SeeSV-S206 Mini Sound Camera

SeeSV-S206 Mini Sound Camera

Product Overview

SeeSV-S206 is a real-time sound camera that implements FPGA-based high-speed beamforming technology. It was developed
for the detection of highly transient noise sources, and also performs superbly on stationary noise sources.

SeeSV-S206 employs more MEMS microphones than its previous model, SeeSV-S205, resulting in an improved signal-to-noise ratio.
The new sound camera’s portability has been improved with a 16% reduction in size.

  • Capturing 25 images per second.
  • Highly sensitive microphones immediately detect small annoying sounds.
  • Successful detection of Buzz, Squeak, and Rattle (BSR) noise sources as well as the visualisation of Noise, Vibration, and
    Harshness (NVH) sources.
  • Design of SeeSV-S206 makes easier and more accurate measurements of sounds.

Models

  • SeeSV-S206W
  • SeeSV-S205W
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Product Resources

  • Technical Specifications

  • Key Features

    Hardware

    ㆍUnique, Innovative Design
    ㆍ96ch Digital MEMS Microphones
    ㆍHigh Resolution Optical Camera
    ㆍHigh Speed Processing based on FPGA
    ㆍEasy Connection based on Wireless Network

    Software

    ㆍReal-Time Sound Imaging
    ㆍHigh Speed Image Update, 25 FPS
    ㆍOptimized for BSR Detection
    ㆍBackground Noise Removal (Noise Gate)
    ㆍSelective Listening for Noise Source
    ㆍEffective Post Processing
    ㆍFFT and Octave Analysis
    ㆍMobile function through Web Service

  • Options

  • Videos

    [SeeSV-S206W] Car Engine Cover Effect Detection

    [SeeSV-S206W] Car BSR Noise Detection

    [SeeSV-S206W] Car Dashboard SR Noise

    [SeeSV-S206W] Car Seat Noise Detection

    [SeeSV-S206W] LG G7 #1 Boombox Speaker Real Test (Commercial)

  • SeeSV Post Processing Software

    SeeSV Post Processing software provides advanced post processing of recorded TDMS files using the Real-Time software with the SeeSV Sound Camera.

    No programming is required, and users can adjust the cutoff frequency parameters, threshold, image range, and image averaging of recorded files, and then save the changes.

    In addition, users can see a spectrogram which as visual representation of the spectrum of frequencies in sound or of recorded TDMS files.

Precision Starts Here

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