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This page introduces the work in progress within the Forum, organized into 8 work areas and supporting groups

Those visiting this new page for the first time after Feb 5th 2017, please see the notes below

Projects, Project Streams, ARO Links and Editors

Click here to see a sortable list details of projects in progress, ARO links and editors together with project streams and projects

Mission

Technical Work is conducted under the guidance of the Technical Steering Committee whose mission is to establish common broadband related technical specifications to ensure network and management optimization

Leadership

Structure of this page and relationship to child pages

The structure of the BBF project pages pages is approximately as follows

Work in progress (this page)

>work area | innovation group | software, etc.

>project stream (plus project stream agendas, minutes and related child pages) and links to project pages where separately created

> projects (and related child pages) and links to project pages where separately created

Notes

  • Call agendas, minutes and actions should use the templates provided (note this will be complete in December and will follow the BUS page model page

  • The details of project streams and projects will be managed in the above structure. However, the complete listing of current projects is also available on Projects, Project Streams, ARO Links and Editors

  • We will provide guidance on structure of pages and use of labels on files and pages

  • Completed Work: is publicly available


Please note: Please do not merge table cells in the table below. Due to some issues with tables this may cause some corruption to the table structure.


Links to Work Area (child) pages

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Work Areas, Project Streams and Projects

Link

Work Areas, Project Streams

Projects (more details to be added).

A&M

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A&M Projects


SD-392


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Project Stream Home

WT-390


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Project Stream Home

WT-387, WT-388


WT-345, WT-359


A&M Non-PS Assigned

SD-332, SD-364, WT-399


A&M Architecture PS

SD-365


A&M - Top Down NFV End-to-End access model

SD-397

BUS

The Broadband User Services Work Area provides the broadband industry with technical specifications, implementation guides, reference implementations, test plans, and marketing white papers for the deployment, management, and consumption of services by the broadband end user.

Work Area Directors:

  • John Blackford, CommScope
  • Jason Walls, QA Cafe


BUS Projects


BUS - CWMP

MD-278, MD-353, SD-069, WT-069


BUS - CWMP Data Model

SD-323, SD-344, WT-106, WT-140, WT-181, WT-196


BUS - Device Requirements

WT-124


BUS - Network Measurement

MD-363, SD-333, WT-382


BUS - Software Tools

SD-354


BUS - User Services Platform

WT-369


BUS - X-CONF CPE Management

SD-375, SD-376


BUS - Wi-Fi in premises

SD-398, SD-401

YANG

Operators are constantly looking for ways to make their operations more efficient and more cost-effective. A common method used is automation of the configuration and control of network elements. One challenge to doing this effectively is ensuring interoperability between network components of different vendors.

The Common YANG Work Area addresses this challenge by defining YANG data models for functionality which is common across access network equipment of various physical layer technologies.

  • The prime objective of the Common YANG Work Area is the specification of YANG modules that are applicable to multiple Work Areas and/or involve expertise from multiple Work Areas.
  • Next to this, it also maintains the BBF YANG Best Current Practices (OD-360), BBF-wide YANG processes, procedures and tools.
  • In the future, Common YANG has the mission to specify NETCONF/YANG test plans and certification for the defined YANG modules.

The Work Area is also responsible for identifying YANG work in other SDOs that could or should be used by BBF YANG projects, and will work directly with such SDOs as and when appropriate in order to assist in meeting BBF requirements and timescales.

Since its creation, Common YANG has published a series of YANG modules which meanwhile have become accepted by the wide industry:

  • TR-355: YANG Modules for FTTdp Management
    • Defines YANG data models for the management interfaces to support FTTdp, in order to enable interoperability for FTTdp management
  • TR-383: Common YANG Modules for Access Networks
    • Defines YANG data models for the management of Broadband Forum specified access network equipment used across many deployment scenarios
    • With these modules, service providers can efficiently manage a range of broadband services supported over any access technology, including VDSL, G.fast and Passive Optical Networks (PON).
  • TR-374: YANG Modules for Management of G.hn Systems in FTTdp Architectures
    • Defines a YANG Module for all standardized parameters and associated types for G.hn configuration, status monitoring, performance management, testing and diagnostics

Work Area Directors: Joey Boyd, Adtran and Sven Ooghe, Nokia


YANG Projects


Common YANG

WT-383

FAN

To define the requirements and data models for deploying Broadband Forum network architectures in fiber access technologies so as to accelerate deployments and ensuring interoperability.

