4. Design a network for a 3-D imaging firm. It must have a connectivity for 40high-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 an environment and why its the only choice for this particular kind of networking implementation.
Wednesday, November 28, 2007
Case Project No.2
3. Design networks for two classroom environments, a permanent facility and a traveling classroom. They must have connectivity for 20 PCs and a server, and be inexpensive and easy to set up. present both versions of this design to the class, and discuss the benefits of each.

4. Design a network for a 3-D imaging firm. It must have a connectivity for 40high-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 an environment and why its the only choice for this particular kind of networking implementation.
4. Design a network for a 3-D imaging firm. It must have a connectivity for 40high-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 an environment and why its the only choice for this particular kind of networking implementation.
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