The platform is widely used in:
- Acoustic imaging research
- Sound source localization
- Beamforming algorithm development
- Gas leak localization
- Electrical acoustic inspection
- Environmental acoustic sensing
- AI acoustic analytics
- Educational and laboratory platforms
With open data acquisition capability and secondary development support, SV-AI64 is ideal for universities, R&D institutions, AI acoustic developers, and industrial acoustic system integrators.
Product Highlights
64-Channel MEMS Microphone Array
Integrated high-density 64-channel MEMS microphone array for high-resolution acoustic acquisition and beamforming analysis.
Gigabit Ethernet Acoustic Data Transmission
Supports high-speed UDP acoustic data transmission through Gigabit Ethernet for real-time signal processing applications.
Wideband Acoustic Acquisition
Supports broadband acoustic signal acquisition from 20Hz to 80kHz.
Integrated 1080P USB Camera
Built-in IMX298 1080P camera supports synchronized acoustic and visual data analysis.
Open Development Architecture
Supports acoustic algorithm development, data analysis, and secondary integration for industrial and research applications.
Compact Low-Power Design
Ultra-lightweight structure with low power consumption for portable and embedded deployment.
Typical Application Scenarios
Acoustic Imaging Research
Suitable for acoustic imaging algorithm development and sound field visualization research.
Sound Source Localization
Supports multi-source acoustic localization and beamforming analysis applications.
Gas Leak Localization
Detect and analyze abnormal acoustic signatures generated by gas leakage systems.
Electrical Acoustic Diagnostics
Supports acoustic inspection of electrical systems and partial discharge analysis.
AI Acoustic Analytics
Suitable for intelligent audio analysis and edge acoustic AI applications.
University & Laboratory Research
Provides flexible acoustic acquisition platform for scientific research and educational development.
Technical Specifications
| parameter | Specifications |
|---|---|
| Microphone Channels | 64 Channels |
| Array Diameter | 150mm |
| Frequency Range | 20Hz – 80kHz |
| Sound Pressure Level | 30dBSPL – 120dBSPL |
| Effective Distance | 50m – 200m (Depending on Sound Source) |
| Sampling Method | Continuous Synchronous Sampling |
| Sampling Rate | 192k / 16bit |
| Camera | IMX298 / 1080P |
| Communication Protocol | Gigabit Ethernet UDP |
| Power Consumption | <2.5W |
| Development Support | API + Demo + Array Coordinate Data + PCB Files |
| Operating Temperature | 0°C – 40°C |
| Storage Temperature | -20°C – 60°C |
| Relative Humidity | 10% – 90% (Non-Condensing) |
| Power Supply | USB2.0 / DC5V |
| Dimensions | 160mm × 160mm × 30mm |
| Weight | <0.3kg |
Technical Support
SISTC provides comprehensive secondary development support including:
- Acoustic data acquisition API
- Sample software demo
- Array coordinate files
- PCB structural reference
- Technical integration support
- Beamforming development assistance
Product Advantages
Real-Time Multi-Channel Acoustic Acquisition
Supports synchronized high-speed acoustic signal acquisition for beamforming and localization research.
Flexible Acoustic Development Platform
Open architecture enables rapid integration into industrial acoustic and AI sensing systems.
Low Power & Compact Structure
Optimized for portable deployment, embedded AI platforms, and edge acoustic sensing systems.
AI-Ready Acoustic Module
Designed for next-generation intelligent acoustic sensing and environmental audio analytics applications.
Application Industries
- Acoustic Research
- Industrial Inspection
- AI Audio Development
- Smart Robotics
- Environmental Acoustic Monitoring
- Educational Laboratories
- Embedded Acoustic Systems
- Intelligent Acoustic Analytics
