- Written by Kenneth Cheung
- Posted on December 16, 2019
- Updated on July 21, 2023
- 7328 Views
EOS 4.23.1F added basic MLAG support for 7800R3, 7500R3 and 7280R3 platforms. The MLAG features that are currently
- Written by Amit Ranpise
- Posted on November 11, 2019
- Updated on May 10, 2024
- 12806 Views
As described in the Multi-VTEP MLAG TOI, singly connected hosts can lead to suboptimal peer-link utilization. By adding a local VTEP to each MLAG peer, the control plane is able to advertise singly connected hosts as being directly behind a specific local VTEP / MLAG peer.
- Written by Satish Somanchi
- Posted on August 26, 2019
- Updated on September 5, 2019
- 8589 Views
4.22.1F introduces support for ip address virtual for PIM and IGMP in MLAG and Vxlan. On a VLAN, the same IP address can
- Written by Tarun Soin
- Posted on February 15, 2018
- Updated on July 11, 2019
- 9488 Views
When MLAG peer link goes down, the secondary peer assumes the primary peer is down/dead, and takes over the primary
- Written by Ryan Megathlin
- Posted on October 20, 2022
- Updated on July 3, 2023
- 6817 Views
In order to achieve split horizon and prevent double-delivery of packets in an MLAG setup, egress ACLs are installed on all active MLAG interfaces so that BUM traffic received on the MLAG peer-link cannot get forwarded out any MLAG interfaces. When only one half of an MLAG interface is active, this egress ACL is removed to allow BUM traffic from the peer-link to be forwarded out MLAG interfaces.
- Written by Navneet Sinha
- Posted on June 29, 2016
- Updated on November 17, 2016
- 6847 Views
In an MLAG setup, periodic TCP/UDP heartbeats are sent over peer link to ensure IP connectivity between peers. Prior
- Written by Ryan Megathlin
- Posted on September 12, 2024
- Updated on September 12, 2024
- 849 Views
This feature allows users to configure L2 subinterfaces on MLAG interfaces. L2 subinterfaces are not supported on the MLAG peer-link.
- Written by Shyam Kota
- Posted on June 13, 2019
- Updated on June 13, 2019
- 12404 Views
The objective of Maintenance Mode on MLAG is to gracefully drain away the traffic (L2 and BGP) flowing through a switch
- Written by Hemanth Murthy
- Posted on February 8, 2017
- Updated on December 17, 2020
- 8311 Views
If an MLAG flaps on one peer, then we may have to remap the MAC addresses learned, such that the reachability is via the
- Written by Wendi Liu
- Posted on April 23, 2018
- Updated on December 17, 2020
- 7184 Views
As of release 4.20.5F, this feature is now available on 7160 series switches. Here is a link to earlier
- Written by Kenneth Cheung
- Posted on June 4, 2020
- Updated on October 16, 2023
- 8488 Views
On a MLAG chassis, MAC addresses learned on individual peers are synced and appropriate interfaces are mapped to these MAC addresses. In case of unexpected events like reloading of one of the peers in the MLAG chassis or flapping of one or more MLAG interfaces, some loss of traffic may be observed.
- Written by Vincent Lam
- Posted on January 18, 2019
- Updated on March 22, 2024
- 13765 Views
In conventional VXLAN deployments, each MLAG pair of switches are represented as a common logical VTEP. VXLAN traffic can be decapsulated on either switch. In some networks, there are hosts that are singly connected to one of the MLAG pair.
- Written by Swati Patel
- Posted on October 27, 2021
- Updated on September 4, 2024
- 18207 Views
[L2 EVPN] and [Multicast EVPN IRB] solutions allow for the delivery of customer BUM (Broadcast, Unknown unicast and Multicast) traffic in a L2VPN and L3VPNs respectively using multicast in the underlay network.
- Written by Chitra Ramachandran
- Posted on April 18, 2024
- Updated on July 31, 2024
- 3105 Views
Multicast VRF leak allows multicast traffic from a sender in one domain or VRF to be forwarded to a different domain or VRF, in which the receivers are connected. In the rest of this document, the VRF to which the multicast sender belongs to is referred to as the “source VRF” and the VRF that the multicast receiver belongs to is referred to as the “receiver VRF”.
- Written by Jikai Yin
- Posted on June 29, 2016
- Updated on December 11, 2023
- 9191 Views
NAT Peer State Synchronization feature provides redundancy and resiliency for Dynamic NAT across a pair of devices in an attempt to mitigate the risk of single NAT device failure. Each switch advertises connection state updates to its peer. State update consists of connection creation, connection state change (TCP mostly) or connection tear down
- Written by Zhen Xue
- Posted on September 2, 2021
- Updated on July 19, 2023
- 9689 Views
From the Precision Time Protocol (PTP) perspective, Multi Chassis Link Aggregation (MLAG) peers are two physical