Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 1 Service Differentiation in Residential.

Slides:



Advertisements
Similar presentations
Evolution of NGN and NGA scenario in Nepal Nepal Telecommunications Authority.
Advertisements

Presented by: Eng. Karam Al-sofy
Next Generation Access BT/ISPA: 27 th July Agenda – BTs latest thinking Overview Bottlenecks & Points of Interconnection Complexity Risk Sharing.
Multi-Vendor Interoperability Lab. page 2 From process optimization to solutions Supplier Consulter Triple Play Customer EMS Sub- contractor Consortium.
A Comprehensive Approach to Internet Protocol Television.
Solution & Product Overview Sona Enterprise is a unit of AB Technologies was founded in 2007 as a manufacturer and Developer of high performance, versatile.
The local loop… With new services, new ways of offering services new combination of services Bucharest, May 2003.
© 2009 Pearson Education, Inc. Publishing as Prentice Hall 6-1 Raymond Panko’s Business Data Networks and Telecommunications, 7th edition May only be used.
111 © 2002, Cisco Systems, Inc. All rights reserved.
Multimedia over DSL By Phil Moy. May 14, Agenda n DSL Forum Working Text 80 - Multiservice Architecture & Framework Requirements n DSL Forum Working.
JUNGO CONFIDENTIAL 1 Jungo Overview. JUNGO CONFIDENTIAL 2 Residential Gateway middleware, Support cost reduction and VAS solutions Most tier-1 OEMs and.
VOIP and the “Last Mile” 1. Voice over IP (VoIP) 2.
Multimedia-On-Demand (MOD)
1 UDSL UDSL Uni-DSL - One DSL for Universal Service.
1 Carrier Ethernet Services Overview March Agenda Carrier Ethernet Terminology –The UNI –Ethernet Virtual Connections (EVCs) E-Line Services –Ethernet.
1 mec ACCC 2004 Regulation Conference July, 2004 Competition in a IP World Martin Cave Warwick Business School
© 2006 Cisco Systems, Inc. All rights reserved. Implementing Secure Converged Wide Area Networks (ISCW) Module 2: Teleworker Connectivity.
Telecommunications and Networks Business value of networks Network components Chapter 6 McGraw-Hill/Irwin Copyright © 2007 by The McGraw-Hill Companies,
Chapter 9 Using Telephone and Cable Networks for Data Transmission Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or.
Interconnection and Regulation of IP-Networks Ass. Sven Tschoepe, LL.M 15/5/04 ITS 15th Biennial Conference Berlin, Germany September, Internationalisation.
Our solution best in class quality of service Hubbing Premium Full IP service provides carrier-grade quality of service with minimum transcoding on call.
CMPT771 Presentation Xu Cheng Internet Protocol Television (IPTV)
ADSL Yanmei Tong (103801) Asymmetric Digital Subscriber Line.
Wireline-Broadband. BSNL/ BROADBAND /BATHINDA2 What is Broadband ? As per recent Broadband Policy of GOI, access rate over 256 Kbps will be considered.
6. Next Generation Networks A. Transition to NGN B
What is broadband Multiple broadband technologies Advantages DSL and DSLAM Types of DSL transmission Services through broadband Cable Modem Internet Access.
Going faster and staying in control - Building the world’s biggest NGN Tim Hubbard Head of Technology Futures.
Copyright © 2006 Juniper Networks, Inc. Proprietary and Confidentialwww.juniper.net 1 Juniper Networks: The “IP” in IPTV The 8 th Arab Telecom & Internet.
Protection notice / Copyright notice Technical Sales, COM FN A SB / May 2006 SURPASS hiD 6600 Enhanced QoS Solution.
TMitTI 1 © Sakari Luukkainen Content Previous technology cycle Analog Modems ISDN Technology cycle of fixed broadband Case ADSL Case DOCSIS Conclusion.
