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ITU-T Y.1345
(Pre-Published) Management aspects of the Ethernet Transport network element
Year: 2009
Abstract: This Recommendation addresses management aspects of the Ethernet-over-Transport (EoT) capable network element containing transport functions of one or more of the layer networks of the Ethernet transport network. The management of the Ethernet layer networks is separable from that of its client layer networks so that the same means of management can be used regardless of the client. In this version of this Recommendation, fault management, configuration management, performance management, and security management are specified. Accounting management is for further study. Furthermore, only the management information (MI) of the following EoT equipment functions is addressed:
– Ethernet MAC layer (ETH) flow forwarding, flow termination, connection, diagnostic, and traffic conditioning/shaping functions;
– ETH server to ETH client adaptation functions (including ETH/ETH-m and ETHG/ETH);
– ETH link aggregation functions;
– Ethernet PHY layer (ETYn) trail termination functions;
– ETYn server to ETH client adaptation functions;
– GFP-F-based mapping of Ethernet into SDH;
– GFP-T-based mapping of Gigabit Ethernet code words into VC-4-Xv;
– PDH server to ETH client adaptation functions; and
– OTN server to ETH client adaptation functions.
The management of the adaptation of other clients and servers with respect to EoT is for further study.
This Recommendation also describes the management network organizational model for communication between an element management layer (EML) operations system and the EoT equipment management function within an EoT network element.
The architecture described in this Recommendation for the management of Ethernet transport networks is based upon the following considerations:
− the management view of network element functional elements should be uniform whether those elements form part of an inter-domain interface or part of an intra-domain interface. Those properties necessary to form such a uniform management view are to be included in this Recommendation;
− Ethernet layer network entities (ELNE) refer to trail termination, adaptation, and connection functions as described in [ITU-T G.8010];
− a network element may only contain Ethernet layer network entities;
− a network element may contain both Ethernet layer network entities (ELNE) and client layer network entities (CLNE);
− client layer entities are managed as part of their own logical domain;
− CLNE and ELNE may or may not share a common message communication function (MCF) and management application function (MAF) depending on application; and
− CLNE and ELNE may or may not share the same agent.
– Ethernet MAC layer (ETH) flow forwarding, flow termination, connection, diagnostic, and traffic conditioning/shaping functions;
– ETH server to ETH client adaptation functions (including ETH/ETH-m and ETHG/ETH);
– ETH link aggregation functions;
– Ethernet PHY layer (ETYn) trail termination functions;
– ETYn server to ETH client adaptation functions;
– GFP-F-based mapping of Ethernet into SDH;
– GFP-T-based mapping of Gigabit Ethernet code words into VC-4-Xv;
– PDH server to ETH client adaptation functions; and
– OTN server to ETH client adaptation functions.
The management of the adaptation of other clients and servers with respect to EoT is for further study.
This Recommendation also describes the management network organizational model for communication between an element management layer (EML) operations system and the EoT equipment management function within an EoT network element.
The architecture described in this Recommendation for the management of Ethernet transport networks is based upon the following considerations:
− the management view of network element functional elements should be uniform whether those elements form part of an inter-domain interface or part of an intra-domain interface. Those properties necessary to form such a uniform management view are to be included in this Recommendation;
− Ethernet layer network entities (ELNE) refer to trail termination, adaptation, and connection functions as described in [ITU-T G.8010];
− a network element may only contain Ethernet layer network entities;
− a network element may contain both Ethernet layer network entities (ELNE) and client layer network entities (CLNE);
− client layer entities are managed as part of their own logical domain;
− CLNE and ELNE may or may not share a common message communication function (MCF) and management application function (MAF) depending on application; and
− CLNE and ELNE may or may not share the same agent.
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| contributor author | ITU-T - International Telecommunication Union/ITU Telcommunication Sector | |
| date accessioned | 2017-09-04T18:48:56Z | |
| date available | 2017-09-04T18:48:56Z | |
| date copyright | 2009.11.01 | |
| date issued | 2009 | |
| identifier other | ANKHQCAAAAAAAAAA.pdf | |
| identifier uri | http://yse.yabesh.ir/std;jsessioutho9193177793325273135A68A1095801/handle/yse/230251 | |
| description abstract | This Recommendation addresses management aspects of the Ethernet-over-Transport (EoT) capable network element containing transport functions of one or more of the layer networks of the Ethernet transport network. The management of the Ethernet layer networks is separable from that of its client layer networks so that the same means of management can be used regardless of the client. In this version of this Recommendation, fault management, configuration management, performance management, and security management are specified. Accounting management is for further study. Furthermore, only the management information (MI) of the following EoT equipment functions is addressed: – Ethernet MAC layer (ETH) flow forwarding, flow termination, connection, diagnostic, and traffic conditioning/shaping functions; – ETH server to ETH client adaptation functions (including ETH/ETH-m and ETHG/ETH); – ETH link aggregation functions; – Ethernet PHY layer (ETYn) trail termination functions; – ETYn server to ETH client adaptation functions; – GFP-F-based mapping of Ethernet into SDH; – GFP-T-based mapping of Gigabit Ethernet code words into VC-4-Xv; – PDH server to ETH client adaptation functions; and – OTN server to ETH client adaptation functions. The management of the adaptation of other clients and servers with respect to EoT is for further study. This Recommendation also describes the management network organizational model for communication between an element management layer (EML) operations system and the EoT equipment management function within an EoT network element. The architecture described in this Recommendation for the management of Ethernet transport networks is based upon the following considerations: − the management view of network element functional elements should be uniform whether those elements form part of an inter-domain interface or part of an intra-domain interface. Those properties necessary to form such a uniform management view are to be included in this Recommendation; − Ethernet layer network entities (ELNE) refer to trail termination, adaptation, and connection functions as described in [ITU-T G.8010]; − a network element may only contain Ethernet layer network entities; − a network element may contain both Ethernet layer network entities (ELNE) and client layer network entities (CLNE); − client layer entities are managed as part of their own logical domain; − CLNE and ELNE may or may not share a common message communication function (MCF) and management application function (MAF) depending on application; and − CLNE and ELNE may or may not share the same agent. | |
| language | English | |
| title | ITU-T Y.1345 | num |
| title | (Pre-Published) Management aspects of the Ethernet Transport network element | en |
| type | standard | |
| page | 44 | |
| status | Active | |
| tree | ITU-T - International Telecommunication Union/ITU Telcommunication Sector:;2009 | |
| contenttype | fulltext |