Configuring Examples for SR-MPLS BE

Example for Configuring L3VPN over IS-IS SR-MPLS BE

L3VPN services are configured to allow users within the same VPN to securely access each other.

Example for Configuring Path Calculation Based on Different Flex-Algos in L3VPN over IS-IS SR-MPLS Flex-Algo LSP Scenarios

This section provides an example for configuring IS-IS SR-MPLS Flex-Algo LSPs to meet the path customization requirements of L3VPN users.

Example for Configuring Path Calculation Based on Affinity Attributes in L3VPN over IS-IS SR-MPLS Flex-Algo LSP Scenarios

This section provides an example for configuring IS-IS SR-MPLS Flex-Algo LSPs to meet the path customization requirements of L3VPN users.

Example for Configuring L3VPN over OSPF SR-MPLS BE

L3VPN services are configured to allow users within the same VPN to securely access each other.

Example for Configuring EVPN VPLS over SR-MPLS BE (EVPN Instance in BD Mode)

This section provides an example for configuring an SR-MPLS BE tunnel to carry EVPN VPLS services.

Example for Configuring EVPN VPLS over SR-MPLS BE (Common EVPN Instance)

This section provides an example for configuring an SR-MPLS BE tunnel to carry EVPN VPLS services.

Example for Configuring Non-Labeled Public BGP Routes to Recurse to an SR-MPLS BE Tunnel

Non-labeled public BGP routes are configured to recurse to an SR-MPLS BE tunnel, so that public network BGP traffic can be transmitted along the SR-MPLS BE tunnel.

Example for Configuring IS-IS SR to Communicate with LDP

This section provides an example for configuring IS-IS SR to communicate with LDP so that devices in the SR domain can communicate with devices in the LDP domain using MPLS forwarding techniques.

Example for Configuring IS-IS Anycast FRR

IS-IS anycast FRR can be configured to enhance the reliability of an SR network.

Example for Configuring SBFD to Monitor SR-MPLS BE Tunnels

This section provides an example for configuring SBFD to monitor SR-MPLS BE tunnels, which improves network reliability.

Example for Configuring TI-LFA FRR for an SR-MPLS BE Tunnel

Topology-Independent Loop-Free Alternate (TI-LFA) FRR can be configured to enhance the reliability of an SR network.