Types of Twisted Pair Ethernet Cable

Each type of ethernet cable has its own advantages and disadvantages depending on the needs and environment used. It is important to choose the type of cable according to the needs of your computer network so that it can function optimally.

Here are several types of Twisted Pair Cables that are commonly used in computer networks and internet/data networks:

• UTP ( Unshielded Twisted Pair ) Cable
  UTP Cable is the most common type of Twisted Pair cable used in computer networks. This cable consists of several pairs of copper wires woven and covered with plastic insulating material. UTP has no protective layer so it is vulnerable to electromagnetic interference from the surrounding environment.
• STP ( Shielded Twisted Pair ) Cable
  STP Cable is a type of Twisted Pair cable that has an additional layer of protection around the cable. This layer serves to protect the cable from electromagnetic interference and makes the cable more resistant to interference. STP is usually used in computer networks that require higher security and a more noisy environment.
• ScTP ( Screened Twisted Pair ) Cable
  ScTP Cable is a type of Twisted Pair cable that has an additional layer of protection, but this layer does not protect each pair of cables individually. Instead, a protective layer coats all pairs of wires in a cable. This type of cable is often used in computer networks that require higher security and noisy environments.
• FTP ( Foiled Twisted Pair ) Cable
  FTP Cable is a type of Twisted Pair cable that has an additional layer of protective foil around each pair of cables. This foil serves to protect the cable from electromagnetic interference and makes the cable more resistant to interference. This type of cable is often used in computer networks that require high data transfer rates and noisy environments.
Each type of Twisted Pair cable has its own advantages and disadvantages depending on the needs and environment used. It is important to choose the type of cable according to the needs of your computer network so that it can function optimally.