Perspective on Broadband Access Evolution



Similar documents
Building the Fibre Nation. Alberto Lotti Director Strategy, Solutions & Marketing Alcatel-Lucent Italy Cluster

Making Communities Better with Broadband

WiMAX technology. An opportunity that can lead African Countries to the NET Economy. Annamaria Raviola SVP - Marketing and Business Development

FWA - technology and benefit

EDA 1200 and Mini-Link Solution. Early deployments of profitable fixed broadband

FTTn/VDSL2 Broadband Networks

High speed Internet in sparsely populated areas

ECSE413B: COMMUNICATIONS SYSTEMS II Tho Le-Ngoc, Winter 2008

Alcatel-Lucent 7330 ISAM FTTN. Intelligent Services Access Manager Fiber-to-the-Node

COMPLETE YOUR GO-TO-MARKET PLAN BUSINESS SOLUTIONS BARRY DERRICK PRODUCT MARKETING MANAGER

Alcatel 7300 ASAM. Advanced Services Access Manager (ETSI Version) Release 4.3/4.4

Prospects and Problems GPON Technology over Ethernet Technology

Appendix A: Basic network architecture

Broadband Access Technologies

Passive Optical Networks: Recent Developments and Issues

BROADBAND ON DEMAND Cable s 2020 Vision

How to overcome Digital Divide for Broadband Internet Access in Slovakia

Getting Broadband. FCC Consumer Facts. What Is Broadband?

DSL White Paper. A new Nexans DSL Application Centre to help Telecom operators deploy Triple Play. March 2006 PRESS CONTACTS

Broadband Technology Clinic. Burlington Telecom Advisory Board

Vision. Paradyne Confidential & Proprietary Page 2

The Economics of Broadband Access Platform Evolution

ZHONE VDSL2 TECHNOLOGY. Access Technology for the Future. November 2009 CONTENTS

FTTH ARCHITECTURE WHITE PAPER SERIES

Do All Roads Lead to NGN?

Telenor Norway Fixed broadband. Øystein Myrvold, Investment Director, Telenor Norway London 2 June 2015

FTTH Explained: Delivering efficient customer bandwidth and enhanced services Michael Kunigonis Product Line Manager Access Corning Cable Systems

Lessons learned from our FTTH pilot in France

Lantiq s DSLTE technology enables carriers to offer combined DSL and LTE for highest data rates

Alcatel-Lucent Fixed Ultra-Broadband Access TECHNICAL CERTIFICATION

A Study on Video Over IP and the Effects on FTTx Architectures. Patrick J. Sims, RCDD Principal Engineer

Planning for Universal Broadband Solving for x

Current access technologies overview

Narrowband and Broadband Access Technologies

Bridging the African Internet

Challenges in Future Wireless Broadband Access Networks

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

Wireless SDSL for the Business Sector

DSL Rings. Join the copper revolution. Twenty times your current bandwidth to the customer, up to 400 Mb/s, over existing copper networks

Deep-fiber broadband access networks

Get to Fast, Faster accelerate the existing

Multi-Service Access Nodes (MSANs): Gateways to Next-Generation Network (NGN)

The part of the network that connects customers to the exchange, sometimes called the local loop or the last mile.

FTTH solutions for providing broadband services to end-users

Alcatel-Lucent ISAM Voice. For smooth migration to NGN/IMS

Innovative satellite services support successful and efficient deployment of regional broadband networks

DSL Technology Evolution. ADSL2/ADSL2plus/ADSL-RE/VDSL2

Network Quality Control. Setting the standard for Quality of Experience

VDSL2 A feasible Solution for Last Mile

FT networks, services and IS evolution perspectives towards convergence Patrice COLLET France Télécom Network, Carrier and IT Division

ADSL or Asymmetric Digital Subscriber Line. Backbone. Bandwidth. Bit. Bits Per Second or bps

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

Oman Broadband Company. 1 st of June 2014

Don t worry Mobile broadband is profitable

Fiber to the Building & Project Velocity IP

Green Wireline Networks home networks sensors networks

Wireless DSL in Action The Advantage of WiMAX based wireless DSL for incumbent and competitive operators. White Paper

JAMII TELECOMMUNICATIONS LTD COMPANYPROFILE

TELECOMMUNICATION SYSTEMS

Traffic load and cost analysis for different IPTV architectures

Next Generation Access Glossary. 21CN: BT s upgrade of their core network (the backbone of the network).

Live demo: AM_DSL. Session 5.5. VPI: Strategic Planning with VPIaccessMaker : Market Description, Forecasting, Clustering, Economic Analysis

FTTH AGAINST THE ODDS 10 LESSONS

Application Note License-Exempt Gigabit Ethernet Microwave Radio Applications

ECE Chapter 1

CommScope GPON. The End-to-End PON Solution. GPON Solution

E1-E2 (EB) Chapter 8A. Broadband Services

Tutor: Orawan Tipmongkolsilp

Broadband Wireless Access Technologies and Applications

Solutions Focus: IPTV

wireless triple play network -

Power over Ethernet and Power over HDBaseT for Carrier Applications. White Paper Daniel Feldman, VP Business Development and Channel Marketing

National Broadband Network Strategies in Turkey. Hamdi AYHAN Network Directorate

1.a Number of broadband Internet retail lines, by type of access technology and by class of service (defined in terms of downstream speed)

Delivering Triple-Play Services via a Converged. Network: A Triple-Play Solution Guide

ALB-W en WHITE PAPER. White Paper. A proposal for Smart Metering Networking Solution. May-2012 Rev. A1

