CUPS for a disaggregated BNG: Objective and ScopeATA | Mobile Transport and Routing (MT&R) | MD-521.2 | 5G "What's fixed got to do with it?" Transport Tutorial | David Sinicrope (Ericsson) | WT-390.2 Amendment 1 | Quality Attenuation Measurement from IP Edge to Customer Equipment using STAMPTBA5Quality Attenuation Measurements Using L2 PM OAM | Contributions | 6 | Applicability of IOAM to QED Measurement using an Active Protocol | Contributions | Ron Insler (Rad) Fabrizio Guidotti (Outsys) |
TBAATA | Performance, Experience, and Application Testing (PEAT) | WT-422 | Application-Layer Testing Implementer's Guide | Contributions | TBA |
ATA | Performance, Experience, and Application Testing (PEAT) | WT-424 | Data Models for Application-Layer Test Traffic | Contributions | TBA |
421Application-Layer Test Traffic Architecture and Requirements | Contributions | TBA | 452.7 | Quality Attenuation Measurements Using L2 and L3 Active Protocols in Multicast Environments | Contributions | Fabio Giudici (Outsys) Fabrizio Guidotti (Outsys) |
2474Subscriber Session Steering | Contributions | Jonathan Newton (Vodafone)
Mach Chen (Huawei)487DBNG for Wired AccessMengmeng Li (China MobileGao Bo Lei Zhou | BUS | SHAPS 8 ProjectContributions
3SNIPS WiFiData ModelingWT473YANG Translation for CWMP / USP Data Models | Jira Project: DMYANG | 469 Amendment 3 | Conformance Test Plan for USP Agents | Jira: USPTEST Bitbucket: DTP-469 | Jason Walls (QA Cafe |
Andrew Patka (Verizon ProjectCommScopeData Modeling485YANG to CWMP / USP Data Model Translation | 492 | Software Based Architecture Smart Gateway Design Principles | Jira: SGDP |
Jira Project: YANG2DMWT-485BUS | SNIPS | WT-488 | Architecture and Requirements for Home Distribution Networks | Contributions | Aleksandra Kozarev (MaxLinear) |
BUS | SHAPS | WT-492 | Software Based Architecture Smart Gateway Design Principles | Contributions | BUS / PHYtx | SNIPS | WT-398 Issue 3 | Wi-Fi Residential & SOHO Performance Testing | Jira |
Project Amendment 6ADTRANLudwig Pauwels 393Persistent Management Agent Aggregator (PMAA) Management Model | Contributions | 496 | YANG Data Model for MoCA Access 2.5 Interface | Contributions Bitbucket: WT-496 | Helge Tiainen (Incoax) Marcos Martinez (MaxLinear |
Joey Boyd (ADTRAN)
Ken Kerpez (DZS460YANG Modules for Broadband Network Gateways | Contributions | Bruno Cornaglia (Vodafone) | Common YANG | YANG Modules | WT-496 | YANG Data Model for MoCA Access 2.5 interface | Contributions | 513 | Access Node Management at Scale | Contributions Bitbucket: WT-513 | Shiya Ashraf (Nokia) Haomian Zheng (Huawei) |
FAN | Not Assigned | WT-142 Issue 5 | Framework for CWMP and USP enabled PON Devices | Contributions | TBD |
FAN | Not Assigned | WT-156 Issue 5 | Using PON Access in the Context of TR-101 | Contributions | TBD |
142 Framework for CWMP and USP enabled PON DevicesPON-fed TR-101 Ethernet Access Node | Contributions | Samuel Chen |
, , Interoperability and Test309 3XG-PON and XGS-PON TC Layer Interoperability Test Plan | Contributions | 2 | Architecture and Technical Requirement for PON-Based Mobile Backhaul Networks | Contributions | Samuel Chen (Broadcom |
Frank Van der Putten (Nokia 2 ITU-T PON )Kevin Noll (VecimaPON Management385 ITU-T PON YANG Modules | PON PMD Layer Conformance Test Plan | Contributions | Hugh Singleton (BT) |
