​CAE Acoustic & Vibration
Acoustic Camera
SoundCam 2.0 is the first camera that creates acoustic images even in a high frequency range (greater than 24 kHz). The SoundCam 2.0 locates sound sources in real time and display the results immediately on the screen.
SoundCam 2.0 can be used in a wide frequency range up to 60 kHz and suitable for variety of applications - product development, preventive maintenance and occupational safety.
​It consists of 64 microphones with a sampling rate of 200 kHz, and optical camera, an integrated data acquisition and analysis system, a display and control unit with touch screen and hardware buttons. The high resolution results with high speed and accuracy make the system special even in a high frequency range up to 60 kHz.
SoundCam Ultra is the first and smallest handheld camera in the SoundCam family. The SoundCam Ultra locates sound sources in real time and displays the results instantly on the screen.
SoundCam Ultra has wide frequency range up to 100 kHz, suitable for wide range of applications. The system is ergonomic designed and low weight - an excellent measuring instrument, even for the hard-to-reach places.
SoundCam Ultra consists of 72 microphones with a sampling rate of 200 kHz, an optical camera, an integrated data acquisition and analysis system, a display and control unit with touch screen and hardware buttons. The high resolution results with high speed and accuracy make the system special even in a high frequency range up to 100 kHz.
The ​Bionic XS-56 microphone array has a diameter of 27 cm and consists of 56 microphones. The seven detachable microphone arms make the system very mobile with a small package size. The data acquisition hardware is integrated in the acoustic camera so there is no need to use external measuring equipment.
​Typical applications are environmental measurement, leakage detection and squeak, buzz and rattle localization.
​The Bionic S-112 microphone array has a diameter of 60 cm and consists of 112 microphones. It is engineered for use from 400 Hz. The seven detachable microphone arms make the system very mobile with a small package size. The data acquisition hardware is integrated in the acoustic camera so there is no need to use external measuring equipment.
Typical applications are environmental measurement, leakage detection and squeak, buzz and rattle localization.
The ​Bionic M-112 microphone array has a diameter of 100 cm and consists of 112 microphones. It is engineered for use from 40 Hz with the holography-method. The seven detachable microphone arms make the system very mobile with a small package size. The data acquisition hardware is integrated in the acoustic camera so there is no need to use external measuring equipment.
​Typical applications are wind power plants, gear, industrial facilities and environmental measurement.​
​The Bionic L-112 microphone array has a diameter of 170 cm and consists of 112 microphones. It is engineered for use from 150 Hz in far field. The seven detachable microphone arms make the system very mobile with a small package size. The data acquisition hardware is integrated in the acoustic camera so there is no need to use external measuring equipment.
Typical applications are wind power plants, gear, industrial facilities and environmental measurement.​

​The 3D microphone array is used for spatial 3D beam forming. The object is located in the array for the 3D beam forming process. With only one measurement the acoustic behavior of the 3 dimensional object can be displayed.
Depending on the application it can be used between 40 up to 560 microphones. Even the array size can be chosen between 80 x 80 x 80 cm up to the integration of the microphones in a whole room.
The mobile handheld Intensity Array is for the localization of low frequencies for stationary and transient noise from 40 Hz. The small size and online analysis is a perfect trouble shooter system. The detection is done by scanning the surface. The result is a photo or video (acoustic-photo / acoustic-video).
Intensity measurements have a very high dynamic range because no algorithms or beam pattern are limiting the range.
​The 3D Acoustic Intensity Probe is for localization of sound sources from 40 Hz. The compass consists of 28 acoustic intensity probes and shows in a 3D display via 3D vectors the direction of the noise sources. The small size of the acoustic 3D intensity probe and the online 3D intensity analysis is a perfect trouble shooter system.