A company ABC Enterprises has four blocks of buildings as shown:
Center to center distance between various blocks
| B3 TO B1 |
50 M |
| B1 TO B2 |
60 M |
| B2 TO B4 |
25 M |
| B4 TO B3 |
170 M |
| B3 TO B2 |
125 M |
| B1 TO B4 |
90 M |
Number of computers in each block :
| B1 |
150 M |
| B2 |
15M |
| B3 |
15M |
| B4 |
25M |
Computers in each block are networked but blocks are not networked.
The company has now decided to connect the blocks also.
I. Suggest the most appropriate topology for the connections between the blocks. a. Ring topology b. Star topology c. Mesh topology d. Bus topology
II. The company wants internet accessibility in all the blocks. The suitable and cost-effective technology for that would be:
a. Satellite
b. Lease line
c. Telephone line
d. Broadband
III Which one of the following devices will you suggest for connecting all the computers with in each of their blocks? a. Switch/Hub b. Modem c. Telephone d. Repeater
VI Which one of the following devices will you suggest for connecting all the computers with in each of their blocks?
a. Switch/Hub
b. Modem
c. Telephone
d. Repeater
V Suggest the most appropriate location of the server, to get the best connectivity for maximum number of computers.
a. BLOCK B2
b. BLOCK B1
c. BLOCK B4
d. BLOCK B3
