Bluetooth technology has made it possible to use radio standards and communication protocols that consume low power within a short range to communicate with devices that use similar technological features. Bluetooth technology allows devices to use radio communication systems that are not required to be within the line of sight of one another. The devices will still be able to communicate as long as the transmission is of sufficient strength.

Its closest competitor is Wi-Fi networking, and both are widely used in offices today as well as in homes. As each has slightly different capabilities, a combination of the two is frequently found in both.

Better Accessibility Without Network Setup

Bluetooth technology allows devices that are Bluetooth enabled to be much more accessible and be used without concern about network addresses, permissions, or other considerations normally associated with typical networks. It is well suited to simpler immediate tasking. WiFi technology, while similar to Bluetooth, requires much more power and is capable of a much greater range.

The future of Bluetooth technology is indeed bright and the next version code-named Lisbon promises a number of features that provide for better security and usability as well as value. It includes Atomic Encryption Option that which will result in a much greater level of security and also allows for role switches on encrypted links.

Another Bluetooth technology feature of the future is Extended Inquiry Response which will make available more information during the inquiry procedure and allow better filtration of devices before a connection is made. In addition, Bluetooth technology is a major player in the growing Voice over IP (VOIP) scenario with Bluetooth headsets acting as wireless extensions to the PC audio system.

The future uses of Bluetooth technology may see cordless handsets with a base station being connected to an Internet link. This application should become practical in the home as well as the workplace. In future, Bluetooth technology will lead in the direction of adoption of Ultra-wideband radio technology which should allow Bluetooth use over UWB radio. This will allow much faster data transfers, synchronizations, and file pushes and well as building on the low power consumption features of Bluetooth

Bluetooth technology offers low power consumption during non transmission of data and a high data rate radio used in the transmission of bulk data. These characteristics make it an ideal technology for many future applications.