Ericsson Radio Systems Overview

Ericsson Radio System Overview

Ericsson Radio System  Overview LZU1089991

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Ericsson Radio 5G System CoreOverview Concept

Ericsson Radio System Overview STUDENT BOOK LZT1381612 R5A

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Ericsson Radio System Overview

DISCLAIMER This book is a training document and contains simplifications. Therefore, it must not be considered as a specification of the system. The contents of this document are subject to revision without notice due to ongoing progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document.

This document is not intended to replace the technical documentation that was shipped with your system. Always refer to that technical documentation during operation and maintenance.

© Ericsson AB 2018 This document was produced by Ericsson. The book is to be used for training purposes only and it is strictly prohibited to copy, reproduce, disclose or distribute it in any manner without the express written consent from Ericsson. This Student Book, LZT1381612 R5A supports course number LZU1089991 R5A.

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Ericsson Radio System Overview

Course Objectives On completion of this course the participants will be able to: › › › › › › › ›

Discuss the evolution of the radio access network List the features of the baseband products Describe the different Fronthaul products suited for macro and small cell deployments Identify different Radio Products and their primary features Describe the wide range of Backhaul products for Outdoor and Indoor Scenarios List the new enclosure and power options available under Ericsson Radio System Hardware Expand the products under Small cell portfolio and describe their features and benefits List and discuss the available Energy solution options under the Ericsson Radio System portfolio

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Ericsson Radio System Overview

Table of Contents Chapters……………………………………………………………....Page 1 2 3 4 5 6 7 8

Introduction to Ericsson Radio System ……………….………………..… 007 Baseband …………………………………..…………………………………057 Fronthaul……………………………………………………………………… 093 Radio …………………………………………………………………………. 129 Backhaul…………………………………………………………………….. 189 Enclosures and Power Systems ……………………………..................... 227 Small Cells ………………………………………………….…….................263 Green Deployment/Energy Solutions ….…………………………............ 299

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Ericsson Radio System Overview

Intentionally Blank

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Ericsson Radio System Overview

Ericsson Radio System Overview Introduction to Ericsson Radio System

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Ericsson Radio System Overview

Objectives of Chapter 1 After this chapter the participants will be able to: 1

Discuss the evolution of the radio access network

1.1 Identify a typical existing site and its challenges to meet the future demands 1.2 List the requirements for the future networks 1.3 Explain the multi-standard, multi-band and multi-layer solutions with Ericsson Radio System 1.4 Discuss how a typical Ericsson Radio System based site could look like © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-8

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Ericsson Radio System Overview

Market Trends and insights TRAFFIC GROWTH

MULTI STANDARD GSM HSPA LTE

2015 10x 2021 2015

COVERAGE

2021

MOBILE SUBS by region and technology

≈ 95% > 90%

GSM HSPA LTE

≈ 75% © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-9 Source:

MEA

AP

LA

CEE

WE

NA

Ericsson Mobility Report June 2016

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Ericsson Radio System Overview

Radio trends Driving the requirements for radio network transformation

Multi‐standard

Multi‐band

and more on the way

now

Multi‐layer

is becoming the norm

5000 MHZ 3500 MHZ

LTE WCDMA/HSPA GSM/EDGE

2600

MHZ

CA FDD/TDD

1800 MHZ 800 MHZ

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Ericsson Radio System Overview

Radio Transformation Requirements Multi-standard // Multi-band // Multi-layer RADIO PERFORMANCE

Deliver the best user experience

SCALABILITY

FLEXIBILITY

ENERGY EFFICIENCY

TOTAL COST OF OWNERSHIP

Meet the Deliver capacity Sustainable Secure the best challenge and performance and profitable business case for of growth where it is needed networks mobile networks

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Ericsson Radio System Overview

Networks are about 3 x Multi Multi3X Networks Multi-standard multi-band multi-layer GSM HSPA 5.0 GHz UNLICENSED

LTE

2600 TDD

CARRIER AGGREGATION

2100

1800

900 COORDINATED MACRO & SMALL CELLS

800

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Ericsson Radio System Overview

MULTI-standard Multi-Standard Opportunities opportunities

DRIVERS › MBB introduction/expansion › GSM Spectrum Refarming › Devices ecosystem

CHALLENGES Spectrum & cost efficiency, and minimum site impact

SOLUTIONS › Thin layer GSM › Ericsson Radio System › Ericsson Network Manager

Maintain network simplicity & add flexibility

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Ericsson Radio System Overview

Thin layer GSM

900  MHz

1800  MHz

GSM

GSM

GSM GSM NETWORK EFFICIENCY

GSM +  WCDMA

NO GSM UNIQUE HW

OPEX

layer

COMPETENCE

Thin

POWER

Re-farming

For hspa/lte

HW

gsm

SPECRTUM

Free up more spectrum for MBB

GSM AUTOMATION

GSM + LTE

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Ericsson Radio System Overview

SPECTRUM Spectrum Consideration CONSIDERATION LICENSE ASSISTED ACCESS (LAA)

LTE Primary Carrier

LTE Secondary Carrier

Licensed Spectrum

Unlicensed Spectrum

GSM REFARMING

FDD/TDD CONVERGENCE TDD UL TDD DL FDD UL+DL

900 MHz

GSM

GSM + WCDMA

1800 MHz

GSM

GSM + LTE

NEW BANDS

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Ericsson Radio System Overview

Maximize MBB Coverage MAXIMIZE MBB COVERAGE Psi Coverage Cost-efficient coverage expansion

4wayRx DIV Matches mid band to low band High band

AIR 4RX

Mid band

Low and medium capacity area

CELL COVERAGE AREA

CA/MC Matches downlink to low band High band

AIR 4RX

Low band

CELL COVERAGE AREA

LTE CA/HSPA MC

Mid Band

LTE CA/HSPA MC

Low band

CELL COVERAGE AREA

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Ericsson Radio System Overview

Innovation for performance

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Ericsson Radio System Overview

4X4 MIMO

4x4

100% cell Capacity increase

MIMO

HIGHER SPECTRUM EFFICIENCY

175%

MORE NETWORK CAPACITY

cell edge bit rate

HIGHER END-USER THROUGHPUT

2X2

4X2

4X4

Two Data Streams Two Transmission Paths

Two Data Streams Four Transmission Paths

Four Data Streams Four Transmission Paths *as compared to 2x2 for TDD B41 for 1732m ISD equal buffer

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Ericsson Radio System Overview

LTE DL MIMO Evolution Peak Rate

Higher Speed Massive MIMO

(20MHz 64QAM)

More Capacity

600 MBPS

Better Performance

8x8 MIMO

cat-8

Higher Spectrum Efficiency

300 MBPS

4x4 MIMO

cat-5

Better Coverage

150

MBPS cat-4

4x2 MIMO

2x2 MIMO

75

MBPS

cat-3

Diversity/ Beamforming Released

Diversity/ Beamforming

8x2 MIMO (TDD)

Diversity/ Beamforming

Future

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Coverage

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Ericsson Radio System Overview

Best BestHSPA Hspaperformance Performance Multicarrier & Data Acceleration

MULTICARRIER

DATA ACCELERATION 32MBPS

RNC 3CHSDPA (downlink)

EUL-MC

Uplink peak rate

(uplink)

F1 F2 F3

Up to 6x higher user throughput in uplink

15 MHz

10 MHz

downlink

uplink

DOWNLINK

UPLINK

F1 F2

63MBPS downlink peak rate

Up to 3x higher user throughput in downlink

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Ericsson Radio System Overview

High Capacity MBB Site High Capacity MBB site - WCDMA Wcdma VERY HIGH CAPACITY

HIGH CAPACITY

Power Pooling

Power Pooling

Power Pooling

F F F F 1 2 3 4

F5 F6

F F F 1 2 3

2x 900 MHz

4x 2100 MHz

BB P1

BBP 3

BB P2

F 4 1x 900 MHz

3x 2100 MHz

CE Pooling

BB P1

BBP 3

CE Pooling

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Ericsson Radio System Overview

Site Trends › High cost pressure › Increased focus on energy efficiency

TOTAL COST OF OWNERSHIP

› Complex & large sites: – Multi band & multi layer & multi energy – C-RAN and Elastic RAN

› Multi-vendor requirements from operators

ENERGY EFFICIENCY

› Infrastructure companies providing power and also enclosures for operators › New energy storage technologies

FLEXIBILITY

› Remote site management to save OPEX › Industry and Society, IoT

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Ericsson Radio System Overview

AREA TRAFFIC DENSITY

Small cellscells strength high traffic Small Strength IMPROVE DENSIFY ADD

IMPROVE IMPROVE DENSIFY IMPROVE

DENSE  URBAN

DENSIFY

URBAN

SUBURBAN

RURAL

ADD

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Ericsson Radio System Overview

Coordination Key to the User Experience and TCO Coordination Uncoordinated cells

coordinated cells

Tightly coordinated cells

Split Spectrum (Basic Mobility)

Shared Spectrum (Full X2 Mobility)

Common Baseband (CoMP)

ADD9 cells for 2X capacity

Limited User High Experience TCO

ADD5

cells for 2X capacity

Good User Reduced ExperienceTCO

50%

ADD3

cells for 2X capacity

Great User Reduced Experience TCO

70%

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Ericsson Radio System Overview

Solutions for 3xMulti Solutions for 3XMulti Multistandard

Centralized RAN

Baseband Polling

Spectrum Refarming

GSM network efficiency

No GSM unique HW GSM automation

LTE Carrier Aggregation

Multi-band

Small Cell Portfolio

HSPA Dual Band Multi Carrier

Small Cell Coordination

Multi Standard Mixed Mode

Single standard

Multi standard

Ericsson Radio System

Load Management

Integrated Small Cells

Multi-layer

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Ericsson Radio System Overview

Ericsson Radio System

5 bands, 3 standards, 1 antenna 1 Gbps microwave backhaul © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-26

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Ericsson Radio System Overview

Ericsson Radio System Think Site, think End to End

SITE

RADIO

SMALL CELL

FRONT- BASEBAND HAUL

BACKHAUL

POWER

ENCLOSURE

CONTROLLER

A Site is not one radio only or one digital unit only. It is a complete system with all functions.

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Ericsson Radio System Overview

17 New products in Ericsson Radio System

AIR 1281

Streetmacro 6701

Multi-band

AIR 4488

Radio 2238

Massive MIMO + Passive Antennas

Massive MIMO

Street Macro

AIR 4455

AIR 3239

Mid-band

Radio 8823

AIR 5331

Small Cell

Radio 4402

Radio 4408

AIR 6479

AIR 3252

Baseband

5G Dot

Baseband 6318

AIR 8828

Fronthaul

Fronthaul 6322

Fronthaul 6622

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Ericsson Radio System Overview

COMPLETE 5G RADIO PORTFOLIO 5G NR Radios AIR

COMPLETE 5G NR MASSIVE MIMO RADIO PORTFOLIO

6468

› New Mid-band and High-Band versions › Support 5G plug-ins: Massive MIMO and Multi-user MIMO › Work with today’s Ericsson Radio System Baseband

AIR

6488

AIR

5121 Baseband

LTE + 5G Plug-Ins Backwards compatible

Interworking

5G NR New Radio interface

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Ericsson Radio System Overview

Ericsson Radio System on the road to 5G

50%

GLOMO AWARD red dot award

Smaller

› Highest performance › Lowest TCO › Best energy efficiency

50% LIGHTER

Industry’s most

compact radio

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Ericsson Radio System Overview

Adapt to any Adapt to any site site › Multiple mounting options › Simplified site acquisition › Minimize footprint › Fast installation and expansion › Airflow innovation

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Ericsson Radio System Overview

Reduced windload

1667

314

NEWTON

NEWTON

Based on 3 band sector with wind speed 55 m/s © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-32

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Ericsson Radio System Overview

The Radio Portfolio

The Radio Portfolio

Macro radios

Active Active Passive Active

Small cells

Active Active Passive

AIR

Building practice

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Ericsson Radio System Overview

Go underground Vault Radio 2268 OPERATOR CHALLENGE

Quickly add capacity in dense urban areas with minimal visual impact

GO UNDERGROND

Vault Radio 2268

› Place radio in existing underground vaults with fiber and power infrastructure connected to antenna on ground level › Fast permit process and deployment › No visual impact in street environment VAULT RADIO 2268 › Protected from total dust ingress and long term immersion (IP68) › Versions for all Radio System micro bands (TDD / FDD / LAA) › Full integration with existing network, including Carrier Aggregation capability

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Ericsson Radio System Overview

The network enabler –the most powerful Baseband 4x4 MIMO Devices 960MHz Antenna BW 1 Gbps Devices 10GE interfaces

Cell site router › Integrated

Spectrum migration › Mixed Mode operation › LTE FDD/TDD, WCDMA, GSM

Optimal coordination Elastic RAN Internet of Things >8000 CU

5G Prepared Split architecture

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Ericsson Radio System Overview

Backhaul portfolio MINI-LINK 6354

MINI-LINK 6352 Switch 6391 MINI-LINK 6351

MINI-LINK 6363 Router 6675

MINI-LINK 6692 MINI-LINK 6691

Router 6672 MINI-LINK 6651

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Ericsson Radio System Overview

Ericsson EricssonRadio RadioSystem System : Mini-Link MINI LINK Products Transport portfolio with advanced radio integration Highest node capacity in smallest form factor World´s smallest high power radio unit Managed by Ericsson Network Manager

MINI-LINK 6351

MINI-LINK 6363

MINI-LINK 6352 Fronthaul 6392

MINI-LINK 6691

MINI-LINK 6692

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Ericsson Radio System Overview

Ericsson system: Ericssonradio Radio System Router Router Products Transport portfolio with advanced radio integration High density 10G and 100G interfaces SDN enabled Managed by Ericsson Network Manager

Router 6371

Router 6471

Router 6672

Router 6675

Router 6274

Small Cell Outdoor

Small Cell Indoor

Cell Site Router

Pre-aggregation Router

Modular Aggregation Router

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Ericsson Radio System Overview

Increase Traffic Expand MBB Accommodate C-RAN

TRAFFIC

Site demands for all needs – Enclosure Products

634 0

633 0

632 0

6130

6140

6150

DENSE URBAN URBAN

SUBURBA N RURAL

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Ericsson Radio System Overview

Remote site management –A

Cloud application

ESCM

Customers private IP network

Server hall

Operations Center

ESC

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Ericsson Radio System Overview

Protect your investment RBS 2000

RBS 3000

RBS 6000

Ericsson radio system

5G

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Ericsson Radio System Overview

Ericsson EricssonNetwork NetworkManager Manager ERICSSON NETWORK  MANAGER

4G

WIF I

4GIP

Edge IMS

3G

2G

uW

Opto CS

Macro

Pico

Dot

Ethernet

HARMONIZED OPERATIONS VoLTE

CONVERGED PROCESSES

EPC

SDN NFV

EFFICIENCY & QUALITY

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Harmonized Operations -

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Ericsson Radio System Overview

Reduce space and power needs Digital Units

TCU

Baseband

= GSM HSPA LTE TCU

80% less space with 56% power saving © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-43

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Ericsson Radio System Overview

Baseband 52XX

Introduction of ip-only transport › Sites with two Baseband 52XX

Multi standard Mixed Mode operation WCDMA+GSM

Single standard Mixed Mode operation LTE

LTE

–IP transport aggregation for all standards by Baseband 52XX

WCDMA GSM

10GE

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Ericsson Radio System Overview

Ericsson GREEN LTE ‐25%

› HW and SW solutions which decrease RBS energy consumption

› No penalty on network performance

CELL SLEEP MODE MICRO SLEEP TX AIR ANTENNA SOLUTION

‐17%

ENERGY SAVINGS

AREA TRAFFIC DENSITY

› Smart LTE software to decrease radio power when its not needed

ENERGY SAVINGS

‐ 52%

ENERGY SAVINGS

CELL SLEEP MODE MICRO SLEEP TX

MICRO SLEEP TX MIMO SLEEP MODE PSI COVERAGE

DENSE URBAN URBAN

SUBURBAN

RURAL

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Ericsson Radio System Overview

Smart scheduling saves energy Low Energy Scheduler Solution OPERATOR CHALLENGE

-15%

Reduce network OPEX by lowering energy consumption while securing top performance

POWER SAVING POTENTIAL

Conventional Scheduler

NEW UNIQUE SOFTWARE: SCHEDULE LTE TRAFFIC TO SAVE ENERGY › Group downlink LTE traffic in time › Enable power amplifier to go more often in sleep mode › Seen in field: 6 % additional energy saving ›

Low Energy Scheduler Solution

Total saving potential including micro sleep TX: -15%

› Less interference in network ›

Improved App Coverage

Time

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Ericsson Radio System Overview

