤ throughput < 26200 kbps
CC
event
int
0~2147483647
-
DlThruBin48
count
Number of downlink RBs with 26200 kbps ≤ throughput < 27800 kbps
CC
event
int
0~2147483647
-
DlThruBin49
count
Number of downlink RBs with 27800 kbps ≤ throughput < 29400 kbps
CC
event
int
0~2147483647
-
DlThruBin50
count
Number of downlink RBs with 29400 kbps ≤ throughput < 31000 kbps
CC
event
int
0~2147483647
-
DlThruBin51
count
Number of downlink RBs with 31000 kbps ≤ throughput < 34200 kbps
CC
event
int
0~2147483647
-
DlThruBin52
count
Number of downlink RBs with 34200 kbps ≤ throughput < 37400 kbps
CC
event
int
0~2147483647
-
DlThruBin53
count
Number of downlink RBs with 37400 kbps ≤ throughput < 40600 kbps
CC
event
int
0~2147483647
-
DlThruBin54
count
Number of downlink RBs with 40600 kbps ≤ throughput < 43800 kbps
CC
event
int
0~2147483647
-
DlThruBin55
count
Number of downlink RBs with 43800 kbps ≤ throughput < 47000 kbps
CC
event
int
0~2147483647
-
DlThruBin56
count
Number of downlink RBs with 47000 kbps ≤ throughput < 50200 kbps
CC
event
int
0~2147483647
-
DlThruBin57
count
Number of downlink RBs with 50200 kbps ≤ throughput < 53400 kbps
CC
event
int
0~2147483647
-
DlThruBin58
count
Number of downlink RBs with 53400 kbps ≤ throughput < 56600 kbps
CC
event
int
0~2147483647
-
DlThruBin59
count
Number of downlink RBs with 56600 kbps ≤ throughput < 59800 kbps
CC
event
int
0~2147483647
-
DlThruBin60
count
Number of downlink RBs with 59800 kbps ≤ throughput < 63000 kbps
CC
event
int
0~2147483647
-
DlThruBin61
count
Number of downlink RBs with 63000 kbps ≤ throughput < 69400 kbps
CC
event
int
0~2147483647
-
DlThruBin62
count
Number of downlink RBs with 69400 kbps ≤ throughput < 75800 kbps
CC
event
int
0~2147483647
-
DlThruBin63
count
Number of downlink RBs with 75800 kbps ≤ throughput < 82200 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
375
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Collection
Collect
Cycle
Unit
DlThruBin64
count
Number of downlink RBs with 82200 kbps ≤ throughput < 88600 kbps
CC
event
int
0~2147483647
-
DlThruBin65
count
Number of downlink RBs with 88600 kbps ≤ throughput < 95000 kbps
CC
event
int
0~2147483647
-
DlThruBin66
count
Number of downlink RBs with 95000 kbps ≤ throughput < 101400 kbps
CC
event
int
0~2147483647
-
DlThruBin67
count
Number of downlink RBs with 101400 kbps ≤ throughput < 107800 kbps
CC
event
int
0~2147483647
-
DlThruBin68
count
Number of downlink RBs with 107800 kbps ≤ throughput < 114200 kbps
CC
event
int
0~2147483647
-
DlThruBin69
count
Number of downlink RBs with 114200 kbps ≤ throughput < 120600 kbps
CC
event
int
0~2147483647
-
DlThruBin70
count
Number of downlink RBs with 120600 kbps ≤ throughput < 127000 kbps
CC
event
int
0~2147483647
-
DlThruBin71
count
Number of downlink RBs with 127000 kbps ≤ throughput < 139800 kbps
CC
event
int
0~2147483647
-
DlThruBin72
count
Number of downlink RBs with 139800 kbps ≤ throughput < 152600 kbps
CC
event
int
0~2147483647
-
DlThruBin73
count
Number of downlink RBs with 152600 kbps ≤ throughput < 165400 kbps
CC
event
int
0~2147483647
-
DlThruBin74
count
Number of downlink RBs with 165400 kbps ≤ throughput < 178200 kbps
CC
event
int
0~2147483647
-
DlThruBin75
count
Number of downlink RBs with 178200 kbps ≤ throughput < 191000 kbps
CC
event
int
0~2147483647
-
DlThruBin76
count
Number of downlink RBs with 191000 kbps ≤ throughput < 203800 kbps
CC
event
int
0~2147483647
-
DlThruBin77
count
Number of downlink RBs with 203800 kbps ≤ throughput < 216600 kbps
CC
event
int
0~2147483647
-
DlThruBin78
count
Number of downlink RBs with 216600 kbps ≤ throughput < 229400 kbps
CC
event
int
0~2147483647
-
DlThruBin79
count
Number of downlink RBs with 229400 kbps ≤ throughput < 242200 kbps
CC
event
int
0~2147483647
-
DlThruBin80
count
Number of downlink RBs with 242200 kbps ≤ throughput < 255000 kbps
CC
event
int
0~2147483647
-
DlThruBin81
count
Number of downlink RBs with 255000 kbps ≤ throughput < 280600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
376
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) How to
Collection
Collect
Cycle
Item
Unit
Definition
DlThruBin82
count
Number of downlink RBs with 280600 kbps ≤ throughput < 306200 kbps
CC
event
int
0~2147483647
-
DlThruBin83
count
Number of downlink RBs with 306200 kbps ≤ throughput < 331800 kbps
CC
event
int
0~2147483647
-
DlThruBin84
count
