- Written by Gokhan Tanisik
- Posted on 4月 25, 2025
- Updated on 4月 25, 2025
- 129 Views
This feature adds the ability for an L3 default gateway TEP in a Centralized Gateway topology to advertise its SVI virtual IP addresses to VARP MAC bindings and primary addresses to System MAC bindings using EVPN type-2 routes for EVPN VXLAN overlays. Two new commands, redistribute router-mac virtual-ip[next-hop vtep primary] and redistribute router-mac system ip are introduced to enable the redistributions. This would help the L2 TEP on the network to learn the default gateway IP without flooding an ARP request for the gateway IP. This feature is only intended for Centralized Gateway Topologies.
- Written by Jefferson Esteves
- Posted on 11月 5, 2024
- Updated on 11月 5, 2024
- 1541 Views
The VLAN interface (SVI) counter feature allows the device to count packets received and sent by the device on a per SVI basis. By default, in a VXLAN routing scenario, packets are not counted on the "overlay" SVI. The platform CLI command described below allows for counting on the overlay SVI. When enabled, this feature still permits counting on underlay network SVIs
- Written by Neil Jarvis
- Posted on 3月 2, 2022
- Updated on 6月 7, 2023
- 10482 Views
A L2 sub-interface is a logical bridging endpoint associated with traffic on an interface distinguished by 802.1Q tags, where each <interface, 802.1Q tag> tuple is treated as a first-class bridging interface.
- Written by Lavanya Conjeevaram
- Posted on 3月 31, 2017
- Updated on 4月 3, 2017
- 8052 Views
When configuring or modifying a RACL applied to a VLAN interface, the VLAN will be blocked while applying the updated