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VXLAN BGP EVPN for Data Center Networking: Design, Deployment, and Troubleshooting

VXLAN BGP EVPN for Data Center Networking: Design, Deployment, and Troubleshooting

2h 13mIntermediate2025-07-28

Authors

Arash Deljoo

Arash Deljoo

Course details

Dive into VXLAN BGP EVPN with instructor Arash Deljoo in this hands-on course that equips you with the skills to design, deploy, and troubleshoot next-generation data center overlay networks. Explore how VXLAN's MAC-in-UDP encapsulation enables scalable network virtualization, while BGP EVPN provides efficient control-plane learning and multi-tenant support. Through practical labs, you'll configure spine-leaf architectures, optimize routing with underlay/overlay separation, and troubleshoot common deployment scenarios. Whether preparing for certifications like CCNP/CCIE or modernizing enterprise infrastructure, you'll gain real-world expertise to build agile, automated networks. Ready to master the future of data center networking?

Learning objectives
Analyze the architectural components of VXLAN BGP EVPN networks, distinguishing between underlay and overlay functions in modern data center designs.
Configure functional VXLAN fabrics with BGP EVPN control plane in a lab environment using Cisco Nexus devices.
Implement Layer 2 and Layer 3 connectivity solutions across distributed data centers using VXLAN encapsulation techniques.
Troubleshoot common VXLAN BGP EVPN deployment issues using systematic diagnostic approaches and appropriate verification commands.
Design scalable multi-tenant network solutions leveraging VXLAN BGP EVPN capabilities for enterprise environments.
Evaluate specific use cases where VXLAN BGP EVPN provides significant advantages over traditional networking approaches in data centers.
Develop migration strategies for transitioning from legacy network architectures to VXLAN BGP EVPN overlay networks.

Skills covered

Server AdministrationNetwork AdministrationNetwork and System AdministrationOne-Off

Concepts

0. Introduction

  • 01 - Introduction to VXLAN BGP EVPN foundations

1. Introduction to Overlay Networking and VXLAN

  • 02 - Why overlay networking
  • 03 - What is VXLAN
  • 04 - VXLAN packet structure
  • 05 - Use cases for VXLAN
  • 06 - VXLAN terminology and concepts

2. Understanding the Underlay Network

  • 07 - Underlay network fundamentals
  • 08 - IP reachability for VTEPs
  • 09 - MTU considerations
  • 10 - Underlay design best practice
  • 11 - Troubleshooting underlay connectivity

3. VXLAN Data Plane Operations

  • 12 - VXLAN forwarding basics
  • 13 - MAC learning in VXLAN
  • 14 - Multicast in VXLAN
  • 15 - Head-end replication (HER)
  • 16 - Data plane verification

4. BGP EVPN as the Control Plane

  • 17 - Why BGP EVPN
  • 18 - BGP EVPN fundamentals
  • 19 - EVPN with VXLAN workflow
  • 20 - L2 and L3 services with EVPN
  • 21 - Configuring BGP EVPN basics
  • 22 - EVPN route troubleshooting

5. Implementing VXLAN BGP EVPN Underlay

  • 23 - Topology overview and design
  • 24 - Underlay IP addressing
  • 25 - Underlay MTU configuration
  • 26 - Underlay routing configuration
  • 27 - Underlay multicast configuration

6. Implementing VXLAN BGP EVPN Overlay

  • 28 - Overlay L2 multitenancy configuration
  • 29 - Overlay L3 multitenancy configuration
  • 30 - VXLAN tunnel configuration
  • 31 - BGP EVPN address family configuration
  • 32 - Connectivity check and test

7. Troubleshooting and Optimization

  • 33 - Troubleshooting methodology
  • 34 - Underlay issues
  • 35 - VXLAN data plane problems
  • 36 - EVPN control plane issues
  • 37 - Performance optimization
  • 38 - Case study - Real-world troubleshooting

Conclusion

  • 39 - Next steps

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