• Ethernet network that connects a single client PC to a single server and label the locations of switches and transmission links.

Provide a rationale for each part of your design, explaining the problem, approach, and why you made the choices you made.

Respuesta :

In the network constructed, we need to use 3 switches to  be able to connect a single client PC to the single server. Therefore:

  • Connect server to switch 1        (225 m)
  • Connect switch 1 to switch 2     (225 m)
  • Connect switch 2 to switch 3    (225 m)
  • Connect switch 3 to client PC   (225 m)

What is the network about?

The maximum distance for ethernet connection is known to be about 100 meters and it is one that is often used in the transmission speeds.

Note that when one has added to the network switches, the distance need to be increased to about 200 meters and thus about 900 meters of distance need to exist between the client PC and the server.

The Ethernet network need to be designed as:

Connect server to switch 1        (225 m)

Connect switch 1 to switch 2     (225 m)

Connect switch 2 to switch 3    (225 m)

Connect switch 3 to client PC   (225 m)

Note that Total distance covered = 225 + 225 + 225 + 225

                                                       = 900 meters

Therefore, In the network constructed, we need to use 3 switches to  be able to connect a single client PC to the single server.

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