Number of downlink RBs with 331800 kbps ≤ throughput < 357400 kbps
CC
event
int
0~2147483647
-
DlThruBin85
count
Number of downlink RBs with 357400 kbps ≤ throughput < 383000 kbps
CC
event
int
0~2147483647
-
DlThruBin86
count
Number of downlink RBs with 383000 kbps ≤ throughput < 408600 kbps
CC
event
int
0~2147483647
-
DlThruBin87
count
Number of downlink RBs with 408600 kbps ≤ throughput < 434200 kbps
CC
event
int
0~2147483647
-
DlThruBin88
count
Number of downlink RBs with 434200 kbps ≤ throughput < 459800 kbps
CC
event
int
0~2147483647
-
DlThruBin89
count
Number of downlink RBs with 459800 kbps ≤ throughput < 485400 kbps
CC
event
int
0~2147483647
-
DlThruBin90
count
Number of downlink RBs with 485400 kbps ≤ throughput < 511000 kbps
CC
event
int
0~2147483647
-
DlThruBin91
count
Number of downlink RBs with 511000 kbps ≤ throughput < 562200 kbps
CC
event
int
0~2147483647
-
DlThruBin92
count
Number of downlink RBs with 562200 kbps ≤ throughput < 613400 kbps
CC
event
int
0~2147483647
-
DlThruBin93
count
Number of downlink RBs with 613400 kbps ≤ throughput < 664600 kbps
CC
event
int
0~2147483647
-
DlThruBin94
count
Number of downlink RBs with 664600 kbps ≤ throughput < 715800 kbps
CC
event
int
0~2147483647
-
DlThruBin95
count
Number of downlink RBs with 715800 kbps ≤ throughput < 767000 kbps
CC
event
int
0~2147483647
-
DlThruBin96
count
Number of downlink RBs with 767000 kbps ≤ throughput < 818200 kbps
CC
event
int
0~2147483647
-
DlThruBin97
count
Number of downlink RBs with 818200 kbps ≤ throughput < 869400 kbps
CC
event
int
0~2147483647
-
DlThruBin98
count
Number of downlink RBs with 869400 kbps ≤ throughput < 920600 kbps
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
377
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item DlThruBin99
Unit
Definition
count
Number of downlink RBs with 920600 kbps ≤ throughput
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
< 971800 kbps DlThruBin100
count
Number of downlink RBs with 971800 kbps ≤ throughput < 1023000 kbps
DlThruBin101
count
Number of downlink RBs with throughput ≥ 1023000 kbps
CC
event
int
0~2147483647
-
UlThruAvg
kbps
Average value of user uplink throughput
GAUGE
event
int
0~2147483647
sum (UlThruTot)/ sum (UlThruCnt)
UlThruMax
kbps
Maximum value of user uplink throughput
GAUGE
event
int
0~2147483647
max (UlThruMax)
UlThruMin
kbps
Minimum value of user uplink throughput
GAUGE
event
int
0~2147483647
min (UlThruMin)
UlThruTot
kbps
Sum of User uplink throughput collected
GAUGE
event
int
0~2147483647
-
UlThruCnt
count
User uplink throughput collection count
GAUGE
event
int
0~2147483647
-
DlThruAvg
kbps
Average value of user downlink throughput
GAUGE
event
int
0~2147483647
sum (DlThruTot)/ sum (DlThruCnt)
DlThruMax
kbps
Maximum value of user downlink throughput
GAUGE
event
int
0~2147483647
max (DlThruMax)
DlThruMin
kbps
Minimum value of user downlink throughput
GAUGE
event
int
0~2147483647
min (DlThruMin)
DlThruTot
kbps
Sum of user downlink throughput collected
GAUGE
event
int
0~2147483647
-
DlThruCnt
count
User downlink throughput collection count
GAUGE
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
378
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
24.2 Delay Distribution Packet delay distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin1
count
Number of downlink RBs with 0 ms ≤ delay < 10 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin2
count
Number of downlink RBs with 10 ms ≤ delay < 20 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin3
count
Number of downlink RBs with 20 ms ≤ delay < 30 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin4
count
Number of downlink RBs with 30 ms ≤ delay < 40 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin5
count
Number of downlink RBs with 40 ms ≤ delay < 50 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin6
count
Number of downlink RBs with 50 ms ≤ delay < 60 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin7
count
Number of downlink RBs with 60 ms ≤ delay < 70 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
379
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin8
count
Number of downlink RBs with 70 ms ≤ delay < 80 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin9
count
Number of downlink RBs with 80 ms ≤ delay < 90 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin10
count
Number of downlink RBs with 90 ms ≤ delay < 100 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin11
