Create a design for an Ethernet network connecting four buildings in an industrial park. Hand in a picture showing your network. There will be a core switch in each building.Building A is Document...

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Create a design for an Ethernet network connecting four buildings in an industrial park. Hand in a picture showing your network. There will be a core switch in each building.Building A is
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3. You will create a design for an Ethernet network connecting four buildings in an industrial park. Hand in a picture showing your network. There will be a core switch in each building.Building A is the headquarters building. Building B is 85 meters south and 90 meters east of the headquarters building. A line will run directly from Building A to Building B. Building C is 150 meters south of the headquarters building. A line will run directly from Building A toBuilding C. Building D is 60 meters west of Building C. A line will run directly from Building C to Building D.Computers in Building A need to communicate with computers in Building B at 600 Mbps. Computers in Building A need to be able to communicate with computers in Building C at 1 Gbps. Computers in Building A must communicate with computers in Building D at 500 Mbps. Computers in Building C must communicate with computers in Building D at 750 Mbps.a) Draw a picture of the situation.b) Determine the traffic volume on each transmission line. Explain your answers.c) Determine what leased line standard to use for each transmission line. Explain your answers.

Answered Same DayDec 20, 2021

Solution

David answered on Dec 20 2021
3 Votes
3. You will create a design for an Ethernet network connecting four buildings in an industrial park. Hand
in a picture showing your network. There will be a core switch in each building.

Building A is the headquarters building.
Building B is 85 meters south and 90 meters east of the headquarters building. A line will run directly
from Building A to Building B.
Building C is 150 meters south of the headquarters building. A line will run directly from Building A to
Building C.
Building D is 60 meters west of Building C. A line will run directly from Building C to Building D.
Computers in Building A need to communicate with computers in Building B at 600 Mbps.
Computers in Building A need to be able to communicate with computers in Building C at 1 Gbps.
Computers in Building A must communicate with computers in Building D at 500 Mbps.
Computers in Building C must communicate with computers in Building D at 750 Mbps.

a) Draw a picture of the situation.
) Determine the traffic volume on each transmission line. Explain your answers.
c) Determine what leased line standard to use for each transmission line. Explain your answers.
Answers:
a)
Building A - Headquarters
Core Switch A


Building B

1.5 Gbps
600 Mbps
...
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