Energy savings HW+SW

High Traffic Sites Micro Sleep TX • Cells Sleep Mode • Cell sleep Mode • Antenna Integrated Radio

Medium Traffic Sites

•

860W

-25% 647W

• •

•

Micro Sleep TX MIMO sleep Mode Cells Sleep Mode

840W

-17%

Low Traffic Sites •

• •

Micro Sleep TX MIMO Sleep Mode Psi Coverage

840W

-52%

695W 405W

1882 Kwh/Site/year

1270 Kwh/Site/year

3810 Kwh/Site/year

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Ericsson Radio System Overview

Ericsson Cloud RAN For 4G and 5G

Intelligent Interconnect Automated Network Fabric, distributed intelligence and controllers for automated connectivity

Distributed RAN

Centralized RAN

Elastic RAN

Virtualized RAN

Simple flat architecture relaxed interconnect and simple deployment

Colocation of resources for maximum interworking and performance in hotspots

Adaptable interworking across the network for D-RAN and C-RAN

Introducing split architecture for full flexibility on the road to 5G

Radio Coordination Improved spectral efficiency and end-user experience

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Ericsson Radio System Overview

RAN virtualization Plug-In Centralized Layer 3, common mobility anchor

5G NR L3 L2 high L2 low L1

RAN Virtualization Plug-in benefits

L2 Low L1

L2 Low L1

High Capacity High Availability

Centralized RAN Architecture

Distributed RAN Architecture Ericsson Commercial in Confidence | © Ericsson AB 2016

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Ericsson Radio System Overview

Operators Steer towards 5G Driven by Mobile Broadband and Internet of Things

7.7

Billion MBB SUBSCRIPTIONS by 2021

1.5

5G

Billion Cellular IoT devices by 2021

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Source: Ericsson Mobility Report, June 2016

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Ericsson Radio System Overview

Operator waypoints Operator Waypoints On the road On the road to 5G to 5G

5G PERFORMANCE EVOLUTION Massive MIMO // Cloud RAN // Gigabit speeds

NETWORK DENSIFICATION Add macro // Add micro // Minimize footprint

SPECTRUM OPTIMIZATION Analyze // Optimize // Add unlicensed bands © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-51 Ericsson Radio System Shifts to Next Gear | Commercial in confidence | © Ericsson AB 2016 | 2016-08-26 | Page 51

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Ericsson Radio System Overview

5G Use Cases BROADBAND AND MEDIA EVERYWHERE

5G USE CASES

SMART VEHICLES, TRANSPORT CRITICAL SERVICES AND INFRASTRUCTURE CONTROL CRITICAL CONTROL OF REMOTE DEVICES

HUMAN MACHINE INTERACTION

SENSOR NETWORKS

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Ericsson Radio System Overview

Access Complexities Use Case Technical Requirements Vary Widely

Use Cases

Technical Requirements

Sensors Everywhere

Broadband and Media Everywhere Smart Vehicles, Transport

Infrastructure, Monitor and Control

Critical Control of Remote Devices

Interaction Human-IoT

›

High User Density

›

High Capacity

›

Low Device Energy Consumption

›

Good Cell Edge Performance

›

Reduced Signaling

›

Low Latency

›

Access to New Spectrum

›

Faster Data Throughput

›

High Availability

›

Quality Uplink

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Ericsson Radio System Overview

Ericsson 5G Plug-ins

Software innovations applying 5G technology concepts

5g

MASSIVE MIMO MULTI-USER MIMO RAN VIRTUALIZATION LATENCY REDUCTION INTELLIGENT CONNECTIVITY

4G

Mobile Broadband

IoT

VoLTE

Public Safety

Indoor Fixed Wireless Access

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Ericsson Radio System Overview

Summary of Chapter 1 The participants should now be able to: 1

Discuss the evolution of the radio access network

1.1 Identify a typical existing site and its challenges to meet the future demands 1.2 List the requirements for the future networks 1.3 Explain the multi-standard, multi-band and multi-layer solutions with Ericsson Radio System 1.4 Discuss how a typical Ericsson Radio System based site could look like © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-55

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Ericsson Radio System Overview

Intentionally Blank

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Ericsson Radio System Overview

Ericsson Radio System Overview

Baseband

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Ericsson Radio System Overview

Objectives of Chapter 2 After this chapter the participants will be able to: 2

List the features of the baseband products

2.1 Identify and list the primary features of new Basebands 2.2 List the existing Digital Units and explain their primary features 2.3 Explain with use cases different baseband deployment configurations

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Ericsson Radio System Overview

Ericsson Radio System MINI-LINK 6352 Fronthaul 6392

Power 6610

Power 6306 Enclosure 6306 Enclosure 6110

Radio 2203

Radio 2217

Baseband 5216

Radio 0208

Baseband 5212

Power 6302

MINI-LINK 6692

Router 6274

MINI-LINK 6691

Router 6672

MINI-LINK 6363

MINI-LINK 6351

Router 6675

Baseband R503 Baseband 6630

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Ericsson Radio System Overview

Baseband portfolio

Baseband 5212

Baseband 5216

Baseband

Baseband R503

baseband portfolio

Baseband Radio Interconnect

Baseband C608

Baseband Interconnect

Baseband Main Unit

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Ericsson Radio System Overview

Enhanced Baseband portfolio Radio

Baseband 6303

Radio 2203/2205

Baseband 6502 Baseband 6630 Baseband 6620

Baseband

Enhanced baseband portfolio

Outdoor Baseband

Baseband P614 Baseband 6318

Baseband PIM Mitigation

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-61 Outdoor Baseband

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Ericsson Radio System Overview

Examples of Baseband naming Baseband 5216 Upper case Lower case

Baseband 5216 Baseband 5212

Space

Baseband R503

Random / Capability

52

Represent the RBS 6000 building practice, 52 products fit in existing RBS 6000 cabinets.

R5

The R stands for radio interconnect, previously known as XMU, R5 product fit RBS 6000 cabinets

63/65

Baseband T605

Outdoor Macro / Micro Basebands Baseband 6630

66

Represents 19”building practice

XMU : Auxiliary Multiplexing Unit © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-62

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Ericsson Radio System Overview

Most powerful Baseband Ericsson Many Core Architecture

Baseband pooling

One O&M interface Fully secure

Compact

All standards

Integrated cell site router

Power efficient

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Ericsson Radio System Overview

Ericsson Radio System Baseband Industry's first full Mixed Mode Baseband

LTE

Massive IOT

FDD / TDD

NB / M1 / EC-GSM

WCDMA

GSM

All simultaneously supported on one Baseband board © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-64

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Ericsson Radio System Overview

Baseband HW and SW Mixed Mode Baseband

OSS RC

One IP, One Managed Element

Baseband 5216 LTE TN

WCDMA Common

› TN = Transport – Independent of radio standard

› Common = Node handling – Radio config (sectors and CPRI), Security, Sync, APC, Node O&M

Same Transport and Node handling as Single standard

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Ericsson Radio System Overview

Baseband 5216 Hardware capabilities

› LTE (FDD & TDD supported) – 8000 connected users* – 1.2 Gbps Downlink & 600 Mbps Uplink* – Up to 24 cells & 960 MHz antenna bandwidth* – Up to 2000 VoIP

› WCDMA – 1152 CE Downlink & 4096 CE EUL Uplink* – 336 Mbps Downlink & 168 Mbps Uplink – Up to 24 cell carriers

› GSM – Up to 48 TRX *Hardware prepared

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Ericsson Radio System Overview

Baseband 5216 Mixed Mode capabilities › LTE + GSM* – Up to 4000 CU – Up to 12 cells & 480 MHz antenna bandwidth – Up to 24 GSM TRX

› LTE + WCDMA* – – – –

Up to 4000 CU Up to 12 cells & 480 MHz antenna bandwidth Up to 576 CE DL & 960 CE EUL UL* Up to 12 WCDMA cell carriers

› WCDMA + GSM* – Up to 576 CE DL & 960 CE EUL UL* – Up to 12 WCDMA cell carriers – Up to 24 GSM TRX © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-67

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Ericsson Radio System Overview

Baseband 5216 Mixed Mode capabilities › LTE + WCDMA + GSM – Up to 4000 Connected Users LTE – Up to 12 LTE cells – Up to 480 MHz antenna bandwidth LTE – 288 CE Downlink & 1024 EUL CE Uplink* – 126 Mbps Downlink & 42 Mbps Uplink WCDMA – Up to 6 WCDMA cell carriers – Up to 12 GSM TRX

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Ericsson Radio System Overview

Baseband 5212 hardware capabilities

› LTE (FDD & TDD supported) – 4000 connected users* – 600 Mbps Downlink & 300 Mbps Uplink* – Up to 12 cells & 480 MHz antenna bandwidth* – Up to 1000 VoIP*

› WCDMA – 576 CE Downlink & 960 CE Uplink – 252 Mbps Downlink & 84 Mbps Uplink – Up to 12 cell carriers

› GSM – Up to 24 TRX

›

48 VDC with ~170 W normal use & ~200 W max**

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*Hardware prepared

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Ericsson Radio System Overview

Hardware structure of Baseband -48VDC

Power Board Processor

GPS LMT EC Bus Ethernet

CPU

Baseband processing

ASIC

SFP

Radio SFP I/F SFP

CPRI link to radio unit

SFP SFP SFP SFP

Baseband

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Ericsson Radio System Overview

Interfaces Interface name

Connector

Comment

Power

ET20

No change

EC bus

RJ-45

No change

LMT

RJ-45

No change

TN A

RJ-45

1 Gbps Electrical Ethernet

IDL A, B

Xcede

New connector, CPRI & Ethernet

RI A-F

SFP+

2,5 Gbps, 5Gbps and 10 Gbps

TN B, C

SFP+

1/10 Gbps Electrical/Optical Ethernet

SYNC

RJ-45

New name

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Ericsson Radio System Overview

DUL 20 – Baseband 5216 T N B

R I

S Y N C

T N B

M M I

I D L

R I

E C b u s

T N A

I D L

T N A

E C b u s

G P S

P o w e r

P o w e r

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Ericsson Radio System Overview

DUS 31/41 – Baseband 5216 R I M M I

I D L

S Y N C

T N B & C

R I

T N B & C

I D L

E C b u s

T N A

T N A

E C b u s

G P S

P o w e r

P o w e r

M M I

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Ericsson Radio System Overview

Baseband 5216/5212 Hardware › LTE, WCDMA or GSM* – – – –

350 mm x 31 mm x 280 mm 1 x GigE RJ45 Ethernet port 1 x GigE SFP Ethernet port 1 x 1/10 GigE SFP/SFP+ Ethernet ports – 6 x 2.5G to 10G SFP/SFP+ CPRI ports – 2 x IDLe ports

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*Hardware prepared

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Ericsson Radio System Overview

Baseband 6630 and 6620

› LTE, WCDMA and GSM capacity and Mixed Mode capability – Baseband 6630 capacity & capabilities equivalent to Baseband 5216 – Baseband 6620 capacity & capabilities equivalent to Baseband 5212

› Optimized for main-remote configurations – 19 inch wide, 1U high, <350mm deep – 15 SFP/SFP+ for CPRI inter-connect to Radio Units reducing the need for Baseband R503 – 2 optical 1/10Gbps SFP/SFP+ ports and 2 electrical 1 Gbps RJ45 ports – Eight External Alarm ports – Dual 48V DC power feeding – Self-contained environmental control & field replaceable fan unit

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Ericsson Radio System Overview

Baseband 6502 – for MICRO › For micro and radio dot system › LTE (FDD & TDD supported) - 1000 connected users* - 600 Mbps Downlink & 250 Mbps Uplink* - 400/400 VoIP users (FDD/TDD)* - Up to 6 cells & 240 MHz antenna bandwidth* › WCDMA – 288 CE Downlink & 1024 EUL CE Uplink** - Up to 6 cell carriers** - 90 HS Codes** › Full Macro SW feature parity › Integrated GPS/GLONASS receiver with antenna › PoE out for e.g. microwave backhaul › Backhaul cascading › Size incl. support and PSU ~ 4,9 liters and weight ~ 5,1 kg › 3x CPRI interfaces › AC or DC * L17.Q3 ** W17.Q3 › IP65, -40 to + 55 ̊C

MICRO

6502

99 mm

BASEBAND

6502

267 mm 503 mm

200 mm

92 mm 200 mm

BASEBAND 6502

BASEBAND & RADIO

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Ericsson Radio System Overview

Baseband 6303 – for MACRO › For macro radio system › LTE (FDD & TDD supported) - 4000 connected users * - 600 Mbps Downlink & 250 Mbps Uplink * - 1000/500 VoIP users (FDD/TDD) * - Up to 12 cells & 480 MHz antenna BW * › WCDMA – 576 CE Downlink & 2048 EUL CE Uplink ** – Up to 12 cell carriers ** – 180 HS Codes ** › GSM – Up to 24 TRX › Mixed mode: G+W › PoE out for e.g. microwave backhaul › Backhaul cascading › Size incl. support and PSU ~ 4,9 liters and weight ~ 5,1 kg › Weight › 3x CPRI interfaces › AC or DC * L17.Q3 › IP65, -40 to + 55 ̊C ** W17.Q3

RADIO

BASEBAND 6303

BASEBAND

6303

267 mm

92 mm

200 mm

POWER 6302

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Ericsson Radio System Overview

Baseband 6318 OPERATOR CHALLENGE

Grow on existing sites and build on new sites with limited room for enclosures for baseband

USE OUTDOOR BASEBAND › High capacity › No need for separate enclosure › Can be installed close to Radios to simplify on-site cabling BASEBAND 6318 Baseband

6318

› Same capacity as Baseband 5216 and Baseband 6630 › Outdoor unit for one-bolt rail mounting › 5G NR, LTE (FDD, TDD), WCDMA, GSM, and NB-IoT

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Ericsson Radio System Overview

Baseband 6318 › 5G NR, LTE (FDD, TDD), WCDMA, GSM, and NB-IoT › Ethernet ports: 3 › CPRI / eCPRI ports: 6 › DC: - 48V › Weight: 15 kg › IP 65, -40 to +55˚ C › Backhaul cascading › External alarms

Preliminary data

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Ericsson Radio System Overview

High capacity radio system site MACRO

Backhaul

Baseband

Fronthaul

MICRO

PICO

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Ericsson Radio System Overview

Baseband R503 › Increased connectivity for new & existing radio units in large radio system configurations › CPRI multiplexing and demultiplexing – 16x SFP+ ports › Pluggable optical transceivers › Direct attach cables (electrical)

› Flexible – Upgradable – Manageable – Many possible locations in cabinet or at site

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Ericsson Radio System Overview

R503 supporting 3 LTE bands (Example) DUS 31

LTE 2600 3x15MHz MIMO

Electrical CPRI

LTE (RBB22_1C) Optical CPRI

DUS 31

RUS01 B7

LTE (RBB22_1B)

RRUS12 B3

Optical CPRI

LTE (RBB22_1B)

2x 10G CPRI Electrical or Optical CPRI

Baseband R503

Electrical CPRI

LTE 2600 3x15MHz MIMO LTE (RBB22_1C) Optical CPRI

LTE 1800 3x10MHz MIMO

LTE 800 3x10MHz MIMO

RUS01 B7

LTE (RBB22_1B)

RRUS12 B3 LTE 210 MHz Total Bandwidth

RRUS11 B20

Optical CPRI

LTE (RBB22_1B)

LTE 1800 3x10MHz MIMO

LTE 800 3x10MHz MIMO

RRUS11 B20

LTE third band Baseband R503 enabler to connect © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-82

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Ericsson Radio System Overview

13-18 Cell – with Baseband R503 R/RU R/RU R/RU

2.5G

R/RU R/RU

R/RU R/RU R/RU R/RU R/RU R/RU

BB R503

2.5G

BB R503

R/RU

BB5216

2.5G

Baseband R503

Baseband 5216

9,8 G

BB R503

9,8 G

Up to 3 Baseband R503 connected to the same Baseband 5216

Example of Baseband R503 used as a MUX

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Ericsson Radio System Overview

Shared CPRI R503

5216

CPRI configurations are flexible: › Baseband R503 available for all technologies › Possible to cascade different technologies in the same cascade chain

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Ericsson Radio System Overview

MSMM + Multi-band + Multi-cabinet Cabinet 1 SCU External synch

Baseband or DUS

RRUS RRUS RUS

RRUS RUS RUS

Cabinet 2

Synch SCU

Baseband R503

RRUS RRUS RUS

RUS RUS RUS

DUW

LTE Carrier Aggregation across cabinets © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-85

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Ericsson Radio System Overview

Location of R503 (examples)

RBS 6201

RBS 6102

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-86

RBS 6101

RBS 6301

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Ericsson Radio System Overview

