Ethernet cables are grouped into consecutively numbered categories “cat” based on the diverse condition; occasionally the category is modernized with additional details or testing standards e.g. 5e, 6. These categories are how we can very simply know what type of cable we required for a particular application. Manufacturers are necessary to hold to the standard, which makes our life very simple and easier. As a means of future-proofing your network, Cat 6 is normally a good option and value the small quality in price. Cat 5 e and Cat 6 cables are both backward similar in temperament, which means newer Cat 6 cables can be used with older Cat 5 e. Cat 6 cables is also known as Category six, give smaller crosstalk, a very high signal. The broad difference between category cat5e and cat6 is in the communication performance and extension of the accessible bandwidth. The thickness of the Cat 6 is more than that of the Cat 5 e.
Cat 5 e
At this time the normally used in new installations. Its style really reduces crosstalk. It basically means the Cat5e is enhanced at keeping signals on diverse channels or circuits from interfering with one another). It can hold gigabit Ethernet. Category 5 cable was changed, and mostly replaced with, Category 5 improved “Cat5e”cable which did not alter anything physically in the cable, but as a substitute useful more severe testing value of crosstalk.
Category 6 is the main advance over Cat 5 e. It’s suitable for up to (10 gigabit Ethernet). To even better deal the issue of that miserable crosstalk in cat6 has an inner divider that isolates the pairs from each other. For those who want to “future-proof” their housing or business network a large amount probably without the desired cost increase, Cat 6 is a nice choice. That doesn’t mean it’ll keep your network from cyborgs or something, it just means it will keep it up to date for very long when the (next big thing) comes along.
- The category is almost always written on Ethernet cables. It is not suitable to recognize cable categories by color, but Cat 6 wire is often thicker than Cat 5 e because it uses a thicker copper cable.
- Both cable terms correspond to lengths is 100 meters, but Cat 6 e has a lesser max length “55 meters”. Cat 6 cables allow performance up to (500 MHz). If the infrastructure of the network requires jacket distances bigger than (100 meters), repeaters or switches are required to raise the signal.
- As described before, Cat 6 cables can be used to power (10GBASE – T, or 10 Gigabit Ethernet), at the same time as the maximum that Cat5e cables can hold up to (1GBASE – T, or 1 Gigabit Ethernet). This is because Cat6 cables carry out up to (250 MHz), more than twice that of (Cat 5 e cables 100 MHz).
- The value of Ethernet cables varies by length, producer and seller. In common, Cat 6 cables are (10 – 20%) extra cost compared with Cat 5 e cables. On the other hand, cables are usually economical and the speed increase offered by Cat 6 cables generally makes the price minimum significance it, still for home use.