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Over the last 10 years, broadband internet access speeds have increased so dramatically that it is hard to believe that it used to take a few minutes to open simple web pages. In some countries, like Japan and France, internet access speeds of over 50 Megabits per second are the average. A few years ago, in Sweden, the fastest internet connection speed was recorded at an astonishing 40 Gigabits per second. With these speeds it is difficult to imagine a time with only dial-up connections available.

With current technologies, most countries are now reaching the limit of what their current internet infrastructure is capable of. However, replacing the telecommunications infrastructure of a country in order to improve broadband speeds is much harder than it may sound, but in order to reach speeds up to what is possible even now, an optical cable connection is needed.

One particularly resourceful way of increasing broadband speeds is by using current electrical power lines to send data. Because internet data is transferred at a different frequency than electricity, the power grid of a country can be utilized to also connect people to the internet. However, there is at least one issue that needs to be overcome if it is going to be a success. Recent test have shown that when data is transmitted through overground, poorly insulated cables, the broadband data transfer can disrupt nearby radio signals, particularly those that are used by amateur radio operators. It could be possible, though, for a broadband connection to be established just by plugging into an electrical outlet and enjoying possible access speeds of up to 200Mbps.

One of the most hotly anticipated technological advances in broadband access is WIMAX, also called 4G. WIMAX could potentially offer users a maximum data transfer rate of 70 Megabits per second, a vast improvement from 3G standards. and something that could eventually instigate the demise of plug-in broadband.

One other route that users may be able to take in the future in order to access broadband at a higher speed is by satellite. There are currently millions of people around the world that utilize satellite technology to watch television programs. These connections could also be used to transmit internet data at speeds of up to 3 Gigabits per second, that is 3000 Megabits per second (around 375 Megabytes per second). There are 2 problems facing the use of this technology, the weather and the cost. As most satellite television viewers know, bad weather can play havoc with signal reception and in some cases disrupt it totally. The cost of the equipment for receiving broadband internet access via satellite could also cost in excess of $2500, and would also be charged on a monthly basis, which is much too expensive for the majority of users even with the huge attainable speeds.

With the aforementioned technologies on the way, the future of broadband is something to look forward to with interest.

Continue : Broadband

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