Prospects and Problems GPON Technology over Ethernet Technology



Similar documents
PON Technology A Shift in Building Network Infrastructure. Bob Matthews Technical Manager CommScope Canada

Passive Optical Networks: Recent Developments and Issues

Deep-fiber broadband access networks

FIBER TO THE HOME the future digital-living

Tutor: Orawan Tipmongkolsilp

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

Ethernet Passive Optical Networks EPON

Making Communities Better with Broadband

JAMII TELECOMMUNICATIONS LTD COMPANYPROFILE

GEPON & GPON Comparison. James Young, Technical Director, APAC

BroadbandSoHo. Verizon MDU FTTP Overview. Document Description:

FTTP Networks: Topology and Competition

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

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

Connect & Go with WDM PON Ea 1100 WDM PON

What fiber network expansion solutions will you choose to deliver the lowest cost of ownership and operation?

EPON Technology White Paper

Overview of the BBF access-network solution

FTTH Deployment Options for Telecom Operators

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

Perspective on Broadband Access Evolution

Oman Broadband Company. 1 st of June 2014

Annex D: Technological developments

Solutions Focus: IPTV

The battle for the residential customer

Next Generation Access Network (in)security

Maximizing the Impact of Optical Technology OFC/NFOEC 2007

Solution Strategies of Service Fulfilment Operation Support Systems for Next Generation Networks. Frameworks. Service Management. Resource Management

Planning for Universal Broadband Solving for x

R e v o l u t i o n i z i n g Broadband Services with GPON

Fiber to the Home. Definition. Overview. Topics

Fiber to the Home: Enabling Innovation & Growth. Stuart Elby, PhD Vice President -- Technology

Lessons learned from our FTTH pilot in France

Gigabit-capable Passive Optical Networks (GPON): General characteristics

The Economics of Broadband Access Platform Evolution

Broadband Technology Clinic. Burlington Telecom Advisory Board

Fiber To The Home Roll out Etisalat Implementation Case Study

Analysis of the threshold between GPON and EP2P

Fibre Networks Deliver Customer Value

wireless triple play network -

Operator s Requirements for G-PON:

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

HST-3000 Handheld Services Tester. Platform Overview

FTTH solutions for providing broadband services to end-users

How GPON Deployment Drives the Evolution of the Packet-Based Network

National Broadband Infrastructure Plan for Next Generation Access

FTTH ARCHITECTURE WHITE PAPER SERIES

Joint ITU-T/IEEE Workshop on Next Generation Optical Access Systems. Verizon FiOS FTTP Deployment and NG PON Perspectives

Appendix C. Glossary of Broadband Terms

The Convergence of GPON and the Connected Home

Application Note License-Exempt Gigabit Ethernet Microwave Radio Applications

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

GPON- Gigabit Passive Optical Network

Current access technologies overview

Charting a Path to Sustainable and Scalable ICT Networks

FTTH Look Ahead - Technologies & Architectures

Introduction FTTx definitions Overview FTTH FTTB FTTN...7

BT and The Developing Optical Access Network Malcolm Campbell BT Design

Ensuring Reliable Delivery of Triple Play Bundled Services Over FTTx By John Williams

Get to Fast, Faster accelerate the existing

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

WHOLESALE REQUIREMENTS FOR GPON & GENERIC ETHERNET ACCESS (GEA)

Gigabit Passive Optical

FiberHome s XGPON Solution

Telecom Italia technology enablers for new markets

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

GPON in Mobile Backhaul

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

The Infrastructure of Tomorrow, Available Today. Luca Rozzoni RCDD Business Line Manager TE Connectivity

Broadband Forum G-PON ONU Certification Program Update

GIGABIT PASSIVE OPTICAL NETWORK

Singapore s Next Generation Nationwide Broadband Network & Role of IPTV

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

The Promise of the Triple-Play

Broadband for Chilham

FACT SHEET FIBRE ACCESS BROADBAND FOR FTTP SITES

Next Gen NGN Framework

Alcatel-Lucent Fixed Ultra-Broadband Access TECHNICAL CERTIFICATION

ECE Chapter 1

FTTH ARCHITECTURE WHITE PAPER SERIES

Cincinnati Bell Wireline Broadband Network Policies November 20, 2011

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

Revisiting Access and Aggregation Network Architecture

Passive Optical Network and LTE, AsGa s Point of View

National Broadband Network Strategies in Turkey. Hamdi AYHAN Network Directorate

Evolving Telecommunications to Triple Play:

