Fibre optics have found many uses in a variety of industries. Originally considered by many to be a prohibitively expensive technology in search of practical applications, it has now transformed the very infrastructure of PTOs. It has achieved this because of two very simple advantages it has over copper:

(1) the ability to transmit data at higher transmission rates and with lower losses and,

(2) the ability to do this at lower error rates.

Primary advantages of optical fiber are transmission speed and distance. This has made it essential for many backbone installations connecting servers and hubs. With copper you are talking 100 meters, with fiber you can be talking thousands of meters. Speeds of over 100 megabits/second are still a bit dicey on copper, but are no problem for fiber.

Other advantages of fiber are security and electrical isolation. It is much harder to tap into a fiber transmission line than copper wire, which often doesn't even need to be touched to tap it. Since fiber does not conduct electricity, it is immune from grounding faults and other electrical problems that plague some networks.

For most uses, optical fiber must be pulled in pairs. One fiber is transmit, the other is receive. The most common use of fiber in a business is to extend an Ethernet connection far beyond the distance it could go on copper wire.

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