Alcatel-Lucent : Customer Focussed Testing (CFT)

Fiber To The Home Roll out Etisalat Implementation Case Study

THE SOCIO-ECONOMIC IMPACT OF ULTRA HIGH BANDWIDTH OF THE INTERNET NETWORK BY 2020

The battle for the residential customer

Broadband Access in the BT Fixed Network extract of BCS Essex presentation, 20 March Dr Elspeth MacFadyen, Programme Director BT Group CTO

Towards 50 million Broadband in India How should we progress? ashok jhunjhunwala, TeNeT Group, IIT Madras

Realising the WiMAX Opportunity in the Middle East

The Need for Speed: NZ s appetite for better broadband

Transcription:

Perspective on Broadband Access Evolution Jean-Pierre Lartigue Access Network Division October 2004

The path towards user-centric broadband services New Services Adoption User-Centric Broadband Services BB growth is fueled by Multiple New Connectivity Services Broadband Services DSL, WiFi, 3G, PC, TV One service, any broadband, any device > Service creation From high-speed Internet to video, VoIP and more > Geographical expansion Mobile voice, LAN, Internet, PC 12% WW penetration today 1995 2000 2005 2010

Universal Broadband Access Challenges Sustained growth & scale Reduce OPEX (network management) Mass market systems An access to all services Large-scale video over DSL VoIP in all access nodes Combo voice/dsl card Business services Universal Broadband Access Wireline Wireless Satellite Mobile Service-Aware Access Access node as first gating point Distributed service intelligence IP & Ethernet, the convergence layer Service to everyone Deliver 100% coverage (remotes, FTTU, Wimax, Satelitte) Cost-effective reach (management, aggregation)

Deliver 100% coverage Satellite Buildings / MDUs CO New Location for Electronics Existing Copper X-connect Apartments Back-bone Homes Curb / MDU basement FTTArea FTTCabinet/campus FTTx FTTCurb/MDU Wireless FTTHome/apartment

1- FTTx: Manage the coverage trade-off Loop length & service constraints drive fiber & remotes Alternative deployment strategies Technology Km from CO Mbits Western Europe Central & East Europe North America Korea,Japan,PAC China RoAPAC, Taiwan MEA,India LAM VDSL2 ADSL2plus ADSL READSL 0,75 2 3 6 Over 25 10 to 15 5 to 8 0.5 18% 56% 78% 97% 13% 52% 75% 97% 7% 14% 26% 62% 13% 54% 78% 98% 10% 40% 71% 95% 13% 51% 74% 96% 5% 20% 37% 74% 13% 53% 77% 97% Initial first investment FTTCab ADSL Infrastructure driven & Service Leapfrog FTTArea Deep Fiber (FTTU, FTTN) FTTCab Service driven Time Challenges: Remotes, Fibre reach, powering, rightsof-way, civil work, operations

1- FTTx: Key Parameters for deployment choices Number of subscribers For central office or cabinet Service offering & uniformity CO 6 Mbit/s 4 Mbit/s 2 Mbit/s 1 Mbit/s (when fed from CO) Type of uplink: copper/fiber fiber,, capacity Power & Existing civil work Environmental conditions Size limits Stopgap solution or Evolutionary path

1- FTTx: Capital Expenditure comparison Scenarios sizing Relative initial first cost /subscriber FTT Exchange FTT Area FTT Cab FTTH # Nodes per CO area 1 (in CO) 5 30 14.5k (1 per home) Bandwidth (Mbps) 15-22 100+ Note : Hardware cost = Cabinet + Electronics + ASAM equipment Cabinet Installation cost = Installation+Commissioning+Easements Fiber Cost = Feeder fiber + distribution fiber 1-3 5-10 Relative cost 1 3 6 13 TOTAL COST 1 3x 6x 13x 14,00 CAPEX 12,00 10,00 8,00 6,00 4,00 2,00 0,00 CO FTTArea FTT Cab FTTH Fibre Costs 0,0 1,6 2,4 12,6 Cabinet 0,2 0,4 1,5 0,0 Installation cost Hardware costs 0,8 1,0 1,8 0,4 xdsl remote for short loop /quality copper FTTU/PON for greenfield or or bad loop quality Greenfield

2- Remote Areas: Access Solutions 2 Way SAT WLAN (SAT) (< 20 subs./site) (20<x< 50 subs./site) Wireless/WIMAX (100>x>20 subs./site) < 15 km x < 5 km Aggregation CO DSLAM x x Remote DSLAM (> 100 subs. / site) < 5 km

2- Remote Areas: 2006 End to End Cost Comparison Micro village Average Large Village 1 10 30 50 70 # connected users/density Backhauling distance (km) 1 5 15 30 50 100 1000 x2 Urban DSL Ref. Price E2E WiMAX or DSL (WiMAX) E2E 2way Satellite x4 x2,5... DSL (µwave) x3 DSL (Fibre-with light civil works) x1,5 x2 x4 x4 DSL/WiMAX (Satellite) Note: Access technology (Backhaul)

Conclusion: anticipate 100% coverage & triple play > High Density Rural Areas & Urban Areas (+50 users): FTTx ADSL, the most competitive solution xdsl remote for short loop /quality copper FTTU/PON for greenfield or bad loop quality > Medium Density Rural Area (20-50 users): WiMAX, WiMAX + DSL, FTTx Reasonable investment costs (2-3 times that of urban ADSL) Good SME & residential solution but limited interactive video services with WiMAX > Very sparsely populated Areas (less 20 users): Satellites Remote businesses as first targets Interactive video obtained in combination with satellite broadcast TV

Thank you