Malcolm Taylor (ECB) Luc Martens (tComLabs) Dirk Jaeger (ECCA)

Slides:



Advertisements
Similar presentations
1 UNIT I (Contd..) High-Speed LANs. 2 Introduction Fast Ethernet and Gigabit Ethernet Fast Ethernet and Gigabit Ethernet Fibre Channel Fibre Channel High-speed.
Advertisements

Cable Modem : Technology
Thema: Menü Ansicht, Master, Folien-Master 1 ITU - IP Telephony Workshop June Standards for IP-telephony P.A.Probst, External Relations Swisscom.
Multimedia Programme Directorate
FTTx Access in North American MSO Networks
Geneva, Switzerland, 22 September 2012 FTTx in Japan: Past, Present, and Prospects for the Future Ken-Ichi Suzuki, NTT Access Network Service Systems Laboratories,
International Telecommunication Union Workshop on Standardization in E-health Geneva, May 2003 H.323 for Telemedicine Paul E. Jones Rapporteur, ITU-T.
ARCHITECTS OF AN INTERNET WORLD 14/03/ Broadband Passive Optical Networks March 14, 2002 Tim Gyselings, Alcatel March 14,
Evolution of NGN and NGA scenario in Nepal Nepal Telecommunications Authority.
EuroCableLabs 6th Floor, Kennedy House Avenue des Arts / Kunstlaan Brussels Belgium EUROCABLELABS – Das neue Centre.
Chador Wangdi Page 1of15. Analog (up to 56k/ dial up access) Using a modem connected to your PC, users connect to the internet when the computer dials.
Using Telephone and Cable Networks for Data Transmissions
High Speed Digital Access
Chapter 1: roadmap 1.1 What is the Internet? 1.2 Network edge
Presented by: Eng. Karam Al-sofy
12-Access and Interconnection Technologies
The Physical Layer "You can never be too rich, too thin, or have too much bandwidth" Our goals: understand characteristics of various transmission media.
David Reed Chief Strategy Officer, CableLabs June 8, 2004
© 2008 Cisco Systems, Inc. All rights reserved.C Cisco Public DOCSIS 3.0: Delivering the Connected Life CCTA Conference January, 2009 John.
1 Welcome Overview of DOCSIS. 2 Data Over Cable Service Interface Specification.
© 1997 CableLabs® Proprietary and Confidential PacketCable Project Terry D. Shaw, Ph. D.
The role of innovation and research for the European ICT Industry Manuel Kohnstamm, ECCA The regulatory framework for electronic communications: The current.
Cable Broadband EOC (Ethernet On Cable) By Introduction.
Unleashing Next-Generation Cable Puma5 and the gateway to DOCSIS ® 3.0.
A resource for packet-switched conversational protocols Packetizer TM Copyright © 2003 H.323: Alive and Well Paul E. Jones Rapporteur.
IPWireless Overview Thierry Maupile Fastnet Futures April 2, 2003.
TYPES; 1. Analog Analog 2. ISDN ISDN 3. B-ISDN B-ISDN 4. DSL DSL 5. ADSL ADSL 6. SDSL SDSL 7. VDSL VDSL 8. CABLE CABLE 9. Wireless Wireless 10. T-1 lines.
Cable Television Laboratories, Inc. January 2005 DOCSIS ® Overview.
ONE PLANET ONE NETWORK A MILLION POSSIBILITIES Barry Joseph Director, Offer and Product Management.
Telephony Troubleshooting in the Home
Information Technology Foundations-BIT 112 TECHNOLOGY GUIDE FOUR Basics of Telecommunications and Networks.
Troubleshooting DOCSIS 3.0. Confidential & Proprietary Agenda  DOCSIS Why?  DOCSIS Features  System Considerations  Troubleshooting Process.
JUNGO CONFIDENTIAL 1 Jungo Overview. JUNGO CONFIDENTIAL 2 Residential Gateway middleware, Support cost reduction and VAS solutions Most tier-1 OEMs and.
© 2006 Cisco Systems, Inc. All rights reserved. Implementing Secure Converged Wide Area Networks (ISCW) Module 2: Teleworker Connectivity.
Understanding GPON By Adnan Umar.
X.25 Packet switched Network consisting of X.25 switches. X.25 is a connection oriented protocol (Virtual Circuits). End nodes are identified by an X.25.
