InternetworkinG SolutionS is proposing WestLife Inc. to upgrade its existent network within the main office and/or the other offices in various locations (another department in the same building, offices in the same and/or other cities, and/or offices in different countries) to a faster, more reliable, safer and better quality network. We provide a high quality service from a highly experienced professionals, a high quality equipment plus the maintenance on the regular weekly bases and 24/7 technical support - all for a fairly reasonable and affordable price with large selection of variable options to choose from to fit the individual firm's needs.
Due to the dramatic growth of technology within the last year, a lot of major companies have stayed current with this fast pace and are now using the up-to-date software and hardware configurations for the peak performance a market can provide. Since your company is one of those kinds of companies that want to stay up-to-date with the latest technology, the service you are providing combined with our technology will increase the reliability and safety of your work plus take the full advantage of the server's CPU speed to work under such blazingly fast speeds.
With your current network speed of 100Mbits/sec and with one router and 8 hubs for each department with 12 terminal computers on each, calculations show that each end PC user would get about 130Kb/s (100Mbit/8hubs/12PCs/8bits). This speed could be reached only under perfect circumstances. But the world is not perfect and with any hub on the market, each user's PC has to wait for its turn to communicate with a server, which simply increases the waiting time for each user. .
One of the solutions would be upgrading a hub to a switch which would increase the speed of a network and eliminate the waiting time for each PC to communicate with a server but since it is eliminated, all users send the packets all at the same time which means that the server will have to deal with more packets simultaneously, and if unable to, the packets would stack up in the switch and may overflow the inside buffer.