Program details
Curriculum and delivery details
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EVPN/VXLAN
This bootcamp provides a structured path for understanding EVPN/VXLAN from both the theory and practical deployment perspectives. It is designed for network professionals and organizations evaluating, designing, or deploying modern overlay networking in data center and enterprise environments.
The program connects the reasons EVPN/VXLAN is used with the operational details needed to plan, configure, validate, and troubleshoot an implementation. Attendees build clarity around how VXLAN creates Layer 2 and Layer 3 overlays, how EVPN provides the control plane, and how these technologies work together to support scalable, segmented network designs.
Who This Bootcamp Is For
- Network engineers and architects who need to understand EVPN/VXLAN design and operations
- Infrastructure teams preparing to deploy or support EVPN/VXLAN in a production environment
- Organizations comparing traditional Layer 2 designs with modern overlay-based data center architectures
- Technical stakeholders who need a clearer view of EVPN/VXLAN terminology, use cases, and deployment considerations
Technical Focus
The bootcamp starts with the architectural foundation: why overlays are used, how VXLAN encapsulation works, and what role EVPN plays as a control plane. From there, it moves into the components of a real design, including underlay routing, VTEPs, VNIs, tenant segmentation, Layer 2 and Layer 3 connectivity, route advertisement, and common validation and troubleshooting workflows.
Curriculum at a Glance
Module | Focus Area | Practical Emphasis |
|---|---|---|
Foundations | EVPN/VXLAN concepts, use cases, overlays, and terminology | Identify where EVPN/VXLAN fits compared with traditional Layer 2 and routed designs |
VXLAN Data Plane | VTEPs, VNIs, encapsulation, flood-and-learn concepts, and traffic forwarding | Trace how endpoint traffic is carried across an IP underlay |
EVPN Control Plane | EVPN route types, MAC and IP advertisement, endpoint learning, and control-plane signaling | Analyze how EVPN improves scalability and visibility for overlay networks |
Underlay and Overlay Design | IP underlay requirements, routing considerations, tenant segmentation, and Layer 2/Layer 3 services | Plan the building blocks of a deployable EVPN/VXLAN architecture |
Operations and Troubleshooting | Verification methods, common failure domains, connectivity checks, and design validation | Diagnose typical EVPN/VXLAN issues across underlay, overlay, and endpoint reachability |
Bootcamp Outline
1. EVPN/VXLAN Architecture
Attendees review the business and technical drivers for EVPN/VXLAN, including scalability, segmentation, workload mobility, and the move from large Layer 2 domains toward routed underlays with overlay services.
2. VXLAN Fundamentals
This section explains the VXLAN Network Identifier, VTEP behavior, encapsulation process, tunnel endpoints, and how Layer 2 frames are transported across a Layer 3 network.
3. EVPN as the Control Plane
Attendees examine how EVPN distributes reachability information, reduces reliance on flooding, and supports efficient MAC and IP learning across the overlay.
4. Designing for Deployment
The bootcamp covers practical design considerations such as underlay readiness, addressing, routing, redundancy, tenant separation, and the mapping of network services to VNIs.
5. Validation and Troubleshooting
The final portion focuses on operational thinking: confirming underlay health, verifying overlay state, checking endpoint reachability, interpreting control-plane information, and isolating issues between physical connectivity, routing, encapsulation, and EVPN advertisements.
What your team will gain
- Explain how EVPN and VXLAN work together to provide scalable overlay networking
- Design EVPN/VXLAN building blocks including underlay routing, VTEPs, VNIs, and tenant segmentation
- Analyze EVPN control-plane behavior for MAC and IP reachability advertisement
- Apply practical deployment considerations for Layer 2 and Layer 3 overlay services
- Troubleshoot common EVPN/VXLAN issues across underlay, overlay, and endpoint reachability
Recommended preparation
- Working knowledge of TCP/IP networking, VLANs, and IP routing concepts
- Basic familiarity with data center or enterprise network architecture
- Understanding of BGP fundamentals is helpful for EVPN control-plane topics
- Willingness to practice design, validation, and troubleshooting scenarios related to EVPN/VXLAN