Fibre Optic Cabling: The IT Professionals Dream!

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The use of Fibre Optic Cabling is undoubtedly a popular one; for any business looking for a robust network with the ability to cover long distances and provide high-speed internet services.

 

Available in either Multi ModeSingle ModeLoose TubeTight buffered and indoor outdoor cabling constructions, it is the fibre cabling of choice.

 

Fibre Patch Cables

 

More and more IT professionals are opting to use Fibre Optic Cables instead of Copper Cables. If you are wondering why IT professionals are wanting fibre instead of using traditional cables, there are several reasons.

Fibre optic technology has proven to be able to transmit data substantially faster than copper cables. They are light-weight and stronger than copper cables. But these are not the only reasons why most IT experts are choosing fibre optic cabling. There’s a long list, but we will cover some of the reasons why fibre optic cabling is preferred:

 

Greater Distance Coverage

The signals transmitted through both fibre optic and copper cables have been found to be affected or weakened over certain distances. However, when compared to copper cables, fibre optic cable has proven to be a better performer, transmitting data over much longer distances. In fact, fibre optic cabling has been successfully tested to transmit signals up to 100-120 kilometres, while copper wires are limited to lengths of 100 metres for 10G applications. This reduces to 30metres for 40G applications using Cat8 Cable.

 

Faster Signal Transmission

Bandwidth is a standard term to measure data transmission rates. In these current times, bandwidth is measured in Gbps (Gigabits per second) or even Tbps (terabits per second). Now the transmission rate of copper cables is limited to 40 Gbps, while fibre optics carry data at close to the speed of light. Experts have tested the speed and it came out to be hundreds of terabits per second.

 

SFP

 

Enhanced Space and Cable Management

If you compare the size of fibre optic cabling and copper cables, you’d find the fibre to be thinner. In fact, the strands of fibre optics are measured in microns, which is a millionth of a meter. These strands are as thin as human hair, but they have the capacity to transmit more data at faster speeds.

 

Fibre Size

 

Fibre Optics are Future-Proof

We see the numbers of internet users increasing every day. As per the growing demand for increased bandwidth, companies are supplying more. Since fibre transmits mass data at incredible speeds, investing ensures you’re ready for the future needs without replacing the cable. The average lifespan of copper cable is over five years, while its fibre optic cable can last for years.

 

Impervious to Electromagnetic Interference

As per the technical nature of copper cables, they have multiple cables running near one another as their network connection generates a field of interference around the cables. This process is known as crosstalk and can force expensive retransmission of the message. Fibre optic cabling, on the other hands, does not generate any of this electromagnetic interference, making it a safer choice for future generations.

 

Conclusion

With the small cable diameter and all the mode optical transmission capabilities of fibre it is hard not to choose it over copper.