How do I speed up an existing fast Ethernet network?
The solution to this problem is a Fast Ethernet switch. Fast Ethernet networks normally operate with shared bandwidth, which means that the network’s overall speed is spread out across the available number of nodes (devices). If you have a hub with 5 nodes attached to it and the total bandwidth of the network is 100Mbps, then each node receives 100/5, or 20Mbps, of bandwidth. If you have only a few nodes, shared bandwidth isn’t a problem. However, imagine spreading 100Mbps across 30 nodes even at Fast Ethernet speeds, the network could slow significantly during peak traffic periods. A switch transforms a shared network into a switched network; each node accesses the network at the maximum bandwidth speed. For example, if you have five ports, each port receives 100Mbps access through a Fast Ethernet Switch. Switches also speed up network access due to their advanced addressing technology. In a shared network, data packets bounce around the network until they find their destination. Swit
The solution to this problem is a Fast Ethernet switch. Fast Ethernet networks normally operate with shared bandwidth, which means that the network’s overall speed is spread out across the available number of nodes (devices). If you have a hub with 5 nodes attached to it and the total bandwidth of the network is 100Mbps, then each node receives 100/5, or 20Mbps, of bandwidth. If you have only a few nodes, shared bandwidth isn’t a problem. However, imagine spreading 100Mbps across 30 nodes — even at Fast Ethernet speeds, the network could slow significantly during peak traffic periods. A switch transforms a shared network into a switched network; each node accesses the network at the maximum bandwidth speed. For example, if you have five ports, each port receives 100Mbps access through a Fast Ethernet Switch. Switches also speed up network access due to their advanced addressing technology. In a shared network, data packets bounce around the network until they find their destination. Sw
