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AudioScope can zoom in with "virtual microphones" and capture sound from any chosen sound source like a camera which zooms in on a motive. With sophisticated signal processing algorithms and several hundred microphones the AudioScope can isolate sounds and make them crystal clear, even in a noisy environment.

Think of the possibility of hearing a player's voice as he scores during a football match on television. It will intensify the action of the game and add a whole new dimension for the viewer. Imagine that you could hear every question at a conference without the use of hand held microphones. Or imagine that you could hear all of the participants in a video conference crystal clear. Well, now you can with AudioScope's award winning technology.

How does the AudioScope work?

AudioScope is based on the same principle as sonar. A dish with an array of microphones can locate and record sound anywhere in a large room. A speaker's voice in an auditorium is picked up by all the microphones on the dish. Depending on the position of each microphone, the sound will reach them at a slightly different time. We use this to our advantage. To compensate for this deviation, we add delays to the microphones. Thus we are able to receive the audio from all of the microphones at the same time. When all the adjusted signals are combined we get an amplified signal. This technique is
called beam-forming, and when this technique is applied to hundreds of microphones the result is a tremendous signal boost.

The human brain can do this with just two microphones - your ears. If someone calls out your name in the street, you usually turn your head in that direction without thinking. AudioScope can do the same. It just uses a few more "ears" to achieve the same result.