![]() Once you’ve inserted the cable, closely inspect the wire arrangement and crimp the connector in place.Ĭongratulations, you’ve mastered the art of making your own network cables! While you have your tools and equipment out, I’d like to mention that installing network jacks requires a similar process. If the cable passes the test, it’s ready to use. Next, plug it into the tester, making sure that you have continuity and that the wires are in the correct arrangement. Repeat the process on the other end of the cable, and you’ve just made your first straight-through network cable. Then insert the connector into your crimping tool, and give it a firm squeeze. You may also see some fibers in the cable that add tensile strength, and that you can cut off when you’re crimping on a connector–the fibers don’t carry any electrical signals.Īfter you have pushed the cable all the way into the connector, perform a quick visual inspection to confirm that the wires remained in the correct order. ![]() Inside standard CAT 5, 5e, and 6 cable, you’ll find four twisted pairs of wire of varying colors: orange with orange/white, green with green/white, blue with blue/white, and brown with brown/white. ![]() I have included the diagrams above to illustrate the different wiring schemes. Years ago, connecting one network switch to another also required a crossover cable, but most modern switches, hubs, routers, and similar devices are now equipped with Auto-MDIX ports that can detect whether a crossover is required and automatically choose the MDI or MDIX configuration necessary to properly connect to whatever device is at the other end of the cable. For example, you can connect two PCs directly to each other to transfer data between them using a crossover cable. Crossover cables serve only to connect similar devices together, in lieu of a network switch or hub.
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