Introduction And Understanding Of Fftp Cat6a Cable's Cat6a Cable Twisted Pair

Update:09-09-2022
Summary:Introduction and Understanding of FFTP CAT6A Cable's CAT6A Cable Twisted PairAnother type of Ethernet cable is the Cat6a cable. The cable is designed

Introduction and Understanding of FFTP CAT6A Cable's CAT6A Cable Twisted Pair

Another type of Ethernet cable is the Cat6a cable. The cable is designed to support 10Gbase-T networks as Cat5e and Cat6 cables can only support a maximum data rate of 2.5 Gigabit and 5 Gigabit respectively. The "a" stands for Enhanced, which means it can run at higher speeds over long distances, and it's also backward compatible with Cat5e and Cat6. It also has very little crosstalk. Due to the better performance of Cat6a cables, they can support bandwidth frequencies up to 500 MHz, which is twice the capability of Cat6 and five times that of Cat5e.

Cables have more shielding, allowing them to eliminate crosstalk. Cat6a cables have a thicker jacket than Cat6 but have grooves to help guide the twisted pairs around each other. Cat6a is usually constructed from splines to help eliminate crosstalk. Cat6a cables are best for more demanding setups, such as industrial environments, or anywhere you have more than a gigabit network connection.

Learn about UTP, S/UTP, and F/UTP

UTP – UTP stands for Unshielded Twisted Pair. This is the unshielded baseline cable. In this type of cable, there is an outer jacket and insulated conductors arranged in pairs.

S/UTP – S/UTP cables are fairly standard. They are similar to previous cables except that there is a braided shield in them. This creates a barrier against outside interference.

S/FTP - This stands for Foiled Unshielded Twisted Pair. As a more complex cable, it can reduce both external interferences with braided shielding and internal interference with foil. The foil is wrapped around each pair inside the cable.

Which type of ethernet cable should you use?

The type of cable you decide to use will ultimately depend on several factors. They include cost, cabling life expectancy, network speed, and finally system environment. Cat5e cables are the most affordable and will get the job done in most situations. However, for heavier use, you should use Cat6 and Cat6a cables.