IPTV over Fiber Optics for CPE Installers

Chapter 9. Internet. Copyright 2011 John Wiley & Sons, Inc 10-1

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

Transcription:

Prospects and Problems GPON Technology over Ethernet Technology Md. Hayder Ali hayder.iict@gmail.com SANOG 23 Conference Thimpu, Bhutam

Bangladesh : Name: People's Republic of Bangladesh Population: 164.4 million Capital City: Dhaka (12 million) Total Area: 55,599 sq miles (147,570 sq km) GDP : 900 USD/per capita

Telecom Environment in Bangladesh Teledensity : 47.80 % Internet density : 7.10 % Network Coverage : 98% (through wireless) 26 Type 832 Operators Cell Phone Operator : 6 BWA ( Wimax ) : 2 ISP : 359 NTTN : 2

Gbps Internet Bandwidth Usage Growth : 70 60 50 40 30 20 10 0 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 Year

Present Need of Bangladesh : Fiber Network HD IPTV Virtual University Online Gaming Present Demand Video Conference IP Phone E-Governance Fiber Network

Legacy Ethernet Switch Network: Traditional Ethernet Connectivity

Problems With Switch Network : Not Cost Effective Underground Fiber Network is Costly O&M Decentralized Limited Fiber Network Resources Triple Play Service is Not Available TDM Backhauling is Expensive

Challenges to Migrate the Present Network : 253+ Active ISP Multiple ISP in Single Building Multiple Type Services of an ISP Layer-2 Network ( QinQ, Vlan Maping, Staking ) Migrating to Layer-3 Network

Solution

Solution Fiber to the x (FTTx) is a generic term for any broadband network architecture using optical fiber to replace all or part of the usual metal local loop used for last-mile telecommunications. GPON or Gigabit Passive Optical Network is an optical technology based on the industry standard ITU-TG.984x which was ratified in 2003. This technology was originally developed to provide high speed Ethernet services for residential and small business customers. It supports higher rates, enhanced security, and choice of Layer 2 protocol (ATM, GEM, Ethernet). GPON has a downstream capacity of 2.488 Gb/s and an upstream capacity of 1.244 Gbp/s that is shared among users. Encryption is used to keep each user's data secured and private from other users.

Types of FTTx : FTTN (fiber to the node or fiber to the neighborhood) FTTC (fiber to the curb or fiber to the cabinet) FTTP (fiber to the premises) FTTB (fiber to the building or fiber to the basement) FTTH (fiber to the home). etc Figure: FTTx

FTTx Network : OLT (Optical Line Terminal) (In Central office) Splitter (1:16 or 1:32) (In LDP-Local Distribution Point) ONU (Optical Network Unit)/ONT (Optical Network Terminal) (In BDB-Building Distribution Box/Clients Home/ Building basement) End Device (Laptop/Desktop/Switch/Router etc.)

FTTx Network In Bangladesh :

FTTB Format :

FTTH Model :

FTTB and FTTH Model : User Choice Network

Pilot Project : FTTx Project in Dhaka City FTTx Pilot Project in Dhaka City Ducting & Cabling Area : 23 km Total Subscriber Approx : 3000 Commenced on April 2009 Commissioned : Feb., 2010

FTTx Network Local Distribution Point 32 LDPs of a Pilot Project in Dhaka City All LDPs Contain Splitters

ONT replaced of a pilot project of a FTTx Area :

Typical Switch Vs. GPON Network: Ethernet Vs FTTx Connectivity

Switch Network Vs. FTTH : Comparison

FTTH Vs. FTTB :

Challenges With GPON : ONT Price Splitter Price IOP with Multi Vendor ONTs BTS (TDM) Backhauling

Problem with FTTB model : Land Lord Backup Power FTTB Building Box Heat Security Rats

Prospects of FTTx : Low cost Faster than others like DSL, Dial Up Virtually unlimited bandwidth Single fiber to the end user with triple play FTTH features local battery backup and lowpower consumption. Reliable, scalable, and secure Easy to troubleshoot No active components from the CO to the end user

Before FTTx After FTTx

Benefits of FTTx Network in Bangladesh : User Driven Network Any Time Any Service Single 24/7 Call Center for all ISP Easy & Centralized O&M Cost Effective Minimum 40% Less. Service Concentric Network

Achievement of Bangladesh with FTTx Network : Connected WiMAX Base Stations Ready for 3G BTSs 190 ISPs Up & Running Layer 2 & 3 Capable Network Ready for IP TV Services

Future Plan with FTTx Network in Bangladesh : Online Gamming Video on Demand (VoD) Social Networking Different type of Value Added Service IP TV Services

Thank You