Since its inception, fiber optic communication has transcended new territories and especially with fiber optic internet being an innovative concept in pushing broadband speeds significantly, the trend is fast catching. However, nothing of all this would have materialized had the basic component called fiber optic cable not been present. It is owing to this basic cable that enormous internet speeds can be reached. Sadly, people do not understand why fiber is capable of bringing such speeds and not copper infrastructures; something that has been relied on for years. It is important one understands the difference in working so that the relevance of fiber optic internet proves beneficial to customers and businesses.
Working processes
Though there are subtle differences in the way a fiber optic cable connection functions compared to copper ones, yet both has one particular thing in common- the signals are more or less sent across a particular distance. To know more about them, read below:
-Optical fiber: With fiber optics having extensive use in communication processes, it is solely because of the data being conserved as the light is not allowed to stop around the middle. This is naturally beneficial for data transfer in long distances. If the internet is plugged in through a fiber optic cable, it is almost akin to a mini light show.
-Copper: Copper communications basically rely on electrical pulse transfer through copper wires and that is quite simple a process. The signal power determines how much will be retained by the time the destination is reached and only after that, the wire’s electromagnetic field is consistently monitored. These cables are required to have wires so as to accommodate mechanisms that allow proper signal processing.
Fiber is faster
This cannot be denied that copper suffers from considerable signal-loss issue. It can be best used for maintaining a continuous electrical current as it’s a great conductor. But when it comes to signaling, the output is poor.
Theoretically, a fiber optic cable on the other hand, sends tetra bytes per second of data without much data loss. There are two reasons- first, signal retention and second, signal clarity. It is easy to know when the signal begins and ends as well as a strong signal is sent across the wire, which allow communication at such fast speeds that many routing technologies fall short of processing.
For more details, please visit: http://www.iopticcable.com