CCIE v5 Technology Focused Lab : EIGRP ..

Discover how to advertise networks with EIGRP using different methods and CCIE lab terminology, including wildcard masks and network statements.

Explore how the EIGRP metric is calculated using bandwidth, delay, and the K-value factors, and see practical steps to determine the minimum bandwidth and delays to reach a destination.

Learn how to change EIGRP metric calculations by adjusting K values and using delay as a metric, and observe how bandwidth and delay affect path selection across routes.

Explore how EIGRP uses unequal cost load balancing, feasible distance and feasible successor, with variance and advertised distance, to achieve fast convergence.

Explore how automatic summarization works in EIGRP and the effects of no autosummary across network boundaries, with hands-on discussion of topology, routing updates, and advertising behavior.

Explore how to implement load sharing across multiple links in EIGRP, while designating one link as a backup and tuning bandwidth and routing table behavior.

Configure multiple as in eigrp to prevent hello flooding by implementing passive interfaces and targeted networks.

Configure EIGRP stub on a hub router to stop forwarding routing updates and prevent a transit role, advertising only connected or static routes and controlled redistribution to neighbors.

Learn how to redistribute external networks into EIGRP using a route map, specify advertised networks, and assign metrics to connected and static routes for correct redistribution.

Master mutual redistribution in EIGRP using tagging to prevent feedback loops, and apply route maps to deny or permit redistributed routes for loop-free, stable routing.