Things You Should Know About Fiber Patch Cable

Things You Should Know About Fiber Patch Cable

If you need to upgrade an existing wire or install a new network rope, there is no better option than the fiber optic cables. It plays a vital role in telephony and enterprise data networks. It carries an extensive range of data at high speed, making it popular among people. Here we explain everything about this cable.

  • Working mechanism 

The fiber patch cable is perfectly suitable for internal purposes due to its excellent performance. It is used in telephone lines, cable television networks, data centers, server rooms, mechanical engineering, etc. The light pulse reflects the fiber optic cable sidewalls that travel a longer distance before becoming required to renew.

  • Variety of connectors 

There are numerous fiber patch connectors in the market, such as FC, ST, LC, SC, MT-Rjs, MTP/MPO, SN, CS, etc. These connectors help to deliver the maximum connection speed for several users.

  • Benefits 

This wire offers a large bandwidth to carry a large amount of data compared to the copper cable. On the other hand, it carries single at maximum speed, which is faster than Cat5 copper wires but thirty percent slower than light speed. According to the network, wire types, and wavelength, the actual distance can differ.

Types of optical switches 

A multi-port network system is a perfect choice if you want to connect various optical fibers. An optical switch is one multi-port network bridge that helps increase optical communication stability. In addition, it uses light to reach large-volume communication. This type of switch can split data a bit faster without converting the signal into an electrical signal.

Different optical switches include mechanical, optical waveguide, and MEMS methods. Every method has unique characteristics, so you must check its features and choose the best one which meets your requirements. Instead of using manual switches, electronic switches are a perfect choice because it reduces human errors.