Ethernet Fiber

By Author: Mohan Chen
Total Articles: 434
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We are living in a world where technology is ever changing. With optic technology inching its way forward, it is slowly taking over the cable technology by replacing copper wires as a means of communication signal transmission. There are advantages of converting to Ethernet fiber when compared to traditional copper wires and cables.

Since Ethernet fiber optics is based from glass, it doesn't conduct electricity. Hence, you can do away with grounding. It is also protected from electromagnetic interruption like lightning. Fiber optics uses light pulses which make it convenient to use outdoors and close to electrical cables.

With fiber optics' unlimited bandwidth, it is possible to communicate information more dedicatedly. When compared to copper cables, it can offer 1000 times more bandwidth covering a distance which is 100 times farther. As a result, you can imagine the speed of the connection which goes in circles around the bandwidth assigned. Fiber optics also gives you the ability to expand your bandwidth and go in for new technologies like MPLS, DWDM, etc.

Ethernet fiber optics is not susceptible to ...
... water and chemicals as it is made of glass. Therefore, it cannot be damaged by abrasive elements. This in turn reduces the cost of maintenance of Ethernet. The superior quality technology used in fiber optics is stronger when compared to copper cables. This produces high definition picture quality and is devoid of any outside influences.

In case of breakage of fiber optic cables, there is no risk of physical injuries. In contrast to conveying information through electricity, fiber-optics does it through light. There is also no risk of damage due to fire or electrocution. Service providers hardly have any concerns of hardware failure when they use fiber optics.

Fibre cannot be tapped easily and even if it is, no light will be transmitted. Hence, it is more secure than copper wires. Although, Ethernet is not available everywhere, it is still a cost effective option at places where it is obtainable. Whether for a small office or a large set up, it is an economical and practical solution. When it comes to speed, fiber optics can transmit good signals over 10GB per second.

Surely, the advantages of converting to Ethernet fiber are enormous. With cutting edge technology in your hands, data communication is not restricted by distance and you can have the highest quality transmission for your phones, Internet and television.

Ethernet fiber has been a great development in telecommunications. It has so many positive features. Telecom companies do not need to disrupt or divert your phone, Internet or television services while they upgrade their relays or to make repairs. You get non-stop, fast and clear signals.

Ethernet is a fairly new type of broadband usually confined to a particular building or dense metro area. Although ethernet technology has been in use since the 1970s within local area networks, it only recently has been in use as a wide area network transmission medium as well.

Ethernet for broadband can be delivered over fiber optic cables installed throughout an entire building (also known as "lit" or "on-net") which can substantially reduce normal provisioning time for clients residing in that building. But the main advantage is that ethernet over fiber can be run at native speeds of 10, 100, or 1000 Mbps (also known as Gig E), which is a major leap forward compared to traditional forms of accessing bandwidth.