A person wearing a light-colored sweater sits by an airplane window, reaching across a wooden table to pick up a small wireless earphone. The soft daylight from the window casts a warm glow over the scene, highlighting the texture of the table and the relaxed posture of the person. The focus is on the hand and the earphone, symbolizing modern wireless audio technology and portability. The image conveys comfort, innovation, and the convenience of using true wireless stereo (TWS) earphones during travel or everyday life.

MEMS Speakers for True Wireless Stereo (TWS) Earphones

Due to their small factor and precise sound, USound MEMS speakers can be used in a number of applications, including true wireless stereo (TWS) devices. As the name suggests, “true wireless stereo” is the technology used for developing wireless audio devices, such as Bluetooth® earphones. TWS devices can be connected to a device without the use of cables, improving the overall user experience.

TWS earphones have been dominating the market since the launch of the Apple AirPods in 2016. With various wireless earbuds entering the market, manufacturers of TWS audio devices need to differentiate themselves from their competitors. Users desire wireless earphones that are sleek in design, but also competitive in audio clarity and precision. By pairing excellent audio perfomance with miniature, USound speakers are the ideal solution to meet customer demands.

MEMS Speaker Applications

Thanks to their compact form, integration flexibility, robustness, and sound precision, USound’s microspeakers can benefit the design and production of:

True Wireless Systems (TWS) earphones

Augmented Reality & Virtual Reality Glasses and Headsets

Audio glasses

Ultrasound

Magnetic Resonance Imaging (MRI) Headphones and Medical Devices

Over-the-counter (OTC) hearing aids

A close-up photograph showing a pair of precision tweezers holding a tiny USound MEMS speaker from the Ganymede series, designed for MRI-compatible headphones. The miniature speaker component has a sleek, rectangular metallic body with a reflective surface, emphasizing its micro-scale engineering. The background is dark and softly blurred, highlighting the fine details of the component and the tweezers’ metallic texture. Below, a faint grid-like pattern suggests a high-tech or laboratory environment. The image conveys innovation, precision, and advanced acoustic microtechnology suitable for use in medical and MRI-safe audio applications.

TWS Components

There are several TWS components that are necessary to produce wireless earphones. Microspeakers are one of the main TWS components in high demand. MEMS speakers, in particular, are the ideal solution, as they enable manufacturers to improve the ergonomics, sound quality, and noise-canceling function of their wireless earphones, among other benefits.

USound MEMS Speaker Benefits for Wireless Earphones

USound is the MEMS speaker pioneer of the audio industry. The benefits of our MEMS speakers for wireless earbuds include:

  • Compact size for seamless integration into miniature devices.
  • Excellent audio performance and clarity for the most high-performing TWS earphones.
  • Extended battery life for uninterrupted use.
  • IPX8 rating for water-resistant TWS audio devices.
  • SMT reflow soldering for an automatic pick and place assembly.
  • Ultra-low vibrations and lightweight components for increased comfort.
  • Low heat generation for comfortable wireless earbuds.
  • Drop-proof, robust design with 100% survival rate at a 1.9m drop test.

USound MEMS Products for Wireless Earphones

USound offers a wide range of MEMS-based audio solutions for TWS applications. More precisely, the Gemini and Greip dual speaker audio modules, the Kore module, and the Conamara microspeaker series, have been designed with TWS audio technology in mind.

Conamara UA-C0503-3T Datasheet

Request

Conamara UA-C0603-3T Datasheet

Request

Conamara UA-C0603-3F Datasheet

Request

Gemini 2.0 UAM-C1102 Datasheet

Request
Discover All Products
A close-up image of a small circular USound MEMS speaker component placed on a dark, textured surface. The tiny device has a metallic finish with fine detailing and small perforations, reflecting the precision of microelectromechanical technology. The soft lighting highlights the smooth edges and intricate design, emphasizing its miniature scale and high level of engineering. The image conveys innovation and advanced acoustic technology, representing USound’s MEMS solutions used in compact audio devices such as true wireless stereo (TWS) earphones and other high-performance sound systems.

Interested in our MEMS technology for your TWS products?

Contact us