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Mission Statement:

The Physical Layer Transmission Work Area provides test plans, technical documentation, and marketing papers to enable multi-vendor interoperability in deployments for both access and in-premises networks.

Business Impact:

As with the Fiber Access Networks work area, the focus is on cost reduction and accelerating time to market. Standardized interoperability and certification create a trusted base of equipment and services avoiding large investments in time, repeated customized one-off and NxN testing that impact revenue and credibility. Interoperability provides invaluable intelligence as feedback to both developers and implementers of new products and services. As the move to open sourcing gains momentum the role of interoperability becomes ever more necessary.

Scope:
  • Definition of test plans for access network physical layer transmission technologies (such as VDSL2 and G.fast) and Reverse Power Feeding technologies
  • Definition of test plans for in-premises network physical layer transmission technologies such as power line communications
  • Creation of best practice documentation for advanced features, such as Upstream Power Back-off, Self Install, and Vectoring

 

(Phy-Tx) Work Area Directors:

Les Brown, Huawei Technologies

Massimo Sorbara, Qualcomm Incorporated

Project Streams

 


Calls, Minutes, Agendas

  • note: template supplied

Project Stream Leads/Editors

NPIFs

Completed specs and education documents

 

Working Texts

WT#TITLEALL CONTRIBUTIONS
RELATED TO WT
EDITOR(S)
WT-114i3VDSL2 Performance Test Plan - Issue 3Click HereAleksandra Kozarev, Intel
WT-114i3a1VDSL2 Performance Test Plan - Issue 3 Amendment 1Click HereAleksandra Kozarev, Intel
WT-115i3a1VDSL2 Functionality Test Plan - Issue 3 Amendment 1Click HereAleksandra Kozarev, Intel
WT-208i2Performance Test Plan For In-premises Powerline Communications SystemsClick HereMarcos Martinez, Marvell Semiconductors Inc.
WT-249i2Testing of G.993.2 Self-FEXT Cancellation (vectoring) - Issue 2Click HereHerman Verbueken, Nokia
WT-273a1Testing of Bonded, Multi-Pair xDSL Systems - Amendment 1Click HereHerman Verbueken, Nokia
WT-285a1Broadband Copper Cable Models - Amendment 1Click HereAndre Holley, TELUS Communications, Inc.
WT-338Reverse Power Feed (RPF) Test PlanClick HereMassimo Sorbara, Qualcomm Incorporated
WT-346VDSL2 UPBO GuidelinesClick HerePeter Silverman, ASSIA, Inc.
WT-347CPE SELT Equipment Testing and Operation GuidelinesClick HereOlivier van de Wiel, Broadcom
Massimo Sorbara, Qualcomm Incorporated
WT-380G.9701 "G.fast" Performance Test PlanClick Here 
WT-381Test Plan for Recommendation ITU-T G.9977 "Mitigation of Interference between DSL and PLC"Click HereVincent Buchoux, LAN
Marcos Martinez, Marvell Semiconductors Inc.

 

Study Documents

SD#TITLEALL CONTRIBUTIONS
RELATED TO SD
EDITOR(S)
SD-336Operations and Management to support Customer Self-InstallClick HerePeter Silverman, ASSIA Inc.
SD-285Copper Transmission Models for Testing above 30 MHzClick HereAndre Holley, Telus

 

Marketing Documents

Internal Documents

ID#TITLEALL CONTRIBUTIONS
RELATED TO ID
EDITOR(S)
ID-337FAST Certification Test PlanClick Here Frank Van der Putten, Nokia

Issues List

Other Documents

OD#TITLEALL CONTRIBUTIONS
RELATED TO OD
EDITOR(S)
OD-297Interoperability Test Plan for G.Vector PlugfestsClick HereOlivier van de Wiel, Broadcom
OD-334Project Plan for G.fast & VDSL2 Testing for the FTTdp ArchitectureClick HereLincoln Lavoie, UNH InterOperability Lab
OD-335G.fast Interop Plugfest Test PlanClick HereMartin Casey, Calix Networks
OD-362Program Requirements for G.fast Certification ProgramClick HereLincoln Lavoie, UNH InterOperability La
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