Nt1310 Unit 3

Chapter 3 1. What is the most typical implementation of the hierarchal asterisk? * entirely computers atomic number 18 tieed to a fritter away hub or switch. This is commonly located in an equipment closet or telecommunications room 2. The loser represent method involves placing horizontal cross- attachions and spirt group connections in the telecommunications room 3. character reference to the telecommunication enclosure (FTTE) * Everything is run through a single point, * one(a) argon you paying more than you should be 1. The preferred UTP cabling media to financial backing 10Gbps is Cat-5 or better. 2. Preferred Optical vulcanized fiber to congest 10Gbps is a single mode for long distance and multimode for short distance. 1. What Ethernet net application ports/modules should you use for horizontal links? -100Mbps for the horizontal, workgroups should have an uplink of 1Gbps 2. What are your horizontal c abling options? -Twisted pair (UTP), solid conductors copper line of descents, 62.5/cxxv micrometer and 50/cxxv micrometer caliper multimode optical fiber 3. What back rush and network application should you use to stimulate the lowest equal assuming a 10:1 rule? -Backbone speeds should be capable of operation at 10Gbps. It is immaterial to design the cabling with a 10:1 ration to support future bandwidth growth 4.

What backbone cabling should you use? -UTP, ScTP, STP; 62.5/125 micron or 50/125 micron multimode optical fiber -You can also go with 8.3/125 micron single-mode optical fiber Chapter 5 1. What type of network tune would you use to connect the telecommunications room to the equipment ro! om and what type of media would you frame in inside the cable? -All in all, I would use Cat-5e to connect the telecommunication room to the equipment room. Over all, fiber optic, but it is expensive. strapper is still effective but not immune to EMI. So with coast in mind, copper would be the first choice. 2. Which bill should you reference for the answer and what is the estimate for the...If you want to get a full essay, order it on our website: OrderEssay.net

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