RSS feed
[Home] . [What's New?] . [Active Ballots] . [Minutes] . [Meetings] . [Maintenance] . [Interpretations] . [Public Docs] . [Committee Docs]
[Local Address Study Group] . [802 Architecture Group] . [Data Center Bridging Task Group] [Time-Sensitive Networking Task Group]
[Email] . [Ancient Email] . [802.1 MIBs] . [802.1 OIDs] . [IEEE 802] . [IEEE 802 PARs]
TSN: [802] . [802a] . [802b] . [802.1D] . [802.1D-2004] . [802.1G] . [802.1H-REV] . [802.1Q] . [802.1Q-2014] . [802.1s] . [802.1v] . [802.1w] . [802.1AB-2005] . [802.1AB-2009] . [802.1AC-2012] . [802.1AC-2016] . [802.1ad] . [802.1ag] . [802.1ah] . [802.1aj] . [802.1ak] . [802.1ap] . [802.1aq] . [802.1Qaw] . [802.1AX-2008] . [802.1Qay] . [802.1Qbc] . [802.1Qbe] . [802.1Qbf] . [802.1AXbk] . [802.1Qbp] . [802.1AX-2014] . [802.1AX-Rev] . [802.1Qbz] . [802.1Qca]
[802.1AS] . [802.1AS-Rev] . [802.1Qat] . [802.1Qav] . [802.1BA] . [802.1Qbu] . [802.1Qbv] . [802.1CB] . [802.1Qcc] . [802.1Qch] . [802.1CM] . [802.1Qcn] . [802.1Qcp] . [802.1Qcr]
Security: [802.1X-2001] . [802.1X-2004] . [802.1X-2010] . [802.1AE] . [802.1af] . [802.1AR] . [802.1AEbn] . [802.1AEbw] . [802.1Xbx] . [802.1ARce] . [802.1AEcg] . [802.1Xck] . [802E]
DCB: [802.1Qau] . [802.1Qaz] . [802.1Qbb] . [802.1Qbg] . [802.1Qbh] . [802.3bd] . [802.1BR] . [802.1Qcd] . [802.1Qcj] . [802c] . OmniRAN: [802.1CF]


802.1AX-Rev - Link Aggregation Revision

The full title of this PAR is "Standard for Local and Metropolitan Area Networks - Link Aggregation". This is a revision of 802.1AX-2014.

Link Aggregation provides protocols, procedures, and managed objects that allow the following: One or more parallel instances of full-duplex point-to-point links to be aggregated together to form a Link Aggregation Group (LAG), such that a MAC Client can treat the LAG as if it were a single link.; A resilient interconnect using multiple full-duplex point-to-point links among one to three nodes in a network and one to three nodes in another, separately administered, network, along with a means to ensure that frames belonging to any given service will use the same physical path in both directions between the two networks. This standard defines the MAC-independent Link Aggregation capability and general information relevant to specific MAC types that support Link Aggregation. The capabilities defined are compatible with previous versions of this standard.

Link Aggregation allows the establishment of full-duplex point-to-point links that have a higher aggregate bandwidth than the individual links that form the aggregation, and the use of multiple systems at each end of the aggregation. This allows improved utilization of available links in bridged local area network (LAN) environments, along with improved resilience in the face of failure of individual links or systems. In applications connecting separately administered networks, the networks are isolated from each other's fault recovery events.

There is a need to correct and clarify Link Aggregation specifications and in particular the Distributed Resilient Network Interface specifications, in the light of implementation experience to ensure interoperability and ensure proper operation. Furthermore there is a need to correct some known problems identified in the maintenance process. The scope of these changes is most appropriately handled as a revision.

Status
StatusPAR approved May 12th, 2016
EditorStephen Haddock

Archive
DateDocument
17 Jan 2017802.1AX-Rev, Draft 0.0 with changebars
17 Jan 2017802.1AX-Rev, Draft 0.0
17 May 2017802.1ax, Draft 0 d0-1
10 Jul 2017802.1AX, Draft 0 proposed comment dispositions
13 Jul 2017802.1AX, Draft 0 proposed comment dispositions

Presentations
DateDocument

Pages copyright © Institute of Electrical and Electronics Engineers, Inc. Please read the rules on Confidentiality Statements and Copyright Notices on Communications. Information on Privacy and opting out of cookies is available. If you have any comments on these pages, please send them to me.

Valid XHTML 1.0 Transitional Valid CSS!

Last status: 0
Last modified by jmesseng, at 9:10AM on Thu, 13 Jul 2017