Efficient broadband deployment & multi-service implementation

European home networking platform

Dominique Roche (ATTM chairman)

DOCUMENT #: GSC13-GTSC6-19

FOR: Information

SOURCE: ETSI Access Terminals Transmission Multiplexing

AGENDA ITEM: 4.3

CONTACT(S): Dominique Roche (ATTM chairman)

Submission Date:June 27, 2008

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• Home networking platform is included within ETSI Access Terminals Transmission Multiplexing committee

• Home networking platform covers– Telecommunications Access and Home Networks including Terminal

Equipment and Network Terminating Equipment.– Copper, fibre and wireless transmission supports.– Lower layers of in home networks (in collaboration with TISPAN for

service implementation)

Home Networking Platform (1)

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• Home networking platform has liaisons with other relevant bodies within and outside of ETSI– Strong collaboration with ITU-T SG5/SG6/SG15, ETSI EE and Energy

Efficiency Inter-Operator Collaboration Group in order to support EC CoCs and efficient broadband by TS 105 174 Series development

• TS 105 174 Series on organizational architecture and general engineering– TS 105 174-4 Customer network infrastructures – TS 105 174-4-1 Efficient broadband residential physical networks

– Collaboration with CENELEC by CLC/ETSI Installation & Cabling Cooperation Group in order to support broadband deployment and multi-service

• CLC/TC 215 for – EN 50173 Series on generic cabling– EN 50174 Series on installation of communication

equipment and networks• CLC/TC 205 for home gateway and control/command within customer premises,

home included

Home Networking Platform (2)

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Efficient broadband & multi-service

• Support of efficient broadband – Energy consumption trends for different FTTx scenarios.– Definition of KPI to enable proper monitoring of the actions.

• Support of multi-service implementation– Efficient broadband residential physical networks.

• ICT position at International and Regional levels– Strong telecom position to champion used transmission protocols

e.g. DSL systems in home networking.

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Challenges

• In the last 30 years our energy demand has grown significantly due to digitalization of the Network and, in the last years, to the BroadBand deployment

• Next Generation Networks will completely change the network paradigm as the need to deliver higher and higher speed services will bring towards more distributed electronics in the access network

• Increasing load in customer premises will more than balance any saving actions into the network– PSOs should champion energy efficiency in developed specifications on ICT

products, systems and installed ones in order to implement multi-service

– PSOs should support usable residential networking guidance towards users (customers) including a greener approach

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Next Steps/Actions

• ETSI/ATTM Home networking platform is welcoming any new liaison with any organization or forum in order to support– Energy efficiency. – Broadband deployment.– Multi-service implementation.

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Supplemental Slides

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ETSI EFFICIENT BROADBAND DEPLOYMENT SERIESIdentification of most critical areas

Operator’s Building

Operator’s Street Cabinet Customer’s Building

Customer’s House

Regional/Metro Transport Access Delivery Access Terminal Access Customer’s NetworkCampus included

Edge/Long Haul

Access

Long HaulRegional/Metro

Data Centre

Power supplyCooling

Customer Premises

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ETSI EFFICIENT BROADBAND DEPLOYMENT SERIESTS 105 174 Series on organizational architecture and general

engineering in order to support energy efficiency on ICT areas

• Part 1 Overview and general aspects – TS 105 174-1-1 Generalities, common view of set of documents – TS 105 174-1-2 Operator sites – TS 105 174-1-3 Data Centre Engineering

• Part 2 Core, regional metropolitan networks – TS 105 174-2 Core, regional metropolitan networks

• Part 3 Access networks – TS 105 174-3 Access networks

• Part 4 Customer network infrastructures – TS 105 174-4 Customer network infrastructures – TS 105 174-4-1 Efficient broadband residential physical networks

• Part 5 Power supply cooling, general topology – TS 105 174-5 Power supply cooling, general topology

Note: TS 105 174-1-3 on Data Centre is excepted by end of the year