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Bluetooth And Infared

With new electrical devices being produced every day,the problem of connecting things is becoming moreand more complex in nature. The system that comprisescomputers and other electronics makes use of varietiesof wires, cables, etc.

These parts will communicate through light beams,lasers, radio signals, and infrared. The problemhowever, is the devices and technology is often theconnection between each component. Therefore, mostelectronic systems aren't used to their full extentdue to the problems and imperfections.

To help simplify things, a solution was created -the solution of Bluetooth. Bluetooth is wirelessand automatic, offering users a variety of featuresthat have simplified the art of connection. Bluetoothhas revolutionized the standard methods of connectingthings to enabling almost anything to be connectedto a single system.

Aside from Bluetooth, there are other ways of connecting wireless devices. One example of suchis the IR or infrared. Infrared allows low frequencylight waves to transmit signals to another component.This technology is easy to create and the cost ofputting the IR device into a system is rather low.

Infrared technology is a one to one process. Dueto the limitation, you may only send signals from onedevice to another, similar to a television set andremote control. You can only transmit signalsbetween the two although not with a seperate system.

Aside from the fact that these two natures of infrared are obstacles to acquiring results, thesesame qualities have worked in advantage to theconnection. Infrared devices need to be lined updirectly, meaning too little interference can occurbetween the transmitters and receivers.

The technology behind Bluetooth works by transmittingsignals through low frequency radio signals. Thepath of communication is working on 2.45 GHz, whichis the same frequency band used in ISM devices.

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