WHY GO WIRELESS INTERNET?
IMAGINE PLUGGING YOUR COMPUTER INTO A STANDARD ELECTRICAL OUTLET AND RECEIVE 3MPS OF INTERNET/ BROADBAND
Visit www.bornhoft.net to see a presentation on a Multi Dwelling Unit Network installs with 200 Mps service at a fraction of the cost of Cable installs or wireless and 4X faster than wireless network
An emerging technology may be the newest heavy hitter in the competitive world of broadband Internet service. It offers high-speed access to your home through the most unlikely path: a common electrical outlet. With broadband over power lines, or BPL, you can plug your computer into any electrical outlet in your home and instantly have access to high-speed Internet.
Despite the proliferation of broadband technology in the last few years, there are still huge parts of the world that don't have access to high-speed Internet. When weighed against the relatively small number of customers Internet providers would gain, the cost of laying cable and building the necessary infrastructure to provide DSL or cable in rural areas is too great. But if broadband could be served through power lines, there would be no need to build a new infrastructure. Anywhere there is electricity there could be broadband. The idea of using AC (alternating current) power to transfer data is not new.
By bundling radio-frequency (RF) energy on the same line with an electric current, data can be transmitted without the need for a separate data line. Because the electric current and RF vibrate at different frequencies, the two don't interfere with each other. Electric companies have used this technology for years to monitor the performance of power grids. There are even networking solutions available today that transfer data using the electrical wiring in a home or business. But this data is fairly simple and the transmission speed is relatively slow like phone companies, power companies also have lines strung all over the world. The difference is that they have power lines in a lot more places than phone companies have fiber optics.
