Fiber optic technology is often something that we take for granted even though it is commonly used throughout our world for telecommunications. The way the technology works ensures a much faster signal transmission and other types of wires.
Fiber-optic technology begins with the help of plastic or glass threads which are able to transmit data. Fiber-optic cable is bundled plastic or glass threads that can transmit a variety of messages which are modulated into light waves.
The idea is that a signal can be blended into a carrier signal on the receiving side of the cable. The audible tones transmitted through a telephone wire for example and then work at turning it into a signal that could be demodulated and sent through light.
The fiber-optic cables themselves have taken over from more traditional metal communications lines. Fiber-optic technology is much better for communications because they can carry a larger bandwidth of data and carry it much faster.
Fiber-optic cables are also far less susceptible to any type of interference that was common amongst metal cables for telecommunications. As an added bonus they can also be much smaller, thinner and lighter than metal wires which can cut down on some of the weight for lines.
The only real disadvantage to using fiber-optic cable technology is that it’s currently more expensive to some of the traditional metal wires that have been used for telecommunications technology. It’s also difficult to splice into existing fiber-optic networks which can make repairs quite tedious.
As telephone companies slowly change their lines over to fiber-optic cables, we can start to see a massive boost when it comes to the quality of communications and internet worldwide.
If you are seeing new advertisements from a local cable company that they are offering fiber-optic Internet, you should completely upgrade to see the difference!
