Challenges and Solutions for Wireless Backhaul



Similar documents
Synchronization Requirements in Cellular Networks over Ethernet

Timing over Packet. Technical Brief

Time Synchronization for Digital Subscriber Lines

Use of MPLS in Mobile Backhaul Networks

Architecture and transport for mobile broadband backhaul. Kåre Gustafsson Ericsson Research

Packet Synchronization in Cellular Backhaul Networks By Patrick Diamond, PhD, Semtech Corporation

ALTERNATIVE BACKHAUL AND DATA OFFLOAD SOLUTIONS FOR GSM AND UMTS OPERATORS

THE Evolution of Mobile network and THE role of Network transport. Rodolfo Di Muro, PhD, MBA Programs marketing

Field Measurement Methodologies for Synchronization in Mobile Networks Neil Hobbs Director EMEA Technical Sales Support

Mobile Backhaul The Next Telecoms Revolution

LTE-Capable Mobile Backhaul

Vad betyder 4G-utvecklingen för Stadsnäten?

Challenges in Future Wireless Broadband Access Networks

Next Generation of Railways and Metros wireless communication systems IRSE ASPECT 2012 Alain BERTOUT Alcatel-Lucent

Mobile Backhaul over Copper Networks

Wireless Carrier Ethernet Networks

WHITE PAPER. Use of MPLS technology in mobile backhaul networks CONTENTS: Introduction. IP/MPLS Forum White Paper. February Introduction...

How To Get Rid Of Carrier Ethernet From A Single Source (Rad)

Leveraging Microwave Packet Radio to Enhance and Extend IP/MPLS Backhaul Application Note

Cooperative Techniques in LTE- Advanced Networks. Md Shamsul Alam

WIRELESS IN THE METRO PACKET MICROWAVE EXPLAINED

Sharing experiences from small cell backhaul trials. Andy Sutton Principal Network Architect Network Strategy, Architecture & Design 31/01/13

GPON in Mobile Backhaul

Mobile. Analyzing, Planning and Optimizing Heterogeneous Mobile Access and Core Networks

How to Reduce Cellular Backhaul Transport Costs While Improving 2G and 3G Network Operating Efficiencies

White Paper. Adding Capacity Cost- Effectively to the Mobile Network with Bandwidth Optimization

Traffic. Data Dominant. Time. Figure 1. Wireless network traffic timescale

Carrier Ethernet SLAs Technology Advancements to Differentiate and Improve Operational Efficiency

Understanding Mobile Wireless Backhaul

Next generation transport network - Carrier Ethernet Mobile Backhaul / Consumer Broadband / Enterprise Services

Business Access. Universal Line Access Family

Service Quality Assessment in All-IP Networks

LTE Perspective. Ericsson Inc. Sridhar vadlamudi LTE HEAD, India

Synchronization Deployment Considerations for IP RAN Backhaul Operators

BUILDING BETTER BACKHAUL EVERYWHERE

Wireless Backhaul Solutions

Evaluating 1588v2 Performance Rev 2

LTE Solution and Requirements for Smart Grids

NSN White paper February Nokia Solutions and Networks Smart Scheduler

Latest Strategies and Best Long-Term Solutions Successful Business Models for Mobile Backhaul

White paper. Mobile broadband with HSPA and LTE capacity and cost aspects

LTE Performance and Analysis using Atoll Simulation

Microwave Technologies for Carrier Ethernet Services

Fixed and Nomadic LTE Services

Broadband Access Technologies

Passive Optical Networks: Recent Developments and Issues

1G to 4G. Overview. Presentation By Rajeev Bansal Director(Mobile-1) Telecommunication Engineering Centre

Carrier Ethernet: New Game Plan for Media Converters

Overview of the BBF access-network solution

Bringing Mobile Broadband to Rural Areas. Ulrich Rehfuess Head of Spectrum Policy and Regulation Nokia Siemens Networks

The future of mobile networking. David Kessens

Mobile Backhaul evolution

Appendix A: Basic network architecture

Solving the Access Conundrum for the All-IP Network:

Communication Networks. MAP-TELE 2011/12 José Ruela

NEW WORLD TELECOMMUNICATIONS LIMITED. 2 nd Trial Test Report on 3.5GHz Broadband Wireless Access Technology

