Think of working on a very rigid deadline for an approaching meeting that is due in the next 30 minutes. Exactly how do you feel when your net-work bandwidth does not enable you to download files for your meeting? Distressed, right.

Picture this, you received a final call from your debit cards or credit cards company to make payment for your credit card bill yet your net-work bandwidth is shared and you do not get adequate speed to go through the complete payment for paying out your bill. The result is a heavy interest applied on to your bill by your bank.

Sharing net-work bandwidth is the most used approach in which workplaces perform. A lot of the issues affiliated with net-work bandwidth can be resolved by utilizing network switches. Mid to huge sized LAN (Local Area Networks) can be effectively used utilizing a network switch. A huge number of multimedia files, pictures and video information can be easily shared with this model.

A 16 or 24 port switch do not have to be regulated and can easily enhance your net-work usage leaving aside any competition for network bandwidth between users. Generally the 24 port Ethernet switch does not need to have configuration. Some companies manufacture these 24 port network switches with diagnostic LEDs which enable its users to monitor and resolve network problems.

In general, each of 24 10/100/1000 Mbps ports are capable of powering 2000 Mbps of data throughput. There are switches available with 48 ports also. A switch when compared with a bridge is more hardware friendly and thus, it puts less pressure on your CPU. It is less costly than a router if the number of ports is the parameter for comparison.

One well known disadvantage of a network switch is that it cannot communicate between networks. It is also not as effective as a router in limiting broadcasts. Luckily, many of the disadvantages of network switches can be overcome by using multilayered switches that are easily available in the market.