Thursday, December 6, 2007
Thursday, November 29, 2007
CASE (chapter 3)
Answer:
1. D – Fiber-optic leaves more room for growth, and for future needs for increased bandwidth, than thinner does.
2. A – Proposed solution delivers the required result and both of the optional desired results. Because of the network must support speeds of up to 100 Mbps and the network should be as secure as possible from electronic eavesdropping. To stay within TVBCA’s budgets, the network should also be as inexpensive as possible.
3. B – The proposed solution delivers the required results and only one of the two optional desired results. Because of the cable use to the network is a UTP category 5 to be able to reduced the cost.
4. B – The proposed solution delivers the required results and only one of the two optical desired results.
5. C - The proposed solution delivers the required results but neither of the optional desired results.
1. D – Fiber-optic leaves more room for growth, and for future needs for increased bandwidth, than thinner does.
2. A – Proposed solution delivers the required result and both of the optional desired results. Because of the network must support speeds of up to 100 Mbps and the network should be as secure as possible from electronic eavesdropping. To stay within TVBCA’s budgets, the network should also be as inexpensive as possible.
3. B – The proposed solution delivers the required results and only one of the two optional desired results. Because of the cable use to the network is a UTP category 5 to be able to reduced the cost.
4. B – The proposed solution delivers the required results and only one of the two optical desired results.
5. C - The proposed solution delivers the required results but neither of the optional desired results.
Saturday, November 24, 2007
CASE #2
1. Henderson & Associates, a mid-sized engineering firm, hired you as a consultant to design their network. The company occupies three floors in a building downtown with PC’s on all 40 desks and three servers. The company management wants access to all 40 desks on all floors. The management also wants to keep costs down but needs a reliable network. Select a topology or combination of topologies, to service this company. Draw a map of this network.
4. Design a network for a 3-D imaging firm. It must have connectivity for 40 high-speed imaging workstations and two servers. This network must support high performance and easy reconfiguration into as many as eight workgroups, any of which may have as many as a dozen members. Explain the kind of networking device required to create such as environment and why it’s the only choice for this particular kind of networking implementation.
4. Design a network for a 3-D imaging firm. It must have connectivity for 40 high-speed imaging workstations and two servers. This network must support high performance and easy reconfiguration into as many as eight workgroups, any of which may have as many as a dozen members. Explain the kind of networking device required to create such as environment and why it’s the only choice for this particular kind of networking implementation.
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