HSPA, LTE and beyond. HSPA going strong. PRESS INFORMATION February 11, 2011

BACKHAUL CONSIDERATIONS FOR LTE AND LTE-ADVANCED ENHANCE QUALITY OF EXPERIENCE AND STREAMLINE OPERATIONS WITH ALCATEL-LUCENT MOBILE BACKHAUL

Migration to LTE: Infrastructure Impact. Maria E. Palamara Director CDMA-LTE Strategy Alcatel-Lucent January, 2009

LTE and Network Evolution

MNS Viewpoint: LTE EVOLUTION IN AFRICA 1. Introduction

WHITE PAPER. Realistic LTE Performance From Peak Rate to Subscriber Experience

Business Case for the Brocade Carrier Ethernet IP Solution in a Metro Network

NEC Produktpor-olio. Compact ODU. ipasolink 400/400A. ipasolink EX. ipasolink 200. ipasolink 100E ipasolink ipasolink ix.

Application Note License-Exempt Gigabit Ethernet Microwave Radio Applications

IP/MPLS MOBILE BACKHAUL FOR HETEROGENEOUS NETWORKS ENHANCE QUALITY OF EXPERIENCE AND STREAMLINE OPERATIONS WITH ALCATEL-LUCENT IP/MPLS MACRO AND

Alcatel-Lucent Converged Radio Access Network Solution. To build converging wireless networks (GSM, CDMA, W-CDMA and LTE)

Copyright Telefon AB LM Ericsson All rights reserved 11. Ericsson Capital Markets Day May 8, 2009

Alcatel-Lucent 1850 TSS Product Family. Seamlessly migrate from SDH/SONET to packet

LTE BACKHAUL REQUIREMENTS: A REALITY CHECK

Evolve 2G/3G Networks for LTE using L2 Optical and Microwave Transport

WHITEPAPER MPLS: Key Factors to Consider When Selecting Your MPLS Provider

MICROWAVE BACKHAUL FOR LTE AND BEYOND WITH THE ALCATEL-LUCENT 9500 MICROWAVE PACKET RADIO APPLICATION NOTE

LTE and WiMax Technology and Performance Comparison

Mobile network evolution A tutorial presentation

Multi-Service Broadband Network Architecture. NextGen 13 London, October 2013 Robin Mersh CEO

Deploying SyncE and IEEE 1588 in Wireless Backhaul

CHAPTER - 4 CHANNEL ALLOCATION BASED WIMAX TOPOLOGY

TDM-over-IP Improving Backhaul efficiency

Alcatel-Lucent 1850 TSS-3 Transport Service Switch. A versatile network termination unit

LTE Backhaul: Meeting Operator Requirements

Simulative Investigation of QoS parameters for VoIP over WiMAX networks

Ethernet Service OAM. Standards and Functionality. Connectivity Fault Management (CFM) Fault Detection. White Paper

Keywords Wimax,Voip,Mobility Patterns, Codes,opnet

Product Overview. Steve Erickson

Figure 1: Bandwidth and coverage of wireless technologies [2].

Chapter 6 Wireless and Mobile Networks

Deploying IP/MPLS in Mobile Networks

Pradipta Biswas Roll No. 04IT6007 M. Tech. (IT) School of Information Technology Indian Institute of Technology, Kharagpur

CONNECTING THE WIRELESS TO THE WIRED NETWORK. By: Russ Schomber VP Network Services, Backhaul Services Group

Transcription:

www.huawei.com Challenges and Solutions for Wireless Backhaul Bob Cubbage Manager, Metro Ethernet rcubbage@huawei.com

LTE Backhaul Challenges Voice Dominant Traffic Cost Revenue Business Model Regional and Nationwide Coverage Service Applications End-to-End Management Page 2

4G Challenges 4G OPEX soaring due to: - Increase in backhaul Traffic - Increase in number of enbs, femto Cells are required To maintain profitability, cost has to properly track revenue Voice Dominant Traffic Cost Revenue Target Cost 2G/3G to 4G 2 10 Mbps x 10 20 100 Mbps Page 3

Wireless Backhaul Technology Options BTS/ enb Wireless BSC/ SGW BTS/ enb Fiber BSC/ SGW BTS/ enb Copper BSC/ SGW Page 4