United Telecommunication Services Michael Gaari Manager Network Provisioning UTS
Copyright Texas Instruments Inc. Tom Flanagan Director, Technical Strategy DSP Systems
© 2009 Pearson Education, Inc. Publishing as Prentice Hall 6-1 Raymond Panko’s Business Data Networks and Telecommunications, 7th edition May only be used.
Broadband Communication
BROADBAND TECHNOLOGIES & SERVICES Broadband Technologies -Core Network
National Institute of Science & Technology Voice Over Digital Subscriber Line (VoDSL) Vinay TibrewalEE [1] VoDSL: Next Generation Voice Solution.
1 DOCUMENT FOR: GSC-8/GTSC-1/GRSC-1 Ottawa, Canada 28 April – 1 May 2003 GSC
Center for Information and Communication Technologies Techno-Economics of Residential Broadband Copenhagen, June 20, 2006 Halldor Matthias Sigurdsson
Broadband World Should be Flat Victor Chiu Vice President, Telecom Labs Chunghwa Telecom Aug. 12, 2006.
VOICE OVER INTERNET PROTOCOL. INTRODUCTION SCENARIOS IN INTERNET TELEPHONY VOIP GATEWAYS IMPORTANCE OF VOICE OVER IP BENEFITS & APPLICATIONS ADVANTAGES.
1 TOT to NGN By Dr. Kamthon Waithayakul EVP, Office of Engineering TOT Plc.
Delivering Video over IP
COMP514 – ADSL.
ﺑﺴﻢﺍﷲﺍﻠﺭﺣﻣﻥﺍﻠﺭﺣﻳﻡ. Group Members Nadia Malik01 Malik Fawad03.
The Fusion of IP and Wireless Jacob Jorgensen president, CTO and founder
Center for Information and Communication Technologies Potentials and Challenges of Peer-to-Peer Technology Copenhagen, December 2, 2005 Halldor Matthias.
NEOTEC José Luiz N. Frauendorf June, 2001 BRAZILIAN MMDS OPERATORS ASSOCIATION.
Internet Protocol TeleVision
ATM over ADSL Probe in Telecom Italia Environment Stanislav Milanovic, Serco Group plc Alessandro Maglianella, Telecom Italia.
FCC Broadband Workshop on Future Fiber Architectures and Local Deployment Choices David Reed EVP & Chief Strategy Officer Cable Television Laboratories,
Passive Optical Broadband Communications in Local Access Network Kae-hsiang Kwong 21 January 2004
Center for Information and Communication Technologies IPTV Market Development and Regulator Aspects ITS 2006 Conference Presentation Beijing, 14 June 2006.
Broadband in Turkey: From Regulator’s Perspective Dr. Muhterem ÇÖL Head of Tariffs Department.
COMPUTER NETWORKING 2 LECTURE 3: BROADBAND TECHNOLOGY & DSL.
Network Neutrality: An Internet operating principle which ensures that all online users are entitled to access Internet content of their choice; run online.
- D1 - FT/Networks and Carriers Division ITU-T WORKSHOP on NGN (Geneva 9-10 July 2003) NGN an architecture for 21st century networks? ITU-T NGN Workshop.
Voice Over IP in Cable Broadband Venture Seminar Doug Jones Chief Architect YAS Broadband Ventures, LLC September 7, 2001 Presented for.
Using in an FTTP Application. FTTP Application.
Center for Information and Communication Technologies Technical University of Denmark IP migration’s implication for the concept of Universal Service and.
Atul saxena EC-4 th year. What is Broadband Access ? Any data access rate more than 2Mbps is considered as broadband access. As per the recent broadband.
INTERNET PROTOCOL TELEVISION (IP-TV)
Internet Architecture & Protocol
Technology and Trends in Residential Broadband Networks
Next Generation Networks: What, When, How: Highlights & Conclusions
Center for Information and Communication Technologies
INTERNET PROTOCOL TELEVISION (IP-TV)
Multimedia issues : Industry perspective (part I)
VOIP and the “Last Mile”
Innovation Dynamics in the IP Environment
Other Wired Networks Access Networks
Presentation transcript:

