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For this project, you will design and create a budget for a secure, internet connected Ethernet network in a multi-story building. You will use a school as your building for this project.
Scale used:
- School = 91.44 meters (m) = 300 feet wide (ft) = 6.45 inches (in)
- 1 in = 14.18 m
- Ceiling height = 3 m = 9.84 ft
There is one equipment room and three telecommunications closets used throughout the school with the equipment room on the first floor and one telecommunications closet on the basement level, second, and third floors respectively. All four rooms are located in the same location on all four floors so cable distances will be the same on every floor.
Distances:
- Furthest connection from the equipment room and telecommunications closets = 6.50 in = 92.17 m + 6 m ceiling run (up to the ceiling and down through the ceiling) = 98.17 m
- Closest connection to equipment room and telecommunications closets = 0.375 in = 5.32 m + 6 m ceiling run = 11.32 m
- Average cable length = 54.75 m
One equipment room and three telecommunications closets service 74 rooms (17 rooms on the basement level, 21 rooms on the first floor, 19 rooms on the second floor, and 17 rooms on the third floor) x 2 cables per room. Be sure to include all materials needed.
Successful projects are defined as:
- The equipment is sufficient to build a working network
- The equipment is appropriate for the needs: professional-grade (not consumer grade) and not unreasonably high-performance
Sub-measures include:
- Appropriate cabling
- Appropriate network technology
- Appropriate infrastructure
- Appropriate security technology
Hint: You should focus on the physical topology, cabling, and other materials needed, not hosts. You do not have to use the scale included to draw each room and the cable runs; the scale is for reference purposes.
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