'Fiber optic network cable
' sounds like a complicated technical phrase with some extremely deep and possibly difficult meaning attached to it. At least, if you are not a technical expert and have never heard this phrase then that is what it would sound to like you. However, the reality is that these are nothing but cable wires made using a specific technology, with a target to improve the quality of communication.
A fiber optic network cable is a huge improvement over the conventional co-axial cables. The co-axial cables are the kind of wires that one normally sees being used by the cable TV providers and Internet connection suppliers. The signals are conventionally transmitted through these wires using non-optical technology.
On the other hand, optical fibers are built upon the light-based information transfer technology. As an end-user one does not require knowing how this technology is implemented inside the wires. It would suffice to understand that rather than electrical signals, the communication happens over optical signals. A form of light is encoded and modulated to carry the signal messages. As a result, the speed of communication experiences a significant enhancement. Also, the accuracy of the message transfer is tremendously improved.
Why is the speed and accuracy of a fiber optic network cable better than a conventional cable? The reason is two-fold. The speed improves simply because light signals are the fastest travelling signals in the entire world. So the information traversal time is the minimum possible. As a result, the bandwidth is maximized - the same channel can be reused to send the maximum possible amount of information in the minimum possible span of time. The interference of the light waves with other external electro-magnetic waves is also minimal while the signal travels across the cable. The protection against external interfering signals is excellent in these cables. And the attenuation factor is minimal, enabling the signals to travel far. Thus these cables prove their worth as excellent communication channels.
What are the uses of such cables? These are used for worldwide Internet data exchange. A variation of these cables is laid under the seas for international propagation of Internet data. The bandwidth in such a scenario is in terabytes per second. At your home too, you can use such cables for quick connection with satellite TV and for high-quality wired Internet connection. That way, you get a fast and secure network in place. If you use your own satellite TV hardware, then using these cables for the signal transmission would make your picture and sound input to your television set of the best possible quality.
Thus, fiber optic network cables are one of the most pronounced wired communication systems in today's world of information transfer, and using them effectively at home can improve the quality of your life too.
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