How do Noise-Canceling Microphones Work?
This short product video from Icom explains how noise-canceling microphone technology works in their F7000 Series P25 radios and select IDAS models. The technology uses the AMBE+2 vocoder to distinguish speech from background noise and transmit only voice data via FSK modulation. This results in clearer communication compared to traditional analog radios that transmit both speech and ambient noise.
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Key takeaways
Icom's F7000 Series P25 radios and select IDAS models feature advanced noise-canceling microphone technology.
The AMBE+2 vocoder separates speech from background noise, encoding only voice into binary data transmitted via FSK modulation.
Unlike analog radios, Icom's digital approach filters out ambient noise before transmission, delivering crystal-clear audio.
Have you ever wondered how noise-canceling microphones work? This brief product video from Icom provides the answer.
Icom's advanced F7000 Series P25 radios, along with select IDAS models like the F3400D boast cutting-edge noise-canceling microphone technology. Icom achieves noise canceling through the AMBE+2 vocoder, distinguishing between speech and background noise, converting the former into a binary code transmitted via FSK (frequency-shift keying) modulation. Unlike traditional analog radios that transmit speech and noise without filtration, Icom ensures crystal-clear communication.
Icom ensures crystal-clear communication.
For your next noise-cancelling radio, choose Icom.
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Icom
Professional radio communication for land, sea, air, and public safety.
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