BHI noise cancelling
Showing all 6 results
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Amplified Noise Cancelling Module
SKU: ANEM MKIIBHI£109.00The ANEM MKII is a compact and stylish in-line solution to noise and interference problems in radio communications. It adopts the use of DSP (Digital Signal Processing)to rid unwanted noise and interference, leaving clear speech with minimal distortion.
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In-Line Module
SKU: NEIM1031 MKIIBHI£125.00The NEIM1031 MKII in-line module is a versatile and stylish desktop noise cancellation unit which improves the quality of speech in all types of voice and radio communications by dramatically reducing the inherent problem by removing the unwanted background noise and interference.
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Noise Cancelling Amplified DSP Module (KBD)
SKU: NEDSP1062-KBDBHI£92.00The NEDSP1062-KBD noise cancelling amplified DSP module employs the same technology as the basic PCB model with an additional integral microcontroller connected to a small keyboard assembly which requires a single button operation for all functions. The button switches the noise cancellation on/off and changes the DSP noise cancellation tier.
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Noise Cancelling Amplified DSP Module (PCB)
SKU: NEDSP1062-PCBBHI£96.00The NEDSP1062-PCB noise cancelling amplified DSP module provides users with a simple solution to adding DSP (Digital Signal Processing) noise cancellation to a wide range of applications. With DSP, the module provides up to 35dB of noise cancellation and 65dB of tone reduction.
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Noise Cancelling Wired DSP Module
SKU: NEDSP1061-KBDBHI£85.17The NEDSP1061-KBD noise eliminating wired DSP module is a small and compact printed circuit board module that cancels out unwanted background noise in radio communications to leave clear speech. It implements unique Digital Signal Processing (DSP) technology which analyses whether the signal has any noise present with the speech.It is also fully adaptive to changing environmental conditions.
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Universal Noise Cancelling Speaker
SKU: NES10-2 MKIIIBHI£92.00The NES10-2 MKIII DSP noise cancelling speaker eliminates unwanted background noise and interference from noisy communication channels to leave clear intelligible speech.