Baseband P614

› Baseband P614 has 6 incoming CPRI ports towards Baseband and 6 output CPRI ports towards Radio

› The Passive Intermodulation (PIM) mitigation unit will reduce PIM that occurs inside and outside the antenna system, both from static and dynamic PIM sources and for different band combinations. The Baseband P614 will provide improved network performance. › Two Baseband P614 units can be inter-connected to double number of ports or increase the computational power › Integrated with Ericsson Radio System › Supported by OSS-RC and ENM

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Ericsson Radio System Overview

Baseband C608

› Baseband unit for low latency L2 interconnecting to enable LTE Elastic RAN feature › Same HW format as Baseband T605, horizontal 19 inch › 12 x 1/10G SFP/SFP+ ports (3,6 uS latency between ports within domain)

› 4 x 1/10G SFP/SFP+ ports (3.6 uS latency between ports within domain) › Sync solution 1588v2 GM, BC and TC* › One O&M – moves transport demarcation point avoiding specialized cables

Elastic RAN Optimal coordination across the network for D-RAN and C-RAN

– Same O&M interface as multi-standard baseband – User interface is common and functional support from Ericsson management system is the same

› Fully verified by Ericsson as end-to-end Elastic RAN solution

*HW prepared

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Ericsson Radio System Overview

DIGITAL UNITS FOR LTE – FDD & TDD DUS 41 02

DUS 31 02

› LTE (hardware prepared):

› LTE (hardware prepared):

– 80 MHz with 2x2 MIMO – 40 MHz with 4x4 MIMO – 40 MHz with 4x Rx diversity – 4000 connected users – 500 Mbps downlink – 250 Mbps uplink – 1Gbps / 500 Mbps with dual DUS

› IP

– 40 MHz with 2x2 MIMO – 20 MHz with 4x4 MIMO – 20 MHz with 4x Rx diversity – 3000 connected users – 300 Mbps downlink – 150 Mbps uplink – 600 Mbps / 300 Mbps with dual DUS

› IP

– Gigabit Ethernet Connectivity

› Support for Auto-integration w/o laptop › IDL2 boot (for extension DU w/o IDL1)

– Gigabit Ethernet Connectivity

› Support for Auto-integration w/o laptop › IDL2 boot (for extension DU w/o IDL1)

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Ericsson Radio System Overview

Current DIGITAL UNITS FOR WCDMA

DUW 11

DUW 31

› WCDMA:

› WCDMA:

3x Gigabit Ethernet ports IP & ATM support 192 CE DL / 192/288* CE UL 168 Mbps DL 24 Mbps UL © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-90

3x Gigabit Ethernet ports HW Prepared for 12 cc IP support only 768 CE DL / 768/1152* CE UL 252 Mbps DL 92 Mbps UL

DUW 41 › WCDMA: 3x Gigabit Ethernet ports HW Prepared for 12 cc IP & ATM support 1152 CE DL / 1152/1728* CE UL 336 Mbps DL 138 Mbps UL

* With feature FAJ 121 2598 CE extension for EUL

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Baseband Capacity Comparisons Micro RBS (RBS 6501)

DUL 20

DUS 31

DUS 41

Baseband 5216*

Connected users

1000

1500

2500

4000

8000

Scheduling Entity per TTI

18

12

24

48

96

3

6

9

12

24

225 / 75

175 / 50

350 / 150

500 / 250

1200 / 600

40

60

240

480

960Mhz

Nr of cells Throughput in Mbps (DL / UL) Aggregated antenna bandwidth (MHz)

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-91

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Summary of Chapter 2 The participants should now be able to : 2

List the features of the baseband products

2.1 Identify and list the primary features of new Basebands 2.2 List the existing Digital Units and explain their primary features 2.3 Explain with use cases different baseband deployment configurations

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Ericsson Radio System Overview

Ericsson Radio System Overview

Fronthaul

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Ericsson Radio System Overview

Objectives of Chapter 3 After this chapter the participants will be able to: 3

Describe the different Fronthaul products suited for macro and small cell deployments

3.1 Describe what Fronthaul is 3.2 Explain the characteristics and products under DWDM and CWDM 3.3 List and understand the specifications of Fronthaul 6392

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Ericsson Radio System Overview

Adding New Cells Centralized RAN Remote Radio Unit (RRU) only

1

Distributed RAN

2

BBU + RRU

No baseband unit (BBU)

Fronthaul CPRI Transport 1 to 10Gbps

IP Backhaul

Baseband Hotel

100M to 1Gbps

Centralized BBU Pool

IP Backhaul 100M to 1Gbps © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-95

Mobile IP Network

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Ericsson Radio System Overview

Drivers for Centralized Baseband › Superior Radio Performance

Centralized baseband

– Carrier aggregation for downlink capacity and speed – More sites, receiver diversity and CoMP for uplink coverage – Seamless mobility for VoLTE

› Base station site footprint › Hardware pooling › Virtualization

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Ericsson Radio System Overview

C-RAN Architecture

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Ericsson Radio System Overview

Why Fronthaul?

Distributed RAN

Centralized RAN

Elastic RAN

Virtualized RAN

Improved interworking between sites and layers

Colocation of resources and maximum performance in traffic hotspots

Optimal coordination across the network for D-RAN and C-RAN

Introducing split architecture for full flexibility on the road to 5G

Coordination Maximized spectrum efficiency and end-user experience

Fronthaul

Fronthaul – coordination enabler connectivity among remote radio sites

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Ericsson Radio System Overview

Ericsson fronthaul Facts and benefits

• Latency • Verified with radio

• Spectrum

• ERS building practice

• Capacity

• Zero footprint

• Common Management

• Indoor or outdoor

• Demarcation Point

• Zero-touch

• 3PP Radio compatibility

provisioning

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Ericsson Radio System Overview

C-RAN Performance and lower TCO Feature

Benefit

Value

› Low latency and jitter baseband CPRI transport

› Tight RAN coordination for up to 100% spectral gains

› 40% fewer cells needed for 2x the capacity

› Centralize BBUs and simple remote locations

› Lower remote power, rental cost, less equipment

› >50% OpEx savings › >30% CapEx savings

› Simple, superior RAN performance

› Scalability for growing app coverage

› Optimal use of $B spectrum investment

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Ericsson Radio System Overview

Spectrum Coordination Radio and Transport Macro (high power)

2-10 x UL speed without Small cell compromising DL (low power)

Common BBUs enables Coordinated Multipoint (CoMP) Coordination within macros Coordination between macros Best Downlink Best Uplink

Best Uplink Best Downlink

Within macro site: UL CoMP 40% increased capacity 100% increased cell edge bit rate

DL Coordinated Scheduling 15% increased capacity 30% increased cell edge bit rate © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-101

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Ericsson Radio System Overview

Centralized baseband Requires Fronthaul CPRI over Microwave RRU RRU

IP

Packet Network

CPRI over Fiber

Baseband Hotel Centralized Baseband Units Fronthaul

Backhaul

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Ericsson Radio System Overview

C-RAN Implementation (Example) CENTRALIZATION Total latency < 75μs Fiber length <15km

5km COORDINATION Coordination Sets between 1x Macro Sector and associated 3x Small Cells

Ring Diameter <4.8km

A

1x Baseband hotel per: 5km x 5km

Baseband Baseband Baseband

C

Baseband Baseband Baseband Baseband Baseband Baseband Baseband Baseband Baseband

5km 4.8km

15km

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Ericsson Radio System Overview

Ericsson fronthaul 28xCPRI

Fronthaul 6682

Fronthaul 6681 Passive Indoor Main

Fronthaul 6688

Fronthaul 6689

Active Indoor Remote

Passive Indoor Remote

Fronthaul 6389 Passive Outdoor Remote

24xCPRI

Active Indoor Main

Passive DWDM

Active DWDM

Fronthaul 6388 Active Outdoor Remote

Microwave Fronthaul 6387

1x CPRI

Passive Outdoor Remote

Fronthaul 6385

Fronthaul 6392

Passive Outdoor Remote

Microwave

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Ericsson Radio System Overview

Ericsson Fronthaul Flexible application to support various needs

OLT

ACTIVE or PASSIVE Single Fiber

ACTIVE or PASSIVE Single Fiber

ACTIVE or PASSIVE Single Fiber MICROWAVE

ACTIVE or PASSIVE Single Fiber ACTIVE only, Dual fiber

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Ericsson Radio System Overview

Fronthaul Solution MicroWave

Small Cells

Fronthaul 6392

Fronthaul 6392

Active DWDM

Macro Cells

WiFi Fronthaul

Fronthaul

6080

6080

Passive DOT WiFi

Fronthaul 6080

CWDM DWDM

Fronthaul 6080

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Fronthaul 6080 Passive optical solution

DWDM 24x10G + 4x2.5G

RBS

– P2P, P2MP,Hub&Spoke, Feeder protection – GPON Coexistence – Single fiber

Mounts behind the mRRU – Saves rent Passive – Saves power Fast easy installation – Saves hours DWDM - Saves 48x on fiber lease cost

Radio ERS

Fronthaul Outdoor Remote Unit

Lowest OpEx – – – –

RBS

RBS Fronthaul Main Unit

Lowest CapEx – Cost and optimized filters – Filters can be daisy-chained

CPRI

Baseband

Fronthaul Indoor Remote Unit

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Ericsson Radio System Overview

FRONTHAUL 6681/6689

Passive main unit components / Passive indoor remote unit components

OAD-3-S

½ LGX® width size Flexible deployment

Filter modules

OMD-24-S 24x Channel Optical Mux/Demux Single Fiber

Optical Add/Drop Mux 3-λ, Single Fiber BMD-8-S

Band Mux/Demux 8-bands OMD-4-C

Optical Mux/Demux 4x CWDM λ, Single Fiber

LGT-1 1RU, 19”, holds 6 filter modules Single Fiber

SPL-2-S-2

Optical Splitter 2:2 Single Fiber GCF-1

GPON Co-Existence Filter OAD-1-C

Optical Mux/Demux 1x CWDM λ, Single Fiber

SPL-2-S-4

Optical Splitter 2:4 Single Fiber OPM-1-S-1

Optical Protection Module 1:1 Single Fiber (Active module)

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-108

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FRONTHAUL 6389/6387/6385 Passive outdoor remote unit components Fronthaul 6389

Up to 4pcs

OAD-3-S

Optical Add/Drop Mux 3-λ, Single Fiber

Fronthaul 6387

Up to 2pcs

OAD-3-S

Optical Add/Drop Mux 3-λ, Single Fiber

Rail mounted Supports Ericsson Radio System´s compact and expandable building practice.

• Fast deployment and significant cabling savings • Minimal space needed easier site acquisition • Zero Touch Provisioning • Low power <25W – Leverage existing power supply on site

Fronthaul 6385

OAD-3-S Optical Add/Drop Mux 3-λ, Single Fiber

Integrated WDM Box Rear mounted filter module holder to be combined with RBS Radios

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Fronthaul 6080 Active optical solution

RBS

DWDM 24x10G + 4x2.5G – – – –

P2P, P2MP,Hub&Spoke, Feeder protection GPON Coexistence Dual fiber protected ring Single fiber

RBS RBS

Fronthaul Indoor Remote Unit Fronthaul Outdoor Remote Unit

Lowest OpEx – Protected & Managed – avoid truck rolls – DWDM - Save 48x on fiber lease cost – Click and Go remote – save man hours

Fronthaul Main Unit

RBS CPRI

Fronthaul Indoor Remote Unit

Lowest CapEx – Superior Fronthaul (30X - 80X Lower latency) for max distances – Saves HW

Baseband

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FRONTHAUL 6682

Active main unit components complete Fronthaul 6681

PMU

TPS-06

OPU-06

Photonic Management Unit

6x channel Transponder SFP+

6x channel Optical Protection Unit

Additional passive components required for ring application

RBS 6601 / SUP 6601 Radio Base Station 2Slot Chassis

OMD-12 12x Channel Optical Mux/Demux (2F)

OMD-24 24x Channel Optical Mux/Demux (2F) © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-111

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FRONTHAUL 6388

Active remote outdoor unit components complete Fronthaul 6689

TPS-03-O 3 x channel Outdoor Transponder SFP+

Dual Fiber solution OAD-3-O 3x Optical Add/Drop (Integrated)

OAD-6-O 6x Optical Add/Drop (Integrated)

Single Fiber solution OAD-3-S Optical Add/Drop Mux 3-λ, Single Fiber

OAD-1-C Optical Mux/Demux 1x CWDM λ, Single Fiber

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Flexible Networking Topologies Environmentally hardened DWDM networking 24Ch

24Ch

Combination

24Ch

24Ch

Baseband Hotel

Baseband Hotel

2 Managed Rings

4 Managed Linear Chains

2 x 24 = 48 protected services

4 x 24 = 96 unprotected services

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Complete Fronthaul 6000 Baseband Hotel

PAU 6000 48 Optical Channel Management Unit Ring 1 EAST Ring 1 WEST

24 Ch Ring 2 EAST Ring 2 WEST

Baseband Units including R503 CPRI Mux

24 Ch

Backhaul Router

Flexible and Scalable Fronthaul Capacity for up to 192 CPRI Links © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-114

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Fronthaul Passive CWDM Radio Baseband Units

Baseband Hotel

CDWM SPFs CPRI / OBSAI / Ethernet

CDWM Mux/Demux Shelf

18 Optical Channels

1 Fiber

RRU with semi-integrated CWDM Mux/Demux © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-115

Corresponding CWDM SPFs

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Cassette - Optical Filter & Patch Panel › Product Overview – Mechanical housing and cable management for optical filter – Clear and color coded labeling to reduce installation errors – Used in Telco box , Indoor Sub-rack ,Semi Integrated,19” Indoor Sub-rack – 10,8,4,2 Optical Channel Filters having wavelengths from 1271nm to 1611nm. – Add/drop port for high capacity

› Dimensions – W:116mm – D:122mm – H:16mm © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-116

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CWDM Implementation (Example)

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Fronthaul 6090 Microwave

Applications: – To reach remote radios in locations where fiber is not available – Self-contained unit to be pole mounted alongside the remote radio unit.

RBS

RBS

Features: – 70/80 GHz Frequency E-band – 2.5 Gbps capacity for CPRI3 – Less than 10µs latency to support the tightest coordination

RBS CPRI

Baseband

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FRONTHAUL 6392 › Radio link – – – –

500 MHz channel BW 128QAM -7 dbm to +13 dBm Latency: 20 us

› CPRI – Supporting CPRI option 3 (2457.6 Mbps) – L1 over the hop (fully transparent)

› Physical dimension – 4.3 kg (IP 65) – 321x259x108 mm (H x W x D)

› Interfaces – Traffic: Optical SFP/SFP+ (2.5Gbps) – O&M port: 10/100 BASE-T IEEE802.3 – -48V

› Management via CLI and Embedded WebGUI › DCN connectivity via O&M port › 0.2 , 0.3 and 0.6m antennas

O&M port

CPRI

-48V

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Fronthaul 6322 OPERATOR CHALLENGE

Obtain network capacity and optimization gains with efficient CPRI and eCPRI transport

HIGH-CAPACITY AND COST-EFFICIENT FRONTHAUL › Remote unit with integrated Transponder and DWDM filters › Zero touch provisioning and simplified management › Ericsson Radio System building practice Fronthaul

6322

FRONTHAUL 6322 › Future-proof interconnect solution for TCO optimization in advanced radio networks › Outdoor, rail mounted, 10 liter, up to 9 channels

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Fronthaul 6322 › › › › › ›

Up to 9 Transponders supported CPRI, eCPRI, OBSAI and Ethernet Dimensions: 351 x 298 x 125 mm Weight: 9 kg Operating temperature -40°C to + 65°C Power consumption: -48 VDC, Max. 60 Watts (including SFPs)

Preliminary data

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Fronthaul 6622 OPERATOR CHALLENGE

Obtain network capacity and optimization gains with efficient CPRI and eCPRI transport

HIGH-CAPACITY AND COST-EFFICIENT FRONTHAUL

Fronthaul

6622

› › › ›

Main and remote unit with integrated DWDM components 25G ready with expansion slot Zero touch provisioning and simplified management Ericsson Radio System building practice

FRONTHAUL 6622 › Future-proof interconnect solution for TCO optimization in advanced radio networks › Indoor, 19 inch, 1 height unit, up to 18 channels © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-122

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Fronthaul 6622 › Up to 18 Transponders supported › CPRI, eCPRI, OBSAI and Ethernet › Dimensions: 44.45mm x 450mm x 350mm (19” x 1RU) › Weight: 5 kg › Operating temperature -40°C to + 65°C › Power consumption: -48 VDC, Max. 150 Watts (including SFPs)

Preliminary data

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Expanding Coverage CPRI Transport Optimization Micro/small cells Cascading RRUs

