Switching Labs
Campus Fabric Stitching with EVPN Segments
Layer VLAN intent across VXLAN segments, verify BUM handling, and keep student traffic isolated from lab automation.
Tuition (informational)
780,000 KRW
No checkout on this site—coordinators confirm scope before invoices.
Instructor-led online
4 sessions · 16 lab hours
Scenario brief
You build a spine-leaf slice that mirrors a modern office stack. The storyline includes IoT VLANs, guest SSIDs, and a stubborn multicast source that refuses to behave. Expect to touch integrated routing and bridging, export route targets, and verify with traceroutes that do not lie.
Lead mentor
Sora Kwak
Designs switching labs the way rehearsal studios build tour rigs.
Inside the lab
- Dual-homed hosts with consistent ES IDs
- Multicast troubleshooting lane with guided heuristics
- Automation hooks that stamp VLAN metadata into activity logs
- Mentor checkpoints after each fabric milestone
- Written lab brief modeled after real design reviews
- Capture set for BUM storms and sane recovery
- Peer review of your segmentation table before final sign-off
Outcomes
- Translate VLAN spreadsheets into EVPN-first configs
- Isolate blast radius without sacrificing operator clarity
- Present evidence when something still floods unexpectedly
Logistics questions
Cohort notes
“Campus Fabric Stitching finally made EVPN feel like a storyboard instead of a PDF appendix.”
Mira · Network analyst
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