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IEEE P802.1Qcx/D2.1, Feb2020

Bridges and Bridged Networks Amendment: YANG Data Model for Connectivity Fault Management

Standard by IEEE, 2020

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Language: English

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Updates: Not Included

IEEE P802.1Qcx/D2.1, Feb2020

About This Item

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P802.1Qcx/D2.1, Feb2020 is a technical draft that addresses Bridges and Bridged Networks with a YANG data model for Connectivity Fault Management. It is relevant to networking systems that need structured, machine-readable configuration and operational data for fault monitoring in bridged Ethernet environments. As a standards document, P802.1Qcx/D2.1, Feb2020 helps define a consistent model for managing connectivity diagnostics, which can support clearer integration, better interoperability, and more reliable network operations.

Overview of P802.1Qcx/D2.1, Feb2020

This document focuses on a YANG-based data model within the IEEE 802.1 bridged networking framework. Its technical purpose is to describe how Connectivity Fault Management information can be represented and managed in a standardized way, typically for configuration and monitoring workflows. In practical terms, P802.1Qcx/D2.1, Feb2020 supports structured access to CFM-related data so network management systems can handle bridged network behavior more consistently across devices and implementations.

Typical use cases

P802.1Qcx/D2.1, Feb2020 is typically used in Ethernet switching and bridged network environments where automated network management is important. It may be relevant for operators integrating YANG-based tools with managed switches, carrier Ethernet systems, or enterprise network controllers. The standard is also useful in workflows that involve fault detection, connectivity verification, and operational visibility across bridged links, especially where consistent data modeling is needed for configuration, monitoring, and reporting.

Why it matters

For teams working with bridged networks, P802.1Qcx/D2.1, Feb2020 matters because it helps align connectivity fault management with a standardized data model. That can reduce ambiguity when implementing, testing, or procuring network management functions across different products. A common model also supports more predictable compliance checks and lowers the risk of mismatched interpretations between systems. In practice, this can improve operational consistency and make network fault management easier to integrate into existing control frameworks.

  • YANG data model for Connectivity Fault Management
  • Bridges and Bridged Networks scope
  • IEEE 802.1 network management context
  • Configuration and operational data representation
  • Fault monitoring and interoperability focus
SKU: bb7d636e695c

  • Publication Date: 2020

  • Standard Status: Inactive

  • Publisher: IEEE

  • Subject: Communication, Networking and Broadcast Technologies; Components, Circuits, Devices and Systems; Computing and Processing

  • Official IEEE: Doi link

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