In EIGRP, what type of metric is used to determine the best path?

Study for the Router and Routing Basics Test with interactive quizzes. Tackle multiple choice questions, explore hints, and review explanations. Prepare for your exam effectively!

Multiple Choice

In EIGRP, what type of metric is used to determine the best path?

Explanation:
EIGRP decides the best path using a composite metric that combines several performance factors, weighted by K-values. This metric considers bandwidth (based on the minimum link bandwidth along the path), delay (the sum of per-link delays), reliability, load, and MTU, with the K-values tuning how much each factor matters. The path with the lowest computed metric is chosen as the best route by the DUAL algorithm. This makes the chosen path a balance of multiple characteristics rather than just hops, a single attribute like bandwidth, or delay alone. MTU is included through the K5 component, though it’s common for K-values to emphasize bandwidth and delay in many networks.

EIGRP decides the best path using a composite metric that combines several performance factors, weighted by K-values. This metric considers bandwidth (based on the minimum link bandwidth along the path), delay (the sum of per-link delays), reliability, load, and MTU, with the K-values tuning how much each factor matters. The path with the lowest computed metric is chosen as the best route by the DUAL algorithm. This makes the chosen path a balance of multiple characteristics rather than just hops, a single attribute like bandwidth, or delay alone. MTU is included through the K5 component, though it’s common for K-values to emphasize bandwidth and delay in many networks.

More Multiple Choice Questions
Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy