DOCUMENT #:
GSC13-GTSC6-19
FOR:
Information
SOURCE:
ETSI Access Terminals Transmission Multiplexing
AGENDA ITEM:
4.3
CONTACT(S):
Dominique Roche (ATTM chairman)
Efficient broadband deployment &
multi-service implementation
European home networking
platform
Dominique Roche (ATTM chairman)
Submission Date:
June 27, 2008
Home Networking Platform (1)
• 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)
2
Home Networking Platform (2)
• 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 multiservice
• CLC/TC 215 for
– EN 50173
– EN 50174
Series on generic cabling
Series on installation of communication equipment
and networks
• CLC/TC 205 for home gateway and control/command within customer premises,
home included
3
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.
4
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
5
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.
6
Supplemental Slides
7
ETSI EFFICIENT BROADBAND
DEPLOYMENT SERIES
Identification of most critical areas
Operator’s
Building
Operator’s Street Cabinet
Customer’s Building
Customer’s House
Edge/Long Haul
Regional/Metro
Transport Access
Delivery Access
Terminal Access
Customer’s Network
Campus included
Long Haul
Regional/Metro
Access
Customer Premises
Data Centre
Power supply
Cooling
8
ETSI EFFICIENT BROADBAND
DEPLOYMENT SERIES
TS 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
– TS 105 174-1-2
– TS 105 174-1-3
• Part 2
Core, regional metropolitan networks
– TS 105 174-2
• Part 3
Access networks
Customer network infrastructures
– TS 105 174-4
– TS 105 174-4-1
• Part 5
Core, regional metropolitan networks
Access networks
– TS 105 174-3
• Part 4
Generalities, common view of set of documents
Operator sites
Data Centre Engineering
Customer network infrastructures
Efficient broadband residential physical networks
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
9