count
Number of downlink RBs with 100 ms ≤ delay < 110 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin12
count
Number of downlink RBs with 110 ms ≤ delay < 120 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin13
count
Number of downlink RBs with 120 ms ≤ delay < 130 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin14
count
Number of downlink RBs with 130 ms ≤ delay < 140 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin15
count
Number of downlink RBs with 140 ms ≤ delay < 150 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin16
count
Number of downlink RBs with 150 ms ≤ delay < 160 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin17
count
Number of downlink RBs with 160 ms ≤ delay < 170 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin18
count
Number of downlink RBs with 170 ms ≤ delay < 180 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin19
count
Number of downlink RBs with 180 ms ≤ delay < 190 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin20
count
Number of downlink RBs with 190 ms ≤ delay < 200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin21
count
Number of downlink RBs with 200 ms ≤ delay < 210 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin22
count
Number of downlink RBs with 210 ms ≤ delay < 220 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin23
count
Number of downlink RBs with 220 ms ≤ delay < 230 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin24
count
Number of downlink RBs with 230 ms ≤ delay < 240 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin25
count
Number of downlink RBs with 240 ms ≤ delay < 250 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
380
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin26
count
Number of downlink RBs with 250 ms ≤ delay < 260 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin27
count
Number of downlink RBs with 260 ms ≤ delay < 270 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin28
count
Number of downlink RBs with 270 ms ≤ delay < 280 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin29
count
Number of downlink RBs with 280 ms ≤ delay < 290 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin30
count
Number of downlink RBs with 290 ms ≤ delay < 300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin31
count
Number of downlink RBs with 300 ms ≤ delay < 320 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin32
count
Number of downlink RBs with 320 ms ≤ delay < 340 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin33
count
Number of downlink RBs with 340 ms ≤ delay < 360 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin34
count
Number of downlink RBs with 360 ms ≤ delay < 380 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin35
count
Number of downlink RBs with 380 ms ≤ delay < 400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin36
count
Number of downlink RBs with 400 ms ≤ delay < 420 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin37
count
Number of downlink RBs with 420 ms ≤ delay < 440 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin38
count
Number of downlink RBs with 440 ms ≤ delay < 460 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin39
count
Number of downlink RBs with 460 ms ≤ delay < 480 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin40
count
Number of downlink RBs with 480 ms ≤ delay < 500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin41
count
Number of downlink RBs with 500 ms ≤ delay < 550 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin42
count
Number of downlink RBs with 550 ms ≤ delay < 600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin43
count
Number of downlink RBs with 600 ms ≤ delay < 650 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
RlcDlDelayBin44
count
Number of downlink RBs with 650 ms ≤ delay < 700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin45
count
Number of downlink RBs with 700 ms ≤ delay < 750 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin46
count
Number of downlink RBs with 750 ms ≤ delay < 800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin47
count
Number of downlink RBs with 800 ms ≤ delay < 850 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin48
count
Number of downlink RBs with 850 ms ≤ delay < 900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin49
