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repeats it across all other available interfaces The main problem with a hub is that if the signal is bad, the hub repeats the bad signal: bad in, bad out CSMA/CD also causes issues For example, with CSMA/CD, when a device places a frame on a wire, it listens on the wire for a predetermined time period to determine whether a collision occurs If no collision is detected during this time period, the source assumes that everyone on the segment successfully received the frame The problem with this implementation is that the longer the cable is, the longer the time period required to accommodate the signal traveling to the two endpoints of the cable Therefore, the cable can t be of infinite length Because of this issue, we have different standards of Ethernet that allow for maximum lengths of the cable If a device has a 10Base5 interface, its NIC knows that it must listen on the wire based on the amount of time it takes for an electrical signal to travel 500 meters, whether or not the cable happens to be this long Another solution to deal with the length of an Ethernet segment is to use fiber instead of copper for cabling Fiber is much more reliable and the signal can travel much father in the same or smaller time period: 100BaseFX can travel 400 meters, for example The problem with fiber, however, is that it is expensive compared to copper, especially the NICs Normally, fiber is used only to connect devices between locations, such as two different buildings, or when electromagnetic interference (EMI) or radio frequency interference (RFI) is creating problems in certain areas where copper is deployed

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Another issue with Ethernet is again caused by CSMA/CD: the more devices you put on a segment, the more likely you ll experience collisions, especially among devices that constantly need access to the wire For example, when two devices are on an Ethernet wire, you would not expect to see that many collisions since it would be unlikely that both devices would need to transmit data simultaneously However, if 100 devices were on the wire, quite a few might need to send traffic simultaneously When these devices sense the wire and simultaneously send their traffic, a collision occurs And the way CSMA/CD works, they need to create a JAM signal and back off a random time interval before sending again Of course, the more devices present, the more likely that the random time interval they choose is the same as another device, thereby creating even more collisions, greatly slowing down a device s access when trying to transmit data On top of this, high-performance PCs, network-based applications, and high-bandwidth applications such as video can create even more contention for access to a wire

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A collision domain basically includes all the devices that share a media type at layer 1 of the OSI Reference Model such as all the devices on a single strand of 10Base5 or 10Base2 cabling or all the devices connected to a hub or hubs In a collision domain, each device on the segment will experience the effects of the collisions The more devices on the segment, the more likely it is that collisions will create bandwidth problems for these devices This is not to say that collisions are bad it s just that collisions are part of how Ethernet functions

Hubs do not solve collision problems since they replicate physical layer signals In other words, hubs don t create

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extra bandwidth for attached devices Instead, they extend cable distances and repeat/amplify physical layer signals

Bridges were originally used to solve collision and bandwidth problems Each port connected to a bridge is a separate collision domain When a frame is pulled into a port on a bridge, the bridge checks the frame s field checksum sequence (FCS), and if the FCS if valid, the frame is forwarded out of a destination port or ports Recall from 3 that the FCS is a checksum to ensure that the destination can check that the Ethernet frame has not been corrupted Basically, the bridge is creating the illusion that all physical segments to which it is connected are actually one large logical segment All devices connected to this logical segment are in the same broadcast domain this makes sense because bridges flood broadcasts Note that if you are having problems with large amounts of broadcasts, bridges will not solve these problems

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