High-density MEMS microphone arrays enable real-time sound source localization based on beamforming and spatial acoustic analysis. The system captures acoustic energy distribution in space and maps it to a visual location, allowing engineers to quickly identify the direction and position of noise or target sound.
By Wuxi Silicon Source Technology Co., Ltd.Explore our MEMS Microphones | Explore our Sensor Modules 1. Introduction Building upon our previous discussion on ultrasonic ranging, this article dives into how
Acoustic Source Localization with MEMS Microphone Arrays: Principles and Applications Read More »
Smart MEMS Microphones Enable High-Precision Acoustic Ranging: From FMCW to BeepBeep Published by Wuxi Silicon Source Technology Co., Ltd.🔗 Smart MEMS Microphone Product Page → Introduction: Acoustic Ranging Meets Smart
Smart MEMS Microphones Power High-Precision Acoustic Ranging Technologies Read More »
Introduction: From Tracking to Understanding Imagine a drummer fully immersed in her rhythm — each beat precise, each motion fluid. Her “smart drumsticks” track tempo, strike force, and rhythm accuracy
Edge AI Sensors Enable Context Awareness, Redefining Consumer Electronics Read More »
How Smart MEMS Microphones and Multi-Modal Sensors Are Powering the Next Generation of Intelligent RoboticsPublished on www.sistc.com Introduction: From Virtual Intelligence to Embodied Intelligence Artificial Intelligence is evolving beyond algorithms
MEMS: The Sensory Nervous System for Embodied AI Robots Read More »
Introduction With rapid urbanization and the increasing density of city traffic, pedestrian safety has become a critical concern. According to the World Health Organization, approximately 1.35 million road accidents occur
Earbuds and hearing aids are no longer just audio accessories—they’re turning into tiny computers. From cleaning up calls in noisy environments, detecting wake words, and understanding voice commands, to following
True Wireless Stereo (TWS) earbuds have transformed from a convenience-focused product into a high-end audio platform, where consumers expect richer sound, longer battery life, and advanced features like active noise
How Hybrid-Driver TWS Earbuds Are Reengineering Consumer Audio Hardware Read More »
Wuxi Silicon Source Technology (SISTC) has introduced a breakthrough fabrication method for MEMS MIC design, utilizing a Multi-Film Thickness (MFT) lithography process to build a novel staircase contour cavity (S-CTC)
Introduction Microelectromechanical systems (MEMS microphones) have become a cornerstone in modern electronics, from smartphones and wearables to automotive and industrial IoT. Traditional readout circuits for capacitive MEMS sensors are mainly
