What is Fiber Optics?
Fiber optics technology, telecommunications services, let providers install such systems for homes and offices, we keep hearing these everywhere around. People have got accustomed to think of the many advantages such new telecommunications networks make possible. The benefits of using fiber optic for internet, TV and phone services are largely known. And providers in the field will keep saying how good it is to have these new networks in place for data transmission and reception.
Putting optical systems in place for telecommunications requires, in fact, expertise, solid knowledge and sharp skills. What we hear about optical fiber is only a slight portion of what a specialist must know. It is technology made simple, for large audiences' comprehension.
Building networks, maintenance and troubleshooting, permanent assistance to a good functioning, are the business of fiber optics experts. And FiberOne is one of these experts.
Apart from common information about fiber optics, there are many interesting things, tips and tricks that make the system run. Altogether, work secrets reveal the intricacies of setting up optimal infrastructures. For more technical minds, and individuals who want to peep into the secrets of this brand new communications technology, FiberOne explains part of the system functioning.
A lot of questions might swarm into one's mind, regarding fiber optics. What is it? How does in run? Which are its basic principles? How is data transmission possible through optical fiber?
We try to answer at least some of these questions, in the following lines.
Data transmission is possible in various ways. Emission of signals and information travelling from one point to another, as well as signals reception, follows three distinct methods. One of them is specific to landline telephones. Another one is specific to mobile phones (the so-called wireless technology, based on radio waves). The third method is specific to fiber optics. Information, coded in a beam of light, is sent down a plastic or glass pipe. Light beams, in their way down the glass or plastic pipe, are made to bounce repeatedly off the walls. In a few words, this is fiber optics technology, at a granular level.
Content travels from one point to another, through glass or plastic pipes, as said. This content is encrypted into light beams working their way down from transmitter to receiver. First, electrical information from a computer (i.e.) is converted into a series of light pulses. Carried along by cables, the light pulses are converted back to electrical information the device receiving it can decipher. This is the basic principle that lays the ground for an entire fiber optics telecommunications technology.
Fiber optics technology is still of interest to many brilliant minds that make it advance. Hence, new, improved ways of applying fiber optics to telecommunications industry might become possible. It is important to have an open-minded attitude towards such possibilities of the future. It is crucial to stay prepared for large-scale developments. Welcome to the rapidly evolving world of telecommunications technology!