What is Fibre Optic Technology?

Fibre optic technology uses glass threads (fibres) to transmit data and voice. A fibre optic cable consists of a bundle of glass threads, each of which is capable of transmitting messages modulated onto light waves.

Coupled with laser technology and state-of-the-art electronics, fibre optic cable can transmit and receive vast amounts of data far in excess of traditional metal cable.

Why use Fibre Optic?

• Fibre is immune to interference: Fibre optic cabling means the end of EMI and EMC interference. It's unique characteristics make it immune to cross-talk, radio and electrical disturbances, allowing you to lay it where you need it, without having to worry about the proximity to electrical systems.

• Fibre goes the distance: Remember repeaters? With copper cabling, the maximum transmission distance is 100 meters, which means that expensive office space has to be given up for electrical closets to house all the hubs and other equipment. Now, you can put your space to better use with fibre cables that can run up to 4K and still meet the technical requirements of Ethernet specifications.

• Fibre is secure: Where information security is the prime concern fibre optic is the only cabling technology guaranteed to be immune from unauthorised eavesdropping. With a centralized communications room, employees can no longer rearrange the LAN, which gives your Network Manager much more control over security.

A technology that uses glass (or plastic) threads (fibres) to transmit data. A fibre optic cable consists of a bundle of glass threads, each of which is capable of transmitting messages modulated onto light waves.

Fibre optics has several advantages over traditional metal communications lines:

• Fibre optic cables have a much greater bandwidth than metal cables. This means that they can carry more data. fibre optic cables are less susceptible than metal cables to interference.

• Optic technology is safe, secure and cost-effective. It has the highest level of reliability and redundancy for transmitting audio, video and data information. The broad bandwidth provided by fibre optics makes it the technology of tomorrow.

• Fibre optics has several advantages over traditional metal communications lines:

• Fibre optic cables are much thinner and lighter than metal wires. Data can be transmitted digitally (the natural form for computer data) rather than analogically. Fibre optics is a particularly popular technology for local-area networks. In addition, telephone companies are steadily replacing traditional telephone lines with fibre optic cables.

In the future, almost all communications will employ fibre optics.

• Fibre optic cables are much thinner and lighter than metal wires. Data can be transmitted digitally (the natural form for computer data) rather than analogically. The main disadvantage of fibre optics is that the cables are expensive to install.

In addition, they are more fragile than wire and are difficult to split.

• Fibre optics is a particularly popular technology for local-area networks. In addition, Telephone companies , Utility companies , Oil & gas, Process Industry slowly moving to Fibre Optic cables from Traditional telephone lines ( copper) for there Telephone ( Voice) , data & Video lines for there application are steadily replacing traditional telephone lines with fibre optic cables.