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configuring EVPN configuring bgp-EVPN and VCS on CVX configuring bgp-EVPN configuring VNI Bundle A VNI-aware-bundle represents a MAC-VRF that contains Layer 2 route entries from all VXLAN Network ...

Multiprotocol Label Switching (MPLS) Tunneling protocols encapsulate packets of a different protocol as the payload of a larger frame for delivery within networks utilizing the encapsulating protocol. ...

...  configuring bgp in a VRF IPv6 VRF support in eos allows application of a bgp configuration to a single VRF instance, overriding global commands. To apply VRF-specific bgp configuration, use the ...

... sent 0:12:27 ago show flow tracking sampled flow-table The show flow tracking sampled flow-table command displays information about the active flows maintained in the eos. Command Mode EXEC ...

sFlow This chapter describes Arista's implementation of sFlow, including configuration instructions and command descriptions. Topics covered by this chapter include: sFlow Conceptual Overview sFlow ...

Inter-VRF Local Route Leaking Inter-VRF local route leaking allows the leaking of routes from one VRF (the source VRF) to another VRF (the destination VRF) on the same router. Inter-VRF routes can ...

Sample Configurations EVPN VXLAN IRB Sample Configuration In the topology below, we are connecting a Layer 2 site with a Layer 3 site using Layer 3 EVPN (type-5 route). Right side leaves are MLAG ...

Multiprotocol Label Switching (MPLS) Tunneling protocols encapsulate packets of a different protocol as the payload of a larger frame for delivery within networks utilizing the encapsulating protocol. ...

Multiprotocol Label Switching (MPLS) Tunneling protocols encapsulate packets of a different protocol as the payload of a larger frame for delivery within networks utilizing the encapsulating protocol. ...

Multiprotocol Label Switching (MPLS) Tunneling protocols encapsulate packets of a different protocol as the payload of a larger frame for delivery within networks utilizing the encapsulating protocol. ...

Multicast Source Discovery Protocol (MSDP) Multicast Source Discovery Protocol (MSDP) describes a topology that connects multiple IPv4 Protocol Independent Multicast Sparse-Mode (PIM-SM) domains. ...

... it is binding a label. Note: All connected interfaces are advertised as bound. However, eos currently advertised labels for /32 addresses, and FEC filter is configured to install only x.x.x.200/32 prefixes. ...

...  Note: On the same area or interface, eos allows security configuration with either AH or ESP but not both. We can have one area or interface configured with AH and another with ESP. OSPFv3 Authentication ...

... of routes will result in data loss. This can be prevented by configuring graceful restart on the device. When IS-IS is used as the interior gateway protocol (IGP), the following eos features require nonstop ...

... Features Maintenance Mode Configuration Maintenance Mode Commands Overview Using maintenance mode, you can perform several maintenance activities such as: eos image upgrade Initial configuration or ...

... packets. The basic behavior of BFD is defined in RFC 5880. BFD Modes BFD functions in asynchronous or demand mode, and also offers an echo function. eos supports asynchronous mode and the echo ...

Multicast Architecture IP multicast is the transmission of data packets to multiple hosts through a common IP address. Arista switches support multicast transmissions through IGMP, IGMP Snooping, ...

Protocol Independent Multicast Protocol Independent Multicast (PIM) distributes multicast data using routes gathered by other protocols. Arista switches support two types of PIM: PIM Sparse Mode (PIM-SM) ...

Nexthop Groups These sections describe the Nexhop groups: Nexthop Group Description Nexthop Group Configuration Nexthop Group Commands Nexthop Group Description Each routing ...

Routing Information Protocol (RIP) This chapter contains the following sections. RIP Conceptual Overview Running RIP on the Switch configuring RIP on Multiple VRFs RIP Commands RIP Conceptual ...