Optical Fibre: Revolutionising Telecommunications

Compared to a typical metal or copper wire, optical fibre can carry more information with greater fidelity. As one of the fastest-growing transmission media for cabling installations and upgrades, optical fibres can easily transmit light signals over long distances. The newly developed fibre amplifiers also enable direct transmission of high-speed signals without the need for electronic regeneration.

With fibre optic’s transmission advantages, you can see it in many industries, especially in telecommunications, data cabling services, and computer networks. The use of different fibre cables can give you a direct connection to other locations with no echoes or interruption.

Greater Distance

As the optical fibre is made of light materials and high quality extruded glass, very little signal loss occurs during transmission. This means that the data can move at higher speeds and greater distances. Optical fibres also need less boosting so the cable can perform better.

Security

Fibre cables or optical fibres don’t radiate and are extremely difficult to tap. This means that your data is secure with fibre cables. In case the cable is tapped, it’s easy to monitor because the cable leaks light and causes the entire system to fail. You’ll definitely know it if someone attempted to break the physical security of your system.

Design

Optical fibre is also light, thin, and more durable than copper wire. Its small size makes it easier to handle without taking up much space in cabling ducts. While it is a lot more difficult to terminate than copper, there are advancements in connectors to make the process a little less daunting. It is easier to test than copper cable.

Flexibility and Reliability

Because of fibre optic’s flexibility and ability to transmit and receive light, it is used in flexible digital cameras. It is also important in medical imaging, mechanical imaging, and plumbing inspection.

Fibre optics is immune to many environmental factors that affect copper wire. It is resistant to electromagnetic and radio-frequency interference, crosstalk, and other impedance problems. In fact, you can install optical fibre near industrial equipment without worry. It is not susceptible to temperature fluctuation and can be submerged in water.

For improved speed, capacity, and clarity in your cabling system, this is the best time to replace copper wire-based systems with fibre optic-based systems. Look for reliable companies offering optical fibre cabling to make your communications smoother and clearer.

Sources:

http://www.abc.net.au/science/articles/2010/10/21/3044463.htm
http://www.howstuffworks.com/fiber-optic4.htm
http://www.corning.com/opticalfiber/index.aspx