The World Wide Web was opened to the ordinary residential subscribers due to the invention of dial-up. Since then, technology has developed so that the Internet is now a precious asset more than ever. It allows people to keep in contact with each other, provides important facts, and allows people who knows how to work their way around it to be self-sufficient. It is very difficult to imagine life depraved of internet. There are hundreds of applications that are bandwidth-hungry that businesses, end even residential customers, use every day. And in the world of the Internet, speed and reliability are the keys to be the best. The most innovative telephone companies acknowledge this to be true and use it to their advantage. These companies are now speedily figuring out new ways to provide the most excellent service they can give to their customers. From dial-up to broadband to ADSL 2+, the internet has now evolved and produced fibre broadband. This utilizes a cable, called fibre optic cable, which cannot be easily destroyed. They are also more resistant to electromagnetic interference, thus guaranteeing higher bandwidth. Fibre optic technology is now cheaper due to technological progress and as such is procurable for both business and residential customers. Fibre to the cabinet belongs to these so-called optic fibre broadbanddevelopments.
Telephone and cable-TV companies during the 1970's thought they needed to remove their metallic cables and use fibre cables instead. However, because fibre technology was still in its early stages and was still largely considered to be too expensive and unprofitable, these companies looked to hybrids of the two technologies to solve their problems.
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. Fibre optic cable then connects the cabinet to the local exchange. And then, the cabinet uses fibre optic cables to connect to the exchange. During the early stages of this optic fibre broadband, optic fibres were far too expensive so that only commercial customers could use it to an advantage. But copper wires are now slowly becoming premium commodity as fibre optic prices steadily decreases with the passing of time. This then allowed local telecommunications companies to provide FTTC to residential customers.
A subscriber needs to connect his computer or router, if he has one, to a VDSL2 capable router if he wants to use FTTC broadband. To utilize this, a PPPoE device is essential. One needs to buy a new router if he has an ADSL modem built in his old router as this does not work with an 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. The connection is faster if the copper wires are shorter. Experts even predict that these speeds can and will go up to 60Mbps downstream and 15 Mbps upstream in the very near future.
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.
Telephone and cable-TV companies during the 1970's thought they needed to remove their metallic cables and use fibre cables instead. However, because fibre technology was still in its early stages and was still largely considered to be too expensive and unprofitable, these companies looked to hybrids of the two technologies to solve their problems.
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. Fibre optic cable then connects the cabinet to the local exchange. And then, the cabinet uses fibre optic cables to connect to the exchange. During the early stages of this optic fibre broadband, optic fibres were far too expensive so that only commercial customers could use it to an advantage. But copper wires are now slowly becoming premium commodity as fibre optic prices steadily decreases with the passing of time. This then allowed local telecommunications companies to provide FTTC to residential customers.
A subscriber needs to connect his computer or router, if he has one, to a VDSL2 capable router if he wants to use FTTC broadband. To utilize this, a PPPoE device is essential. One needs to buy a new router if he has an ADSL modem built in his old router as this does not work with an 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. The connection is faster if the copper wires are shorter. Experts even predict that these speeds can and will go up to 60Mbps downstream and 15 Mbps upstream in the very near future.
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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For optic fibre broadband check out Goscomb Technologies. Goscomb Technologies specialise in offering fibre to the cabinet.
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