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Mission Statement:

To establish common related technical specification for FTTdp in order to ensure maximal equipment and management interoperability.

Business Impact:

The Fiber to the Distribution Point (FTTdp) network offers a number of new important benefits to operators and its customers. First, it allows deployment of FTTH ultra-fast broadband network without actually having to install fiber at the customer premises. This increases the service take-up rate and requires zero-touch provider provisioning with customer install, no rewiring and no truck roll. Secondly, it offers the opportunity to lower OpEx through reverse powering and remote connectivity reconfiguration. It opens up new opportunities to service multi-tenant/dwelling business and residential locations with different requirements. Finally, the ultra-fast broadband network opens up a new market for provisioning of high-value performance-assured applications and services. By developing specifications for architecture, management and interoperability, the FTTdp Work Area plays a key role in accelerating time to market.

Scope:

FTTdp access architecture, encompassing architectural, nodal functional and network management requirements for FTTdp access architectures, in order to drive interoperability and best practice. This also includes the specification of YANG management models for the Distribution Point Units (DPUs).

 

Work Area Directors:

Christopher Croot, BT

Sven Ooghe, Nokia

Calls, Minutes, Agendas

note: template supplied


Project Stream Leads/Editors

Project Streams

 

NPIFs

Completed specs and education documents

 

Working Texts

WT#TITLEALL CONTRIBUTIONS
RELATED TO WT
EDITOR(S)
WT-298i2Management model for DSL line test - Issue 2Click HereJoey Boyd, ADTRAN
WT-301i2Fiber to the Distribution Point - Issue 2Click HereMike Shaffer, Nokia
WT-318Management Architecture and Requirements for FttDPClick HereChristopher Croot, BT
WT-355

YANG Modules for FTTdp Management

This Working Text defines YANG data models for the management interfaces to support FTTdp. These models are to enable interoperability for FTTdp management.

Click HereJoey Boyd, ADTRAN
Ken Kerpez, ASSIA Inc.
William Lupton, Broadband Forum
WT-371

G.fast Vector of Profiles (VoP)

This specification defines the Vector of Profiles (VoP) managed object structure for G.fast. This is based on the managed objects listed in ITU-T Recommendation G.997.2. This G.fast VoP structure defines the basis of the detailed YANG data model defined in WT-355. The object model in this specification only specifies the structure of the managed objects, the detailed parameter definitions and their access modes are specified in WT-355 and ITU-T recommendations.

Click HereJoey Boyd, ADTRAN
WT-374

Yang Models for Management of G.hn Systems in FTTdp Architecture

This specification defines the Yang data models necessary for the management of ITU-T G.hn technology when used in FTTdp architectures

Click HereMarcos Martinez, Marvell, ADTRAN

Marketing Drafts

Study Documents

Internal Documents

Issues List

IL#TITLEALL CONTRIBUTIONS
RELATED TO IL
EDITOR(S)
IL-301WT-301 Issues ListClick HereMike Shaffer, Nokia
Dong Wei, Huawei Technologies
IL-355WT-355 Issues ListClick HereWilliam Lupton, Broadband Forum

Other Documents

OD#TITLEALL CONTRIBUTIONS
RELATED TO OD
EDITOR(S)
OD-379Interoperability Test Plan for FTTdp PMA/DPU Management InterfaceClick HereMartin Casey, Calix Networks
Lincoln Lavoie, UNH InterOperability Lab

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