count
Number of downlink RBs with 900 ms ≤ delay < 950 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin50
count
Number of downlink RBs with 950 ms ≤ delay < 1000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin51
count
Number of downlink RBs with 1000 ms ≤ delay < 1100 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin52
count
Number of downlink RBs with 1100 ms ≤ delay < 1200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin53
count
Number of downlink RBs with 1200 ms ≤ delay < 1300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin54
count
Number of downlink RBs with 1300 ms ≤ delay < 1400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin55
count
Number of downlink RBs with 1400 ms ≤ delay < 1500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin56
count
Number of downlink RBs with 1500 ms ≤ delay < 1600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin57
count
Number of downlink RBs with 1600 ms ≤ delay < 1700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin58
count
Number of downlink RBs with 1700 ms ≤ delay < 1800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin59
count
Number of downlink RBs with 1800 ms ≤ delay < 1900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin60
count
Number of downlink RBs with 1900 ms ≤ delay < 2000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin61
count
Number of downlink RBs with 2000 ms ≤ delay < 2100 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
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(Continued) Item
How to
Collection
Collect
Cycle
Unit
Definition
RlcDlDelayBin62
count
Number of downlink RBs with 2100 ms ≤ delay < 2200 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin63
count
Number of downlink RBs with 2200 ms ≤ delay < 2300 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin64
count
Number of downlink RBs with 2300 ms ≤ delay < 2400 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin65
count
Number of downlink RBs with 2400 ms ≤ delay < 2500 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin66
count
Number of downlink RBs with 2500 ms ≤ delay < 2600 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin67
count
Number of downlink RBs with 2600 ms ≤ delay < 2700 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin68
count
Number of downlink RBs with 2700 ms ≤ delay < 2800 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin69
count
Number of downlink RBs with 2800 ms ≤ delay < 2900 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin70
count
Number of downlink RBs with 2900 ms ≤ delay < 3000 ms
CC
event
int
0~2147483647
-
RlcDlDelayBin71
count
Number of downlink RBs with delay ≥ 3000 ms
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
Type
Min/Max
Formula
383
DOC. Code: 2600-00F462GAT
Version: 1.0
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24.3 Drop Distribution Packet drop and loss distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
PdcpSduDropRateDlBin1
count
Definition Number of downlink RBs with SDU packet drop rate ≤
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
0 ppm PdcpSduDropRateDlBin2
count
Number of downlink RBs with 0 ppm < SDU packet drop rate ≤ 1 ppm
PdcpSduDropRateDlBin3
count
Number of downlink RBs with 1 ppm < SDU packet drop rate ≤ 10 ppm
LTE Counter Description_SLR2.3
384
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item
Unit
PdcpSduDropRateDlBin4
count
Definition Number of downlink RBs with 10 ppm < SDU packet
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
drop rate ≤ 100 ppm PdcpSduDropRateDlBin5
count
Number of downlink RBs with 100 ppm < SDU packet drop rate ≤ 1000 ppm
PdcpSduDropRateDlBin6
count
Number of downlink RBs with 1000 ppm < SDU packet drop rate ≤ 10000 ppm
PdcpSduDropRateDlBin7
count
Number of downlink RBs with 10000 ppm < SDU packet drop rate ≤ 100000 ppm
PdcpSduDropRateDlBin8
count
Number of downlink RBs with 100000 ppm < SDU packet drop rate ≤ 1000000 ppm
RlcSduDropRateDlBin1
count
Number of downlink RBs with PDU packet drop rate ≤ 0
CC
event
int
0~2147483647
-
RlcSduDropRateDlBin2
count
Number of downlink RBs with 0 < PDU packet drop rate
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
CC
event
int
0~2147483647
-
≤ 0.000001 RlcSduDropRateDlBin3
count
Number of downlink RBs with 0.000001 < PDU packet drop rate ≤ 0.00001
RlcSduDropRateDlBin4
count