1

1 CPRI for multiple RRUs

Baseband Hotel Fronthaul 6000

2

Baseband R503 CPRI Multiplexer Lower speed CPRI multiplexed to 10G CPRI

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-124

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Fronthaul 6000 Macro Site Solution D-RAN transition to C-RAN: • DU’s are move to baseband hotel • Fronthaul 6000 is move to former DU location • Backhaul equipment is removed

Macro Site Cabinet

Fronthaul Fiber Ring

12 Radios

Fronthaul Fiber Ring Next Macro

Next Macro

Fronthaul 6000 remote with Baseband R503 CPRI Mux Flexible and scalable usage of optical capacity: Combination of 10G CPRI and1.25G/2.5G Mux’ed CPRI in 10G channel © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-125

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CWDM Site Solution (Example)

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-126

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Fronthaul Cell-site Pole Mounted CPRI Microwave Fronthaul 6392

CPRI Microwave Pole-mounted

<1Km Line of sight 2.5G CPRI

100 x 100mm (7kg) mRRU

535x269x115 (10kg)

NCD 901 55/1

Mounting Bracket

Passive solution Faces to the side to highlight Integrated CWDM Box mounted behind mRRU

Filter Unit

Passive Fronthaul – Pole mounted Semi integrated CWDM Box NCD 901 55/1

535x269x115 (10kg)

PAU 6000 Remote Unit Faces Front, needs space to flip up the plastic solar shield and open the units

PAU 6310/20 <15Km Up to 3 x 10G CPRI

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Summary of Chapter 3 The participants should now be able to : 3

Describe the different Fronthaul products suited for macro and small cell deployments

3.1 Describe what Fronthaul is 3.2 Explain the characteristics and products under DWDM and CWDM 3.3 List and understand the specifications of Fronthaul 6392

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Ericsson Radio System Overview

Radio

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Objectives of Chapter 4 After this chapter the participants will be able to: 4

Identify different Radio Products and their primary features

4.1 List the characteristics of the latest radio units including the 5G/NR radios that are available in Ericsson Radio System 4.2 Describe the characteristics and the usage of the new Remote Radio Units (RRUs) 4.3 Explain the characteristics and advantages of the Antenna Integrated Radio (AIR) products 4.4 List the benefits of the new installation options and features introduced

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Example of Radio Products For Extreme App Coverage

Supports 4 TX / 4 RX

More power RADIO

RADIO

2212

RADIO

4415

2x80W output power

New band

2012

4x4 MIMO

Supplemental Downlink on 1400 MHz

MULTI-STANDARD INCLUDING GSM

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-131

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TheStandard in Radio The Gold Gold Standard in Radio

Digital Radio System-on-Chip Novel power amplifier technology Super-compact filter design

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Adapt to any site › Multiple mounting options › Simplified site acquisition › Minimize footprint › Fast installation and expansion › Airflow innovation

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-133

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Installation flexibility

Radio railed horizontally on the wall

Radio mounted behind antenna

Radio vertically railed on free stand, optional fan used

Radio horizontally railed and rotated, optional fan used

Radio mounted on cable ladder, optional fan used Radio vertically railed, optional fan used Radio horizontally railed on pole

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Site Aspects

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-135

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Radio Radio 2217 B1 Upper case Lower case Space Tx branches Rx branches Random Space 3GPP band number

Radio 2217 used as example

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-136

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RADIO 2217 › › › › › › › › › › › › ›

2TX/2RX, 4TX/4RX by use of two 2217 2x40W, 40 MHz IBW FDD Up to 6 carriers WCDMA Up to 40 MHz LTE carriers 2 X 10 Gbps CPRI 10 liter 12 kg -48 VDC AISG TMA & RET support 2 external alarm Integrated TX-monitor ports Optional fan for increased site flexibility IP 65, -40 to +55 ̊C Smaller and more efficient multi band configurations › Maximum power consumption for B1 <300W

311 291 mm mm

105 mm 105 mm

310 mm 291 mm

Mounting points Radio dimensions

Optional FAN

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Radio 2212 › 2TX/2RX, 4TX/4RX by use of two radios › 2x80W, 75/100 MHz IBW FDD/TDD (15 MHz IBW for GSM) › Up to 8 carriers GSM › Up to 8 carriers WCDMA › Up to 75/100 MHz LTE FDD/TDD carriers › 2 X 10 Gbps CPRI › 16 liter 16 kg › HxWxD: 335x380x129 mm › -48 VDC › AISG TMA & RET support › 2 external alarm › Optional fan › IP 65, -40 to +55 ̊C

Optional FAN

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-138

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Radio 2012 › › › › › › › › › ›

2TX (supplemental downlink) Up to 2 x 80W Up to 40 MHz IBW FDD Up to 40 MHz LTE carriers 2 x 2.5/5/10 Gbps CPRI 17 liter, 17 kg -48 VDC (3-wire) RET support 2 external alarms Optional fan for increased site flexibility › Operating Band 32A › IP 65, -40 to +55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-139

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Radio 2218 Radio 2218 › 2TX/2RX › 2x40 W, 60 MHz IBW TDD › Up to 3 LTE carriers › 2x10G CPRI › 12.7 liter 11.5 kg › -48 VDC Optional FAN

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-140

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Radio 2219 › 2TX/2RX, 4TX/4RX by use of two 2219 › Up to 2 x 60W (900 & 2100 MHz), up to 2 x 80W (1800 MHz) › Up to 40 MHz IBW › Up to 7 GSM carriers in MSR › Up to 8 carriers WCDMA › Up to 40 MHz LTE carriers › 2 x 2.5/5/10 Gbps CPRI › 17 liter, 17 kg › -48 VDC (2-wire) › TMA 12 dB & RET support › 2 external alarms › IP 65, -40 to +55 ̊C › Operating Band B1, B3, B0A and B8

311 mm

2

1

Mounting points Radio dimensions

1 2

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Radio 0208 › › › › › › › › › ›

2RX Full band IBW FDD Up to 8 carriers WCDMA Up to 75 MHz LTE carriers 2 X 10 Gbps CPRI 6 liter 9 kg -48 VDC AISG TMA & RET support IP 65, -40 to +55 ̊C Smaller and more efficient multi band configurations

291 mm

63 mm 105 mm

310 mm

Radio 0208 & Radio 2217

291 mm

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Radio 2238 OPERATOR CHALLENGE

Quickly and costefficiently add capacity in low frequency bands

IMPROVE NETWORK THROUGHPUT AND COVERAGE › Use low-band frequency bands › One Radio for three bands › 2G, 3G, 4G and 5G capable

Radio 2238

RADIO 2238 › Triple-band Radio for low bands below 1 GHz

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-143

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Radio 2238 › Initial RF bands: B8, B20, B28 › 2 TX / 2 RX › Output power: 2 x 120 W FDD – Per frequency band: 2 x 80 W Max (other bands share the reminder of power)

› › › › › › › › › › ›

Capable to operate as triple-band and dual-band radio IBW: Full band in each of bands 2.5; 4.9; 9.8; 10.1 Gbps CPRI 380 mm x 335 mm x 196 mm ~25 liter, ~26 kg Portrait or bookshelf mounting -48 VDC AISG TMA & RET support Optional fan module supported 2 external alarms IP 65, -40 to +55 ̊C Preliminary data

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Radio 2242 › 2TX/2RX, each port shared by B3 and B1 › Output Power: 2x80W – Power can be shared between two bands

› IBW: – Up to 55MHz(B3) and 60Mhz(B1) for LTE FDD carriers – Up to 20Mhz for GSM carreires

› Carrier per port per band: – – – –

Up to 4/6 GSM carriers (DL/UL) Up to 6/6 WCDMA carriers (DL/UL) Up to 6/6 LTE carriers (DL/UL) 1.4, 3, 5, 10, 15 and 20MHz LTE carrier

› CPRI: 2.5, 4.9, 9.8, 10.1 Gbit/s – Compression supported (20, 24, 30 bit) – Cascading supported

› › › › › › ›

Size: 17.5L (380x335x137mm) Weight: <20Kg -48 VDC, 3-wire (2-wire with adapter) AISG TMA & RET support 2 external alarm and without TX Monitor IP 65, -40 to +55 ̊C RAT: – LTE, WCDMA, NB-lot on B1 – LTE, GSM, NB-lot on B3

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-145

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Radio 4415 › 4TX/4RX › 4x40W, 75/100 MHz IBW FDD/TDD (15 MHz IBW for GSM) › Up to 8 carriers GSM › Up to 8 carriers WCDMA › Up to 75/100 MHz LTE FDD/TDD carriers › 2 X 10 Gbps CPRI › 16 liter 18 kg › HxWxD: 335x380x129 mm › -48 VDC › AISG TMA & RET support › 2 external alarm › Optional fan › IP 65, -40 to +55 ̊C

Optional FAN

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-146

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Radio 4426 › › › › › › › ›

Only for US 4TX/4RX Up to 4x60W 70 MHz IBW Up to 8 carriers WCDMA Up to 6 carriers LTE in MIMO 2x 2.5/4.9/9.8/10.1 Gbps CPRI 19 liter, 21 kg

› › › › › ›

-48 VDC AISG TMA & RET support 2 external alarm Optional fan for increased site flexibility IP 65, -40 to +55 ̊C Smaller and more efficient multi band configurations

– HxWxD: 380x335x147 mm

Optional FAN

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Radio 4428 › 4TX/4RX › 4x40W › Up to 75 MHz IBW – 20 MHz IBW for GSM or LTE1.4/3MHz carriers

› › › › › › › › › ›

Up to 12 carriers GSM Up to 8 carriers WCDMA Up to 6 carriers LTE in MIMO 2x 2.5/4.9/9.8/10.1 Gbps CPRI 15 liter 16 kg -48 VDC 2-wire AISG TMA & RET support via RS-485 2 external alarm Convectional cooling IP 65, -40 to +55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-148

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Radio 4478 › › › › › › › › › › ›

4TX/4RX, FDD LTE Low-band operation 4x40W Full-band IBW Up to 6 carriers LTE in MIMO 2x 2.5/4.9/9.8/10.1Gbps CPRI 24 liter, 27 kg (60lbs) – Two handles -48 VDC AISG TMA & RET support 2 external alarms IP65, -40 to +55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-149

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Radio 4407 › 4TX/4RX › Up to 4x20W › 65 MHz IBW FDD › Up to 3 LTE carriers › 2x 2.5/5/9.8Gbps CPRI › 12 liter 13 kg › -48 VDC › AISG TMA & RET support › IP 65, -40 to +55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-150

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Radio 2468 › › › ›

› › › › › ›

2TX/4RX Output Power: up to 2x80W IBW: 20MHz Carrier capacity: – Up to 6 LTE carriers – Up to 4 GSM carriers in MSR – Up to 6 WCDMA carriers Size: 15L; Weight: 15Kg 2x 2.5/4.9/9.8/10.1 Gbps CPRI AISG RET support 2 external alarm Power supply: 2-wire DC -48V IP 65, -40 to +55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-151

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Radio 2203 › › › › › › › › › › › › › ›

2TX/2RX, 4TX/4RX by use of two 2203 2x5W 40 MHz IBW FDD Up to 4 carriers WCDMA Up to 40 MHz LTE carriers 2 X 10 Gbps CPRI 4 liter 5kg incl bracket and cover AC or -48 VDC Integrated TX-monitor ports Integrated or external antenna 2 external alarm IP 65 -40 to + 55 ̊C Maximum power consumption for B1 <100W

105 mm

Singleband

Dualband

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Radio 2205 › 2TX/2RX › 2x5W, 40 MHz IBW TDD › 40 MHz LTE carriers › 2x10G CPRI › 4 liter 5 kg including bracket and cover › AC or -48 VDC › 2 external alarm › IP 65 › -40 to + 55 ̊C

© Ericsson AB 2018 | LZU1089991 R5A | Figure 1-153

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Radio 2208 › 2TX/2RX › 2x10W › 40/60 MHz IBW TDD › Up to 3 LTE carriers › 2x10Gbps CPRI › 4 liter, less than 5kg incl bracket and cover › AC or -48 VDC › Integrated or external antenna › 2 external alarm › IP 65 › -40 to +55 ̊C

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Radio 4412 › 4TX/4RX › Up to 4x20W › 60 MHz IBW TDD › Up to 3 LTE carriers › 2x 2.5/5/9.8Gbps CPRI › 10 liter 11 kg › -48 VDC › AISG RET support › IP 65, -40 to +55 ̊C

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Radio 4418 › 4TX/4RX › Support split mode (2 x 2T2R as multi-sector solution) › Tx Power 4x40W › Up to 100MHz IBW TDD › Up to 6 LTE carriers › 2x 2.5/5/9.8/10.1Gbps CPRI › 15 liter, 16kg › -48 VDC 2-wire › AISG RET support via RS-485 › 2 external alarm › Convectional cooling › IP 65, -40 to +55 ̊C

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Radio 8808 › 8TX/8RX › Up to 8x20W (dependent on bands) – 8x15W for B38A – 8x10W for B39A – 8x20W for the rest

› 60 MHz IBW TDD › Up to 3 LTE carriers › Support 2 4T4R split mode › 2x 2.5/5/9.8Gbps CPRI › 17 liter 16 kg › Power supply 2-wire DC -48V › AISG RET support › External antenna calibration › 2 external alarm › IP 65, -40 to +55 ̊C © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-157

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Ericsson Radio System Overview

Radio 8823 OPERATOR CHALLENGE

Add high capacity in new frequency bands

IMPROVE NETWORK THROUGHPUT › Increase capacity with many radio ports › Grow in new 3.5 GHz spectrum › 4G and 5G capable Radio 8823

RADIO 8823 › 8T / 8R TDD Radio for 3.5 GHz

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Radio 8823 › 8 TX / 8 RX › Support split mode – 2 x 4T / 4R or 4 x 2T / 2R as multi-sector solution

› › › › › › › › › › › ›

Output Power: 8 x 20 W IBW: 200 MHz TDD Up to 5 LTE carriers 2 x 10.1 Gbps CPRI 20 liter, 20 kg Support NEX10 RF connector External antenna calibration -48 VDC 2-wire AISG RET support via RS-485 2 external alarms Convectional cooling IP 65, -40 to +55 ̊C Preliminary data

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Ericsson Radio System Overview

Streetmacro 6701 OPERATOR CHALLENGE

Densify network in metropolitan areas where there are no new rooftop sites available

BUILD SITES ON STREET LEVEL › Products with ease-of-site acquisition to use on available site installation spots below roof top level › Enough output power to cover larger area

Streetmacro

6701

STREETMACRO 6701 › 5G high-band fully integrated node 128T / 128R

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Streetmacro 6701 › › › › › › › › ›

Initial RF band: 26.50 – 29.50 GHz Total EIRP: ~55 dBm OBW / IBW: 800 MHz / Full-Band Fully integrated node with Antenna BW: 2400 MHz Power Supply: AC Installation type: Pole / Wall Dimensions: 500 x 120 x 200 mm Operating temperature: -40°C to +55°C IP Class: IP65

Preliminary data

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Ericsson Radio System Overview

Go underground Vault Radio 2268

OPERATOR CHALLENGE

Quickly add capacity in dense urban areas with minimal visual impact

GO UNDERGROND

Vault Radio 2268

› Place radio in existing underground vaults with fiber and power infrastructure connected to antenna on ground level › Fast permit process and deployment › No visual impact in street environment NEW VAULT RADIO 2268 › Protected from total dust ingress and long term immersion (IP68) › Versions for all Radio System micro bands (TDD / FDD / LAA) › Full integration with existing network, including Carrier Aggregation capability

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RUS02 02& RUS 01 RUS › GSM, WCDMA & LTE › Up to 40 MHz IBW › Up to 8 carriers GSM › Up to 4 carriers WCDMA or LTE › Up to 1 x 100 W › 2.5 Gbit/s CPRI › 55 years MTBF

RUS 01 › GSM, WCDMA & LTE › Up to 4 Carriers in downlink and uplink (2 Way Rx Diversity) › 2.5 Gbit/s CPRI

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Ericsson Radio System Overview

RRUS 72

4x2, 4x4 MIMO AND 4-WAY RX DIVERSITY › TDD-LTE, 4TX / 4RX › Up to 4 x 40W › IBW up to 60MHz in contiguous › Carrier capacity: up to 60MHz LTE › Support Dual-sector configuration › Requiring Multi Sector Per Radio feature: FAJ 221 3088

› 2 x 10Gbps CPRI › Power supply: -48 VDC 3-wire Or 2-wire with optional power adapter, or AC with optional PSU-AC 08

› Volume: 25 L, Weight: 23 Kg › AISG RET › 6 External Alarms © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-164

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Ericsson Radio System Overview

mRRUS 12 – MICRO REMOTE RADIO UNIT ›

Multi standard

›

MIMO support ›

›

4 cell carriers WCDMA

› ›

2x5W

›

20 MHz LTE

›

IBW 25 MHz

Integrated antenna

Integrated AC power supply ›

10 kg and 11 litres

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COMPLETE 5G RADIO PORTFOLIO 5G NR Radios AIR

COMPLETE 5G NR MASSIVE MIMO RADIO PORTFOLIO

6468

› New Mid-band and High-Band versions › Support 5G plug-ins: Massive MIMO and Multi-user MIMO › Work with today’s Ericsson Radio System Baseband

AIR

6488

AIR

5121 Baseband

LTE + 5G Plug-Ins Backwards compatible

Interworking

5G NR New Radio interface

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Ericsson Radio System Overview

AIR Benefits OPTIMAL SITE SOLUTION

FASTER Time for Implementation

UL IMPROVEMENTS

MULTI-ANTENNA ENABLER

AIR 21 4WRXD 3+ dB UL Improvement

AIR 21 2 dB UL Improvement

RRUS 2 dB UL Improvement

RUS WITH TMA 5 dB UL Improvement

RUS (NO TMA)

Up to 8+ dB UL Improvement

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site simplification

Improve and densify challenging macro sites

3 more antennas, a cabinet and 240m of feeder?

