A close-up photograph showing precision tweezers holding a small rectangular USound MEMS speaker above a grid of similar electronic components. The background is softly blurred, focusing attention on the delicate micro-scale device being handled. The image captures the sophistication and precision of USound’s manufacturing process, reflecting innovation in audio technology for modern hearables and wearables. The overall aesthetic conveys high-tech engineering, quality craftsmanship, and the advanced design freedom offered by USound’s MEMS speaker products.

Products

USound MEMS speakers are ideal for designing modern immersive hearables and wearables. With USound’s MEMS speaker technology, you can enjoy state-of-the-art design freedom to develop the most advanced audio systems. Explore our product catalog to discover the ideal solution for your project.

MEMS speakers

A close-up photograph showing a pair of precision tweezers holding a small circular USound MEMS speaker from the Conamara series in front of a blurred background featuring a sleek wireless earbud charging case. The tiny component has visible electronic details on its surface, emphasizing its compact and advanced design. The lighting highlights the metallic textures of both the MEMS element and the earbuds, creating a professional and high-tech atmosphere. The image represents innovation, precision engineering, and the integration of USound’s Conamara series MEMS speakers into modern audio devices.

Conamara series

Conamara series MEMS speakers are engineered for use in miniature audio devices, such as true wireless earphones (TWS) and hearing aids. These thinnest speakers on the market deliver exceptional audio performance, fulfilling Hi-Res audio requirements. Conamara MEMS speakers are available as full-range speakers and as tweeters.

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A close-up photograph showcasing a small USound Ganymede series MEMS speaker held by precision tweezers in the foreground. Behind it, a pair of modern eyeglass frames and a set of black wired earphones rest on a dark surface. The image highlights the compact and versatile design of the Ganymede MEMS speaker, illustrating its integration potential in audio eyewear and in-ear devices. The composition, with its soft lighting and focus on advanced miniaturized components, conveys innovation, precision engineering, and USound’s expertise in high-performance audio technology.

Ganymede series

Ganymede MEMS speakers are ideal for designing modern earphones, headphones, and wearables, such as audio glasses and AR/VR glasses.

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Audio amplifiers ICs

Tarvos 1.2 high voltage linear audio amplifier for MEMS speakers

Tarvos 1.2 UC-P3012

Tarvos 1.2 UC-P3012 is an ASIC linear audio amplifier that drives USound MEMS speakers and other piezo transducers. This high-voltage linear audio amplifier features a DC-DC boost converter and operates from a 3.6V Li-Ion battery. The analog audio input is compatible with the analog outputs of the most common Bluetooth® audio SoC.

Audio modules

A detailed close-up photograph showing a pair of precision tweezers holding a tiny circular USound Greip 1.0 UAM-C1001 MEMS audio module. The component features a metallic housing with a small circular grille pattern, emphasizing its intricate microengineering. Set against a dark background, the lighting highlights the clean design and reflective surface of the module. The image represents USound’s commitment to miniaturization and high-fidelity sound performance, showcasing the precision and innovation behind the Greip 1.0 MEMS speaker technology.

Greip 1.0 UAM-C1001

Greip 1.0 UAM-C1001 dual speaker audio module was designed to exceed the requirements of wireless earphones and in-ear monitors. Incorporating cutting-edge Silicon Rubber Technology and a USound MEMS speaker, the Greip audio module offers unparalleled audio performance and integration flexibility. The audio module was created in collaboration with OBO Pro.2.

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Software

A futuristic digital rendering of a pair of sleek black wireless earbuds floating in a light blue environment. The earbuds are connected by glowing white lines to digital icons representing health metrics — including a heart rate symbol, a lung graphic, and a shield with a pulse line — symbolizing biometric data tracking. The image represents USound’s AuriSense sensor-free acoustic biosensing platform, which uses advanced acoustic technology to monitor physiological signals without additional sensors. The composition conveys innovation, precision, and the fusion of audio and health technology.

AuriSense sensor-free acoustic biosensing platform

AuriSense is the first MEMS-based platform that enables wear detection and real-time health monitoring, including heart rate sensing and heart rate variability, all while playing high-quality audio. Built on USound’s proprietary algorithm and designed for use with our MEMS speakers, AuriSense delivers precise in-ear biosensing with zero added sensors — transforming everyday TWS earbuds into intelligent health wearables.

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A digital abstract image displaying teal binary code composed of ones and zeros stretching diagonally into the distance, creating a sense of depth and motion. The glowing data stream fades into a dark background, symbolizing advanced digital processing and algorithmic precision. The image visually represents USound’s Active Linearization Algorithm (ALA), an intelligent audio optimization technology that enhances sound quality and speaker performance through real-time digital correction. The design evokes innovation, speed, and the seamless integration of data and sound processing.

Active Linearization Algorithm (ALA)

USound’s Active Linearization Algorithm (ALA) is a signal processing software tool. It provides audio systems developers with an additional measure for reducing total harmonic distortion (THD) in over-the-counter (OTC) hearing aids and in-ear true wireless stereo (TWS) headphones.

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