Number of downlink RBs with 0.00001 < PDU packet drop rate ≤ 0.0001
RlcSduDropRateDlBin5
count
Number of downlink RBs with 0.0001 < PDU packet drop rate ≤ 0.001
LTE Counter Description_SLR2.3
385
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Version: 1.0
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Confidential
(Continued) How to Collect
Collection Cycle
Type
Number of downlink RBs with 0.001 < PDU packet drop rate ≤ 0.01
CC
event
int
0~2147483647
-
count
Number of downlink RBs with 0.01 < PDU packet drop rate ≤ 0.1
CC
event
int
0~2147483647
-
RlcSduDropRateDlBin8
count
Number of downlink RBs with 0.1 < PDU packet drop rate ≤ 1
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin1
count
Number of uplink RBs with SDU packet loss rate ≤ 0 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin2
count
Number of uplink RBs with 0 ppm < SDU packet loss rate ≤ 1 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin3
count
Number of uplink RBs with 1 ppm < SDU packet loss rate ≤ 10 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin4
count
Number of uplink RBs with 10 ppm < SDU packet loss rate ≤ 100 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin5
count
Number of uplink RBs with 100 ppm < SDU packet loss rate ≤ 1000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin6
count
Number of uplink RBs with 1000 ppm < SDU packet loss rate ≤ 10000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin7
count
Number of uplink RBs with 10000 ppm < SDU packet loss rate ≤ 100000 ppm
CC
event
int
0~2147483647
-
PdcpSduLossRateUlBin8
count
Number of uplink RBs with 100000 ppm < SDU packet loss rate ≤ 1000000 ppm
CC
event
int
0~2147483647
-
Item
Unit
Definition
RlcSduDropRateDlBin6
count
RlcSduDropRateDlBin7
LTE Counter Description_SLR2.3
Min/Max
Formula
386
DOC. Code: 2600-00F462GAT
Version: 1.0
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24.4 CQI Distribution CQI distribution [Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CqiBin1
count
Number of RBs that use CQI 1
CC
event
int
0~2147483647
-
CqiBin2
count
Number of RBs that use CQI 2
CC
event
int
0~2147483647
-
CqiBin3
count
Number of RBs that use CQI 3
CC
event
int
0~2147483647
-
CqiBin4
count
Number of RBs that use CQI 4
CC
event
int
0~2147483647
-
CqiBin5
count
Number of RBs that use CQI 5
CC
event
int
0~2147483647
-
CqiBin6
count
Number of RBs that use CQI 6
CC
event
int
0~2147483647
-
CqiBin7
count
Number of RBs that use CQI 7
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
387
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Version: 1.0
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Confidential
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
CqiBin8
count
Number of RBs that use CQI 8
CC
event
int
0~2147483647
-
CqiBin9
count
Number of RBs that use CQI 9
CC
event
int
0~2147483647
-
CqiBin10
count
Number of RBs that use CQI 10
CC
event
int
0~2147483647
-
CqiBin11
count
Number of RBs that use CQI 11
CC
event
int
0~2147483647
-
CqiBin12
count
Number of RBs that use CQI 12
CC
event
int
0~2147483647
-
CqiBin13
count
Number of RBs that use CQI 13
CC
event
int
0~2147483647
-
CqiBin14
count
Number of RBs that use CQI 14
CC
event
int
0~2147483647
-
CqiBin15
count
Number of RBs that use CQI 15
CC
event
int
0~2147483647
-
CqiBin16
count
Number of RBs that use CQI 16
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
388
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
25. KPI Calculates the KPI defined in 3GPP 32.450 and provides to the EMS.
25.1 ACCESSIBILITY A KPI that shows probability for an end-user to be provided with an E-RAB at request. Probability success rate for E-RABs establishment. Successful attempts compared with total number of attempts for the different parts of the E-RAB establishment
SAEB.NbrSu ccEstabInit.QCI RRC.SuccCo nnEstab.cause S1SIG.Conn EstabSucc QCI A1 InitialEPS BEstabSR cause 100 RRC.AttConnEstab.cause S1SIG.Conn EstabAtt SAEB.NbrAttEstabInit.QCI cause
A2 AddedEPSBE stabSR
QCI
SAEB.NbrSu ccEstabAdd.QCI 100 SAEB.NbrAttEstabAdd.QCI
QCI
QCI
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
LTE Counter Description_SLR2.3
389
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Version: 1.0
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Confidential
[Statistics Type]
Item ErabAccessibili
Unit %
tyInit
Definition Initial E-RAB establishment success rate.