GSM W/L

TMA

GSM GSM W/L W/L

TMA

TMA

Macro

3 more antennas and remote radios?

GSM W/L

RRU

GSM GSM W/L W/L

RRU

…a simple antenna change-out?

AIR G GSM W/L

AIR G GSM W/L

AIR G GSM W/L

RRU

Remote Radio

AIR

AIR – the most cost-efficient way to add LTE/HSPA

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Ericsson Radio System Overview

AIR 32 4x2/4x4 DL CLSM(MIMO), 4WRXD Active HB/ Passive HB and LB › Single or dual active band, 4TX 4RX multistandard › Dual HB x-pol column array for active bands › 4 x 30W internal PA › IBW: 40 MHz LTE & WCDMA; 20 MHz GSM › Carrier capacity: 6 GSM; 6 WCDMA; 40 MHz LTE › 10Gbps CPRI › Supports user specific UL /DL beam-forming › Passive band: Up to 4 HB (and 2 LB) passive ports › 1.4m and 2m antenna gain length class › Active cooling with full redundancy

Radio 2218/2216 Radio 2218/2216

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Ericsson Radio System Overview

AIR 2488 › › › ›

› › › › › › › › ›

2TX/4RX Dual or single band active Up to 2x2x60W Up to 75 MHz IBW – 20 MHz IBW for GSM or LTE1.4/3MHz carriers Up to 8 carriers GSM Up to 8 carriers WCDMA Up to 6 carriers LTE in MIMO 2 x 2.5/4.9/9.8/10.1 Gbps CPRI Weight: 35 – 49 Kg Size (H x W x D):1410 mm x 275 mm x 220 mm -48 VDC -40 to +55 ̊C Fast and easy site acquisition and deployment

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Ericsson Radio System Overview

AIR 3246 › 32 TX/RX › Planned frequency bands: B66, B3 › Other bands considered: B25, B1, B7 › Up to 160 W total output power › Up to 90 MHz IBW FDD › 60 MHz LTE CBW › 4 x 10.1 Gbps CPRI › Size (H x W x D):1475x400x238 mm › Weight : 81 Kg (estimated) › -48v DC, 3 wire or 2 wire › Max Power consumption: < 1440 w © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-171

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Ericsson Radio System Overview

AIR 4455 OPERATOR CHALLENGE

Densify network in metropolitan areas where there are no new rooftop sites available

BUILD SITES ON STREET LEVEL › Products with ease-of-site acquisition to use on available site installation spots below roof top level › Enough output power to cover larger area AIR 4455 › Small form-factor dual-band 4T / 4R 4x40 W AIR 4455 © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-172

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Ericsson Radio System Overview

AIR 4455 › Initial RF bands: B1 + B3, B2 + B66 – Dual-band

› Total output power: Up to 4 x 40 W › 5G NR, LTE, WCDMA, GSM, and NB-IoT › Antenna Gain: ~ 15 dBi › Power Supply: AC › Height: < 760 mm › Weight: < 25 kg

Preliminary data

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Ericsson Radio System Overview

AIR 1281 OPERATOR CHALLENGE

Densify network in metropolitan areas where there are no new rooftop sites available

BUILD SITES ON STREET MACRO LEVEL

AIR 1281

› Products with ease of site build to use on available site installation spots below roof top level › Enough output power to cover larger area › Capacity boost in new high-bands for network off-loading AIR 1281 › 5G NR TDD Massive MIMO high-band size optimized AIR for street macro deployments

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Ericsson Radio System Overview

AIR 1281 › Total EIRP: › IBW: › OBW: › Fronthaul IF: › Installation type: › Weight: › Volume:

~55 dBm Full-band Up to 800 MHz 1 – 4 x 10.1 Gbps CPRI Pole / wall mounted ~6 kg ~5 liter

Preliminary data

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Ericsson Radio System Overview

AIR 3239 OPERATOR CHALLENGE

Quickly and costefficiently add capacity in metropolitan areas

IMPROVE NETWORK THROUGHPUT › Increase capacity › Grow in existing and new spectrum › 4G and 5G growth AIR 3239

AIR 3239 › TDD Massive MIMO mid-band with 32 ports

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Ericsson Radio System Overview

AIR 3239 › 32 TX / 32 RX › LTE and 5G NR (TDD) › Output power: up to 80 W › IBW: Up to 100 MHz › Weight: 25 kg › Interface: eCPRI 10.3 Gbps

Preliminary data

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Ericsson Radio System Overview

AIR 3252 OPERATOR CHALLENGE

Quickly and costefficiently add capacity in metropolitan areas

IMPROVE NETWORK THROUGHPUT › Increase capacity › Grow in existing and new spectrum › 4G and 5G growth AIR 3252 AIR 3252

› TDD Dual-band Massive MIMO mid-band with 32 ports

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Ericsson Radio System Overview

AIR 3252 › 32 TX / 32 RX › LTE and 5G NR (TDD) › Output power: up to 100 W › Operating bandwidth: Up to 80 MHz › IBW: Up to 200 MHz › Weight: 60 kg › Interface: eCPRI 10.3 Gbps

Preliminary data

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Ericsson Radio System Overview

AIR 5331 OPERATOR CHALLENGE

Quickly and costefficiently add capacity in metropolitan areas

IMPROVE NETWORK THROUGHPUT › › › › AIR 5331

Increase capacity and throughput Offload lower frequencies Grow in existing and new spectrum 5G growth

AIR 5331 › 5G NR TDD Massive MIMO high-band Radio › For high capacity, low latency focused deployments

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Ericsson Radio System Overview

AIR 5331 › › › › › › › › › ›

Initial RF band: Total EIRP: OBW: IBW: Fronthaul IF: Installation type: Weight: Volume: Cooling: IP Class:

37 - 40 GHz > 60 dBm 800 MHz 3 GHz 1 – 4 x 10.1 Gbps CPRI Pole / wall mounted ~14 kg ~18 liter Passive IP65

Preliminary data

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Ericsson Radio System Overview

AIR 6468 › › › › › › › › › › ›

Advanced Antenna System (AAS) 64TX/64RX Up to 120W EIRP max 74.5 dBm Up to 60 MHz IBW TDD Up to 3 carriers LTE 2 x 10.1 Gbps eCPRI Weight: up to 60 kg (excluding installation kit) Size (H x W x D):973 mm x 520 mm x 183 mm -48 VDC -40 to +55 ̊C

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Ericsson Radio System Overview

AIR 6479 OPERATOR CHALLENGE

Introduce capacity increase on sites using AIR without increasing the amount of antennas

COMBINE AIR WITH PASSIVE ANTENNAS › Integrated solutions › Connect 2x2 and 4x4 radios to passive ports on AIR

AIR 6479 › One antenna with TDD Massive MIMO + passive antennas AIR 6479 © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-183

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Ericsson Radio System Overview

AIR 6479 › 64 TX / 64 RX › LTE and 5G NR (TDD) › Output power: up to 200 W › Operating bandwidth: Up to 60 MHz › IBW: Up to 100 MHz › Weight: 47 kg › Interface: eCPRI 10.3 Gbps

Preliminary data

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Ericsson Radio System Overview

AIR 4488 OPERATOR CHALLENGE

Quickly and costefficiently add capacity

IMPROVE NETWORK PERFORMANCE › Increase capacity › Antenna Integrated Radio advantages › 4G and 5G growth AIR 4488 AIR 4488

› Three active bands with 4T / 4R each › Passive antenna ports to connect additional radios

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Ericsson Radio System Overview

AIR 4488 › Up to three active 4 TX / 4 RX bands › Output power: 4 x 40 W per band › Passive antenna ports – XX-pol 1427 – 1500 MHz ~17dBi (prepared for Band 32 1400) – X-pol 698 – 960 MHz ~17 dBi

› Passive cooling › Field replaceable radio units › Size: H x W x D: 2600 x 386 x 269 mm › Weight: ~100 kg Preliminary data

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Ericsson Radio System Overview

Summary of Chapter 4 The participants should now be able to : 4

Identify different Radio Products and their primary features

4.1 List the characteristics of the latest radio units including the 5G/NR radios that are available in Ericsson Radio System 4.2 Describe the characteristics and the usage of the new Remote Radio Units (RRUs) 4.3 Explain the characteristics and advantages of the Antenna Integrated Radio (AIR) products 4.4 List the benefits of the new installation options and features introduced

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Ericsson Radio System Overview

Intentionally Blank

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Ericsson Radio System Overview

Ericsson Radio System Overview

Backhaul

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Ericsson Radio System Overview

Objectives of Chapter 5 After this chapter the participants will be able to: 5

Describe the wide range of Backhaul products for Outdoor and Indoor Scenarios

5.1 List the various Aggregation Units offered in Ericsson Radio System, and explain their usage 5.2 List the characteristics of the new products in Router 6000 Series 5.3 Match the new products in the MINI-LINK Portfolio to the Indoor and Outdoor usage

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Ericsson Radio System Overview

Complete Backhaul Portfolio Ericsson Network Manager

Service Provider SDN

IP ACCESS & AGGREGATION ROUTERS

RADIO

Router 6371 for outdoor small cell

Router 6471 for Router 6672 indoor small cell for Access

Ericsson Radio System

IP EDGE & PACKET CORE

VIRTUAL ROUTER

Router 6675 for Pre-Aggregation

MICROWAVE

FRONTHAUL

Router 6274 for Metro Aggregation

PAU CWDM

Fronthaul 6392

MINI-LINK 6351

MINILINK 6600

Smart Services Router Platform

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Ericsson Radio System Overview

Switch 6391 › Compact outdoor switch with Ericsson Radio System building practice – 25 Gbps capacity – Extensive L2 feature suite – 20x20x4 cm /7.9x7.9x1.6 inches

› Flexible interfaces – 4x1GE RJ-45 + 2x10GE SFP

› Efficient power solution – -48V or +36V feed – PoE+ on all electrical ports or PoE++ on two – <30W © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-192

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Ericsson Radio System Overview

Use cases Switch 6391 Pico

WiFi

Pico Switch

PoE

PoE

WiFi

PoE

Pico

Pico

PoE

PoE

PoE

Switch PoE

PoE

PoE

Backhaul Router

PoE

OUTDOOR SWITCH

vEPG

10GE ring Router

PoE

PoE

PoE PoE

PoE

WiFi

CAMERAS

PoE

PoE

PoE

WiFi

PoE

WiFi

WiFi

? ???

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Ericsson Radio System Overview

Router 6000 family Flexible application to support various needs 30G

100G Router 6471 (2x10GE)

Router 6672 (8x10GE)

Indoor, fan-less & Compact

Router 6371 (2x10GE) Outdoor

10GE optimized

2G 3G 4G

4G+

For larger cell sites with Resiliency and 5G ready

320G

5G

TDM 1001 (16E1/T1)

Router 6675 (4x100GE,24x10GE)

Pay as you grow

High 10GE density and 100GE

Modular design for emerging markets and smaller cell sites

Supports flexible port configuration for 5G connectivity

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Ericsson Radio System Overview

ROUTER 6000 family Flexible application to support various needs

Router 6471

ENTERPRISE

Router 6672

Router 6675

MOBILE

Router 6672 Router 6371

FIXED RESIDENTIAL

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Ericsson Router 6000 Naming Scheme

Router 6672 Router 6x71 Router 6675

The first digit (6) denotes the alignment with radio. The second digit denotes either indoor or outdoor and type: • For 6371 (small cell outdoor router), the second digit (3) means outdoor • For 6471 (small cell indoor router), the second digit (4) means indoor, pico-related • For 6675 and 6672, the second digit (6) means indoor 19”. The third digit (7) means it is a router. Products with numbers matching 6x7x therefore belong to the Router 6000 Series. The fourth digit is to differentiate between different products as necessary. • For 6479 the fourth digit (9) is to differentiate from 6471. Same segment but different functionality

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Router 6000 facts

• Verified with radio • ERS building practice • Fan-less • Filter-less design • Indoor or outdoor • Zero-touch provisioning

• Market-leading throughput • High 10G port density • Large buffer-size • Low latency • HW accelerated IPSec • Precise synchronization

• Network Slicing • SDN ready • H-QoS with large buffer • Segment routing • Common Management

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Ericsson Radio System Overview

Router 6000 portfolio An Overview

Router 6371

Router 6471/1

Router 6471/2

Router 6672

18A

18A

18A

16A

18B -> 18A

Small Site CSR

LTE CSR/Agg Router

5G CSR, Agg Router & E-RAN High 10GE density and 100GE

Release Use Cases and Applications Key Features

Outdoor CSR, L3 Low cost CSR, L3 MW modernization MW modernization IP65 Outdoor

Full Duplex Forwarding Capacity

Fanless & Compact Fanless & Compact

10GE focused

Router 6675

30G

30G

30G

100G

320G

Traffic ports

2x10GE + 4xGE/2.5GE

2x10GE+4xGE RJ45 4xGE/2.5GE

2x10GE+4xGE RJ45 4xGE/2.5GE

8x10GE + 8xGE + 4xGE RJ45

24x10GE + 4x100GE QSFP28

Scaling / Sync

Medium/Premium

Low/Standard

Medium/Premium

High/Premium

Highest/Premium

-40C to 65C

-20C to 65C

-40C to 65C

-40C to 65C

-40C to 65C

Ambient Temp Range

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Ericsson Radio System Overview

Router 6371 › Interfaces: – 2 x GE/10GE SFP+ Ports – 4 x GE SFP Ports – 1 x 100/1000Base-T Ethernet for Out-of-Band Management – 1 x RJ45 Console Port – 1 x USB 2.0 Port – 1 x RJ45 Port 1PPS (Sync Interface)

› › › ›

Weight: 4,5 kg Dimension: 200mm x 315mm x 63mm Airflow: Fan-less and Filter-less design Power: – DC: -48V, single feed – AC: 100-240 V, single feed

› Power consumption: 30W, max 60W © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-199

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Ericsson Radio System Overview

Router 6471 › Interfaces: – – – – – – – –

› › › ›

2 x GE/10GE SFP+ Ports 4 x GE SFP Ports 4 x 100/1000 Base-T RJ45 Ports 1 x 100/1000Base-T Ethernet for Out-of-Band Management 1 x RJ45 Console Port 1 x USB 2.0 Port 1 x RJ45 Alarm port for 3 input and 1 output alarm contact 1 x RJ45 Port 1PPS (Sync Interface)

Weight: 3,6 kg Dimension: 1RU, 41mm x 217mm x 220mm Airflow: Fan-less and Filter-less design Power: – DC: -48V, single feed – AC: 100-240 V, single feed

› Power consumption: 30W, max 60W © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-200

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Ericsson Radio System Overview

Ericsson Router 6672 APPLICATIONS › 10GE port optimized cell site router › Enterprise access › Fixed mobile convergence › Indoor small cell router

DIFFERENTIATION › Radio OAM and security integration › Ericsson Network Management (radio + router) › Cost and capacity › Security (IPSEC, MACSec) › LTE-A sync features › Advanced radio integrated transport › Part of E2E transport offering from Ericsson

MAIN FEATURES › 1RU, Radio compatible, F2B cooling › 100G › 8*1/10G SFP+, 8x1GE SFP and 4x1G RJ-45 › 2.4-6G IPSEC, 4x MACSec ports › Common chipset family and IPOS within 6000 series = feature velocity © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-201

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Ericsson Radio System Overview

