Which of the following is a result when designing multiple EIGRP autonomous systems within the Enterprise Campus network?

The correct answer is A. Improves scalability by dividing the network using summary routes at AS boundaries. "Organizations with very large networks may use multiple EIGRP autonomous systems as a way to divide their networks: Generally, this type of design approach uses summary routes at autonomous system boundaries to contain summary address blocks of prefixes in very large networks…

Advanced Enterprise Campus Networks

Question

Options

AImproves scalability by dividing the network using summary routes at AS boundaries
BDecreases complexity since EIGRP redistribution is automatically handled in the background
CReduces the volume of EIGRP queries by limiting them to one EIGRP AS
DScaling is improved when a unique AS is run at the Access, Distribution, and Core layers of the

How the community answered

(27 responses)

A
67% (18)
B
19% (5)
C
7% (2)
D
7% (2)

Explanation

"Organizations with very large networks may use multiple EIGRP autonomous systems as a way to divide their networks: Generally, this type of design approach uses summary routes at autonomous system boundaries to contain summary address blocks of prefixes in very large networks and to address the EIGRP query propagation issue."

Topics

#EIGRP autonomous systems#route summarization#campus routing scalability#EIGRP design

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