We are disrupting the audio industry with the introduction of the first MEMS speaker. At USound, we develop and produce the most advanced audio systems for personal applications based on MEMS technology.

Image of Usound Tarvos Evaluation Board Tarvos Evaluation Boards Publish Date: 2024-10-30

USound Tarvos evaluation boards allow the acoustical performance measurements of their MEMS speakers in combination with their Carme kits.

Image of USound GmbH's Conamara MEMS Speaker Conamara MEMS Speakers Publish Date: 2024-04-30

USound's Conamara MEMS speakers are available as full-range speakers and as a tweeter, following the market demand for high-performing two-way systems.

Helike UA-E3010 MEMS Speaker Application Platform - USound Helike UA-E3010 MEMS Speaker Application Platform Publish Date: 2021-02-22

USound GmbH's Helike is a universal application platform for evaluating, rapid prototyping and designing audio solutions using USound MEMS speaker technology.

Build a True Wireless Fitness Hearable—Part 2: Audio Processing Publish Date: 2020-01-14

Use an advanced audio codec that combines low power and extensive functionality to deliver high quality audio and long battery life in fitness hearables.

What Are the Advantages of MEMS Loudspeakers Publish Date: 2019-10-24

A beamforming array containing multiple MEMS microphones can eliminate ambient noise by boosting sounds coming from a certain direction and attenuating others.

Image of USound GmbH's Danube Audio Module Danube Audio Modules Publish Date: 2019-05-09

USound GmbH’s Danube audio modules provide the best-in-class ratio between audio performance and needed mechanical volume.

Image of USound's Ganymede MEMS Speakers Ganymede MEMS Speakers Publish Date: 2019-02-19

USound GmbH's Ganymede MEMS speakers with their compact size are ideal for in-ear headphone designs and wearables such as true-wireless headsets.

Image of USound color logo USound GmbH

USound GmbH is an audio company offering high-performance micro speakers and high-quality audio solutions based on MEMS technology.