Router 6675 Overview

› High capacity 320Gbps Switch/Router for L2 interconnecting to enable LTE Elastic RAN feature › Same building practice as Router 6672, Baseband T605, Baseband 6630/6620 horizontal 19 inch sealed › 24 x 1/10G SFP/SFP+ ports (5.3 uS latency between 10GE ports) › 4 x 100G QSFP28 ports (4 uS latency between 10GE and 100GE ports) › Sync solution 1588v2 BC/GM and SyncE › O&M:

Elastic RAN Optimal coordination across the network for C-RAN

– Same O&M interface as multi-standard baseband for system functions – Netconf/Yang interface for transport function (e.g. L2 switching) – User interface is common and functional support from Ericsson management system is the same

› Fully verified by Ericsson as end-to-end solution © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-202

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Ericsson Radio System Overview

Ericsson Router 6274 High performance aggregation APPLICATIONS › Aggregation for Mobile backhaul and FMC › Mobile backhaul headend › Baseband hotel Router

DIFFERENTIATION › Best in class 10G/100G density › Cost V/S Capacity › Front to Back Cooling › SDN and programmability › LTE-A sync features › Ericsson Network Management (radio + router)

MAIN FEATURES › 5 RU, 2.1 Tbps, 18X100G , 144X10G › Redundant forwarding and control plane › 96K queues, 88msec buffering@100G › 16K L3VPN, 32K PWE, 128K MPLS LABELS › IPSEC, MACSec © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-203

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Ericsson Radio System Overview

Ericsson Radio System mini-link products

Transport portfolio with advanced radio integration Highest node capacity in smallest form factor World´s smallest high power radio unit Managed by Ericsson Network Manager

MINI-LINK 6351

MINI-LINK 6363

MINI-LINK 6352 Fronthaul 6392

MINI-LINK 6691

MINI-LINK 6692

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Ericsson Radio System Overview

MINI-LINK Outdoor units

Mounting Flexibility

MINI-LINK 6363 › World’s smallest high power radio unit › 6-80 GHz

MINI-LINK PT 2020

MINI-LINK 6366

› 600 Mbps capacity

› 2.5 Gbps over 2 carriers

› 6-42 GHz

› 6-80 GHz › Flexible outdoor solution for integrated- or split mount

10Gbps one carrier

MINI-LINK 6352 › World’s highest microwave capacity

MINI-LINK 6351 › 1 Gbps capacity in V-band

› 10 Gbps capacity in E-band › Multi-band Booster

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Ericsson Radio System Overview

MINI-LINK Indoor units

MINI-LINK 6651 › Compact end-node with dual carriers › 1GE & 2.5 GE interfaces

MINI-LINK 6691 › Small aggregation node

MINI-LINK 6693

MINI-LINK 6692

› Medium aggregation node

› Large aggregation node

› 90 Gbps switch capacity

› 90 Gbps switch capacity

› 90 Gbps switch capacity

› 1 GE, 2.5 GE & 10 GE interfaces

› 1 GE & 10 GE interfaces

› 1 GE, 2.5 GE & 10 GE interfaces

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Ericsson Radio System Overview

Ericsson Microwave offering

MINI-LINK 5-42 GHz

60 GHz

Partner Products 70/80 GHz

Sub 6

24-28 GHz (MPtMP)

Outdoor RAU2 X

MINI-LINK 6363

MINI-LINK 6366

MINI-LINK 6363

MINI-LINK 6366

Radwin 5000JET CCS Metnet

MINI-LINK 6351 MINI-LINK PT 2020

MINI-LINK 6352

Fronthaul 6392 Radwin 2000

Aggregation Switch 6391

Indoor

MINI-LINK TN and CN

MINI-LINK 6600

MINI-LINK LH

Radwin 2000 & 5000JET

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Ericsson Radio System Overview

MINI-LINK 6600

MINI-LINK 6651

MINI-LINK 6691

MINI-LINK 6692

Type of node

Compact end-node with dual carriers

Small aggregation node

Large aggregation node

Interfaces

1GE & 2.5 GE

1 GE, 2.5 GE & 10 GE

1 GE, 2.5 GE & 10 GE

Switch capacity

10 Gbps switch capacity

60 Gbps switch capacity

60 Gbps switch capacity

Modulation and channel width

4096 QAM and 112 MHz

4096 QAM and 112 MHz

4096 QAM and 112 MHz

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Ericsson Radio System Overview

MINI-LINK TN

2 10 4096

Carriers per modem , MIMO prepared

G interface

QAM support

New NPU and MMU for higher link- & switch capacities

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Ericsson Radio System Overview

MINI-LINK LH

16 56 2 in 1

Channels in one rack

MHz channel bandwidth

Long and short haul in one node

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Ericsson Radio System Overview

MINI-LINKI 6363

65 112/125 6-80

Now With

E-band % size and 35% weight reduction

MHz channel spacing

GHz high power radio

World’s smallest high power radio unit

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Ericsson Radio System Overview

MINI-LINK 6363 overview › › › ›

Split mount radio Frequencies: 6 – 42 and 70/80 GHz Modulations: C-QPSK and 4 – 4096 QAM Channels: – Traditional bands: 7 – 112 MHz – E-band: 62.5 – 125 MHz

› › › › › › ›

TX power: -10 to +30 dBm Volume: 2.8 liters / 170 in3 Weight: 2.8 kg / 6.2 lbs Power consumption: 20 W Backward compatible with RAU2 X Single bolt installation Indoor units MINI-LINK 6600, MINI-LINK TN and MINI-LINK CN › Modular antennas

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Ericsson Radio System Overview

MINI-LINK 6351

60 1 2.5

GHz frequency band

Gbps capacity

Multiport configuration: 4 x 1GE + 2 SFP interfaces

Liter in volume - everything included in the ball

World’s smallest Gbps V-band link

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Ericsson Radio System Overview

MINI-LINK 6351 Micro, Pico RBS

MINI-LINK 6351

4G

Multi Standard RBS6000/TCU

MINI-LINK 6351

2G 4G 3G

Designed for small cell deploymentWorld’s smallest › Designed for small cell Gbps V-band link deployment › Friendly and innovative design everything included in the ball › Easy installation, camera alignment › 60 GHz un-licensed band › 1Gbps in150 MHz › Power efficient < 20W

SMALL CELL

› High capacity › Easy and flexible installations › Easy alignment › Support LOS & NLOS configuration › Fast time to market › 60 GHz Un-licensed band

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Ericsson Radio System Overview

MINI-LINK 6352

70/80 10 10

GHz frequency band

Gbps capacity over one single carrier, Multi-band Booster

GE interfaces, 2.5 GE & 1GE 4x interfaces to the L2 Switch

World’s highest microwave capacity

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Ericsson Radio System Overview

MINI-LINK 6352

short hops and fiber extension MINI-LINK 6352 MINI-LINK 6692 MINI-LINK 6352

MINI-LINK 6352 MINI-LINK 6691

e-Band aggregation

› All outdoor packet solution suitable for metropolitan areas › Complement as fiber extension with Gigabit capacity everywhere › Cascading of hops › Inbuilt Layer 2 switch for traffic aggregation › Higher capacity with new frequency band: › 5 Gbps in 750MHz channel › 8 Gbps in 2+0 configuration with Radio Link Bonding and Header Compression › Multiple 10GE, 2.5GE and 1GE interfaces for easy connections to all equipment and for full utilization of radio capacity

› Very high capacity in a single carrier for metropolitan hops › Potential lower annual spectrum cost › Zero footprint aggregation/switch node › Faster time to market

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Ericsson Radio System Overview

Cascading and repeater solution › Aggregation

MINI-LINK 6352

– Fully outdoor small aggregations sites – Combined with L1 Radio Link Bonding & Protection

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Ericsson Radio System Overview

MINI-LINK 6354

6-42 2.8 10

GHz frequency band

Gbps capacity using 2 carriers, 4096 QAM and up to 112 MHz channel width. Multi-band Booster capabilities.

GE & 2.5 GE & 1GE interfaces to the L2 Switch

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Ericsson Radio System Overview

MINI-LINK 6366

2.5 4096 4

Mbps with high power radio over 2 carriers

QAM support

Ethernet interfaces, 2.5GE & 1GE

Flexible all-outdoor for 6 to 80 GHz

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Ericsson Radio System Overview

MINI-LINK PT 2020

6-42 600 15-20

GHz frequency band

Mbps capacity

% extra capacity with header compression

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Ericsson Radio System Overview

MINI-LINK PT 6020

short hops and fiber extension MINI-LINK LH MINI-LINK PT

MINI-LINK PT

e-Band

› All outdoor packet solution suitable for metropolitan areas › Complement as fiber extension reaching Gigabit capacity everywhere › Higher capacity with new frequency band: › 1Gpbs @ E-Band (70/80GHz) in 250MHz channel › 15-20 % extra capacity with Header Compression › Higher capacity in a single carrier for metropolitan hops › New unused frequency band › Potential lower annual spectrum cost › Faster time to market

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Ericsson Radio System Overview

CCS (partner solution)

25-29 1 2.3

GHz frequency bands

Gbps capacity TDD

Liter in volume

Fully self-organizing MPtMP microwave backhaul

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Ericsson Radio System Overview

RADWIN (partner solution)

6 750 350 Sub

GHz frequency band

Mbps capacity PtP (RADWIN 2000 D+)

Mbps capacity PtP/PtMP (RADWIN 5000 JET SCB)

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Ericsson Radio System Overview

Bandwidth Notification Supported in Router 6000 and Mini-Link › Current capacity information sent to other nodes › Used for traffic shaping and re-routing › Increased focus on network optimization

Adaptive modulation

– Adaptive Modulation – Multiband booster with E-band - higher capacity differences

BNM

› Standard protocol – G.8013/Y.1731 (2013) Amd.1

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Ericsson Radio System Overview

Product Summary MINI-LINK is a powerful and cost efficient network node fulfilling the requirements of the mobile broadband evolution •

High node capacity – increased modulation schemes, higher switch capacities, E-& V- band, 1G & 2.5G & 10G interfaces Flexible – any frequency, any site type, switching & routing, any sync • High density – 70% less size, more directions

•

Part of the new Ericsson Radio System •

• Integrated and verified Feature alignment for optimal performance

Enable efficient migration of installed base •

• Hop compatibility between nodes Reuse of installed radio, antenna and cabling

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Ericsson Radio System Overview

Summary of Chapter 5 The participants should now be able to: 5

Describe the wide range of Backhaul products for Outdoor and Indoor Scenarios

5.1 List the various Aggregation Units offered in Ericsson Radio System, and explain their usage 5.2 List the characteristics of the new products in Router 6000 Series 5.3 Match the new products in the MINI-LINK Portfolio to the Indoor and Outdoor usage

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Ericsson Radio System Overview

Ericsson Radio System Overview

Enclosures and Power Systems

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Ericsson Radio System Overview

Objectives of Chapter 6 After this chapter the participants will be able to: 6 List the new enclosure and power options available under Ericsson Radio System Hardware 6.1 Describe the different Enclosure options and its Outdoor/indoor functionality 6.2 Identify Power System Solutions for Macro, Main remote and Hybrid configurations 6.3 Explain small cell implementation with the various Indoor Power Products 6.4 Discuss the Installation options and Configuration for the Power Products © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-228

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Ericsson Radio System Overview

Enclosure and Power

Enclosure

Enclosure & power

Power

Remote site management

Battery

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Ericsson Radio System Overview

Enclosure naming (example)

Enclosure 6130 Upper case Lower case

Space

Random / Capability Series

Enclosure 6306 Enclosure 6307

Enclosure 6130

Enclosure 6150

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Ericsson Radio System Overview

Ericsson Radio System Site types

63 SERIES Site with zero footprint products

65 SERIES

61 SERIES

Site with outdoor small form factor Micro

64 SERIES

Site with outdoor enclosures

Site with indoor Pico, integrated radio.

62 SERIES Site with indoor enclosure or larger 19” shelf based products

66 SERIES Site with indoor self contained 19” products.

OUTDOOR SERIES

INDOOR SERIES

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Ericsson Radio System Overview

The Cabinet Heat Exchanger Feature: air pressure monitoring

DAC Frame

Side-by-side cabinett

Full Flexibility

Insulation

Plain cover or

Active cooling

Bullet proof Light box

Blind plate DAC Feature: Alternative door positioning Alternative locking systems

Battery Base Unit (BBU)

More features: Variable height Variable width Optional EQ4-Kit Optional installation interfaces

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Ericsson Radio System Overview

Flexible configurations

AC/DC POWER

AC/DC POWER

AC/DC POWER

AC/DC POWER

BASEBAND BASEBAND BACKHAU L

BATTERY

All-in-one

BATTERY BACKHAUL

BATTERY

BACKHAU L

MainRemote

Power/battery

Transmission

Energy storage

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Ericsson Radio System Overview

The Modular System REMOTE RADIO 1-18

CLIMATE OPTIONS 5-10 kW Heat Exchanger 5-10 kW Direct Air Cooling

Multi Purpose RADIO UNIT 1-12

POWER 2,5-35kW

Double Capacity

DIGITAL UNIT 1-8

BATTERY 190-570 Ah

TRANSMISSION 1U - 25U

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Ericsson Radio System Overview

Approach differently

POWER

DUS 31

Use 5212/5216? Reduced back-up? 3 hours instead of 4 hours?

POWER

Capacity or coverage site? Is battery back-up really needed?

DUG 20 DUG 20

BB521x

DUG 20 TCU 02

AMM 6p

AMM 6p

POWER

BB521x BATTERY 2x210Ah

BATTERY 1x210Ah

AMM 6p

Enclosure 6150

Enclosure 6140

Enclosure 6130

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Ericsson Radio System Overview

Enclosure 6130 Main characteristics › Power systems – DC: 15x CB (additional DC as option, 15 x CBs) – AC: ≤ 8 kW (200 A) DC power › 15x DC (6x Prio + 9x Main) – 12Ah-210Ah batteries (PBC config) › Climate system – Heat Exchanger (HEX) – Designed for self-sustained equipment – Temp. range: -33°C - +50°C (Heater optional) › Mechanical – 8U equipment space (19”) or batteries (AC/PBC config) – 10U equipment space (19”) (DC config) – IP55 – WxHxD: 650x1051x700 mm – Weight: 124kg (AC Config)

105 mm

› Control – Integrated with OSS/ENM – External alarms

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Ericsson Radio System Overview

Enclosure 6140 Main characteristics › Power systems – DC distribution: 15x CB – AC ≤ 8 kW (200 A) DC power › 15x CB (6x Prio + 9x Main) – 12Ah-210Ah internal batteries – Additional DC distribution as option (15x CBs) › Climate system – HEX / DAC (for battery compartment) – Designed for self-sustained equipment – Temp. range: -33°C - +50°C (Heater optional) › Mechanical – 10U equipment space (19”) + up to 1x210Ah (AC Config) – 21U equipment space (19”) (DC Config) – IP55 – HxWxD: 1607x700x752 mm – Weight: 190kg (AC Config) › Control – Integrated with OSS/ENM – External alarms

105 mm

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Ericsson Radio System Overview

Enclosure 6150 Main characteristics › Power systems – AC: ≤ 8 kW (200 A) DC power › 15x CB (6x Prio + 9x Main) – AC: ≤ 20 kW (400 A) DC power › 32x CB (6x Prio + 25x Main) – 12Ah-210Ah batteries – Additional DC distribution as option (15x CBs) › Climate system – HEX / DAC (for battery compartment) – Designed for self-sustained equipment – Temp. range: -33°C - +50°C (Heater optional) › Mechanical – 13U equipment space (19”) + up to 420Ah battery back-up (AC Config) – IP55 – HxWxD: 2050x800x740 mm – Weight: 230kg (AC Config) › Control – Integrated with OSS/ENM – External alarms

105 mm

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Ericsson Radio System Overview

Enclosure 6320 › › › › › › › › › › › ›

Mast, pole or wall mounting Baseband and transport applications Support for 9 baseband units Light weight design allows for easy carry to site Integrated climate control and OSS interface HEX climate system Site power: -48 V DC 10U 19” space (12U total) HxWxD: 905x520x585 mm Weight: 50kg (empty) Temp. range: -33 ̊C - +50 ̊C IP55

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Enclosure 6330 Main characteristics

› Power system – DC distribution – Supports up to 12x RRU/AIR (power+CPRI)

› Climate system – HEX – Designed for self-sustained equipment – Temp. range: -33°C - +50°C (Heater optional)

› Mechanical – – – –

5U equipment space (19”) (DC Config) IP55 HxWxD: 625x900x400 mm Weight: 50kg (empty)

105 mm

› Control – Integrated with OSS/ENM – External alarms

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Enclosure 6340 Main characteristics

› Power system – DC distribution

› Climate system – HEX – Designed for self-sustained equipment – Temp. range: -33°C - +50°C (Heater optional)

› Mechanical – – – –

2U equipment space (19”) IP55 Size:575x700x300mm (WxHxD) Weight: 40 kg

105 mm

› Control – Integrated with OSS/ENM – External alarms

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Ericsson Radio System Overview

Enclosure 6215 › Mechanical – 2x ERS Rail interface – Up to 12x ERS Radios – HxWxD: 2000x1100x676 mm – Weight: 75kg

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Ericsson Radio System Overview

Enclosure 6147 › Mechanical – 2x ERS Rail interface – Up to 12x ERS Radios – HxWxD: 2000x1100x676 mm – Weight: 173kg › Climate system – Natural convection – -33°C - +45°C – IP20

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Ericsson Radio System Overview

Enclosure B154 Main characteristics › Power systems – DC Output: -48 VDC / 200A – Battery characteristics: 8x 12V / 100 – 210 Ah (AGM) › Climate system – Convection cooling – Normal operation: -33°C – 50°C › Mechanical – IP44 – HxWxD: 1100x650x700 mm – Weight: 105 kg (excl. batteries)

105 mm

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Enclosure B174 › Battery Backup System › 4 x 170/190/210 Ah › Hydrogen Ventilation (GR 487) (no tubes) › Active Cooling › -33 to +50 °C › WxHxD: 700 x 1850 x 860 mm › Weight: 135 kg (battery excl.) › EQ4 optional › Heater optional

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Battery on rail Battery 6312

OPERATOR CHALLENGE

Robustly densify macro network in environments where new sites with minimal site space are the only places left to grow on

OUTDOOR BATTERY SOLUTION Battery on Rail

› Fast deployment and significant cabling savings › Minimal space needed, no battery cabinet required › Lithium-Ion: Long battery lifetime BATTERY ON THE RAIL › › › ›

Battery 6312: One-bolt installation Wide operating temperature range: -33° C till 50° C Capacity dimensioned for typical 15 to 30 minutes back-up time Tight O&M integration with Ericsson Radio System Power solutions

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Enclosure 6306 › Multi-purpose enclosure › Size (for Li-Ion): 444 x 190 x 604 (w x d x h) › Weight (for Li-Ion): Less than 21 Kg › Temperature range: -40 to +55 degr. C › Separate installation or attached to another unit (TM) › Carries one 48V/26Ah Li-Ion battery (add 19 kg) › Alternatively any of the supported 19” transmission solutions (max. 2 HU), i.e. MINI-LINK etc.

