Total 12 results found for the keyword of "eos varp"
VRRP and varp
A virtual IP (VIP) address
is an IP address that does not directly connect to a specific interface.
Inbound packets sent to a Virtual IP address are redirected to a physical
network ...
VCS to EVPN Hitless Migration
VCS to EVPN Hitless Migration enables support for migrating from only using VCS as
the control plane to only using EVPN as a control plane in a hitless manner concerning ...
Sample Configurations
EVPN VXLAN IRB Sample Configuration
In the following topology, we are connecting a Layer 2 site with a Layer 3 site using Layer
3 EVPN (type-5 route). The right side leaves ...
EVPN and VCS Commands
Global Configuration Mode
router
general
Router BGP Configuration Mode
next-hop
resolution disabled
redistribute
service vxlan
route-target
route-target
export
route-target ...
EVPN VXLAN Single-Gateway Centralized Routing
In a traditional EVPN VXLAN centralized anycast gateway deployment, multiple L3 VTEPs
serve the role of the centralized anycast gateway. For the hosts ...
VXLAN Description
These sections describe VXLAN architecture, the data objects that comprise a VXLAN network, and
process of bridging packets through a VXLAN network.
VXLAN Architecture
VXLAN Gateway ...
... STP state. When an interface used as an Ethernet segment does not have a forwarding
state, eos considers the interface to be inactive. For a VLAN-based service, the port must be in a forwarding state
on ...
VXLAN Commands
VXLAN Global Configuration
Commands
interface vxlan
ip address virtual
vxlan vni notation
dotted
VXLAN Interface Configuration
Commands
vxlan flood vtep
vxlan multicast-group ...
Layer 3 Configuration
This chapter covers the following Layer 3 sections:
IPv4
IPv6
Ingress and Egress Per-Port for IPv4 and IPv6 Counters
ACLs and Route Maps
VRRP and varp
DirectFlow
Decap ...
... often use prefix lists to filter routes.
The RACL divergence optimizes hardware resource usage on each forwarding ASIC. eos installs ACLs only on the hardware components corresponding to the member interfaces ...
... that are configured by a custom agent using the eos SDK or eAPI
and age out (expire) after a specified time period.
For example, if you are using a custom agent that reacts to traffic sent to the CPU ...
... in the default state which is the discarding state. This is an expected behavior.
Note: It is highly recommended that both MLAG peer switches are identical platforms and run identical eos images. ...