What is the term used in EIGRP for the neighbor's metric value to the route's destination?

What is the term used in EIGRP for the neighbor's metric value to the route's destination?

• A. Feasible Distance
• B. Successor
• C. Reported Distance
• D. Feasible Successor

Answer: (C)

The term used in Enhanced Interior Gateway Routing Protocol (EIGRP) for the neighbor's metric value to the route's destination is known as Reported Distance. This value represents the metric from a neighboring router to a specific destination network and is crucial for determining the best path within the EIGRP routing protocol. When EIGRP discovers neighbors, it exchanges routing information, including the metrics to different destinations. Each router provides its neighbors with the cost to reach a destination, which is referred to as the Reported Distance. This metric is important as it helps in calculating the overall best path to a destination based on its value, along with the Feasible Distance calculated by the local router. Understanding Reported Distance is fundamental in the context of EIGRP's algorithm, as it allows for the efficient selection of routes while ensuring that the most optimal paths are used for data transmission.

The term used in Enhanced Interior Gateway Routing Protocol (EIGRP) for the neighbor's metric value to the route's destination is known as Reported Distance. This value represents the metric from a neighboring router to a specific destination network and is crucial for determining the best path within the EIGRP routing protocol.

When EIGRP discovers neighbors, it exchanges routing information, including the metrics to different destinations. Each router provides its neighbors with the cost to reach a destination, which is referred to as the Reported Distance. This metric is important as it helps in calculating the overall best path to a destination based on its value, along with the Feasible Distance calculated by the local router.

Understanding Reported Distance is fundamental in the context of EIGRP's algorithm, as it allows for the efficient selection of routes while ensuring that the most optimal paths are used for data transmission.