You have two primary choices for dealing with these troublesome areas. They won’t work if you try to use them in place of a standard straight-through Ethernet cable.Ĭonnecting with Wi-Fi is much easier than using physical cables, but one downside is that Wi-Fi networks often have dead zones. These cables have reversed pins on one side and are not commonly used in a home setting. If in doubt, you can always just replace an old cable with a new, reliable one, as they’re relatively cheap.įinally, special “crossover” Ethernet cables can connect two PCs directly without using a router. Look for the words “CAT5” or “CAT6” to find out what kind of cable it is. But it’s harder to tell if a cable is suitable for the job if you’re just pulling one out of a tangle in your closet.įortunately, cables usually have their information printed right on the sheath, including the manufacturer, bandwidth, certifications, and much more. If you’re buying a new cable, it’s easy to get the right kind. The latest generation, CAT8, can hit 40,000 Mbps at a longer span of 131 feet. CAT6 introduced shielding to reduce interference while CAT6a increased the maximum speed to 10,000 Mbps.ĬAT7 cables are the newer generation, reaching up to 100,000 Mbps at a range of 49 feet. CAT5 cables support 100 Mbps while CAT5a maxes out at 1,000 Mbps. Ethernet is the primary type of network connection, but there are seven different “generations” of cable that you might encounter.Ĭategory 5 (CAT5), CAT5e, and CAT6 are the most common Ethernet cables today.
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