Li-Ion battery version

› Alternative: One Enclosure 6307 can accomodate two x 48V/26Ah Li-Ion batteries. › Customer padlock interface Cable entries (Li-Ion)

Cable entries (TM)

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Enclosure 6306 Product characteristics

› Multi-purpose enclosure › Size: 444 x 190 x 604 mm (w x d x h) › Weight: Less than 21 kg › Temperature range: -40 to +55 °C › Separate installation or attached to another unit (TM or Li-Ion) › Support 19” transmission solutions (max. 2 HU), i.e. MINI-LINK etc. › Surge protection: OVP or SPD › Carries one 48V/26Ah Li-Ion battery (add 19 kg) › Customer padlock interface › Interfaces for external cables:

Cable entries (Li-Ion)

Cable entries (TM)

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› 4x RF cables (MINI-LINK) › 20x Optical cables › 4x Signal cables

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Enclosure 6307 Product characteristics

› Dual-purpose enclosure › Size: 440 x 257 x 600 mm (w x d x h) › Weight: Less than 27 kg › Temperature range: -40 to +55 degr. C › Separate installation › Carries 1-2 x 48V/26Ah Li-Ion battery (add 19-38 kg) › Alternatively 1 x 48V/37-40 Ah L-A battery (add < 60 kg) › Approved for selected Enersys and Northstar L-A batteries

Lead-acid battery version

› Customer padlock interface Cable entries © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-249

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Ericsson Radio System Overview

6306 6303 – Typical Site Configuration Typical site configurations

- Large micro / small cell site Panel antenna

Bi-dir. antenna

Panel antenna

Bi-dir. antenna

Panel antennas

PT 3060 (example)

RBS 6501

mRRU

mRRU

mRRU

RBS 6501

Power 6306

AC input (Grid or GenSet)

Enclosure 6306 (with TM)

48 VDC (Loads) Enclosure 6307 (example) 48 VDC (Battery) HW items in correct relative scale

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Legend: Red: AC input (Grid or GenSet) Yellow: 48 VDC (Battery) Green: 48 VDC (Loads)

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Enclosure Installation

Power 6306 + 2 x Enclosure 6306 (one for TM, one for Li-Ion)

Power 6306 + Enclosure 6306

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Power 6306 + Enclosure 6306 (double-mounted)

Power 6306 + Enclosure 6307 (Li-Ion or L-A)

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Power

Power 6302 Upper case Lower case Space Series

Random / Capability

Power 6610 Power 6302 Power 6306 © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-252

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Power 6302 Power Supply solution for NGR macro radios ( RRU 2217) AC conversion for more flexibility on remote sites. Aligned with NGR design and building practice. APC Light compliant – ie Power 6302 is a Support Unit.

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Power 6306 › Size: 444 x 233 x 604 mm (w x d x h) › Weight: Less than 43 kg › 1 – 4 x 1 kW high-efficiency outdoor rectifiers › Temperature range:: -40 to +55 °C › 1, 2, 3-ph. AC interface, Surge Type 1 alt. Type 2 › < 10 DC outputs, Surge Type I alt. Type III SPD › Optional main-load disconnection capability › Alternative battery technologies; Li-Ion or Lead-acid: › Lead-Acid batteries for low initial investment › Lithium-Ion batteries for low weight, long life and low cost of ownership › Many battery enclosures to chose from; Enclosures 6303, 6306, 6307, BBS 6301, BBS 05 and BBS 6101 › Multiple battery enclosures per Power 6306 supported

› Customer padlock interface

Cable entries

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Power 6306

Adaptable to your site needs – at a glance RBS 6302

Macro RRU / AIR

RBS 6501 mRRU

Outdoor backhaul

MINI-LINK ALL OUTDOOR

Up to 10 x DC Outputs

Power 6306 power and distribution ( 62 l / <43 kg) •1-4 kW output power •Hinged door for simple access and installation •Optional main-load disconnection •AC protection: Surge alt. Lightning •DC protection: Surge alt. Lightning •< 10 x separately fused DC outputs. < 12 x DC loads •1-4 x Battery enclosures (6306 or 6307) possible

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Power 6306

macro / small cell outdoor site power

› Modular enclosure designs for efficient site build › Energy-efficient & virtually maintenance-free › < 4 kW (100 A) DC power in Power 6306 › 1-4 x 1.0 kW rectifiers; High-Efficiency & Natural convection › < 10 x load outputs with optional dual-level disconnection › Individual DC protection per output, Surge or Lightning › Alternative AC protection; Surge or Lightning › Powers ”any” -48V DC load, Ericsson and non-Ericsson

Power 6306

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› Flexible and scalable battery backup: › Lead-Acid batteries for low initial investment › Lithium-Ion batteries for low weight, long life and low cost of ownership › Many battery enclosures to chose from; Enclosure 6306, 6307, BBS 6301, BBS 05, BBS 6101 › Site transmission › MINI-LINK and IP transmission easily housed in Enclosure 6306

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Power 6393 Description

Power 6393, Modular Power Supply (Outdoor & Indoor) › Power 6393 is a modular power supply concept, that can support either AC or DC input power, for low power applications up to 200W. This is done by two variants of Main Units: – Power 6393 AC Main Unit (for input 100-250 VAC) – Power 6393 DC Main Unit (for input -48 VDC power)

› The main units can be configured with either one or two output modules (PDUs). These are available in three variants: – PDU 40 01: – PDU 40 02: – PDU 40 03:

1 port Power over Ethernet with surge protection 1 port Power over Ethernet with Lightning protection 2 port -48 VDC with Lightning Protection

Product Number Function Designation BML 901 6393/1 BMR 911 6393/1 BMG 907 4001/1 BMG 907 4002/1 BMG 907 4003/1

NTK 102 317/2

Power 6393 AC Main Unit Power 6393 DC Main Unit PDU 40 01 PDU 40 02 PDU 40 03

Pole Mount kit: Hose Clamp (2pcs) (For pole mount)

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Power 6393 Outdoor application

MINI-LINK 6352 or MINI-LINK PT 2020

MINI-LINK 6352/Fronthaul 6392 or MINI-LINK PT 2020 -48 VDC Power (DC+Opto solution)

Power over Ethernet (PoE)

PoE 1

PoE 2

Power 6393: PoE 1-2: Power over Ethernet PoE 1/2 ≤ 100W/port (Up to 2 Outputs)

Power 6393

Input: -48 VDC or 100-250 VAC

DC1

DC2

DC3

DC4

Power 6393

Input: -48 VDC or 100-250 VAC

Input Ethernet: Eth 1 & Eth 2

Power 6393: DC1-4: -48 VDC Sum DC1-4 ≤ 200W DC1-4 ≤ 200W/port (Up to 4 Outputs)

Link to detail information

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Power 6393 Indoor application

Indoor

DC1-4: -48 VDC Sum DC1-4 ≤ 200W (Up to 4 Outputs)

Indoor Units: (e.g. MINI-LINK 6651/6691 or MINI-LINK CN 510/TN (AMM2pB)) (Total max 200W) DC1

Outdoor MINI-LINK 6363/RAU2 X

DC2

Power 6393

DC3

DC4 Input: -48 VDC or 100-250 V AC

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Power 6610 › › › › ›

Height 4 HU, 19” width Dimensions (WxDxH): 485 x 519 x 177 mm IP20 rated Front cover with dust filter Normal operation temperature range +5 to +55 ̊C › › Weight 35kg fully populated (16kg empty) › › › ›

Wide AC input range 85-275VAC Rectifier capacity 10kW, -48VDC 200A Battery backup connection Option for both Lead acid and Li-Ion batteries Up to 17 separate -48VDC load feeds –105Support 20A and 26A electronically controlled DC fuses mm – Support up to 100A electromechanical circuit breakers

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› 8 external alarm inputs › EC bus connection

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Objectives of Chapter 6 The participants should now be able to : 6 List the new enclosure and power options available under Ericsson Radio System Hardware 6.1 Describe the different Enclosure options and its Outdoor/indoor functionality 6.2 Identify Power System Solutions for Macro, Main remote and Hybrid configurations 6.3 Explain small cell implementation with the various Indoor Power Products 6.4 Discuss the Installation options and Configuration for the Power Products © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-261

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Ericsson Radio System Overview Small Cell

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Objectives of Chapter 7 After this chapter the participants will be able to: 7

Expand the products under Small cell portfolio and describe their features and benefits.

7.1 List the characteristics of New Micro RBS, Pico RBS, Radio Dot System (RDS) and their configuration options 7.2 List the characteristics and usage of the various WiFi Access Points (AP) products

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Small cell products Indoor Only

Outdoor and Indoor Radio 2203

Micro RRU

Micro RBS 6501

Pico RBS 6402

Radio Dot

Complete RBS with integrated baseband Main-remote radio possible to connect to common baseband pool

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Small cells Portfolio

Pico RBS

Small cells

Micro RBS

Micro Radio

Radio Dot System

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Operator challenges Indoor app coverage Indoor systems must deliver seamless app coverage, peak rates and services

SM S

Technologies and spectrum

10 Mbp s

Migration of 3-4 Standards and 5-10 Bands

1

Mbp s

>10 @

Mbps

0, 1M bps

Multitude of devices 3G, 4G and Wi-Fi

Cost efficient deployment Size, few boxes, Backhaul, installation & integration

Approx. 10 Million commercial buildings up to 5000 m2 (50 000 sqft )

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Performance / traffic demand

How to meet specific indoor needs Add indoor small cells Densify macro Add micro cells Improve macro

General indoor coverage

Difficult areas

Enterprise solutions Indoor hot-spots Regulatory requirements

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Ericsson indoor portfolio

< 5K m2

Pico RBS

5K – 50K m2

> 50K m2

Small deployments, Internet grade backhaul Superior performance and feature support in large deployments

Radio Dot Micro DAS

Large coverage, special antenna configurations

Macro DAS

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RBS 6402 Indoor pico cell Biggest performance boost in a tablet-sized footprint optimal for smaller buildings

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RBS 6402 Multiband concept 3GPP Module 1 3GPP Module 2 WiFi

2 RF modules for 3GPP Each module: 2-4 Bands One band per module selectable by SW out of 2-4 bands

A few products per market supports all band combinations

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RBS 6402 Performance › › › ›

300 Mbps LTE carrier aggregation Up to 2 LTE carriers 5,10 or 20 MHz dual band Up to 2x2x250 mW output power 21 Mbps HSPA (HW prep 42 Mbps)

Flexibility › Up to 10 bands in one unit › Remote selection of band and standard › 3 standards, LTE, WCDMA and Wi-Fi simultaneous operation

Easy to deploy › › › ›

Small All-in-One solution Data & Power over Ethernet and SON features Network-live in 10 minutes Coverage area 800-3000 m2

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Untrusted environment Pico RBS 6402

Needed if › Public network › Little/no control › Physically exposed

› IPsec › Auto Integration › Signed SW

MME

Attack

Untrusted Network

SGW Security GW

Intruder

OSS

Trusted Network

RNC

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License Assisted Access Unlocks 5 GHz spectrum for LTE

› LTE licensed spectrum for performance › LTE unlicensed spectrum for speed boost

LTE Advanced on Licensed & Unlicensed Spectrum

LAA Unlicensed

– Carries additional data payload – 4% of the 5 GHz band provides up to 150 Mbps speed increase

LTE Macro

LTE Primary Carrier Licensed Spectrum

LTE Small Cells

LTE Secondary Carrier Unlicensed Spectrum

– LTE efficiencies on unlicensed spectrum © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-274

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RBS 6402 LTE-U Performance › › › ›

300 Mbps LTE carrier aggregation 2 LTE Carriers 5,10 or 20 MHz 4x250 mW output power Support for 40 MHz 5GHz/LTE-U

›

Flexibility › Remote selection of FDD band › Licensed FDD, LTE-U and Wi-Fi simultaneous operation › HW prepared for 20+40 MHz CA

Easy to deploy › Small All-in-One solution › Data & power over ethernet and SON features. › Network-live in 10 min

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RBS 6501 › Output power matters – 2x5 W in order to build a strong micro cell

› RBS 6501 supports CPRI out – Dual band and Multi sector flexibility. – 6 Cell carriers, 168/23 Mbit/s (DL/UL) – LTE: 120 MHz, 225/75 Mbit/s (DL/UL)

› High capacity – 1000 connected LTE users

› Easy and Flexible Deployment – – – –

AC or DC Power Supply Integrated GPS with antenna Integrated or External Antenna 16kg & 15l

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RBS 6501

2x5 W in order to capture traffic

CPRI out supported

CPRI

High capacity - 1000 connected LTE users

Easy and Flexible Deployment

mRBS 6501

mRRUS 12

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Ericsson Micro Flexibility Integrated or external Antenna Support

RBS 6501

mRRU

Integrated AC or -48 V DC CPRI-Out Optical or Electrical GE Interface Support for internet grade

Power output to feed Tx Equipment

Sector 1 RBS 6501

Sector 2 mRRUS 12

Sector 3 mRRUS 12

Freq. 2

mRRUS 12

Freq. 1

RBS 6501

External antenna Indoor/Outdoor Semi integrated omni antennas Integrated patch antenna

Multi sectors

Dualband & CA

Antenna & site solutions

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Zero site small › Height: 4000 mm › Colour: Colour on request › Radio Option: 1-2 Micro Remote Radio, Radio 2203 mounted on sliding rail › Transmission option: Fiber › Power consumption: 50W © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-279

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Zero Site Large › Height: – 8,65 m (Small Randome) – 9,45 m (Large Randome)

› Radio Option: Remote Radio Units 01-02-11-12 or Micro Remote Radio Units – Randome Small: 6 Micro Radio Units with internal antennas or 3 small external antennas – Randome Large: 2 Macro Remote Radio Units with 3 external antennas

› Transmission options: Fiber or Microwave © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-280

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Radio dot system

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RBS 6000 with Radio DOT System › Redefining indoor small cells › Indoor game changer – Addressing majority of buildings – Affordable ultra high capacity

› Innovation enabling future technology in today’s deployment

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Ultra compact with flexible mounting

Ceiling tile

Pipe

Concrete

Rail system

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Easy Install

EASY install

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Radio dot system Radio/ RRU

RBS 6000 with Indoor Radio Unit (IRU) › Aggregation for 8 RD per IRU › Coverage for around 5000 m2 per IRU › Pooled baseband resources, 6 IRU per DU › LTE or WCDMA › 100% network integrated for radio and management

Radio Dot (RD) › Discreet and easy to install › High capacity radio and antenna with MIMO › Power and radio over standard LAN cable › Cable length up to 200 m

RBS 6202 IRU

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Radio Dot System RF

Remotely powered Radio Head (RH) Compact, low-cost and low power

CPRI IQ-Data

IF

Packet

(20-250 MHz)

RBS

Up to 200m / 600 ft

Dot

CAT6-7 twisted pair.

