Support MPLS-TP standard packet switching technology, through statistical multiplexing, etc., it can efficiently carry high-bandwidth highway data services such as video images, office automation…

Question

Options

• ATrue
• BFalse

• A
  77% (20)
• B
  23% (6)

Explanation

MPLS-TP (Multiprotocol Label Switching - Transport Profile) is a connection-oriented packet switching technology specifically designed for transport networks, and it does support high-bandwidth services like video surveillance and office automation through statistical multiplexing, which dynamically allocates bandwidth based on actual traffic demand rather than fixed allocations. Option A is correct because MPLS-TP was standardized (ITU-T G.8110/G.8112 and IETF RFCs) precisely to carry such demanding data services on highway/backbone networks while providing OAM (Operations, Administration, and Maintenance) capabilities similar to traditional transport technologies like SDH. Option B is wrong because denying this contradicts the core purpose of MPLS-TP - it was designed as an evolution of MPLS to efficiently handle exactly these types of broadband services in transport network scenarios.

Memory tip: Think of MPLS-TP as "MPLS with a Transport Profile" - the "T" stands for Transport, reminding you it's built for carrying high-bandwidth transport-layer services. Statistical multiplexing = smart sharing, so multiple high-demand services (video, data) share capacity efficiently without waste.

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