If you listen to the video, they say the Soundcam records acoustical data and presents the data in a visible format - kinda like GPS.
Maybe I'm missing something but I don't see how this device fits into sound reproduction in traditional stereo playback systems (end-user).
If you're attempting to pinpoint, troubleshoot and analyze the "location" of an audible sound source, then the Soundcam would be instrumental in helping you achieve that.
For example, your car develops an audible noise from the engine compartment that you can't isolate. You take your car into your friendly neighborhood auto mechanic. He pops the hood, takes a Soundcam and points it at the engine compartment. Voila! The Soundcam "visually" pinpoints the exact location where the noise is coming from and what might be causing it.
There could be industrial or manufacturing applications such as electronic and audio circuit design and engineering etc., For example identifying and pinpointing the source of hum in an audio circuit.
How would you see this technology being applied from an end-user's perspective?
Maybe I'm missing something but I don't see how this device fits into sound reproduction in traditional stereo playback systems (end-user).
If you're attempting to pinpoint, troubleshoot and analyze the "location" of an audible sound source, then the Soundcam would be instrumental in helping you achieve that.
For example, your car develops an audible noise from the engine compartment that you can't isolate. You take your car into your friendly neighborhood auto mechanic. He pops the hood, takes a Soundcam and points it at the engine compartment. Voila! The Soundcam "visually" pinpoints the exact location where the noise is coming from and what might be causing it.
There could be industrial or manufacturing applications such as electronic and audio circuit design and engineering etc., For example identifying and pinpointing the source of hum in an audio circuit.
How would you see this technology being applied from an end-user's perspective?