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Monday , 24 October 2016
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How Fiber-Optics Compares With Electrical Transmission

Right now there are two different types of telecommunication networks besides satellites and cell towers- these are the fiber-optic network and the electrical system, also known as copper wired network. There are some vast differences between fiber-optic and electrical networks, and it is important that consumers know these differences before choosing the types of services they wish to have.

Fiber-Optic Cabling is Cheaper to Install

Copper wiring is more expensive to install than fiber-optic cabling. The process of installing copper wiring is more extensive because a lot of man power is needed to set up this type of network. Not to mention, copper costs more. Fiber-optic cabling, on the other hand, is easier to install, and the materials are cheaper, since fiber-optic cables are predominately made of glass and are as thin as a piece of hair.

Faster Data Transmission

Fiber-optics can transmit data far quicker than electrical systems. Electrical systems can only transmit approximately 2.5 megabits per second, while fiber-optic cables can transmit several terabits each second. Since fiber-optics can transmit data so quickly, individuals who subscribe to these networks can enjoy even greater amounts of bandwidth. Smart phones will function just as fast as computers, and individuals can use their computers for activities that usually will drain bandwidth resources. Such activities include, but are not limited to: gaming, web development, software testing and deployment, use of cloud technologies, file sharing, watching videos and using voice conferencing services.

All on One Line

When using copper cables, a separate line is needed for the internet, cable and phone. The cable is usually run through the cable box, and the phone is hooked up to different jacks throughout the house. If a subscriber decides to get DSL service, then the phone line will have to be split to allow both signals to pass through effectively. If the subscriber wants to obtain broadband service, then the internet will have to be hooked up on an entirely separate line. It is impossible for all three services to share one line because a copper cable does not provide the speed to do this. One fiber-optic cable, on the other hand, will facilitate the use of all three services on one line because signals are transmitted through the network using light waves rather than electricity.

Due to the fact that fiber-optic cable offers more of an advantage than the copper cable, more companies are setting up fiber-optic networks for their subscribers. In the not-so-distant future, we will see a significant decrease in electrical systems being used for telecommunication purposes, as they will no longer be able to support the demands of many Internet users. This will especially be the case when the use of cloud computing technologies becomes more widespread.

Author: Jason Kane writes about internet technology and fiber-optics found from sites like www.fluxlight.com

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