3GPP

DU

IRU

Copper

Fiber

GbE

Band Agnostic Indoor Radio Unit (IRU) Multi-band Active Antenna Elements (RH) Pooled Capacity defined by Digital Baseband Unit (DU) © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-286

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Radio Dot System solution overview Radio Dot (RD or “Dot”) —Indoor optimized ultra compact radio —Discreet and easy to install —Single and dual band versions —Radio and power over LAN cable

Radio Dot Enclosure — Dual enclosure: 2 single / dual dots — Triple enclosure: 3 single / dual dots Micro Radio — Complementing Radio Dot for low capacity coverage areas — External antenna support — Outdoor hardened

Indoor Radio Unit (IRU) — Power and control for Radio Dots — Frequency band independent — FDD/TDD Software defined radio — Remote or co-located with baseband Baseband and RAN Software — RDS + Micro Radio pooled baseband — Backhaul, synchronization and security — WCDMA/LTE SW with feature parity and 3GPP evolution with leading Ericsson Baseband

Enclosures — Remote IRU Enclosure: 1 slot IRU enclosure — RBS 6601: 2 slot enclosure — RBS 6202: 14 slot enclosure

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Radio Dot System Hardware Baseband

IRU

Chassis

Radio Dots

RBS6601 IRU2242 WCDMA DUW11, DUW31/41

IDU5205 / IDU5209

Dual Dot Enclosure

RD2242 frequency band specific

RD2243 frequency band specific

Baseband 5216/12

LTE DUS31/41

RBS6202

Triple Dot Enclosure

RD4442 Dual Band frequency band specific

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Indoor Radio Unit, IRU2242 › Connectivity for up to 8 Radio Dots all configured in one radio cell on one frequency band › Typically provides coverage for 5000m2 › Designed for RBS 6000 with single height Digital Unit form factor › Frequency band agnostic › Multi Standard Mixed mode supported › Connectivity to DU: CPRI 2.5 Gbps › Secondary CPRI port for cascading › EC-bus extension for remote management › Power consumption < 175W (includes power feeding to Radio Dots) › Heat dissipation <50W

31 mm 5000 m2

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Indoor Digital unit (IDU) IDU5205 and IDU5209 Background › Existing DU / Basebands have too much capacity for indoor small and medium buildings › Lack of price optimized DU / Baseband for small and medium buildings Description › IDU5205 and IDU5209 are optimized DU for indoor solution, and work only with Radio Dot System – IDU5205 can support up to 24 Dots, 600Mbps throughput, LTE single mode, WCDMA single mode, – IDU5209 can support up to 48 Dots, 1Gbps throughput, LTE single mode, WCDMA single mode, L+W mixed mode simultaneously (17A) – Fixed capacity, no HWACs for capacity › Feature parity with LTE/ WCDMA RAN › Contribute to better TCO of Radio Dot Solution (lower price due to lower capacity, see separate pricing guide for IDU) Benefit › Low entry point of Radio Dot System › Simple solution with predefined configuration for small / medium buildings › More flexibility in DU selection

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Radio Dots › RD2242

› RD2243

– Single band frequency band specific radio head with two radio branches Tx and Rx –Size and Weight: ~10 cm diameter, 265 g ( 10 oz.) –RF Power 20 dBm, recommended for up to 800 m2 coverage area › 2x2 MIMO, Tx/Rx Diversity: 17+17 dBm Tx › 2x1 MISO using Common Precoder: 1x 20 dBm Tx – 40 MHz Instantaneous Bandwidth (IBW) – Antenna lobe: Omni – Technology: WCDMA and LTE with mixed mode support – Data rates: dependent on carrier configuration up to 400 Mbps DL –Connection to IRU for radio signal, control channel and power over single standard LAN cable (CAT 6a/7) © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-291

– The RD 2243 is a Single Band Radio Dot with the same dimensions as the RD 4442. The RD 2243 has the following features › 256-QAM Downlink and 64-QAM Uplink › LTE FDD - 2 carriers of 5, 10, 15, 20 MHz bandwidths (B1 and B3 versions only) › LTE TDD - 2 carriers of 5, 10, 15, 20 MHz in full band or 5 MHz subbands (B40A version only) › WCDMA - 4 carriers (B1 version only) – Output power: › 2x17 dBm (B1 and B3 versions) › 2x21 dBm (B40A version) – 2x2 MIMO – Total Instantaneous Bandwidth (IBW) of 40 MHz per band

›

RD4442 – Dual band frequency band specific radio head with two radio branches Tx and Rx per band –Size and Weight: ~12 cm diameter, 300 g ( 10 oz.) –RF Power 2x20 dBm, recommended for up to 800 m2 coverage area › 2x 2x2 MIMO, Tx/Rx Diversity: 17+17 dBm Tx › 2x 2x1 MISO using Common Precoder: 1x 20 dBm Tx – 40 MHz Instantaneous Bandwidth (IBW) – Antenna lobe: Omni – Technology: WCDMA and LTE with mixed mode support – Data rates: dependent on carrier configuration up to 2x400 Mbps DL –Connection to IRU for radio signal, control channel and power over single standard LAN cable (CAT 6a/7) (U/FTP or F/FTP)

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Remote IRU enclosure benefits › The typical deployment room of Indoor Radio Unit is not telecom room, which require unique deployment solution for IRU. › Remote IRU Enclosure simplifies IRU installation by one box solution with integrated AC power supply, fans, alarms. › Remote IRU Enclosure provides flexibility in physical mounting, including rack mount, wall mount single unit, wall mount dual unit. › Remote IRU Enclosure improves the Acoustic noise › Reduced OPEX

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Remote IRU enclosure Product description

Weight: 3.7 Kg (Single Enclosure) Dimension: 447mm x 354mm 44mm IP class: IP20 AC power Rating : 100-250 VAC, 50/60 Hz , 300 W Acoustic noise level: <50 dB SPL(A) Power consumption: <10W Allowed mounting cases • Rack • Wall mount, single unit • Wall mount, two units Operating Temperatures: -5oC to +55oC

One additional external alarm input RAN support In the package, 3 kinds bracket are included for rack, single wall, dual wall No battery backup included, if needed, external uninterrupted power supply need to add

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Configuration options Medium to Large Building RBS6202 with Baseband and IRU co-located using a star configuration to radio dots Common configuration for single tenant enterprise buildings

Large to Very Large Building RBS6202 with Baseband and IRU co-located distributed on floor or building segment levels

Subtending nearby RBS Baseband shared with nearby RBS, like e.g. a roof top site on the same building with distributed IRU in RBS6601 (Q2-2015) Enables advanced LTE coordination between outdoor and indoor coverage

Campus or Large Venue Multiple installations cover multiple buildings or a large venue (eg school campus, enterprise campus, stadium) Centralized baseband can be shared by multiple indoor and outdoor facilities, supporting expansions over time

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Wi-Fi Access Points Radio › Dual radiation: 2.4 GHz and 5 GHz › Standard based beamforming › Multiple Input Multiple Output (MIMO) › Enhanced Auto-Channel

Indoor

Outdoor

Ports: • Gigabit Ethernet (GbE) ports Aerial

Features:

Strand

› Integrated Policy Enforcement Point (PEP) › DHCP or DNS based auto provisioning › Embedded Spectrum Analyser Vault

› Wi-Fi Manager based provisioning › Tunnel support › Backhaul support

Network Management and Reporting

Wi-Fi Business Analyzer

Wi-Fi Manager

OSS-RC

ENIQ

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Wi-Fi Evolution To Heterogeneous Networks Improve end user experience, network utilization and operator control Device-Driven Offload

3rd Party Model

Target Scenario

Independent Wi-Fi

Operator/Shared Hotspot

Wi-Fi in Heterogeneous Network

Home / Enterprise Wi-Fi

Public Wi-Fi

Public Wi-Fi

• •

End user aware No operator control • OTT services • Free

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•

• End user aware Some operator involvement • Emerging standards for seamless roaming • Charged differently than cellular

• •

Seamless to end user Operator controls access selection, traffic steering and service mapping • Integrated charging

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Summary of Chapter 7 The participants should now be able to: 7

Expand the products under Small cell portfolio and describe their features and benefits.

7.1 List the characteristics of New Micro RBS, Pico RBS, Radio Dot System (RDS) and their configuration options 7.2 List the characteristics and usage of the various WiFi Access Points (AP) products

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Ericsson Radio System Overview

Green Deployment/Energy solutions

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Objectives of Chapter 8 After this chapter the participants will be able to: 8

List and discuss the available Energy solution options under the Ericsson Radio System portfolio.

8.1 Describe the various energy saving solutions implemented for a site deployment 8.2 Explain how Ericsson radio system products helps in reducing Total Cost of Ownership (TCO) and power consumption for the operator 8.3 Explain, with examples, how one can build energy-optimized networks © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-300

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Operator Energy Challenges

Energy cost

Government directives

Power disturbances

Brand value

Off-grid sites

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Efficient Energy Solution Energy efficient Network Design

Network Level Radio Modernisation

energy Saving Features Remote site management

redundant equipment

site Power

Site Level

Alternative energy sources

Site climate

Key Performance Indicator (KPI) set according to the specific need kW/Sub CO2/Traffic CO2/Revenue © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-302

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Network range › Energy Efficient Network Design – Efficient use of out-put power – Network performance features

› Radio Modernization – RBS modernization

› Energy Saving Features – BTS Power Save, Timeslot P.S, PSU P.S.

› Redundant Equipment – TRX re-allocation, cabinet surplus, legacy equipment still operational

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Site range › Site Power – – – –

Diesel-battery hybrid Diesel generator re-sizing Durable batteries High efficiency rectifiers

› Site Climate – Enclosure layout, Site Temp., insulation – Free-cooling, Heat exhangers, DC Air-con

› Remote Site Management – Power consumption monitoring – Smart cooling control

› Alternative Energy Sources – Solar, Wind, Fuel Cell

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RAN Power Saving Solutions What it does

Feature

BCCH POWER SAVINGS

RAN POWER

SAVIN G SOLUTIONS

MCPA TX POWER SAVINGS

Reduces the output power of the BCCH carrier Calls are moved so that it is possible to put an MCPA in low-power state

Typical saving

Per cell

Depends on MCPA

30–50W

25–50W

TIME SLOT POWER SAVINGS

Individual time slots in standby when no traffic

Per TRX

20–30W

BTS POWER SAVINGS

Shuts down TRXs not needed

Per TRX

20–30W

WCDMA RAN POWER SAVE

Soft locks cells during low or no traffic periods

Per cell

12–65W

MICRO SLEEP TX

Enables discontinuous transmission in the downlink

Per cell

50W

MIMO SLEEP MODE

Reconfigure the antenna system based on traffic load

Per cell

70W

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Ericsson GREEN LTE ‐25%

› HW and SW solutions which decrease RBS energy consumption

› No penalty on network performance

CELL SLEEP MODE MICRO SLEEP TX AIR ANTENNA SOLUTION

‐17%

ENERGY SAVINGS

AREA TRAFFIC DENSITY

› Smart LTE software to decrease radio power when its not needed

ENERGY SAVINGS

‐ 52%

ENERGY SAVINGS

CELL SLEEP MODE MICRO SLEEP TX

MICRO SLEEP TX MIMO SLEEP MODE PSI COVERAGE

DENSE URBAN URBAN

SUBURBAN

RURAL

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LTE RAN Software Energy savings

MICROMICRO SLEEP SLEEP TX TX

PerRBS cell Per

65W

Per RBS

8% savings

MIMOMIMO SLEEP Reconfigure Reconfigure the antenna the antenna system system SLEEP MODE MODE based on based traffic on loadtraffic load

PerRBS cell Per

80W

Per RBS

10% savings

CELLMIMO SLEEP Automatically Reconfigureswitch the antenna off andsystem wake up SLEEP MODE MODE smallbased cell based on traffic on traffic load load

PerRBS cell Per

90W

Per RBS

10% savings

Enables discontinuous transmission in the downlink

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Smart scheduling saves energy Low Energy Scheduler Solution

OPERATOR CHALLENGE

-15%

Reduce network OPEX by lowering energy consumption while securing top performance

POWER SAVING POTENTIAL

Conventional Scheduler

NEW UNIQUE SOFTWARE: SCHEDULE LTE TRAFFIC TO SAVE ENERGY › Group downlink LTE traffic in time › Enable power amplifier to go more often in sleep mode › Seen in field: 6 % additional energy saving ›

Low Energy Scheduler Solution

Total saving potential including micro sleep TX: -15%

› Less interference in network ›

Improved App Coverage

Time

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Ericsson Radio System Overview

Innovative solutions

Psi Coverage

Saving 400W

45% power savings

AIR

Saving 140W

15 % power savings

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Ericsson Radio System Overview

LTE deployment scenarios Case /solution assumptions

Traffic/site

25% of Traffic

High Traffic SItes

RBS Load diagram

´- load distribution as % of all RBS’

Medium Traffic Sites 60% of Traffic

Coverage / Low Traffic Sites 15% of Traffic 50%

10% of sites

• Micro Sleep TX • Cells Sleep Mode • MIMO Sleep Mode • Antenna Integrated Radio (2TXx4RX)

• •

•

Micro Sleep TX Cells Sleep Mode MIMO Sleep Mode

100% of sites

•

• •

Micro Sleep TX MIMO Sleep Mode Psi Coverage

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Ericsson Radio System Overview

Energy savings HW+SW

High Traffic Sites Micro Sleep TX • Cells Sleep Mode • Cell sleep Mode • Antenna Integrated Radio

Medium Traffic Sites

•

860W

-25% 647W

• •

•

Micro Sleep TX MIMO sleep Mode Cells Sleep Mode

840W

-17%

Low Traffic Sites •

• •

Micro Sleep TX MIMO Sleep Mode Psi Coverage

840W

-52%

695W 405W

1882 Kwh/Site/year

1270 Kwh/Site/year

3810 Kwh/Site/year

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Ericsson Radio System Overview

Operator Business Case Total Value of Operator Savings (US$) High Traffic Sites › 200 Sites › Savings: – 215 W/site – 1882 kWh/site/year – 376 $/site

› 5 Years Saving: – 0.14 $ /kwh – 1880US$/site

› Network savings – 376kUS$

Medium Traffic Sites 800 Sites Savings: - Saving: 145 W/Site - 1270 kWh/site/year - 253 $/site

Low Traffic Sites 1000 Sites Savings: - Saving: 435 W/site - 3810 kWh/site - 761 $/site

5 Years Saving :

5 Years Saving :

- 0.14 $ /kwh - 1270US$/site

- 0.14 $ /kwh - 4993 US$/site

Network savings

Network savings

1.01 MUS$

3.81 MUS$

5.2 MUSD Energy savings value (5 years) © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-312

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Ericsson Radio System Overview

WCDMA RAN Power Save functionality WCDMA RAN Power Save (RPS) enables reduction of the RBS output power by locking down resources during periods with no or low traffic. The periods for powering down/up the selected 3G cells are fully controlled by mean of scheduling profiles. The resources will automatically unlock and become available if traffic levels rise above configurable thresholds. Soft locking of cells to ensure no impact to ongoing traffic and QoS.

Locking cells (3 Radio Unit) provides power savings of 120-690 W per hour depending upon the RBS type and configuration. © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-313

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RPS – A cost saving solution Why keep maximum network capacity during periods with no or low traffic? It costs a lot of money in terms of RBS power.

Controlled from OSS-RC, RPS can handle thousands of cells in parallel, thus enabling significant OPEX reductions for operators. © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-314

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Improved DUW11 - with eco-turbo

RAN SW doubles DUW11 capacity

50%

85W

DUW11 with Eco-Turbo has capacity to handle 50% of typical network

Our most energy efficient baseband consuming only 85 Watt

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Summary of Chapter 8 After this chapter the participants will be able to: 8

List and discuss the available Energy solution options under the Ericsson Radio System portfolio.

8.1 Describe the various energy saving solutions implemented for a site deployment 8.2 Explain how Ericsson radio system products helps in reducing Total Cost of Ownership (TCO) and power consumption for the operator 8.3 Explain, with examples, how one can build energy-optimized networks © Ericsson AB 2018 | LZU1089991 R5A | Figure 1-316

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© Ericsson AB 2018

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Ericsson AB Global Services SE‐164 80 Stockholm Telephone: +46 10 719 0000 www.ericsson.com/ourportfolio/services/learning‐services

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