- Written by Arpit Bansal
- Posted on 1月 6, 2023
- Updated on 1月 6, 2023
- 4476 Views
For MPLS forwarded traffic the tunnel destination needs to know the address-family of the payload IP/IPv6 packet to correctly parse the header. On some platforms this address-family is deduced from the address family of the Bottom of stack( BOS ) MPLS label seen by the router or by relying on the Ether Type in the Ethernet header.
- Written by Jeff Hornsberger
- Posted on 12月 16, 2020
- Updated on 4月 19, 2022
- 7381 Views
LSPs formed by LDP normally follow IGP routing. The LDP speaker selects the downstream LSR for a particular prefix as
- Written by Paul Miiller
- Posted on 12月 15, 2021
- Updated on 12月 15, 2021
- 5804 Views
This feature adds a new CLI command which can be used to clear RSVP sessions. Clearing a session will remove the current
- Written by Kalash Nainwal
- Posted on 12月 14, 2020
- Updated on 7月 31, 2024
- 11092 Views
RSVP-TE, the Resource Reservation Protocol (RSVP) for Traffic Engineering (TE), is used to distribute MPLS labels for steering traffic and reserving bandwidth. The Label Edge Router (LER) feature implements the headend functionality, i.e., RSVP-TE tunnels can originate at an LER which can steer traffic into the tunnel.
- Written by Martin Stigge
- Posted on 9月 16, 2020
- Updated on 1月 11, 2022
- 8232 Views
RSVP TE, the Resource Reservation Protocol (RSVP) for Traffic Engineering (TE), is used to distribute MPLS labels
- Written by Martin Stigge
- Posted on 10月 22, 2018
- Updated on 7月 19, 2024
- 9328 Views
RSVP-TE applies the Resource Reservation Protocol (RSVP) for Traffic Engineering (TE), i.e., to distribute MPLS labels for steering traffic and reserving bandwidth.
- Written by Dragos Maftei
- Posted on 12月 16, 2021
- Updated on 12月 16, 2021
- 6097 Views
This feature adds RSVP information for three tables from MPLS TE STD MIB:. mplsTunnelTable.