A network design has a requirement to have five total networks that are physically separated from one another. The design requires that there be no single points of failure on the network. Based on…

The correct answer is D. 10. Since there is a requirement that physical separation is required for the five different networks, VLANs will not satisfy the design. To ensure that there is no single point of failure, each virtual switch will require 2 adapters per virtual switch--for a total of 10.

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Question

A network design has a requirement to have five total networks that are physically separated from one another. The design requires that there be no single points of failure on the network. Based on this information, how many network adapters are needed?

Options

A5
B2, with the use of VLANs
C1
D10

How the community answered

(57 responses)

A
2% (1)
B
9% (5)
C
5% (3)
D
84% (48)

Explanation

Since there is a requirement that physical separation is required for the five different networks, VLANs will not satisfy the design. To ensure that there is no single point of failure, each virtual switch will require 2 adapters per virtual switch--for a total of 10.

Topics

#physical NICs#network redundancy#no single point of failure#physical separation

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