What makes the WBC-AIA381-M10 more than just another MEMS microphone? The answer lies in its multi-core voice processing architecture that fuses analog and digital intelligence. Core Components: The architecture ensures […]
Building Intelligence into Sound — The Microarchitecture of AIA381-M10 Read More »
In today’s wearables and smart electronics, energy-efficient voice activation is no longer a luxury — it’s a necessity. The WBC-AIA381-M10 addresses this need with a hybrid voice detection mode (VAD+KWS).
How the AIA381-M10 Revolutionizes Low-Power Voice Detection Read More »
The future of voice interfaces lies in edge intelligence — and Wuxi Silicon Source Technology Co., Ltd. is leading the charge with the launch of our latest innovation: the WBC-AIA381-M10
A New Era of Smart Audio: Inside the WBC-AIA381-M10 AI Microphone Module Read More »
Introduction MEMS (Micro-Electro-Mechanical Systems) microphones are revolutionizing the audio landscape—offering compact size, high fidelity, and power efficiency for today’s smart devices. From smartphones to voice assistants, MEMS microphones are now
Understanding MEMS Microphone Specifications: A Guide for Smart Audio Design Read More »
Introduction Conversational AI is transforming how humans interact with machines—enabling voice-driven commands, natural language understanding, and contextual responses. But for these systems to work seamlessly, one component stands out as
Unlocking Conversational AI: The Power of High-SNR MEMS Microphones Read More »
Introduction MEMS (Micro-Electro-Mechanical Systems) microphones have revolutionized modern audio systems by enabling compact, low-power, and high-performance audio capture in smart devices. From smart speakers to automotive electronics, MEMS microphones are
Understanding MEMS Microphone Interfaces: Analog vs. Digital (PDM & I²S) Read More »
When designing the front-end of a MEMS microphone signal chain, choosing the right operational amplifier (op-amp) is essential to achieving optimal audio performance. The preamplifier not only amplifies the tiny
Selecting the Right Op-Amp for MEMS Microphone Preamplifier Design Read More »
In the pursuit of high-fidelity voice and acoustic sensing, MEMS microphone designers continually push the limits of sensitivity, bandwidth, and especially signal-to-noise ratio (SNR). One of the most effective techniques
Enhancing MEMS Microphone SNR with Dual-Polysilicon Differential Design Read More »
Microphone sensitivity plays a pivotal role in determining the performance and acoustic clarity of MEMS-based audio systems. In cutting-edge designs like dual-membrane capacitive MEMS microphones, accurately predicting and optimizing sensitivity
Improving Sensitivity in Dual-Membrane MEMS Microphones with Hybrid FEM-LPM Modeling Read More »
As the demand for smarter, smaller, and longer-lasting audio devices continues to rise, MEMS (Micro-Electro-Mechanical Systems) microphones are quickly replacing traditional microphones in both hearing aids and portable consumer audio
Revolutionizing Hearing Aids and Audio Devices with MEMS Microphone Technology Read More »
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