CRY8500 Series SonoCam Pi Acoustic Camera
UP TO 208 MEMS MICROPHONES
INTERCHANGEABLE 30, 70 & 110 CM ARRAYS
BEAMFORMING & ACOUSTIC HOLOGRAPHY
OPEN API FOR REAL-TIME DATA OUTPUT
ADVANCED ACOUSTIC IMAGING FOR TESTING & DEVELOPMENT
The CRY8500 Series SonoCam Pi is a portable acoustic imaging platform designed for precise sound-source localization, acoustic testing, research, and product development. Supporting up to 208 digital MEMS microphones, it combines high-channel-count acoustic measurement with real-time visualization on an integrated 8-inch touchscreen.
Its ability to perform both near-field and far-field measurements makes the CRY8500 suitable for laboratory testing, NVH analysis, mechanical diagnostics, airborne noise investigation, and sound quality development.
CUSTOMIZABLE & REPLACEABLE MICROPHONE ARRAYS
The CRY8500 features a modular microphone array that can be changed based on the measurement application. Available configurations include 30 cm arrays with 128 or 208 microphones, along with larger 70 cm and 110 cm 208-channel arrays.
This flexibility allows the same platform to be configured for different measurement distances, frequency ranges, test environments, and sound-source localization requirements without requiring a separate acoustic imaging system.
NEAR-FIELD HOLOGRAPHY & FAR-FIELD BEAMFORMING
The CRY8500 combines two advanced acoustic visualization methods within a single platform. Far-field beamforming enables sound-source localization across larger measurement distances, while near-field acoustic holography provides detailed visualization of sound radiation close to the source.
With the 110 cm 208-channel array, beamforming operates from 200 Hz to 20 kHz, while near-field acoustic holography covers frequencies from 20 Hz to 20 kHz. This makes the system suitable for analyzing everything from low-frequency structural noise to complex airborne sound sources.
OPEN PLATFORM FOR ACOUSTIC RESEARCH & DEVELOPMENT
The SonoCam Pi provides an open API for real-time waveform and video output from up to 208 channels, giving engineers and researchers direct access to measurement data for custom analysis and application development.
Users can integrate their own algorithms and processing workflows, including PC-based analysis using MATLAB. This makes the CRY8500 particularly well suited to universities, R&D laboratories, automotive and consumer electronics development, NVH testing, and specialized acoustic research.
Title | Text |
|---|---|
ACOUSTIC SPECS | |
Microphone array | 128, up to 208 channels |
Frequency range | 20 kHz - 20 kHz |
SPL range | 28 dB - 132 dB |
Test distance | 0.01 m - 500 m (0.032 - 1640.42 ft) |
CAMERA | |
Camera FOV | 94° (H) × 76 ° (V) |
Camera pixel | 13M pixels |
Focal length | 2.3 mm |
Digital Zoom | 1× - 6× |
LED Light | 4 × LED |
POWER | |
Battery Operating Time | 2 x 4 hours of continuous operation |
STORAGE | |
Storage | 64G (internal), 64G (external
microSD card) |
Data format | .jpg (picture), .mp4 (video), .wav
(audio), .cdat (data) |
Video length | Maximum 5 minutes |
Date export | USB-C, Wi-Fi, microSD card |
GENERAL SPECS | |
Weight | 2.9 kg (30 cm), up to 3.8 kg (110 cm) |
Wi-Fi | 802.11a/b/g/n/ac |
Bluetooth | BT 5.2 |
Operating temp. | -20 ℃ - +50 ℃ |
Storage temp. | -20 ℃ - +70 ℃ |
SOFTWARE | |
Function | Beamforming and NAH visualize sound pressure and transfer paths, with real-time waveform, spectrogram, FFT, photo/video capture, sound level meter accuracy, and MATLAB API output for 208 channels. |
HARDWARE PORT | |
USB-C 1 | USB3.0 for charging, HDMI and data export |
USB-C 2 | USB2.0 for USB sensor |
3.5 mm Audio Jack | Headphone output |
MicroSD Card Slot | External storage |
SUPPORTED LANGUAGE | |
Language | English, Chinese |