Work Area Director: Marta Seda, Calix


FAN Projects


FAN - NGPON2 Wavelength Management

WT-352


FAN - PON Based Mobile Backhaul

WT-311, WT-331


FAN - PON Management

WT-312, WT-385, WT-394, WT-395


FAN - Non-PS Assigned

MD-396, WT-142, WT-156, WT-280, WT-372

FTTdp

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FTTdp Projects


FTTdp - Architecture and Requirements

MD-246, MD-311, WT-301, WT-318, WT-355


FTTdp - Management

WT-298, WT-371, WT-374, WT-393

IG

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Innovation Group Projects


Innovation - Broadband Assured Services Project Stream

SD-377


Innovation - Broadband Assured Services Use Cases

SD-389

PhyTx

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.

Work Area Directors:

Herman Verbueken, Nokia

Evan Sun, Huawei


PhyTx Projects


PhyTx - Bonding

WT-273, WT-400


PhyTx - G.fast and RPF Certification

OD-334, OD-335, WT-285, WT-338, WT-347, WT-380


PhyTx - Home Networking

WT-208, WT-381


PhyTx - VDSL2 Physical Layer Testing

OD-297, WT-114, WT-115, WT-249, WT-346

R-T

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R&T Projects

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R&T - Cloud Interconnect

MD-325 , MD-350, MD-367, WT-350


R&T - Mobile Transport and Routing

MD-305, MD-342, MD-343, WT-221


R&T- Optical Packet Evolution

MD-366, WT-319

SDN NFV

This Work Area focuses on the introduction of Software Defined Networking (SDN) and Network Functions Virtualization (NFV) in conjunction with general purpose hardware to create the basis for cloud-based, edge and access networks. Building on this framework, projects address migration and coexistence of physical and virtual elements, into the broadband network, define interfaces, test cases Use Cases and scenarios, reference implementations and automation.  Activities work with and coordinate with Open Broadband (OB) program regarding open source, like Open Broadband-Broadband Access Abstraction (OB-BAA) and testing Open Broadband Laboratories (OBLs).

Work Area Directors: Bruno Cornaglia (Vodafone) and Mengmeng Li (China Mobile)


SDN&NFV Projects


SDN and NFV - Cloud CO

WT-328, WT-384


SDN and NFV - FANS PS

WT-370, WT-386


SDN and NFV - SDN for MSBN

WT-358, WT-368


SDN and NFV - Non-PS Assigned

MD-322

WWC

The WWC Work Area addresses the needs of operators, which have integrated, wireline or mobile networks deployed so they can leverage their assets with combined subscriber offerings with a converged core. It aims to deliver more value with deployment options for integrated, wireline, and mobile operators and suppliers. It focuses on optimizing the Total Cost of Ownership by consolidating network, common control plane, and streamlined backend by a comprehensive, well-specified, deployed Wireless-Wireline-Convergence architecture and functions to deliver broadband services with the 5G Core.

The Work Area incorporates capabilities from the 5G toolkit to realize a variety of use cases, including topics such as multi-/hybrid access, enhanced work from home, access sharing scenarios and convergence of voice with the 5G system.  Broadband Forum is taking an important role in developing 5G, continuing the productive cooperation with 3GPP, and making recommendations for the connection points between the fixed and 5G mobile core networks in order to drive functional network convergence.

Work Area Directors: Christele Bouchat (Nokia), Manuel Paul (DT)


WWC Projects


WWC - 5G

SD-357, SD-373


WWC Convergence - Hybrid Access

WT-348, WT-378


BBF Software. Software projects for each work area are shown on this page.
They are also covered in detail on the BBF Software page





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