You are required to design an optical network for campus distribution (acc. to following figure). The...

 

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You are required to design an optical network for campus distribution (acc. to following figure). The optic-fiber's route start from a service provider's man hole. It is fed into an equipment room from which our cables can wander off around the building towards the campus distributor. To connect a communication system to another building or another floor in the same building, the cables are taken from the campus connector (main cross-connect) to the building distributor (intermediate cross- connect) and from there to another floor distributor and then on to the work areas where it terminates at Telecommunications outlets. The next floor up Building distributor Campus distributor: A connected building Input from service provider via equipment room Campus distributor (2000 m/6560 ft) (main cross-connect) Floor distributor (horizontal cross-connect) (90 m/295 ft) Work areas (1500 m/4920) Building distributor (intermediate cross-connect) (500 m/1640 ft) Floor distributor (horizontal cross-connect) -(90 m/295 ft) power Your design should cover (but not limited to) following aspects of system design requirements.Type of optic fiber (modes),Power losses (fiber, connectors, splices, bends etc.), Room for future repairs,Useable bandwidth/minimum bandwidth requirements Suggested text: Chapter No. 16 (System design - or, will it work?) and 18 (Designing an optical system and selecting components) from Introduction to Fiber Optics, 3rd Edition by John Crisp and Barry Elliott You are required to design an optical network for campus distribution (acc. to following figure). The optic-fiber's route start from a service provider's man hole. It is fed into an equipment room from which our cables can wander off around the building towards the campus distributor. To connect a communication system to another building or another floor in the same building, the cables are taken from the campus connector (main cross-connect) to the building distributor (intermediate cross- connect) and from there to another floor distributor and then on to the work areas where it terminates at Telecommunications outlets. The next floor up Building distributor Campus distributor: A connected building Input from service provider via equipment room Campus distributor (2000 m/6560 ft) (main cross-connect) Floor distributor (horizontal cross-connect) (90 m/295 ft) Work areas (1500 m/4920) Building distributor (intermediate cross-connect) (500 m/1640 ft) Floor distributor (horizontal cross-connect) -(90 m/295 ft) power Your design should cover (but not limited to) following aspects of system design requirements.Type of optic fiber (modes),Power losses (fiber, connectors, splices, bends etc.), Room for future repairs,Useable bandwidth/minimum bandwidth requirements Suggested text: Chapter No. 16 (System design - or, will it work?) and 18 (Designing an optical system and selecting components) from Introduction to Fiber Optics, 3rd Edition by John Crisp and Barry Elliott