Fibre optic cabling system is the foundation of every business network in recent times by providing connectivity between servers, computers and devices. Through the help of fibre optics, you can send messages and data from point A to point B.
It allows both voice and data to be sent worldwide. Copper wires are previously used to transmit data. However, as technology continues to improve, there is a huge demand to have a faster and more advanced method of transmitting or networking.
This is the reason why fibre optic cabling is fast becoming the next generations’ standard data cabling.
However, before you can fully understand fibre optic cabling, we need to define some important things first. For instance, what is fibre optic cable?
What is Fibre Optic Cable?
It is a network that contains strands of glass fibers inside an insulated casing. They carry communication signals using pulses of light. It has more capacity and is less susceptible to electrical interference compared to copper wire
What are Optical Fibre?
According to Wikipedia, an optical fibre is a flexible and transparent fiber made from high quality extruded glass, silica or plastic. It is slightly thicker than a human hair and can function as a waveguide or light pipe to transmit data and messages between the two ends of the fibre.
Fibre optics on the other hand is a technology that uses glass or plastic threads to transmit data. It is consists of a bundle of glass threads that are capable of transmitting messages through light waves. It can transmit data digitally, a natural form for computer data, rather than analogically.
Now, what is fibre optic cabling?
The term is based on optical fibers which are long, flexible, hair-width strands of ultra-pure glass. Optical fibre cable system is used by many companies for its speed and capability to handle large amounts of data.
Aside from providing connectivity between several networks or servers, it transmits data securely, meaning no data is lost during the process while minimizing data network problems.
With everything been said about optical fibre, it is quite clear that it is more promising compared to copper, especially because it’s very fast. Now that brings us back to the topic of this article, why is fibre optic faster?
Why is Fibre optic faster?
Fiber optic cables allow for a faster and clearer transmission of signals. Fiber optics works by transmitting signals through light waves. It is either created from glass or plastic fiber where light passes through. At the end of every fiber optics cable is a transmitter.
When information or signals pass through this transmitter, it is converted to a light-emitting diode (LED) that passes through the cable. It also reaches longer distances that can span up to miles, making connection more efficient.
Below are reasons why fibre optic is faster than the traditional copper cables:
- Unlike traditional copper wires that transmit electrical currents, fibre optic transmits pulses of light that are generated by light emitting diodes or laser along optical fibre. That’s one major reason, but there are more.
- Fibre optic cables have a larger-than-life kind of bandwidth, compared to the traditional copper wire.
- At very high frequency signals, copper wires will undergo loss of signal strength. However, this isn’t so for fibre optic cables. In fact, they find it convenient to carry much higher frequency ranges.
- Copper wires are more susceptible to electromagnetic interference; fibre optic technology isn’t as susceptible.
Fibre optic cables will be faster than copper wires any day. With the few reasons above, I believe you know the right choice to make.