Product Specifications, Quality, and Performance
❍ Features of the Voice Recognition Recording Equipment (Speaker Separation Microphone)
This speaker separation microphone solves the problems of products using conventional directional microphones or beamformer solutions,
optimizing the separation of voices for two speakers and improving voice recognition rates.
❍ Applied Technology
The speaker separation microphone utilizes a location-based sound pickup solution that identifies the speaker's location and captures only the sound generated from that location.
Furthermore, by analyzing the usage environment, the path of each sound is analyzed, ensuring voice recognition rates without degrading voice quality, even in spaces with reflection, diffraction, or reverberation.
Differentiating Applied Technology

1. This location-based speaker separation technology can isolate multiple speakers and maintains voice quality even after multiple pickup areas are formed.

2. By removing sounds outside the pickup area, it can achieve high voice recognition rates even in noisy environments.

3. By analyzing the signal transmission path within the space, it can maintain voice quality even in spaces where reflections or diffraction reverberation occur.

4. The use of an omnidirectional digital MEMS microphone array provides robustness against wind, vibration, and plosives.

5. Unlike beamformer microphones that utilize signal processing and require a consistent distance and consistent placement for location determination, this technology is unaffected by array spacing or placement.