There are many reasons that may be given, but what it all comes down to is that with the rise of optic fibres, you’ll have access to faster bandwidth for downloading data on the Internet and other telecommunications networks. Furthermore, these cables are far more resistant to interference than regular cables.
Digital Data Transfer
The biggest difference between a fibre optic cable and metal cables is that optic fibres are thinner, lighter and transmit data in digital form instead of the lower quality analog. Today, optic fibre technology is most prevalent in the computer network and telecommunications industry, and it is also widely used in radio and television. In short, optic fibre technology has become the standard means of transmitting large amounts of bandwidth data.
Other Uses of Fibre Optics
While the technology is most closely associated with telecommunications and the Internet, it is also being used in other fields such as medicine and various industrial applications. Aside from offering bigger and faster bandwidth, fibre optics doesn’t suffer from distortion like standard cable, so when you receive the data in digital form it is clear. If fibre optics is used by in major industries like TV and radio and also in highway traffic control and other systems, there’s no reason why you shouldn’t.