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
E-RAB Success/ERAB Attempt
Formula (sum (sumRrc_ConnEstabSucc)/ sum (sumRrc_ConnEstabAtt))*(sum (sumS1sig_S1ConnEstabSucc)/sum (sumS1sig_S1ConnEstabAtt))*(sum (sumErab_EstabInitSuccNbr)/sum (sumErab_EstabInitAttNbr))*100
sumRrc_ConnE
count
Sum of RRC ESTAB success count
OW
Period
int
0~2147483647
-
count
Sum of RRC ESTAB attempt count
OW
Period
int
0~2147483647
-
count
Sum of UE logical S1 connection setup
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
stabSucc sumRrc_ConnE stabAtt sumS1sig_S1Co nnEstabSucc sumS1sig_S1Co
success count count
nnEstabAtt sumErab_Estab
Sum of UE logical S1 connection setup attempt count
count
Sum of ERAB setup success count
OW
Period
int
0~2147483647
-
count
Sum of ERAB setup attempt count
OW
Period
int
0~2147483647
-
InitSuccNbr sumErab_Estab InitAttNbr
LTE Counter Description_SLR2.3
390
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item ErabAccessibili
Unit %
tyAdd
Definition Added E-RAB establishment success rate
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Added E-RAN Success/Added ERAB
Formula (sum (sumErab_EstabAddSuccNbr)/ sum (sumErab_EstabAddAttNbr))*100
Attempt sumErab_Estab
count
AddSuccNbr sumErab_Estab
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
if ((sum (sumRrc_ConnEstabAtt)=0),
count count
AddAttNbr ErabConnection
Sum of ERAB additional setup success Sum of ERAB additional setup attempt count
%
FailureRate
probability for an end-user to not be provided with an E-UTRAN Radio
0, if ((sum (sumS1sig_S1ConnEstabAtt)
Access Bearer at initial request
=0), 0, if ((sum (sumErab_ EstabInitAttNbr)=0),0,100-(sum (sumRrc_ConnEstabSucc)/sum (sumRrc_ConnEstabAtt))*(sum (sumS1sig_S1ConnEstabSucc)/sum (sumS1sig_S1ConnEstabAtt))*(sum (sumErab_EstabInitSuccNbr)/sum (sumErab_EstabInitAttNbr))*100)))
LTE Counter Description_SLR2.3
391
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
25.2 RETAINABILITY A measurement that shows how often an end-user abnormally looses an E-RAB during the time the E-RAB is used.
R2
SAEB. Re lAct .QCI QCI
SAEB.SessionTimeUE
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
[Statistics Type]
Item ErabRetainability
Unit %
Definition Number of E-RABs with data in a buffer that
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~3.4*10^38
was abnormally released sumRelActive
count
Number of active E-RABs, for which a call is
Formula sum (sumRelActive)/sum (RetainSessionTimeUE)*100
OW
Period
int
0~2147483647
-
OW
Period
float
0~60*Period*1000
-
released due to abnormal operation in eNB. RetainSessionTi
ms
Total In-session Time of UE
meUE
LTE Counter Description_SLR2.3
392
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
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25.3 INTEGRITY A KPI that shows how E-UTRAN impacts the service quality provided to an end-user. Payload data volume on IP level per elapsed time unit on the Uu interface. E-UTRAN IP Throughput
V _ tp _ DL IP_ Throughput Samples
T _ tp _ DL Samples
E-UTRAN IP Latency Downlink
LatQCI x DRB.IPLatDlQCI x
[Index] Name
Range
Description
cNum
0~8
Cell Index
mcID
0~17
Subcell Index (displayed only for smart cell configuration; included in the statistics)
QCI
1~9
QoS Class Identifier
LTE Counter Description_SLR2.3
393
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
[Statistics Type] Collection
Collect
Cycle
Unit
EutranIpThroughput
kbps
EutranIpThroughput for each QCI
OW
Period
float
0~3.4*10^38
avg (EutranIpThroughput)
EutranIpLatency
ms
EutranIpLatency for each QCI
OW
Period
float
0~60*Period*1000
avg (EutranIpLatency)
LTE Counter Description_SLR2.3
Definition
How to
Item
Type
Min/Max
Formula
394
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
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25.4 AVAILABILITY A KPI that shows Availability of E-UTRAN Cell. Percentage of time that the cell is considered available. For the cell availability, provides the statistics of the elapsed time from the cell down due to the fault until its recovery. E-UTRAN Cell Availability
CellAvaila bility
measuremen t_period - RRU.CellUnavailableT ime.[cause ] cause
measurement _ period
100
[Index] Name
Range
Description
cNum
0~8
Cell Index
[Statistics Type]
Item EutranCellAvailability
Unit %
Definition Percentage of time that the cell is
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
considered available
Formula (sum (cellAvail_pmPeriodTime)-sum (read_CellUnavailableTime))*100/ sum (cellAvail_pmPeriodTime)
read_CellUnavailableTime
s
Measures the disabled time per
OW
Period
int
0~60*Period
-
OW
Period
int
0~60*Period
-
measurement period. cellAvail_pmPeriodTime
LTE Counter Description_SLR2.3
s
Data collection period.
