![]() ![]() The following section will introduce the straight through cable (or patch cable) and crossover cable in details. This type of cable is typically used for direct computer-to-computer connections. Cat-5e on the other hand can support 10/100/1000. Cat-5 cables will run 10/100 Ethernet, or Ethernet and Fast Ethernet. These can generally be purchased at the same locations. Some networking applications require an Ethernet crossover cable, which has a T-568A connector on one end and a T-568B connector on the other. The Cat-5 is most commonly used for household devices, and the improved Cat-5e (or Category 5 enhanced cable) is now available for slightly better performance and results. Both the standards can be used for straight through cable. Obviously they can come in any color though. Also, keep in mind that USUALLY (not all the time) crossover cables are red. If the color orders are different, then it is a crossover. If the color order is identical, then it is a patch cable (or as you said 'conventional'). If both ends of the patch cords are wired on the basis of one standard, it is a straight through connection. 3 Answers Sorted by: 9 Look at the ends of the cable. The T-568B wiring scheme is by far the most common, though many devices support the T-568A wiring scheme as well. Crossover Ethernet cables directly connect one computer or device to another without going through a router. With regard to these two patch cable wiring schemes, there are two different connectivity forms. This configuration allows for longer wire runs. But what on earth is the difference between the patch cable and crossover cable?īefore talking about patch cable and crossover cable, it’s very necessary to learn about the T-568A and T-568B standard. In fact, patch cable and crossover cable are two types of Ethernet cable, and they have the same physical characteristics. Among these different types of network cable, many people may be unfamiliar with the patch cable and crossover cable. Several standard types of network cable exist, including coaxial cable, twisted pair cable, USB cable, crossover cable, Ethernet patch cable, fiber optic cable, etc. Despite advances in wireless technologies, many computer networks still rely on cables as a physical medium for devices to transfer data.
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