![]() That said, my topology in GNS3 looks like cd tree You could probably get away with fewer leafs depending on your preference. I chose 8 leafs because it gave me the most flexibility to demonstrate VXLAN Bridging, VLAN Routing, Border Services (such as segmentation or traffic engineering), and so on. I could have chosen Vagrant for this, but since my topology has 10 vEOS devices, I found the boot time to be too long (although I hear if I use KVM I can boot the nodes in parallel). When studying this technology and demonstrating it to clients, I chose to use GNS3 because it’s nice to visualize the topology, easily perform packet captures, and I can share the project file with fellow co-workers using a GNS3 Server. Lastly, I’ll play around with a few scripts to deploy L2 and 元 VXLAN services. After deployment, I want to run validations to make sure my intent is being met. In this blog post, I’ll be covering how to automate the deployment of EVPN in a lab environment. In the previous two blog posts, I covered the concepts of EVPN and shared a detailed configuration example on Arista EOS. ![]()
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