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 1 Service Differentiation in Residential Broadband Networks Lyngby, November 5, 2004 Halldór Matthías Sigurðsson CICT Conference Presentation VoIP - Potentials and Challenges, Drivers and Barriers

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 2 Motivation INTERNET PSTN Modem CPE INTERNET PSTN Modem CPE TV CURRENTFUTURE Moving from several dedicated networks to converged multipurpose networks

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 3 Motivation Real-time communication (voice and video) pose timing constraints and end-to-end QoS Requirements

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 4 Resource Management Over provisioning –Provide more than you need Loose Control –Prioritise certain traffic Strict Admission –Resource Reservation Near future solution will be based on a combination of over provisioning and loose control

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 5 DSL Components +/ subscribers Copper wires DSLAM Aggregation Network BRAS CPE BRAS DSLAM ISP INTERNET AGGREGATION NETWORK SECOND MILE ACCESS NETWORK FIRST / LAST MILE CPE DSLAM BRAS

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 6 Current DSL Architecture Data centric Oversubscription Lack of Resource Management ISP INTERNET AGGREGATION NETWORK ACCESS NETWORK DSLAM BRAS CPE

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 7 CPE Levels of Competition ISP INTERNET DSLAM BRAS Internet –Public Garden Model –Lack of business models –Example: Internet services Inter Domain Inter Domain –Gated Garden Model –Based on profit sharing / Service level Agreements –Example: NTT DoCoMo’s I-mode Intra Domain –Walled Garden Model –Based on offering all services internally –Example: Telephony and Satelite Industry Intra Domain

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 8 Internet Video Internet Voice Inter Domain Voice Inter Domain Video Competition among Service Providers ISP INTERNET CPE DSLAM BRAS Intra Domain Voice Intra Domain Video Intra Domain Inter Domain Internet

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 9 Internet Voice Inter Domain Voice Inter Domain Video Scenario 1 Best Effort Current Situation Internet / Public Garden Model Network Access Provider must rely on income from transmission No QoS - Voice, video and data compete for resources Transmission characterised by bottlenecks and TCP ISP INTERNET CPE DSLAM BRAS Intra Domain Voice Intra Domain Video Best Effort

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 10 Internet Voice Inter Domain Voice Inter Domain Video Scenario 2 One Way Service Differentiation ISP INTERNET CPE DSLAM BRAS Intra Domain Voice Intra Domain Video Upgrade in BRAS (Same DSLAM and CPE) Downstream Prioritising – Upstream Competition Supports VoIP and VoD – Not television broadcasting Competing Service Providers are worse off HAN VoIP STB Priority Best Effort

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 11 Internet Voice Inter Domain Voice Inter Domain Video Scenario 3 Port Based Service Differentiation ISP INTERNET BRAS New CPE, DSLAM upgrade Port based prioritisation Supports VoIP, VoD and broadcast television Intra Domain / Walled Garden Model Discriminates Inter and Internet Service Providers HAN VoIP STB Intra Domain Video Intra Domain Voice CPE DSLAM Priority Best Effort

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 12 Internet Voice Scenario 4 Content Based Service Differentiation ISP BRAS New CPE, DSLAM upgrade Two way content based service differentiation Supports VoIP, VoD and broadcast television Inter Domain / Gated Garden Model Operators can choose which third party operators to allow access HAN VoIP STB Intra Domain Video Intra Domain Voice CPE DSLAM ISP Inter Domain Video Inter Domain Voice ISP INTERNET Priority Best Effort

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 13 Conclusion Residential Broadband Networks are moving towards converged voice, video and data transmission Operators are moving towards service differentiation Most likely path requires new equipment (both at customer and operator) Operators will choose a migration strategy that grants the market control Network Access Providers can discriminate competing service providers

Lyngby, November 5, 2004 Halldór Matthías Sigurðsson Service Differentiation in Residential Broadband Networks Page 14 Questions