As of EOS 4.22.0F, EVPN all active multihoming is supported as a standardized redundancy solution.  Redundancy

This feature extends the BGP Layer 3 VPN Import/Export and VRF Route Leaking functionality to “default” VRF.

To use IPv6 addresses for VXLAN underlay, there are two different approaches.  The first approach is to make use of

In a Service Provider network, a Provider Edge (PE) device learns VPN paths from remote PEs and uses the Route Target

This feature allows a Data Center (DC) operator to incrementally migrate their VXLAN network from IPv4 to IPv6

As described in the Multi VTEP MLAG TOI, singly connected hosts can lead to suboptimal peer link utilisation. By

In the Centralized Anycast Gateway configuration, the Spines are configured with EVPN IRB and are used as the IP

In the Centralized Anycast Gateway configuration, the Spines are configured with EVPN IRB and are used as the IP

This feature enables support for Macro Segmentation Service (MSS) to insert security devices into the traffic path

E Tree is an L2 EVPN service (defined in RFC8317) in which each attachment circuit (AC) is assigned a role of Root or

Ethernet VPN (EVPN) is an extension of the BGP protocol introducing a new address family: L2VPN (address family

This feature adds control plane support for inter subnet forwarding between EVPN and IPVPN networks. It also

This feature adds control plane support for inter subnet forwarding between EVPN networks. This support is achieved

This feature is available when configuring Layer2 EVPN or EVPN IRB. As described in RFC7432 section 15

“MLAG Domain Shared Router MAC” is a new mechanism to introduce a new router MAC to be used for MLAG TOR

EVPN VXLAN 4.21.3F

EVPN MPLS VPWS (RFC 8214) provides the ability to forward customer traffic to / from a given attachment circuit (AC)

Multihoming in EVPN allows a single customer edge (CE) to connect to multiple provider edges (PE or tunnel endpoint).

As described in the L3 EVPN VXLAN Configuration Guide, it is common practice to use Layer 3 EVPN to provide multi

In EOS 4.22.0F, EVPN VXLAN all active multi homing L2 support is available. A customer edge (CE) device can connect to

Ethernet VPN (EVPN) networks normally require some measure of redundancy to reduce or eliminate the impact of

This feature enables support for an EVPN VxLAN control plane in conjunction with Arista’s OpenStack ML2 plugin for

Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from one IPV6

Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from IPV6 host to

Starting with EOS release 4.22.0F, the EVPN VXLAN L3 Gateway using EVPN IRB supports routing traffic from one IPV6

In a traditional EVPN VXLAN centralized anycast gateway deployment, multiple L3 VTEPs serve the role of the

Typical Wi Fi networks utilize a single, central Wireless LAN Controller (WLC) to act as a gateway between the

In EVPN deployment with VXLAN underlay when an EVPN type 5 prefix is imported into an IP VRF, the IGP cost of the underlay

EVPN 4.25.2F

Several customers have expressed interest in using IPv6 addresses for VXLAN underlay in their Data Centers (DC).

As of EOS 4.22.0F, EVPN all active multihoming is supported as a standardized redundancy solution. For effective

This solution allows the delivery of customer BUM (Broadcast, Unknown unicast and Multicast) traffic in a VLAN using

This feature provides the ability to interconnect EVPN VXLAN domains. Domains may or may not be within the same data

EVPN VXLAN 4.26.1F

[L2 EVPN] and  [Multicast EVPN IRB] solutions allow for the delivery of customer BUM (Broadcast, Unknown unicast

This solution allows delivery of multicast traffic in an IP VRF using multicast in the underlay network. It builds on

[L2 EVPN] and  [Multicast EVPN IRB] solutions allow for the delivery of customer BUM (Broadcast, Unknown unicast

PIM External Gateways (PEGs) allow an EVPN overlay multicast network to interface with an external PIM domain. They

Private VLAN is a feature that segregates a regular VLAN broadcast domain while maintaining all ports in the same IP

Arista MLAG supports STP for Layer 2 loop detection. In fact, most customers enable STP in their MLAG(s) to ensure no

Prior to 4.25.2F, support for BGP PIC was restricted to locally identifiable failures such as link failures. If a

This feature expands Multi Domain EVPN VXLAN to support an Anycast Gateway model as the mechanism for gateway

EVPN VXLAN

This feature enables support for migrating from only using VCS as the control plane to only using EVPN as a control

In EVPN, when configuring the member VLANs for a VLAN aware bundle, the existing configuration command only allows