Page History

Mission Statement:

Excerpt

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

Work Area Directors: Christopher Croot, BT; Sven Ooghe, Nokia

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).

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ARO Work Area

Directors:

Calls, Minutes, Agendas

Project Stream Leads/Editors:

FTTdp Management PS

Ken Kerpez, Joey Boyd

Architecture & Requirements PS

Mike Shaffer, Dong Wei

FTTdp Management Interop and Testing

Lincoln Lavoie

Project Streams:FTTdp

View https://aro.broadband-forum.org/bin/c5i?rid=68&k1=29

Project Streams

Multiexcerpt

MultiExcerptName	FTTdpNonPS

Project Stream	Description	PS Leadership
Non-PS Assigned	Projects that don’t fit under the scope of an existing Project Stream or if they fit under the scope of more than one Project Stream, are developed under the Non-PS Assigned category.	Christopher Croot, BT Sven Ooghe, Nokia

Multiexcerpt

MultiExcerptName	FTTdpA&RPS

Project Stream	Description

ProjectsProject Stream LeadsMD-311, WT-301, WT-318, MD-246

Mike Shaffer, Nokia

Dong Wei, Huawei Technologies

Multiexcerpt

MultiExcerptName	FTTdpMgmtPS

Project Stream	Description	PS Leadership
FTTdp Management	This Project Stream aims to publish an extensive set of YANG modules that allow managing the different aspects of a DPU, including the Gfast or VDSL2 broadband connection. This Project Stream also collaborates with the Common YANG Project Stream when defining more generic YANG modules that can be leveraged by DPUs. Finally this Project Stream also addresses the management architecture that will enable similar control from the PMA back to the network management systems and OSS. Overall, this work aims to reduce network management complexity.

WT-298, WT-371, WT-374, WT-393, WT-355a1, WT-355c1

Ken Kerpez, ASSIA

Joey Boyd, ADTRAN

Multiexcerpt

MultiExcerptName	FTTdpMgmtInter&TestPS

Project Stream	Description	PS Leadership
FTTdp Management Interop & Testing	This Project Stream addresses the real-life interoperability challenges when connecting the PMA to the DPU, by defining an interop test plan. With this plan, PMA and DPU suppliers can verify whether or not their implementations are interoperable and can be used to deploy an Fttdp network.

OD-379

Working Texts

WTTitleRelated contributionsEditorsWT-298i2Management model for DSL line test - Issue 2Click Here Joey Boyd, ADTRAN WT-301i2Fiber to the Distribution Point - Issue 2Click Here

Mike Shaffer, Nokia

Dong Wei, Huawei

WT-355

Expand

title	Abstract ...

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

Click Here Joey Boyd, ADTRAN
Ken Kerpez, ASSIA Inc.WT-371

G.fast Vector of Profiles (VoP)

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title	Abstract ...

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.

, UNH IOL

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Fiber to the Distribution Point Work Area Email List

memgen@broadband-forum.org

List for all BBF Members to receive general information

contrib@broadband-forum.org

List for notification of BBF Contribution Uploads/Updates in ARO

fttdp@broadband-forum.org

List for BBF Fiber To The Distribution Point WA

wt355@broadband-forum.org

This email list is for discussions related to WT-355 a Fiber to the Distribution Point WA Management PS document

wt374@broadband-forum.org

Email list for all WT-374 "

Click Here Joey Boyd, ADTRAN WT-374Abstract

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