Optical fiber and copper cable each have their own advantages and characteristics. Depending on the application, there is no "right" or "wrong" answer when choosing between the two. In fact, they are complementary in many ways.
As our world becomes more eager to get more bandwidth, and the cost of fiber optic cables has dropped, ICT professionals have begun to study it more closely. However, before deciding whether copper or fiber is best for your application, you should understand some of the advantages of fiber optic cables. Also learn aboutOptical Fiber Cable Distribution Box.
In terms of bandwidth, no technology currently available is better than fiber, especially single-mode fiber. Compared to copper cables of the same diameter, fiber optic cables provide greater bandwidth to carry more data.
No matter what kind of transceiver or other electronic technology brings it to the market, the advantages of optical fiber include that its performance is not limited by the cable itself. Instead, it is limited by the electronic components that make up the system. Upgrade the components and your fiber cabling will be easy.
Fiber latency is also reduced, which can speed up download and upload times and speed up access to resources. Because of this low loss, the fiber can also transmit data over longer distances without causing delays or interruptions.
2.Fibre itself fixed
Fiber optic cables do not emit signals; it is very difficult to connect a tap to the fiber optic cable to intercept data transmission.
Because the signal transmitted through the fiber optic cable is contained in each fiber bundle, you must cut in from the end of the cable to access it. In most cases, this will bring the network down and everyone will quickly realize the problem.
Because data transmission does not involve electricity (instead of transmitting data through light), the advantages of fiber optics include safe handling.
The fiber optic cable is not affected by temperature changes, bad weather or humidity. For example, if it comes into contact with rain, communication will continue as usual. If the cable is struck by lightning, the surge will not propagate because the cable does not contain any metal components.
It can withstand harsh environments without changing performance, so it is ideal for harsh environments such as outdoor, long distance, and industrial applications.
Placing many cables (carrying current) in dense environments can cause crosstalk between the cables, causing performance issues and interruptions in data transmission.
However, fiber optic cables do not generate electromagnetic interference (EMI). They are also immune to EMI. You can deploy them next to industrial equipment without worrying.