Copyright © 2015 John, Wiley & Sons, Inc. All rights reserved FitzGerald ● Dennis ● Durcikova Prepared by Taylor M. Wells: College of Business Administration,
6. Next Generation Networks A. Transition to NGN B
IPv6 Emerging Stories of Success NANOG47 John Jason Brzozowski October 2009.
Motorola DOCSIS® 3.0 & Channel Bonding Introduction Joshua Eum Director of Solutions Sales June 13, 2006.
TMitTI 1 © Sakari Luukkainen Content Previous technology cycle Analog Modems ISDN Technology cycle of fixed broadband Case ADSL Case DOCSIS Conclusion.
Business Data Communications, Stallings 1 Chapter 1: Introduction William Stallings Business Data Communications 6 th Edition.
Cable Modem Overview EEL 4930 – Computer Networks Fall 2002 Bradley C. Spatz.
1 “From TV to Telco” Transformation of Cable Industry February 6, 2002 – Miami, FL Ahmet Ozalp VP, Strategic Marketing Narad Networks.
Copyright ©Universalinet.Com, LLC 2009 Implementing Secure Converged Wide Area Networks ( ISCW) Take-Aways Course 1: Cable (HFC) Technologies.
National Institute of Science & Technology Voice Over Digital Subscriber Line (VoDSL) Vinay TibrewalEE [1] VoDSL: Next Generation Voice Solution.
Data Over Cable & DOCSIS Tom Bahnck  Cable Architecture  Cable Implementation  Cable vs. DSL  Cable Modems  Cable Television Laboratories  DOCSIS.
Integrated Services Digital Network (ISDN)
Computer Networks Digital Access Technologies. Spring 2006Computer Networks2 How Computer Networks are Built?  LANs (Local Area Networks) are relatively.
Cable broadband delivery (Cable modem transport platforms) Richard Catchpole ITU-T Study Group 9 Associate Rapporteur ITU-T Workshop.
Cable network and multimedia services Speaker: 陳羿仲 Advisor: 吳和庭 2012/12/05.
Introduction to Cable Telephony Larry Greenstein Director of Product Management Nuera Communications
IPCablecom - Network and Service Architecture Dipl.-Ing. Volker Leisse Institute for Communications Technology Braunschweig Technical University
IPCablecom Security Eric Rosenfeld, CableLabs Sasha Medvinsky, Motorola Simon Kang, Motorola ITU IPCablecom Mediacom Workshop March 13, 2002 Geneva, Switzerland.
HUGHES PROPRIETARY II1HNS /23/2015 STANDARD INTERFACE FOR SATELLITE IP NETWORKS E. Laborde Hughes Network Systems, Inc. Germantown, MD
Evolution towards the Next Generation Network
Internet Protocol TeleVision
Voice Over Internet Protocol (VoIP) Copyright © 2006 Heathkit Company, Inc. All Rights Reserved Presentation 1 – Introduction to VoIP.
“IPCablecom” Global standardisation of IP communication for cable networks Richard Catchpole Study Group 9 Associate Rapporteur
- 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.
Introduction to Cable Telephony Craig Lee VP of Marketing Nuera Communications
Computer Engineering and Networks, College of Engineering, Majmaah University Mohammed Saleem Bhat CEN-444 Networks Structure And Protocols.
DOCSIS Young-Tae Han 배경  HD video service 수요 증가  100+ HD channel  SD video serivcie  위성과의 경쟁  Personalized Video Serivces 
TECHNICAL SEMINAR S V Suresh 08731A1254 By. 1 st GENERATION:  Introduced in 1980  Analog cellular mobile,Data speed 2.4kbps  1G mobiles- AMPS,NMT,TACS.
12 March Workshop on Multimedia Convergence ITU-T Geneva, 12 March 2002 ETSI’s Approach to IPCablecom Standardization Jim Price, C.Eng, M.I.E.E.
From TV to TELCO: The Transformation of the Cable Industry Presented By: Seyhan Civanlar CTO and Co-Founder
ETSI TC Cable in a nutshell
“An Eye View On the Future Generation Of Phones”
By the DOCSIS Team August 2002
Presentation transcript:

