Soundskrit introduces its first product, the SKR0400, the world's first bionic directional MEMS microphone built for current and future consumer electronic devices. A powerful combination of performance, audio quality, and a small yet flexible form factor, its revolutionary new microphone is a technology for OEMs worldwide. It could reset decades of consumer expectations.
Stephane Leahy, VP and Co-Founder of Hardware at Soundskrit, said: “We experienced and saw the need for high-quality audio without compromise – high performance, pure sound, and new ways to experience sound designed for humans, while Not necessarily in the same way, we process sound ourselves." We needed to create something small and directional, so we took inspiration from nature's smallest auditory system. We've created a microphone that really isolates the sound from the speakers and delivers the highest quality sound possible. We don't stop with one microphone, Soundskrit is building and designing audio for the future. "
The device is the first directional MEMS microphone that inherently cancels unwanted noise at the hardware level. Gone are the days when it was hard to hear voice calls because the microphone couldn't hear background noise at first. With a highly directional pickup pattern, background noise and reverberation are greatly reduced, and user sounds are isolated with high fidelity. As the industry's lowest noise directional MEMS microphone, it eliminates the need for large omnidirectional microphone arrays, providing a lightweight solution that is small, low power, and excellent in performance. Minimal signal processing allows feature width reduction from noise and echo, true stereo recording, highly immersive audio content, and sound tracking.
The SKR0400 incorporates a new frequency converter design to maximize audio performance and utilizes proprietary software to optimize the audio experience for a variety of devices and use cases in any environment. Microphones in devices, including laptops, smart speakers, webcams, headsets and earbuds, AR/VR, connected TVs, medical devices, wearables, and connected cars, will likely never be the same.