Contributions 50G 50G PON Project Stream is linked to many projects and Working Texts. See the Contributions link or go to the Project Stream home page for more details. | Contributions | Project Stream lead: Samuel Chen |
, , Open Broadband | WWC Reference Implementation for 5G-RG | n/a | Open Broadband WWC Reference Implementation for 5G-RG (OB5WWC) (OB-5WWC) | OB-5WWC Wiki | n/a |
Open Broadband | Broadband Access Abstraction (BAA) | n/a | Open Broadband BAA (OBBAA) (OB-BAA)
OB-BAA Wiki | n/a | Open Broadband | Multi Access Point (MAP) | n/a | Open Broadband MAP (OBMAP) (OB-MAP) | OB-MAP Wiki | n/a |
Open Broadband | UDP Speed Test | n/a | Open Broadband UDP Speed Test (OBUDPST) (OB-UDPST) | OB-UDPST Wiki | n/a |
Open Broadband | USP-Agent | n/a | Open Broadband-User Services Platform-Agent (OB-USP-Agent) | OB-USP-Agent Wiki | n/a |
301i3Aleksandra Kozarev (MaxLinear) | PHYtx | Fiber Access Network Copper Extensions (FANCE) | WT-476 | Performance Test Plan for Use of G.hn Technology in Access Scenarios | Contributions | Aleksandra Kozarev (MaxLinearSDN and NFV | Cloud Component | MD-436 | Automated Intelligent Management | Contributions | Ken Kerpez (DZS) |
SDN and NFV | Cloud Component | MD-466 | Metro Compute Networking (MCN) | Ruobin Zheng (Huawei) | CloudCO-APPN-XXX | All CloudCO Application Notes Under Development | Application Notes (under development) | MD477Cloud CO Enhancement - Access Node Hardware DisaggregationFrancisco de Carvalho (REPLYFixed Access Network Sharing (FANS)370 - TBDFixed Access Network Sharing – Architecture and Nodal Requirements384 Issue 2Cloud Central Office Reference Architectural FrameworkCall for Editor(s)
Contact the SDN and NFV Work Area Directors or info@broadband-forum.org for more information.Mauro Tilocca (Telecom Italia) Haomian Zheng (Huawei) |
SDN and NFV |
Cloud Component386 Fixed Access Network Sharing - Access Network Sharing InterfacesAutomated Intelligent Management Framework and Architecture | Contributions |
Haomian Zheng HuaweiJan Diestelmans Nokia413 Issue 2SDN Management and Control Interfaces for CloudCO Network FunctionsHaomian Zheng (HuaweiMauro Tilocca (Telecom Italia)
477Cloud CO Enhancement - Access Node Hardware Disaggregation | Contributions | Bruno Cornaglia (Vodafone)
Francisco de Carvalho (BT)Automated Intelligent Management486 Automated Intelligent Management ()Jeff Hartley (CommScope)
Stefano Corona (Vodafone)
Antonio Marsico ReplyRuobin Zheng (Huawei)
Not Assigned457458 Issue 2 | Wireless and Wireline Convergence with Control and User Plane Separation - Reference Architecture, Interface, and Protocol Specification |
FMIF Functional RequirementsDonald Eastlake (FutureweiMengmeng Li (China Mobile)
458CUPS for 5G FMCKenneth Wan Christele Bouchat (Nokia) Manuel Paul (Deutsche Telekom) |
Donald Eastlake (Futurewei464Migrating Fixed to 5GIMS for 5G-RG493IMS for 5G-RG Architecture | Contributions | Roland Schott, Deutsche Telekom Jörgen Axell, Ericsson | WWC | IMS for 5G-RG | WT-494 | IMS for 5G-Rg Residential Voice Requirements | Contributions | Jörgen Axell, Ericsson
Roland Schott, Deutsche TelekomFWA solution for delivery inside a MDU/MTU | Contributions | Helge Tiainen / InCoax Michael Timmers (Nokia) |
WWC | Non-PS Assigned | MD-516 | Benefits of Multi-Tenant Fixed Wireless Access | Contributions | TBA |