About SISTC
Established in 2009, Wuxi Silicon Source Technology Co., Ltd. (SISTC) is a premier AI audio front-end solution provider. We specialize in the convergence of high-performance MEMS microphone technology and intelligent voice interface systems.
With 15+ years of expertise, SISTC provides comprehensive AI audio reference designs. Our core competencies include high-SNR MEMS microphones, DSP beamforming, noise reduction, Sound Source Localization (SSL), and Acoustic Echo Cancellation (AEC). We ensure seamless hardware-software integration across Android, Linux, ESP32, and various embedded platforms via USB, UART, and I2S interfaces.
AI Audio Front-End Solutions for Next-Generation Voice Devices
AI-Ready Audio: High-Performance MEMS OEM Solutions
As the “Acoustic Ears” of the AI era, our MEMS microphones deliver the high-fidelity, low-power performance essential for next-gen smart devices.
AI Mobile Intelligence: Precision audio input for AI Assistants, real-time translation, and crystal-clear voice recognition in smartphones and tablets.
Smart AI Wearables: Ultra-low-power sensing for AI Smart Glasses, AR/VR, and watches, enabling seamless voice commands and immersive spatial sound.
Smartphones
Tablets
Wearable Devices
Smart Home Devices
Hearing Aids
Automotive Electronics
Medical Equipment
Consumer Electronics
Security Systems
FEATURED CATEGORIES
FEATURED PRODUCTS
Analog MEMS microphoneAnalog MEMS Microphone
Digital MEMS microphoneDigital MEMS Microphone
R&D Capabilities
– R&D institutio
Self–developed MEMS& AISC die, and the shipment quantity exceeds 150 million
– Acoustic simulation debugging
We leverage advanced engineering software, including Creo and COMSOL Multiphysics, to deliver customized structural and acoustic simulation solutions that address specific customer needs.
– Product innovation capability
The first directional MIC in the industry, Button MIC、Bone conduction MIC, and high resistance to blow MEMS MIC
– Professional technical team
25 professional acoustic R&D and structural design engineers, of whom over half can independently develop products for more than 5 years