Lists the available EVPN MPLS multihoming modes, describes their key features, and outlines use cases for robust, redundant network design.
EVPN MPLS multihoming modes
Explains EVPN MPLS multihoming modes, their redundancy benefits, supported service types, and key conceptual differences between E-LAN and E-LINE.
EVPN E-LAN single-active multihoming mode
Explains how EVPN E-LAN single-active multihoming modes provide network redundancy by ensuring traffic forwarding is managed efficiently among connected PE nodes.
EVPN E-LAN all-active multihoming mode
Explains how EVPN E-LAN all-active multihoming modes allow multiple active connections to a single Ethernet LAN, providing redundancy and load balancing.
EVPN E-LAN port-active multihoming mode
Explains how EVPN E-LAN port-active multihoming modes provide single-active redundancy and protocol simplification for network interfaces.
EVPN E-LAN single-flow-active multihoming mode
Explains how EVPN E-LAN single-flow-active multihome mode provides redundancy and efficient traffic management for Ethernet VPN services.
EVPN E-Line single-active multihoming mode
Explains the EVPN E-Line single-active multihoming modes and their role in providing network redundancy and efficient resource use.
EVPN E-Line all-active multihoming mode
Explains how EVPN E-Line all-active multihoming modes provide simultaneous active connections, redundancy, and efficient traffic distribution within Ethernet LAN environments.
EVPN E-Line port-active multihoming mode
Explains EVPN E-Line port-active multihoming modes, their core attributes, and the systems supporting them.