395
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
25.5 MOBILITY A KPI that shows how E-UTRAN Mobility functionality is working. Success rate of E-UTRAN Mobility. Mobility Success RateQCI x
HO.ExeSucc HO.PrepSucc.QCIQCI x 100% HO.ExeAtt HO.PrepAtt.QCIQCI x
The handover is calculated for each case to produce the KPI. Intra eNB Handover X2 Handover Out X2 Handover In S1 Handover Out S1 Handover In Inter-RAT HPRD Handover HO.PrepAtt.QCI is calculated by HO.PrepSucc.QCI+HO.PrepFail.QCI. [Index] Name
Range
Description
cNum
0~8
Cell Index
LTE Counter Description_SLR2.3
396
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
[Statistics Type]
Item EutranMobilityHOI
Unit %
ntra
Definition HOIntra Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOIntra_Succ)/sum (sumHOIntra_Att)*(sum (sumHOIntra_PrepSucc)/sum (sumHOIntra_Att))*100
sumHOIntra_Att
count
Sum of intra handover attempt count
OW
Period
int
0~2147483647
-
sumHOIntra_Succ
count
Sum of intra handover execution success
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOX2Out_Succ)/
count sumHOIntra_PrepSu
count
cc EutranMobilityHOX
Sum of intra handover preparation success count
%
2Out
HOX2Out Success rate of E-UTRAN Mobility
sum (sumHOX2Out_Att)*(sum (sumHOX2Out_PrepSucc)/ sum (sumHOX2Out_Att))* 100
sumHOX2Out_Att
count
Sum of X2 handover attempt count by
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
SeNB sumHOX2Out_Succ
count
Sum of X2 handover execution success count by SeNB
sumHOX2Out_Prep Succ
LTE Counter Description_SLR2.3
count
Sum of X2 handover preparation success count by SeNB
397
DOC. Code: 2600-00F462GAT
Version: 1.0
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Confidential
(Continued) Item EutranMobilityHOX
Unit %
2In
Definition HOX2In Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOX2In_Succ)/sum (sumHOX2In_Att)*(sum (sumHOX2In_PrepSucc)/sum (sumHOX2In_Att))*100
sumHOX2In_Att
count
Sum of X2 handover attempt count by TeNB
OW
Period
int
0~2147483647
-
sumHOX2In_Succ
count
Sum of X2 handover execution success count
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOS1Out_Succ)/sum
by TeNB sumHOX2In_PrepS
count
ucc EutranMobilityHOS
Sum of X2 handover preparation success count by TeNB
%
1Out
HOIS1Out Success rate of E-UTRAN Mobility
(sumHOS1Out_Att)*(sum (sumHOS1Out_PrepSucc)/sum (sumHOS1Out_Att))*100
sumHOS1Out_Att
count
Sum of S1 handover attempt count by SeNB
OW
Period
int
0~2147483647
-
sumHOS1Out_Succ
count
Sum of S1 handover execution success count
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
by SeNB sumHOS1Out_Prep Succ
LTE Counter Description_SLR2.3
count
Sum of S1 handover preparation success count by SeNB
398
DOC. Code: 2600-00F462GAT
Version: 1.0
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
Confidential
(Continued) Item EutranMobilityHOS1In
Unit %
Definition HOS1In Success rate of E-UTRAN
How to
Collection
Collect
Cycle
OW
Period
Type float
Min/Max 0~100
Mobility
Formula sum (sumHOS1In_Succ)/sum (sumHOS1In_Att)*(sum (sumHOS1In_PrepSucc)/sum (sumHOS1In_Att))*100
sumHOS1In_Att
count
Sum of S1 handover attempt count by
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatHrpd_Succ)/
TeNB sumHOS1In_Succ
count
Sum of S1 handover execution success count by TeNB
sumHOS1In_PrepSucc
count
Sum of S1 handover preparation success count by TeNB
EutranMobilityHOInter
%
RatHrpd
HOInterRat Success rate of EUTRAN Mobility
sum (sumHOInterRatHrpd_Att)* (sum (sumHOInterRatHrpd_Prep Succ)/sum (sumHOInterRatHrpd_ Att))*100
sumHOInterRatHrpd_
count
Att sumHOInterRatHrpd_ Succ
