Knowing About Fiber Optics

Knowing About Fiber Optics

Whenever people talk about the internet, the cable television system or the telephone system it is very likely that you hear about cables that are fiber optic. They are considered strands of optically pure thin glass that carry digital information over long distances. Mostly used in communication mediums due to the availability of a higher bandwith, these fiber optics will carry the light far longer than many other forms of electrical signal carriers.

Fiber optics communication systems have certainly developed the telecommunications industry and because of its advantages over electrical transmission, copper wire communications in core networks have been replaced by optical fibers. How it works is fiber optics are long, thin strands of pure thin glass that are arranged in bundles referred to as optical cables that are used to transmit light signals over long distances.

A single optical fiber consists of a core that is the thin glass center of the fiber where the light travels, cladding which is the outer optical material around the core that reflects the light back into the core and a buffer coating which is a plastic coating that protects the fibers from damage and moisture.

Due to its smooth transition, fiber optics are recommended for longer distant signal transmission. With minimum number of amplifiers these fiber optics calbles can carry the amount of data carried in many electrical wires. When fiber cables run alongside each other for long distances, they don’t experience crosstalk unlike some types of electrical transmission lines. Although fiber optics being higher in value, it will save some money in the longer run with less maintenance.

Fiber optics is thinner which is why unlike electrical signals in copper wires; light signals from one fiber do not interfere with those of other fibers in the same cable which results in clearer reception. The loss of signal is also less in fiber optics than in electrical copper wires which is why lower-power transmitters can be used instead of the high-voltage electrical transmitters.

Since its suitability to be used in digital signals, fiber optics are mostly used in the telecommunication aspects. Due to the flexibility of fiber optics usages today it is often seen in almost any industry.

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Advantages of Using Fiber Optics Internet

Advantages of Using Fiber Optics Internet

Fiber optics internet is now slowly becoming the trend especially to businesses which needs to have a very fast internet connection. Aside from the speed that a fiber optic internet offers, it is also reliable. As compared to other mediums of internet connections, fiber optic internet is more reliable since it is less prone to electrical disturbances or any other form of data disruptions since the data that is flowing through the fiber optic cables is being transported as a light signal making it reach the destination fast and efficient.

But there is only one problem when it comes to using fiber optics internet and that is the price. Using a fiber optic internet is very much expensive as compared to other types of internet services. But then again, you have to look at the advantages that it will bring you and you will see that you will be able to spend your money well.

Automation has also been a very demanding field of technology since it requires precision and accuracy especially those automation system that are being used in industrial businesses such as manufacturing. In order to efficiently and securely transmit information over a network, the company needs to use fiber optic internet. Fiber optic internet will not only enable the company to access the internet in no time but also will ensure that the information being sent over the network is still of good quality. This is important especially if you are transporting data over long distances.

As compared to other types of internet mediums, fiber optics enables the user to connect networks in long distances unlike using copper cabling. In copper cabling, if the distance is more than 100 meters, the signal will begin to weaken and eventually will not reach the destination. This is not the case with fiber optics since the data being transmitted is converted into light form and not electrical pulses.


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