iBurst TECHNOLOGY

iBurst technology is a wide-area mobile broadband technology offering; a unique combination of high speed, wide range and high base station capacity. It’s a pure IP, end-to-end system built on two primary components:

base stations deployed by a network operator, much like today’s cellular services, and wireless modems or PC cards that customers use with an existing Internet appliance, such as a notebook.

Unlike voice networks such as GSM, CDMA and 3G standards,  iBurst technology has been designed from the ground up to provide pure data and with the incorporation of IntelliCell technology, it’s able to provide the wireless data much more efficiently than the voice based cellular networks.

As a result the iBurst network is able to provide data rates of up to 1 Mbps to each user. As well as being superior in performance, the data delivery over an iBurst network is also significantly more economical than voice networks.

The data charges for iBurst based data are comparable to that charged for wired access such as ADSL. In comparison, data transferred over voice networks can be up to two orders of magnitude more expensive.

IntelliCell

iBurst services are based on IntelliCell technology from ArrayComm in the US. They maintain extreme levels of efficiency in using available radio frequencies.

Through advanced algorithms, IntelliCell adaptive antenna technology adjusts signal patterns to and from each subscriber, creating a ’personal cell’ for efficient delivery of voice or data services. These personal cells follow people as they move, reducing radio interference.

Base stations

With IntelliCell, each base station uses a small array of off-the-shelf antennas, coupled with ArrayComm’s sophisticated signal processing techniques. This dynamically controls radio signals between the base station and you, the user.

The signal selectively amplifies each user’s intended signal and rejects all unwanted signals, allowing more users to share the spectrum. The result is a significant increase in capacity and coverage that leads to substantial reductions in the costs for infrastructure deployment, network operations, system maintenance and radio spectrum.

Conventional base stations, unlike IntelliCell base stations, transmit energy in all directions. In this instance, only a small fraction of the signal reaches the intended subscriber. The rest of the RF energy is wasted and generates noise interfering with other users in the system.

More recent techniques of ’pointing’ a signal to the intended user are hampered by the abundance of physical obstacles like buildings and trees that make transmission impossible.