Far-field voice interaction has become a core requirement in modern conference systems, smart devices, robots, and AI-powered terminals.Among different acoustic solutions, the far-field omnidirectional microphone array stands out as a […]
Sound Port Geometry, Sealing, Vibration Isolation & Anti-Resonance Best Practices Author: Wuxi Silicon Source Technology Co., Ltd. (SISTC)Version: 1.0 (Public White Paper)Category: Explore / Acoustic Engineering / MEMS Microphone Array
Acoustic Cavity Design for MEMS Microphone Arrays Read More »
Introduction For decades, audio components in consumer electronics were relegated to “output modules”—the final link in a chain to play sound or deliver a notification. However, as we approach CES
Introduction In the era of AI-driven voice interaction and premium hearables, the challenge has shifted from simply picking up sound to isolating the user’s voice from chaotic environments. Traditional microphones
Elevating Voice Clarity: A Deep Dive into WBC252-01GD Bone Conduction MEMS Technology Read More »
In the rapidly evolving landscape of wearable technology, AI Earbuds are no longer just about playing music; they are becoming intelligent personal assistants. However, the biggest challenge for manufacturers remains
Introduction: From Sound Sensing to Intelligent Interaction As voice interfaces become a core part of smart wearables, IoT devices, and always-on electronics, the challenge is no longer just capturing sound
The International Consumer Electronics Show (CES 2026) in Las Vegas has once again proven that we are no longer just “using” technology—we are living within it. As I walked through
CES 2026: Why MEMS Microphones are the Silent Heroes of the AI Revolution Read More »
In the rapidly evolving landscape of smart retail and QSR (Quick Service Restaurants), Voice AI Kiosks are becoming the standard for contactless interaction. However, the real-world challenge lies in the
Enhancing Voice Recognition Accuracy in AI Kiosks with High-Performance MEMS Microphones Read More »
Introduction Voice interaction in wearables and hearables faces a persistent challenge: how to capture the user’s own voice clearly while suppressing ambient noise, all under strict power and size constraints.
Low-Power Bone Conduction MEMS Microphone for Clear Voice Capture in Wearables Read More »
Introduction Always‑on voice interaction has become a core requirement in smart home devices, wearables, AR/VR, and battery‑powered consumer electronics. Designers face a key challenge: how to keep the system listening
Ultra‑Low Power Wake‑Word Smart MEMS Microphone for Always‑On AI Audio Read More »
