Portable Acoustic Imaging Array

Portable Acoustic Imaging Array

Overview

The ASAI144 Portable Acoustic Imaging Array is an FPGA-based acoustic front-end module designed for real-time sound visualization and localization.
Equipped with 144 high-performance MEMS microphones, it utilizes advanced beamforming algorithms to transform acoustic signals into dynamic “sound videos,” synchronizing sound and image in real time.

Thanks to the highly optimized acoustic algorithms and FPGA’s parallel computing power, the ASAI144 achieves true high-frame-rate real-time acoustic imaging — ideal for detecting and locating transient noise sources in industrial, R&D, or embedded applications.

Key Features

  • 144-Mic MEMS Array for precise acoustic spatial resolution

  • FPGA-based Real-Time Signal Processing for ultra-fast computation

  • Beamforming Algorithm for accurate sound source localization

  • Dynamic Sound Visualization – merges sound and image in real time

  • Supports Secondary Development – ideal for OEMs and integrators

  • Portable and Lightweight Design (1.8 kg)

  • Ethernet and WiFi Communication for flexible deployment

  • Real-Time Acoustic Refresh Rate: 25 FPS


Technical Specifications

Parameter Specification
Model ASAI144
Microphones 144 MEMS microphones
Frequency Range 25 Hz – 96 kHz
Microphone Sensitivity -26 dBFS (1 kHz, 94 dB SPL)
SNR 64.3 dB(A)
Measurement Range 30 – 124 dB(A)
Sampling Rate 25.6 – 192 kS/s/ch
Acoustic Refresh Rate 25 FPS (real-time)
Measurement Distance 0.2 – 130 m
Communication Interface Ethernet / WiFi
Dimensions 300 × 300 × 80 mm
Weight 1.8 kg
Operating Temperature 0°C – 50°C
Humidity 10% – 85% (non-condensing)

Applications

  • Portable and embedded acoustic imaging systems

  • Transient noise and vibration source detection

  • Industrial equipment diagnostics

  • Acoustic R&D and algorithm validation

  • Sound localization and visual monitoring systems


Development & Integration Support

  • Provides hardware documentation and SDK for algorithm integration

  • Supports custom acoustic beamforming and visualization development

  • Compatible with various computing platforms (FPGA, ARM, x86)

  • Ideal for OEM developers and system integrators

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