Using Control Plane for EVPN MAC LearningĮVPN traffic is kept separate and isolated by using the control plane to learn MAC addresses. Understanding EVPN Data Plane: The Basics 3. Even though MAC address learning over the MPLS core happens in the control plane, learning between PEs and CEs is done by the method preferred by the CE, such as data plane learning, 802.1aq, ARP, or other protocols. This helps to improve convergence time in the event of a CE-PE link failure. This provides load balancing over multiple LSPs between the same PEs, and also load balancing of traffic between CEs that are multihomed to a number of PEs. What is EVPN Control Plane?ĮVPN Control Plane uses MP-BGP to advertise MAC addresses and IPs for next hop to other PEs over an EVPN NLRI. One of the main benefits of EVPN is that it enables multi-tenancy, where multiple customers or tenants can share the same physical infrastructure while maintaining separate and secure virtual networks.ĮVPN also provides more efficient use of network resources and better scalability compared to traditional Layer 2 VPN technologies. Data center and service provider networks frequently employ EVPN to offer effective and scalable network connection.ĮVPN provides several benefits over traditional Layer 2 VPN technologies, such as Virtual Private LAN Service (VPLS). Using Control Plane for EVPN MAC LearningĮVPN (Ethernet Virtual Private Network), enables virtualized Ethernet communication between various network devices.This powerful technology allows you to control who learns what, apply policies, and maintain the virtualization of EVPN instances. Are you looking for a reliable and secure way to manage your network? EVPN Control Plane can provide you with the control and flexibility you need to get the most out of your network.
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