Fiber-Optic Cable, Tools, and Test Equipment The following Fiber-Optic Cable, Tools, and Test Equipment are purchased and used for this project: • Tripp light multi-mode micron cable for networks. This will cost around $260.00 for 1,00ft. Therefore the total for the project would be $260.00. • Next a cable IQ advanced IT kit with SC connectors is required. The Cable IQ Advanced IT Kit is designed to maximize the efficiency of any cable qualification job. Use the included Intelli-Tone 200 Probe to find cables quickly and definitively, even on active networks. The total cost of this is $2,274.00. Price can range depending on the brand. However, the recommended one in this case is Fluke Network cable IQ kit. Which costs $2,274.00. • I would also recommend the purchase of fiber optic installation tool kit. These will cost around $607.00 for a kit. They have multiple choices at Fosco.com. Fiber-Optic Design Considerations The following considerations should be made about the fiber optics design: • First how much data will need to be transferred at the moment? • Second how much data will need to be transferred in the upcoming days? • Third is what device will provide appropriate transmission distance? Basement Server Complex Design The following details are of the basement design: • Contains total of nine rooms. • 1 storage room • 2 server rooms • 1 Telecommunications room • 1 LAN management room • 1 LAN/WAN maintenance room • 1 IT chief office • 1 CIO office • Reception area
When performing a cable installation, there are a lot of things that you have to put into consideration. First, you want to draw up a plan. Some things that you would want to include in the plan would be: where your telecommunications rooms are located, what is the distance from your leased line to your core router, and what type of cable are you going to be using for your backbone and horizontal lines. The first thing shouldn’t be cost when you are designing a network. You want to think of the safety and how your network will function with different mediums of cable. These things are important because your network has to meet the needs of the company. You also want to make sure you have things in place
Each school has four labs that require 31 connections. There needs to be 3 runs of cabling to the 30 computers on the Curriculum network and 1 run of cable to terminate at the instructor’s computer on the Administrator network.
This option I have chosen not to go with. The issue that I see with this is that there are too many buildings involved. Each building will need a optics unit for receiving but each receiving end will also need a transmission end regardless of which building it is mounted on. One alternative can be to have hard wire at least for buildings sharing the common street. This option may cost more than just mounting up another unit.
Fiber optic cables will be installed and configured on the physical star network topology spread throughout the 600 user network infrastructure. The main equipment that will be used during the implementation of the physical star topology will be the patch panel with an array of RJ-45 female connectors with terminals to connect wires to all the 600 users across the network infrastructure.
First, it supports up to 1Gbps, which is a fair speed for the users. Second, the distance does not matter because all the departments’ workstations will connect to the switch that is in the same building. For the cabling between the access and distribution layer, I have decided to use Multi Mode Fiber (MMF) for many reasons. First, there is huge amount of data coming from the switches in the access layer to the 3-layer switch in the distribution layer, and the MMF cable can deal with heavy traffic data. Second, since that MMF speed is 10Gbps, that makes the 3-layer switch receive and send the data faster to the switches in the access layer. Third, the distance between the switches in the access layer and the 3-layer switches in the distribution layer is less than 2 km. For the core layer, I have decided to
It never fails to amaze me what end users will admit to when you ask the right questions. If you ask a user in a nonthreatening manner about any physical stress that the cable might have endured, they’ll usually tell you. Remember that most users have no idea that a fiber cable can be destroyed if stepped on or bent too sharply, or if they roll a chair over it.
Phase 1 and 2, construction expenses, will cost around $1,138,223. Phase 3 and 4, operation expenses, will cost $499,306 on average. In summary, our project is estimated to reach a total of $1,637,529. Half of the cost which is $818,764.50 will be funded by Manhattan Construction Company. We are requesting the Dallas Chambers of Commerce to be our sponsor and support our fund by providing the other half of our budget.
This project will consist of a detailed and labor extensive 5 month process that will ultimately consist of the construction of a ATV Connector Trail that is to be 6 miles long and be no shorter than 60 inches wide as required for equestrian, bike, and ATV usage. The building labor that is used to make these trails will be paid between $11.75 and $14.50 per hour, while the personnel in charge of design and management will be paid $18.64 to $20.45 per hour.
I have also attached the vendor’s email that says he agrees to subtract the cost for the cables and adapters.
* The fixed cost component of developing the product was between $30,000 and $50,000 but additional $300,000 was needed to finance the first production run. The funds would be needed until the initial payments from sales arrived a few months later.
After obtaining the engineering requirements for the wire, six samples were sent to the lab to be tested.
Program cost: Hiring someone to manage the network is estimated to cost $15,000 for 1987.
* List the software and hardware components that are required to fully implement the network in the given scenario
The Current cost is $761,000. The cost driver will be Number of Requisition Lines according to Rick Fosmire.
The field of communications is one in which the technologies are changing on an almost daily basis. Numerous different technologies have been pursued over the past few years; each designed to essentially accomplish several basic purposes in terms of community service. Three of the most actively pursued application include interactive distance learning, video conferencing, and entertainment. While it is the first two, video conferencing and interactive distance learning, which would serve to the best advantage in terms of education and business; it is the last, entertainment which has the most appeal to the largest number of people. The application of various communications applications in