LABDCN-2037 - Troubleshoot VXLAN EVPN Fabric like a TAC engineer!
Proctors |
Ivan Shirshin None |
Juan Manuel Varona None |
Pavel Tarakanov None |
Owen Miersen None |
The goal of this session is to enable network engineers with the practical skills required to verify and troubleshoot VXLAN EVPN data center fabrics.
This lab will focus on Single Site fabric topology, covering from basic to advanced troubleshooting scenarios based on the common issues seen by TAC and how to resolve them using the same tools and methods that TAC engineers use.
The problem scenarios will cover underlay issues, BUM replication problems (multicast and ingress replication modes), L2VNI bridged traffic, L3VNI routed traffic, VPC VTEPs, VRF leaking and more. This lab is a part of the set with "LABDCN-2008: Troubleshooting VXLAN EVPN Multi-Site in NXOS Fabric" and "LABDCN-2629: VXLAN EVPN Implementation and Verification - Underlay, Overlay, vPC, VRF Leaking and More!"
This lab will focus on Single Site fabric topology, covering from basic to advanced troubleshooting scenarios based on the common issues seen by TAC and how to resolve them using the same tools and methods that TAC engineers use.
The problem scenarios will cover underlay issues, BUM replication problems (multicast and ingress replication modes), L2VNI bridged traffic, L3VNI routed traffic, VPC VTEPs, VRF leaking and more. This lab is a part of the set with "LABDCN-2008: Troubleshooting VXLAN EVPN Multi-Site in NXOS Fabric" and "LABDCN-2629: VXLAN EVPN Implementation and Verification - Underlay, Overlay, vPC, VRF Leaking and More!"