Explains how SRv6 supports resilient Layer 2 and integrated VPN services through EVPN, pseudowires, multihoming, traffic steering, and flexible SID allocation.
IPv4 L3VPN active-standby redundancy using port-active mode
Explains how port-active mode provides active-standby redundancy for multihomed IPv4 L3VPN services and describes DF election, load balancing, failover, restrictions, and configuration.
IPv4 L3VPN active-active redundancy using port-active mode
Explains how redundant PEs provide active-active customer connectivity and use EVPN route synchronization to preserve reachability when bundle hashing distributes control traffic unevenly.
SRv6 L3 EVPN services
Explains how EVPN RT5 carries L3VPN routes across an SRv6 core and provides the interworking requirements, service limitations, and configuration needed for scalable connectivity.
SRv6 service support
Explains how local and remote W-LIB SIDs support Layer 2 and Layer 3 services and describes their structure, route processing, platform support, limitations, and configuration.
L2 and L3 services with remote SIDs from W-LIB
Explains how headends install remote 32-bit W-LIB service SIDs to steer Layer 2 and Layer 3 traffic and support service-function chaining.
EVPNv6 ELAN Layer 2 gateway with automated steering
Explains how EVPN E-LAN services use Flex-Algo or SRv6-TE to automate traffic steering and provides deployment, resiliency, configuration, and verification guidance.
EVPN ELAN services over SRv6 TE policies
Explains how colored EVPN route types select explicit SRv6-TE policies for unicast and BUM traffic between PEs in a multipoint Layer 2 service.
Static SRv6 pseudowire
Explains how a static pseudowire provides single-homing VPWS connectivity between PEs across an SRv6 core without requiring control-plane signaling.
EVPN RT5 support for L3VPN over SRv6
Explains how EVPN RT5 advertises IPv4 and IPv6 L3VPN routes across an SRv6 core and supports policy-based traffic steering between service endpoints.