Malcolm Taylor (ECB) Luc Martens (tComLabs) Dirk Jaeger (ECCA) Full Service Deployment via TV Broadband Networks - System Evolution Based on MSO Experiences and Requirements Malcolm Taylor (ECB) Luc Martens (tComLabs) Dirk Jaeger (ECCA) draft version

Outline Introduction Evolution of cable communication systems in European cable networks Experience with Euro-DOCSIS MSO requirements for future service provision 03.06.2004

Introduction EuroCableLabs Migration tComLabs Euro-Cable Certification Board ECCA Technical Committee cooperation European Cable MSOs Certification of cable communication equipment (Euro-DOCSIS, Euro-PacketCable, ...) Certification testing on behalf of Certification Board Emerging technologies and standardisation 03.06.2004

Euro-DOCSIS & DOCSIS DOCSIS: Data Over Cable Service Interface Specifications Standards DOCSIS 1.0: Data service over cable DOCSIS 1.1: QoS for multimedia services Euro-DOCSIS 1.x: European derivative Uniform, consistent, open, non-proprietary, multi-vendor interoperable basis SCTE maintains DOCSIS 1.0 standard Access platform for other CableLabs standards PacketCable for Multimedia services OpenCable for iDTV services

Adapt DOCSIS to Euro-DOCSIS American standard: DOCSIS Data Over Cable Service Interface Specification Adaptation to Physical properties of European CATV networks European frequency allocations Downstream Annex A of ITU-T J83 European standard: Euro-DOCSIS 03.06.2004

Euro-DOCSIS Reference Architecture Operations Support System Cable Modem Termination System Network Side Interface (CMTS-NSI) OSS Interface (OSSI) Customer Premises Equipment Network Termination Demod Mod Cable Modem Termination System Distribution Network Coax TX O/E Node Cable Modem RX Fiber Cable Modem RF Interface Generic Headend Switch or Backbone Transport Adapter CMTS RF Interface Cable Modem CPE Interface (CMCI) WAN 03.06.2004

Euro-DOCSIS versions Euro-DOCSIS 1.0 Euro-DOCSIS 1.1 Euro-DOCSIS 2.0 Lightweight standard for best-effort internet Euro-DOCSIS 1.1 Offers QoS + enhanced security Uses SNMPv3 for management (security + authentication) Uses PKI (Public Key Infrastructure) for authentication and security Basis for packet-based services such as VoIP over cable Euro-DOCSIS 2.0 Advanced physical layer using Advanced-TDMA and S-CDMA 03.06.2004

Euro-DOCSIS standardisation Euro-DOCSIS 1.0, 1.1, and 2.0 are official annexes to the CableLabs DOCSIS 1.0, 1.1, and 2.0 specifications (Euro-)DOCSIS specification has been published as ETSI (European Telecommunications Standards Institute) and ITU specifications 03.06.2004

Euro-PacketCable Goals of Euro-PacketCable - IPCablecom*: Provide packet-based voice, video and other high-speed multimedia services over the HFC network. Build on the QoS capabilities of Euro-DOCSIS. Design architecture that allows multiple vendors to rapidly develop low-cost interoperable solutions to meet time-to-market requirements. Scalable network for millions of subscribers. Use approved and widely adopted protocol standards. * ITU name for PacketCable and Euro-PacketCable. 03.06.2004

Euro-PacketCable Specifications based on PacketCable developed by CableLabs Differences for Europe Handset interfaces Class features SS7 differences V5.2 Electronic surveillance Root Certificate Authority 03.06.2004

Euro-PacketCable Reference Architecture: Single Zone CMTS HFC access network (DOCSIS) PSTN MTA Cable Modem IPAT LDS Cable Modem Embedded MTA Managed IP Backbone OSS Backoffice MTA Call Management Server Standalone MTA Audio Server Media Gateway Media Gateway Controller Signaling Gateway HFC access network (DOCSIS) CMTS PSTN Cable Modem MTA Cable Modem MTA Standalone MTA Embedded MTA 03.06.2004

Euro-DOCSIS - Large scale deployment Capacity supported by today’s systems: 38 Mbps downstream 10.2 Mbps (v 1.1), 40.9 Mbps (v 2.0) upstream Service tiers provided by MSOs 64 kbps ... 4 Mbps downstream typically 128 kbps upstream volume-based, time-based usage limits Service take-up in some regions in Europe e.g. Belgium 30% ... 40% of households with cable connection 03.06.2004

Euro-PacketCable - Telephony over cable First commercial deployments and plans for commercial deployments Switzerland Sweden Belgium Germany others Trials in various European countries 03.06.2004

View into the future (Euro-)DOCSIS service tiers offered today are not sufficient for midterm service planning 3 – 5 years requirements for downstream bandwidth per user: 10 Mbps IP service penetration forecast 20 – 50 % medium term almost 100 % long term 03.06.2004

View into the future (cont.) TVoIP for VoD and video streaming will stimulate bandwidths demand will occupy the major portion of IP bandwidth Traffic characteristic will change new statistical traffic models required for maximum channel utilisation 03.06.2004

Summary Euro-DOCSIS cable communication systems have been evolved to support requirements of European cable MSOs Robust system with large scale deployments Higher layer protocols for VoIP, etc. due to commercially rolled out on top of Euro-DOCSIS Further evolution of system required to satisfy MSO demands future service provision 03.06.2004