Flexible Solutions Solve 4G Backhaul Challenges T1/E1 Copper 1.5 ~ 20Mbps 2G/3G T1/E1 Multi-Media Access Copper Microwave Fiber IP Microwave ~ 800Mbps Copper Bonding 4Mbps ~ 40Mbps Ethernet Fiber 100 ~ 1000Mbps 2G/3G/4G 2G/3G/4G Microwave xdsl Ethernet DSLAM xpon Fiber 100 ~ 1000Mbps Enterprise GPON Multi-media access addresses reach & scalability issues Page 5

Any Media Access Provides TCO Reduction Microwave - IP microwave with adaptive modulation maximizes bandwidth - Compact co-site design saves space and cost Ethernet over fiber - Cost-effective backhaul GPON over fiber - Extend fixed broadband network xdsl over copper - Offload lower priority traffic at lower cost per bit Cell Site GPON xdsl Resident Ethernet Microwave Enterprise Fiber Copper Radio Packet Transport RNC Page 6

Low-Priority Offload Reduces Transport Cost Source: Allot GMBT Report 2009Q2 Small percentages of services require stringent SLAs Most bandwidth intensive applications do not require strict SLAs Existing transport can be used to provide strict SLAs Offload provides cost-effective transport for low-priority services NxT1/E1 Policy Service enode B Offload Low QoS QoS Guaranteed RNC (Radio Network Controller) Internet ISP xdsl/docsis SR (Service Router) Considerable Transport Savings via Low-priority Offload Page 7

LTE Network Architecture Considerations last mile middle mile RNC/AGW last mile middle mile S1 S1 RNC/AGW Switch point last mile middle mile RNC/AGW Switch point Page 8

Synchronization Requirements System GSM WCDMA CDMA2000 LTE FDD with SFN/MBMS or D-ICIC LTE - TDD WiMax - TDD Frequency Accuracy 0.05ppm 0.05ppm 0.05ppm 0.05ppm 0.05ppm Timing Accuracy NA NA 3us 1 to 3 us 1 to 3 us FDD: Frequency Division Duplex TDD: Time Division Duplex SFN: Single Frequency Network MBMS: Multicast Broadcast Multimedia Service D-ICIC: Dynamic Inter-Cell Interference Coordination Page 9

High Quality Synchronization Transport Time Stamp BTS T1 Time Stamp ~ PRS (Primary Reference Source) NodeB FE GE/10GE RNC BTS NodeB T1 FE +0.05 ppm -0.05 1 127 253 379 505 631 757 883 1009 1135 Freq offset within +/- 0.05 ppm IEEE 1588v2 and Sync Ethernet provides network synchronization Page 10

IEEE1588v2 MTIE Sync Test Results China Mobile Test results for 32 nodes Test results below G.823 MTIE mask and meets sync spec Page 11

End-to-End Ethernet OAM Capability UNI UNI Customer Equipment GE Edge Transport Network Edge GE Customer Equipment IEEE 802.1ag /ITU Y.1731 Service Layer OAM UNI to UNI Ethernet Layer ITU Y.1731 Connectivity Layer OAM Line link layer IEEE 802.3ah Access Link OAM Access Link OAM Customer-side link layer ITU-T Y.1731 IEEE 802.3ah ETH-CC Link connectivity check ETH-LB Link monitoring ETH-LT Remote failure indication ETH-AIS, ETH-RDI Remote Loopback ETH-LM Remote loopback ETH-DM SDH-like OAM Performance IEEE 802.1ag Fault detection Fault notification Fault verification Fault location Page 12

Wireless Backhaul Summary 2/3G T1/E1 PRS ~ 4G FE GE T1/OC-N BSC 4G 3G T1/E1 FE T1/E1 FE 4G 3G GE/10GE RNC MSC (Mobile Switching Center) Support for 2G, 3G & 4G transmission Multi-Media Access: xdsl, xpon, Copper, Microwave, Fiber Multi-Point Microwave High Quality Sync Distribution: IEEE 1588v2, Sync Ethernet Linear, Ring, and Mesh Protection E2E Service Management Page 13

www.huawei.com Copyright 2010 Huawei Technologies Co., Ltd. All Rights Reserved. The information contained in this document is for reference purpose only, and is subject to change or withdrawal according to specific customer requirements and conditions. Page 14 Page 14