802.1ASdr – Amendment: Inclusive Terminology

The full title of this corrigendum is ” IEEE Standard for Local and Metropolitan Area Networks–Timing and Synchronization for Time-Sensitive Applications – Amendment: Inclusive Terminology”.

The scope of the complete standard specifies protocols, procedures, and managed objects used to ensure that the synchronization requirements are met for time-sensitive applications, such as audio, video, and time-sensitive control, across networks, for example, IEEE 802 and similar media. This includes the maintenance of synchronized time during normal operation and following addition, removal, or failure of network components and network reconfiguration. It specifies the use of IEEE 1588(TM) specifications where applicable in the context of IEEE Std 802.1Q(TM)-2018.1 Synchronization to an externally provided timing signal [e.g., a recognized
timing standard such as Coordinated Universal Time (UTC) or International Atomic Time (TAI)] is not part of this standard but is not precluded.

The scope of proposed amendment changes the non-inclusive terms, including those identified by IEEE P1588g and IEEE editorial staff, replacing them with their suitable and inclusive terminology wherever possible..

The purpose of this standard is to enable systems to meet the respective jitter, wander, and time synchronization requirements for time-sensitive applications, including those that involve multiple streams delivered to multiple end stations. To facilitate the widespread use of packet networks for these applications, synchronization information is one of the components needed at each network element where time-sensitive application data are mapped or demapped or a time-sensitive function is performed. This standard leverages the work of the IEEE 1588 Working Group by developing the additional specifications needed to address these requirements.

This project is needed because  IEEE Std 802.1AS-2020, as a profile of IEEE Std 1588-2019, uses non-inclusive terms such as “master” and “slave” to describe port states and clock roles in a PTP network. IEEE SA has recently resolved that IEEE standards should be written in such a way as to avoid non-inclusive and insensitive terminology. IEEE P1588g is developing a consensus on the preferred alternative terminology. In order to avoid confusion in industry, this project selects from the IEEE P1588g alternative terms to describe PTP functionality.

Current Status

Status Working Group Ballot
Current Draft  D1.2
PAR  PAR (Approved: 25 Mar 2021; Expires: 31 Dec 2025)
Editor  Silvana Rodrigues


Date Document
8 May 2023 802.1ASdr, Draft 1.2: Comment Disposition v00
17 April 2023 802.1ASdr, Draft 1.2
13 April 2023 802.1ASdr, Draft 1.1: Comment Disposition v00
10 March 2023 802.1ASdr, Draft 1.1: Proposed Comment Disposition v01
21 February 2023 802.1ASdr, Draft 1.1
16 February 2023 802.1ASdr, Draft 1.0: Comment Disposition v00
31 January 2023 802.1ASdr, Draft 1.0: Proposed Comment Disposition v01
23 January 2023 802.1ASdr, Draft 1.0: Proposed Comment Disposition v00
15 December 2022 802.1ASdr, Draft 1.0
30 November 2022 802.1ASdr, Draft 0.1: Comment Disposition v00
16 November 2022 802.1ASdr, Draft 0.1: Proposed Comment Disposition v01
13 October 2022 802.1ASdr, Draft 0.1: Proposed Comment Disposition v00
16 September 2022 802.1ASdr, Draft 0.1


Date Document
9 May 2023 802.1ASdr-D1.2 Editor’s Report – v00
11 April 2023 802.1ASdr-D1.1 Final Editor’s Report
10 March 2023 802.1ASdr-D1.1 Editor’s Report – v00
31 January 2023 802.1ASdr-D1.0 Editor’s Report – v01
17 January 2023 802.1ASdr-D1.0 Editor’s Report – v00
30 November 2022 802.1ASdr-D0.1 Final Editor’s Report
13 October 2022 802.1ASdr-D0.1 Editor’s Report
13 September 2022 802.1ASdr Editor’s Report
13 May 2022 802.1ASdr Editor’s Report
08 March 2022 802.1ASdr Editor’s Report
18 January 2022 802.1ASdr Editor’s Report
09 November 2021 802.1ASdr Editor’s Report
21 September 2021 802.1ASdr Editor’s Report
13 July 2021 802.1ASdr Editor’s Report
15 June 2021 802.1ASdr Editor’s Report