When dial-up first came out, it gave ordinary residential customers access to the wonders of the World Wide Web. Technology has advanced from that point on to make the Internet more important than ever. It connects people, shares invaluable information, and gives jobs to the tens of hundreds who know how to properly use it. It is very difficult to imagine life depraved of internet. High-bandwidth software are abundant in the internet and are used daily by professional and amateurs users. Speediness and constancy, in the internet language, is the only way to be at the top. Knowing this, the creative minds of broadband providers translate this need to their gain. These companies are now speedily figuring out new ways to provide the most excellent service they can give to their customers. Fibre broadband is the next generation of high speed internet that once came from the old dial-up, to broadband, then on to ADSL 2+. This technology uses a form of cable called fibre optic that is not readily eroded. The fact that these cables are less susceptible to electromagnetic interference allows them to provide higher bandwidth. Technological developments have caused the cost of fibre optic technology to decrease dramatically so that it is now readily available not just for commercial use, but also for residential customers. A good example of optical fibre broadband technology is FTTC.
In the 1970's telecommunication companies and cable-TV providers saw the need to replace metallic cables with fibre cables. But due to the fact that fibre optics was still new and was thought to be pricey and uneconomic, the providers considered hybrid alternatives as solutions to the problem at hand.
Fibre to the cabinet or more commonly known as FTTC is one such solution these companies thought of. To answer these problems they were facing, these companies created Fibre to the cabinet, or FTTC. FTTC broadband uses the metallic copper wires to connect the customer to the cabinet which is in or near their street. From the cabinet, fibre optic is then used to connect to the local telephone exchange. At first, because fibre optics was too steep-priced, only businesses were able to afford them. However, fibre optic technology is now more economical as copper wires are increasing their prices. Because of this, local providers can now make FTTC available to residential subscribers.
FTTC broadband subscribers need a VDSL2 capable router to which he will connect his PC or router. This also needs a device that supports PPPoE before one can use it. Customers using routers with built-in ADSL modems will have to get a new router as their old routers will not work with a FTTC connection. This optical fibre broadband also promises 40Mbps download speeds and up to 10Mbps upload speeds. Downstream of up to 40 Mbps and upstream from 2Mbps to 10 Mbps is what this optical fibre broadband is capable of. But the distance of the subscriber from the cabinet will determine the actual speed of the connection. As a general rule, the bandwidth is faster if the copper cable used is shorter. Within a few years, these numbers are even assumed to go up to 60Mbps for downstream and 15Mbps for upstream.
Only a few fibre broadband U.K. users exist at the moment. However, optical fibre broadband providers are now scrambling to provide this type of technology to more and more subscribers to keep U.K. from falling behind other countries.
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