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See matching posts in thread - MPLS RSVP-TE Lab
See matching posts in thread - VPLS MPLS-TE problem
It’s worth noting that RSVP-TE could be used to establish SPF LSP as well...Note that there is a fairly significant difference in the label forwarding operations for a SR-TE LSP compared to the SPF SR LSP and the previous RSVP-TE LSPs
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D7AED09C-1F34-4FAF-8E8E-65E2F5E250E4-1-S40.docx
See matching posts in thread - (MPLS-TE) CSPF - Path Selection...
See matching posts in thread - Load Balancing With RSVP TE Tun...
See matching posts in thread - TE enabled, but no transmit cap...
The following list includes a few of the benefits of implementing traffic engineering (TE) by using software-defined networking (SDN) in a service provider network: Ability to obtain a centralized view of the entire TE tunnel structure, which makes it possible to place TE tunnels optimally rather than on the basis of a routing decision made by each router Possibility of viewing a clear graphical representation of the TE tunnel structure in the network Possibility to introduce additional criteria for TE tunnel placements--for example, path cost optimized, delay optimized, and monetary cost optimized Possibility to introduce many additional TE tunnel services or features; for example: Bandwidth calendaring (that is, you can reserve tunnel bandwidth in advance for a specific period of time) Diverse paths (to ensure that Stream Control Transmission Protocol [SCTP] multihoming paths are completely diverse) #trafficengineering #SDN #ExpertAdvice
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See matching posts in thread - Dynamic SR-TE Tunnels Based on ...
The main benefit of having an SDN controller administer TE tunnels is the centralized view of the entire network that it provides