![]() If one end of the cable has 568A color coding then the other end must follow 568B color coding. ![]() Use the following guidelines while making the cross cable. In short, both ends must have different color coding schemes. To make a crossover cable one end of the UTP cable has to follow either TIA 568 A or B Color coding, while the other end must have different color coding. This color-coding standard is applied on the right end of the cable in Crossover Cable Wiring Diagram. The following Table illustrates TIA 568B color coding scheme which is applied on the left end of the cable in Crossover Cable Wiring Diagram. In conclusion, when considering Ethernet cable, keep in mind the purpose of the cable and plan accordingly. Well thought out plans make well functioning systems.We can see in the above diagram that the left side is following 568B color coding and the Right end is following 568A color coding. Setting up a well organized color-coded Ethernet cable system at the start will save you headaches in the long run.įor example: If your business uses red-colored Ethernet cables for its security system, and a problem arises, the IT person will know exactly what cables to check to resolve the issue. If you have certain areas of your business marked with different cable colors and there is a issue in one of those areas, it will be easier to diagnose the problem. ![]() Organizing your Ethernet cables by color can help your network infrastructure by making it more efficient. When businesses are wired for Ethernet, they sometimes assign specific meanings to cable colors for the benefit of their IT person doing the wiring and those who may need to troubleshoot problems in the future. Here is an example color guide used by some businesses: The outside colors are more generic, and can be used for cable management.
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