LTE Counter Description_SLR2.3
Sum of Inter RAT Optimized HRPD
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
handover attempt count count
Sum of Inter RAT Optimized HRPD handover execution success count
399
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item sumHOInterRatHrpd_
Unit count
PrepSucc
Definition Sum of Inter RAT Optimized
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatUtranOut_
HRPD handover preparation success count
EutranMobilityHOInter
%
RatUtranOut
HOInterRatUtranOut rate of EUTRAN Mobility
Succ)/sum (sumHOInterRatUtran Out_Att)*(sum (sumHOInterRat UtranOut_PrepSucc)/sum (sumHOInterRatUtranOut_Att))*100
sumHOInterRatUtranO
count
ut_Att sumHOInterRatUtranO
count
RatUtranIn
Period
int
0~2147483647
-
Sum of LTE to Inter RAT UTRAN
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
sum (sumHOInterRatUtranIn_Succ)/
handover preparation fail count count
ut_PrepSucc EutranMobilityHOInter
OW
handover attempt count
ut_Succ sumHOInterRatUtranO
Sum of LTE to Inter RAT UTRAN
Sum of LTE to Inter RAT UTRAN handover preparation success count
%
HOInterRatUtranIn rate of EUTRAN Mobility
sum (sumHOInterRatUtranIn_Att)* (sum (sumHOInterRatUtranIn_ PrepSucc)/sum (sumHOInterRat UtranIn_Att))*100
LTE Counter Description_SLR2.3
400
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
sumHOInterRatUtranIn
count
_Att sumHOInterRatUtranIn
count
Collection
Collect
Cycle
Type
Min/Max
Formula
OW
Period
int
0~2147483647
-
Sum of Inter RAT UTRAN to LTE
OW
Period
int
0~2147483647
-
OW
Period
int
0~2147483647
-
OW
Period
float
0~100
(sum (sumHOS1Out_Succ)+sum
handover execution success count count
_PrepSucc EutranMobilityHoInter
Sum of Inter RAT UTRAN to LTE
How to
handover attempt count
_Succ sumHOInterRatUtranIn
Definition
Sum of Inter RAT UTRAN to LTE handover preparation success count
%
probability that an end-user successfully completed a handover
(sumHOX2Out_Succ))/(sum
to a separate eNodeB of the same
(sumHOS1Out_Att)+sum
frequency
(sumHOX2Out_Att))*(sum (sumHOS1Out_PrepSucc)+sum (sumHOX2Out_PrepSucc))/(sum (sumHOS1Out_Att)+sum (sumHOX2Out_Att))*100
LTE Counter Description_SLR2.3
401
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
26. Scheduler 26.1 Measurement Report Collects MR statistics when the Measurement Report message is received for each event. [Index] Name
Range
Description
cNum
0~8
Serving Cell Index
tcId
0~268435455
Target Cell Index.
[Statistics Type]
Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
A1Event
count
Measurement by EVENT A1 (Refer TS36.331)
CC
event
int
0~2147483647
-
A2Event
count
Measurement by EVENT A2
CC
event
int
0~2147483647
-
A3Event
count
Measurement by EVENT A3
CC
event
int
0~2147483647
-
A4Event
count
Measurement by EVENT A4
CC
event
int
0~2147483647
-
A5Event
count
Measurement by EVENT A5
CC
event
int
0~2147483647
-
B1Event
count
Measurement by EVENT B1
CC
event
int
0~2147483647
-
B2Event
count
Measurement by EVENT B2
CC
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
402
DOC. Code: 2600-00F462GAT
Version: 1.0
Confidential
This document is property of Use or Copy of this document without proper permission from the appropriate technical-document managing department is prohibited.
(Continued) Item
Unit
Definition
How to
Collection
Collect
Cycle
Type
Min/Max
Formula
MrCnt
count
Measurement Report collection count
CC
event
int
0~2147483647
-
MrCid
tcID
Collection requested tcID
OW
event
int
0~2147483647
-
LTE Counter Description_SLR2.3
403
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