CRYSOUND POCKET Acoustic Imaging Camera Now Available on Kickstarter.
CRYSOUND POCKET Acoustic lmaging Camera
Now Available on Kickstarter.
CRYSOUND POCKET Acoustic lmaging Camera
Now Available on Kickstarter.
NEW
CRY5820 SonoDAQ Pro
SonoDAQ Pro is a modular DAQ system designed for acoustic and vibration testing. It integrates power management, clock synchronization, local storage, and network communication into a single platform. With flexible modules and network topologies, it can be configured for small desktop setups or expanded to large-scale distributed systems with thousands of channels.
SonoDAQ Pro simplifies test infrastructure by consolidating multiple devices into one system. In the lab, it supports Audio and NVH testing, while in the field, it offers long-duration recording with battery and local storage. Multiple units can be synchronized for simultaneous data acquisition, reducing setup complexity and maintenance costs, and enabling users to focus on testing and analysis.
Product Highlights
Flexible Scalability — Expandable to 1000+ Channels
SonoDAQ features modular scalability, supporting 4–24 channels per unit and expandable to 1000+ channels via daisy-chain, star, or hybrid topologies. Each slot supports independent sampling rates, offering maximum flexibility.
Beyond simple channel expansion, SonoDAQ ensures true plug-and-play usability. From small bench-top experiments to full-vehicle tests, engineers can expand seamlessly without workflow changes, saving time and reducing setup complexity.
Modular Design
True Plug-and-Play
Nanosecond-Level Synchronization
The SonoDAQ achieves nanosecond-level synchronization across distributed systems, with main frame to main frame skew less than ±100 ns. By integrating IEEE 1588 PTP and GPS timing, it eliminates the need for bulky sync cables. This is critical for applications such as order tracking, acoustic holography, and precise NVH analysis, where even microsecond drift can distort results.
In addition, SonoDAQ maintains amplitude and phase consistency over 1000 hours of operation, ensuring long-term stability. Engineers can conduct advanced testing with confidence, improving both data reliability and efficiency.
PTP or GPS Synchronization
Main frame to Main frame Skew ≤ 100 ns
Capture Any Signal — Acoustic, Vibration, and Beyond
SonoDAQ supports a wide range of signals, including noise, vibration, strain gauges, thermocouples, charge inputs, and voltage/current. A single system can handle acoustic, vibration, thermal, and electrical inputs.
This compatibility reduces the need for multiple DAQs, lowering cost and complexity. It improves efficiency and extends usability across industries from automotive to aerospace.
Multi-Physics Testing
Hot-Swappable Battery
Low Noise Floor and Wide Dynamic Range
With 32-bit ADC resolution,1000V isolation, 160 dB dynamic range, and noise floor down to 1.3 µV, SonoDAQ captures both powerful impacts and faint anomalies with precision, ensuring data integrity.
It guarantees high fidelity and wide-bandwidth, distortion-free recording, enabling engineers to analyze complex frequency behaviors with confidence.
32bit resolution
1000V isolation
Dyanmic Range: 160 dB
Robust Design with Industrial-Grade Protection
SonoDAQ is built with an aluminum alloy frame reinforced with carbon fiber, combining lightweight design with strength. With IP43 protection and -10 °C to +50 °C operating range, it performs reliably in labs and harsh field conditions.
With triple power options—adapter, PoE, and hot-swappable batteries—it ensures uninterrupted operation even under unstable power conditions, increasing reliability.
Aluminum Alloy Frame
Carbon-Fiber Structure
Open Interfaces — Enabling a Collaborative Ecosystem Across Hardware and Software
SonoDAQ provides open-standard interfaces such as ASIO and openDAQ, ensuring seamless compatibility with a wide range of test and analysis software platforms.
Technical Specifications
lsolation
1000V
Channel
24 channels/Mainframe
Interface
USB-C / 2 x GLAN / 2 x CAN FD / WIFI
Synchronization
PTP (IEEE 1588)/ GPS
Power
DC / PoE++ / Battery
Internal Storage
256GB microSD card (2TB optional)
Calibration
Self-calibration/On-site calibration service
Firmware Upgrade
OTA/Browser
Ambient Temperature
-10°C~50°C
Heat Dissipation
Fanless
Class of Protection
IP 43
Edge AI
6 TOPS NPU
Main Features
- Scale from a Few Channels to Over 1000+
- Achieve Nanosecond-Level Synchronization
- Compatible with Multi-Physical Quantity Testing
- Open Interfaces, Open Ecosystem
Related Products
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OpenTest
Mode
Measure Mode, Analysis Mode, Sequence Mode
Monitor
Scope, FFT Spectrum, Spectrogram,RMS Level, DC Level, Peak Level, THD Ratio, THD+N Ratio, Crosstalk, etc.
Measure
FFT Analysis, Octave Analysis, Continuous Sweep, Stepped Frequency Sweep, Sound Power Testing, Sound Level Meter, Sound Quality, etc.
NEW
CRY3213 NVH Measurement Microphone
Field Type
Free-field
Sensitivity
50 mV/Pa, -26±2 dB re 1V/Pa
Frequency Response
3.15 Hz-20 kHz ±2 dB
NEW
CRY3018 Sound Calibrator
Frequencies
1000 Hz, 250 Hz
Frequency Accuracy
< 0.5 Hz
Sound Pressure Levels (SPL)
94 dB / 114 dB
NEW
CRY5011 IEPE Analog In-IED
Channel
4
ADC Resolution
32 bit
Sampling Rate
10 Hz ~204.8 kHz, optional
NEW
CRY5085 Analog Output Class D 10W - ADD
Channel
2
Sampling Rate
(48 / 96 / 192) kHz，Optional
DAC Resolution
32 bit
Automated sound power testing streamlines data acquisition, analysis, and pass/fail evaluation. It improves result consistency while enabling fast multichannel testing and report generation.
In many practical applications, data acquisition is not performed in an "ideal laboratory" environment. The device under test may be connected to mains power, distribution cabinets, frequency converters, or large electromechanical systems, while the acquisition card on the other side is connected via USB or Ethernet to a computer-sometimes operated directly by a person. These […]
Before you begin any formal data acquisition work, one critical step is connecting the DAQ front end to the PC. In day‑to‑day engineering, the most common options include USB direct connection, Wi‑Fi wireless, Ethernet, and PXIe. This article introduces these four common connection methods from several angles-how they differ, where each one shines, and their […]
In sound and vibration testing, flexibility is a decisive factor-especially when test requirements evolve rapidly. SonoDAQ, with its modular, scalable architecture, helps users easily manage everything from simple tests with a single device to complex, large-scale, multi-channel data acquisition. Whether in laboratory environments or industrial sites, SonoDAQ provides efficient, accurate data acquisition solutions, maximizing the […]
SonoDAQ is the next-generation high-performance data acquisition system, specifically designed for sound and vibration testing. It features a modular architecture, making data acquisition more efficient and precise. From industrial environments to laboratory measurements, SonoDAQ meets the demands of high-precision data acquisition and provides seamless support for multi-channel synchronized data collection. Modular Design, Flexible to Adapt […]
In real DAQ use, enclosure durability and scratch resistance directly affect service life and maintenance cost. This article shares a pencil hardness scratch test on the SonoDAQ top cover (PC + carbon fiber) and compares it with a typical laptop enclosure. The results show how the enclosure performs from 2H to 5H and why the […]
Optional Modules
Software
Get in touch
If you are interested or have questions about our products, book a demo and we will be glad to show how it works, which solutions it can take part of and discuss how it might fit your needs and organization.
