Projects in Progress for this Work Area
In-Progress
WT/MD/SD# | Project Stream | Abstract | Related Contributions | Editor(s) |
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YANG Modules for PON Management | This working text defines the NETCONF YANG model for following PON systems:
| Robert Peschi, Nokia Kevin Noll, Vecima | ||
WT-255 Issue 2 is a BBF GPON/XGS/XG Interoperability test plan that describes a series of test cases that may be used to verify the interoperability of an OLT and ONU pairing according to the functional requirements of BBF TR-156, TR-280, and ITU-T G.988. It is intended that these test cases be used with an ONU already awarded the BBF.247 GPON ONU Certification and an OLT known to use standardized OMCI managed entities to implement the configuration under test. | Justin Nelson, UNH-IOL | |||
PON Conformance Test Plan | DTP-247 Issue 4 provides a test plan that may be used to verify conformance of a G-PON / XG-PON / XGS-PON ONU to the requirements defined in TR-156 and TR-280. Additionally, this test plan verifies that the OMCI implementation contained in a G-PON / XG-PON / XGS-PON ONU adheres to the practices described in Appendix I and II of G.988 This document is a corrigendum to TR-247 Issue 4. | Vincent Buchoux, LAN | ||
PON TC Layer Test Plan | TR-309 is the verification of XG-PON and XGS-PON OLT and ONU interoperability with respect to the TC sub-layer (ITU-T G.987.3, ITU-T G.9807.1 Annex C), and, indirectly as a result of testing the TC layer, to the PMD sub-layer (ITU-T G.987.2, ITU-T G.9807.1 Annex B). WT-309 Issue 3 merges WT-309 Issue 2 Amd 1 test cases and adds ITU-T HSP (G.9804) TDM and MSA 25GS-PON test cases. | |||
PMD Layer Test Plan | TR-243 defines new PON PMD measurement techniques and the test plan for use in PON PMD Conformance testing. Executing these test cases as part of a multi-supplier test event will help OLT's and ONU's implement the specifications so as to operate as a functional PON system. WT-423 Issue 3 adds test cases related to support of ITU-T HSP G.9804 TDM and G.9807.1. | Hugh Singleton, BT | ||
DTP-247 Issue 5 | PON Conformance Test Plan | TP-247 Issue 5 provides a test plan that may be used to verify conformance of a G-PON / XG-PON / XGS-PON ONU to the requirements defined in TR-156 and TR-280. Additionally, this test plan verifies that the OMCI implementation contained in a G-PON / XG-PON / XGS-PON ONU adheres to the practices described in Appendix I and II of G.988 DTP-247 adds ITU-T HSP G.9804 TDM test cases. | Vincent Buchoux, LAN | |
Framework for CWMP and USP enabled PON Devices | Vacant | |||
Using PON Access in the context of TR-101 | Vacant | |||
PON-fed TR-101 Ethernet Access Nodes | Vacant | |||
PON in the context of TR-178 | LE BRAS Hugues , Orange | |||
Architecture and Technical Requirements for PON based Mobile Backhaul Networks | Samuel Chen , Broadcom | |||
TBD | ONU Management at Scale | This working text defines the NETCONF YANG model for ONUs in a combined NE mode. | Robert Peschi , Nokia Joey Boyd , Adtran |
Projects in Straw Ballot or Final Ballot
Please refer to All Ballots for latest status of these documents.
WT/MD/SD# | PON Management Projects | Abstract | Related Contributions | Editor(s) |
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WT-385 Issue 2, Amendment 1 | This working text defines the NETCONF YANG model for ITU-T PON Systems. Data modelling language can be used to model configuration and state data of network elements. A standards based model promotes interoperability between NETCONF servers and 3rd party NETCONF clients (e.g., SDN controllers). | Robert Peschi, Nokia Kevin Noll, Vecima | ||
WT-489 Issue 1 | Authentication of an ONU and selection of eOMCI or vOMCI | WT-489 covers requirements concerning the authentication of ONUs and the decision whether it should rely on eOMCI or vOMCI. | Robert Peschi , Nokia |
Recently Completed Projects for this Work Area
WT/MD/SD# (JIRA Link) | NGPON2 Wavelength Management Projects | Abstract | Related Contributions | Editor(s) |
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Multi-service Broadband Network Architecture and Nodal Requirements (TR-178) in the context of PON | WT-280 documents a set of architectures for a broadband multi-service network, addressing typical infrastructures, topologies and deployment scenarios, and specifies the associated nodal requirements for PON Systems. | Martin Renner , Maxlinear LE BRAS Hugues, Orange | ||
WT-352 Issue 2, Corrigendum 1 | Multi-wavelength PON Inter-Channel-Termination Protocol (ICTP) Specification | NG-PON2, specified in ITU-T Recommendation series G.989, is a multi-wavelength PON system which includes in its scope an additional interoperability dimension in comparison with the earlier PON systems: one that applies between the OLT channel terminations (CTs) within a single NGPON2 system. The NG-PON2 CTs must exchange information related, among other functionalities, to channel profile configuration and status sharing, ONU activation, ONU tuning, rogue ONU mitigation. OLT channel termination interoperability allows diversification of suppliers of the TWDM and PTP WDM NG-PON2 subsystem, as well as the suppliers of the TWDM CTs for business and residential applications. | Marta Seda, Calix Denis Khotimsky, Verizon | |
WT-352, Issue 2 | Multi-wavelength PON Inter-Channel-Termination Protocol (ICTP) Specification | NG-PON2, specified in ITU-T Recommendation series G.989, is a multi-wavelength PON system which includes in its scope an additional interoperability dimension in comparison with the earlier PON systems: one that applies between the OLT channel terminations (CTs) within a single NGPON2 system. The NG-PON2 CTs must exchange information related, among other functionalities, to channel profile configuration and status sharing, ONU activation, ONU tuning, rogue ONU mitigation. OLT channel termination interoperability allows diversification of suppliers of the TWDM and PTP WDM NG-PON2 subsystem, as well as the suppliers of the TWDM CTs for business and residential applications. OLT channel termination interoperability is also instrumental in the case of co-operative multi-operator environments, where different operators share the same ODN each using only a subset of available NG-PON2 wavelength channel pairs. This technical report defines the requirements of the Inter-Channel-Termination Protocol (ICTP), which is used to exchange such information between CTs, enabling inter-vendor NG-PON2 interoperability | JIRA contributions | Marta Seda, Calix Denis Khotimsky, Verizon |
WT/MD/SD# | Non-PS Assigned Projects | Abstract | TR Link | Editor(s) |
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WT-142 Issue 4 | Framework for CWMP and USP enabled PON Devices | The scope of TR-142 Issue 4 includes:
| Samuel Chen , Broadcom | |
Multi-service Broadband Network Architecture and Nodal Requirements (TR-178) in the context of PON | WT-280 Amendment 1 documents a set of architectures for a broadband multi-service network, addressing typical infrastructures, topologies and deployment scenarios, and specifies the associated nodal requirements for PON Systems. | Vincent Buchoux, LAN | ||
Multi-service Broadband Network Architecture and Nodal Requirements (TR-178) in the context of PON | Living List | Samuel Chen, Broadcom, LE BRAS Hugues, Orange |
WT/MD/SD# (JIRA Link) | Interoperability Test Assigned Projects | Abstract | Related Contributions | Editor(s) |
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DTP-247 Issue 4 defines G-PON & XG-PON & XGS-PON ONU test cases for TR-280 ITU-T PON compliant ONUs. Executing these test cases as part of a multi-supplier test event will help OLT and ONU's implementation of the specifications operate as a functional system. | Vincent Buchoux, LAN | |||
WT-426 | NGPON2 TC Layer Test Plan | The scope of WT-426 is the verification of NG-PON2 TWDM OLT and ONU interoperability with respect to the Transmission Convergence (TC) sub-layer (ITU-T G.989.3 [7]). Executing these test cases as part of a multi-supplier test event will help OLT and ONU's implementation of the specifications operate as a functional system. | Assaf Amitai, Broadcom Vincent Buchoux, LAN | |
WT-423 | PMD Layer Test Plan | Operators that plan to use ITU-T XG(S)-PON (with or without XG-PON), and NG-PON2 requested the FSAN and BBF Groups to document a PMD (Physical Media Dependent) layer test plan for Conformance Events. Executing these test cases as part of a multi-supplier test event will help OLT and ONU's implementation of the specifications operate as a functional system. | Hal Roberts, Calix | |
WT-309 Issue 2 | WT-309 Issue 2 defines a set of test cases whose purpose is to verify interoperability between an XG-PON or XGS-PON OLT and a BBF.247 certified ONU. These test cases address the Transmission Convergence (TC) sub-layer (G.987.3 [6], ITU-T G.9807.1 [8] Annex C). Executing these test cases as part of a multi-supplier test event will help OLT and ONU's implementation of the specifications operate as a functional system. | JIRA contributions | Assaf Amitai, Broadcom Vincent Buchoux, LAN | |
WT-309 Issue 2 Amd 1 | XG/XGS-PON TC Layer Test Plan | WT-309 Issue 2 Amd 1 defines test cases for the XG-XGS-PON TC Layer. Executing these test cases as part of a multi-supplier test event will help OLT and ONU's implementation of the specifications operate as a functional system. | Jira Issues | Marcin Drzymala, Orange |
WT/MD/SD# | PON Abstraction Interface for Time-critical Applications Projects | Abstract | Related Contributions | Editor(s) |
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Approved as TR-402 (PDF) | Background of PON abstraction interface for time-critical application | The scope of this project is to specify the PON abstraction interface for time-critical applications in a disaggregation of OLT system. This technical report supplements ongoing BBF virtualized network efforts and provides background information around the time critical interface defined in WT-403. | Kota Asaka, NTT Corporation | |
WT-403 Approved as TR-403 (PDF) | PON Abstraction Interface for time-critical application | The scope of this project is to specify the PON abstraction interface for time-critical applications in a disaggregation of OLT system. This technical report supplements ongoing BBF virtualized network efforts and defines a time critical interface described in WT-402. | JIRA Contributions | Kota Asaka, NTT Corporation |
Special Events
- 5th XGS PON Interoperability Test Event (see CONTRIB_21908 for details)
Hiatus FAN Projects
Hiatus projects are BBF projects that have open tickets however no activity has occurred on this project for over a year. The following BBF FAN Projects are considered to be in a "Hiatus" status:
- WT-142 Framework for TR-69 Enabled PON Devices
- MD-396 Gigabit Access over FTTx
- WT-156: Using GPON Access in the context of TR-101
- WT-311: Fiber Infrastructure Management System: Architecture and Requirements
- WT-312: GPON Management Requirements
- WT-331: Architecture & Technical Requirements for PON-based Mobile Backhaul networks
- WT-372: Framework-for-multi-management-PON-devices
- WT-394: NETCONF-managed ONT YANG Model
- WT-395: Discovery for NETCONF-managed ONUs
- WT-431
Moved FAN Projects
WT/SD | Title | Description | New WA |
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NETCONF and YANG Data Model Interoperability Test Plans | This working text defines the NETCONF test cases for OLT to 3rd party NETCONF clients. Executing these test cases as part of a multi-supplier test event will help OLT and 3rd party NETCONF client implementation of the specifications operate as a functional system. | SDN/NFV |