Single-Area OSPFv2 for IPv4
Form real OSPF neighbor relationships and verify dynamic route exchange in a small IPv4 topology.
Lab challenge
Move beyond static routing and get a clean area 0 OSPF domain working without accidental advertisements.
Progression
Assign router IDs, activate OSPF on the intended interfaces, verify neighbors, then confirm learned routes and successful pings.
Catalog metadata
- Bundle
- CCNA 200-301 v1.1 Foundation Lab Catalog
- Blueprint domain
- IP Connectivity
- Blueprint objective
- Configure and verify single-area OSPFv2
- Focus
- ospf • dynamic routing • ipv4
- Platform
- Packet Tracer-friendly • CML-friendly • platform-neutral
- Device count
- 4
- Reference source
- Cisco CCNA 200-301 v1.1 blueprint → Configure and verify single-area OSPFv2
Prerequisites
- • IPv4 addressing
- • router IDs
- • basic wildcard logic
Skills practiced
- • enable OSPFv2
- • advertise interfaces
- • set router ID
- • verify neighbors and LSDB basics
Validation checklist
- • adjacencies form in area 0
- • remote routes appear as OSPF learned
- • router IDs are deterministic
Task sequence
- 1Configure OSPFv2 on each router.
- 2Set explicit router IDs.
- 3Advertise the required networks in area 0.
- 4Verify neighbors and learned routes.
- 5Test end-to-end connectivity.
Free catalog + advanced practice
This lab is part of the free foundation catalog. When you want deeper repetition, paid plans add structured practice variations and additional account features.
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Download this lab
Grab the learner pack for this lab with the workbook, task sequence, validation checklist, reflection template, metadata, and reusable planning assets.