PSCAMAAN A5E0023936304 | YOKOGAWA | Configuration of network control module

Description

PSCAMAAN A5E0023936304 | YOKOGAWA | Configuration of network control module

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At present, PTN has two major technological options: Multi Protocol Label Switching Transport Application (MPLS-TP) [2] and Carrier Backbone Bridging Traffic Engineering (PBB-TE). PSCAMAAN A5E0023936304 is a downward extension of core network technology, which uses IP based Multi Protocol Label Switching (MPLS) technology to simplify complex control protocols and transport planes; On the basis of MPLS, in addition to connectionless features such as second to last hop (PHP), label merging, and equivalent multipath (ECMP), OAM and protection switching functions have been enhanced, providing reliable QoS and bandwidth statistical multiplexing functions. The latter is an upward extension of local area network technology, based on IEEE 802.1ah’s MAC in MAC [3] technology, which turns off the self-learning function of operator media access control (MAC) addresses, increases the configuration of network management and network control, and forms a connection oriented packet transmission technology. Currently, MPLS-TP has become the de facto mainstream choice.

At present, the MPLS-TP standard is mainly led by the two major international standard organizations, ITU-T and IETF. Since the establishment of the Joint Working Group (JWT) in February 2008, the two major standard organizations PSCAMAAN A5E0023936304 have made significant progress in the development of the MPLS-TP standard. As of the end of February 2009, there have been 5 RFCs, 2 suggested standard documents, and 13 working group draft documents. It is expected that the release of various key standards will be completed in 2011.

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