USound @USoundTech

Discover the magic of crisp and natural audio with USound's microspeaker technology | #MEMS #audio #sound #technology usound.com Austria Joined May 2018

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USound @USoundTech

2 days ago

USound MEMS speakers give product teams more than a smaller speaker. They provide a compact acoustic source that can be shaped, directed, and tuned at system level. Learn how horns and waveguides can support compact acoustic design: ow.ly/rxkJ50ZlUUR #USound

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USound @USoundTech

6 days ago

Audio glasses and open-ear wearables place audio components inside very limited space. MEMS speakers can support slim wearable audio designs by enabling compact placement and more flexible internal layouts. ow.ly/O7MG50ZlSCX #USound #MEMS

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USound @USoundTech

a week ago

Internal space is at an absolute premium in modern TWS design. Hybrid MEMS-based systems let product teams rethink earbud layouts to deliver premium sound without the bulk. See how QCY used USound MEMS speakers for their flagship MeloBuds N70: ow.ly/O4h950ZkytF

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USound @USoundTech

2 weeks ago

Why do in-ear headphones often sound less natural? Sealing the ear canal changes resonance. The 2.5–3 kHz presence region must be recreated, while the 8 kHz region needs careful control. USound explains why architecture matters: ow.ly/rqzL50ZgNUV #IEM #TWS

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USound @USoundTech

3 weeks ago

Hybrid IEMs are not just about driver count. They depend on system integration: acoustic loading, filtering, tuning, damping, and phase behavior. MEMS speakers can support compact, precise high-frequency design. ow.ly/HX5z50ZgNCV #MEMSSpeakers #IEM #USound

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USound @USoundTech

a month ago

In hybrid architectures, MEMS speakers can support compact integration and high-frequency precision when carefully loaded, filtered, and tuned. Learn more: ow.ly/hGKO50Z9LLE #MEMS #IEM

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USound @USoundTech

a month ago

A real-world look inside MEMS speaker integration in TWS. 52Audio’s teardown of the QCY MeloBuds N70 shows how USound MEMS technology enables compact hybrid earbud architectures. Read more: ow.ly/gSHt50Z6wqk

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USound @USoundTech

2 months ago

What if the same MEMS audio hardware used for sound could also support biometric sensing? USound and WuQi are collaborating to advance sensor-free in-ear biosensing for next-generation TWS and wearable devices. Read more: ow.ly/1SJe50Z50Mb

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USound @USoundTech

2 months ago

The future of TWS and wearables won’t come from adding more components. It will come from doing more with what’s already inside. USound MEMS speakers enable Hi-Res audio, sensing, and health monitoring on a single platform. COMPUTEX Taipei 2026 AATC Booth D0834

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USound @USoundTech

2 months ago

A new era for IEMs is here. The Kiwi Ears Halcyon demonstrates how USound MEMS technology enables refined treble extension, airiness, and high-frequency precision in hybrid audio architectures.

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USound @USoundTech

2 months ago

A new era for IEMs is here. The Kiwi Ears Halcyon demonstrates how USound MEMS technology enables refined treble extension, airiness, and high-frequency precision in hybrid audio architectures.

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USound @USoundTech

2 months ago

Can audio hardware also enable sensing? Our latest article explores APG (audioplethysmography): using ultrasound signals from MEMS speakers for in-ear sensing. A different approach beyond optical methods. usound.com/sensing-beyond…

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USound @USoundTech

3 months ago

Single drivers can’t do it all — optimize for bass and the tweeter distorts. Two-way architecture solves this: → MEMS tweeter: low distortion, wide bandwidth >4 kHz → Electrodynamic woofer for lows → No per-unit DSP tuning needed Read more: ow.ly/9Vbs50YOVNZ

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USound @USoundTech

3 months ago

USound powers the Kiwi Ears Halcyon — the world’s first tribrid IEM. Dynamic + balanced armature + MEMS in one system. A new approach to IEM design: not just more drivers, but smarter integration. ow.ly/tvvE50YSk7T

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USound @USoundTech

3 months ago

Audio glasses need speakers built for tight space, low mass, and open-ear sound. USound MEMS speakers fit with a thin form factor, no magnet assembly, and consistent acoustic performance. Explore: ow.ly/xvnc50YOVEe

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USound @USoundTech

3 months ago

Conventional HRTF measurement is limited. MEMS speakers offer a compact, automated alternative for high-resolution spatial audio. Read more: ow.ly/srSt50YNRks

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USound @USoundTech

3 months ago

Hi-Res in-ear audio is not just about reaching 40 kHz. It is about keeping THD low across that range. USound’s Greip 1.1 combines a MEMS tweeter, ED woofer, and 4 kHz crossover so each driver stays in its clean range. More: ow.ly/o60q50YNk7A

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USound @USoundTech

3 months ago

AuriSense turns earbuds into health wearables: our Conamara MEMS speaker plays audio while sending ultrasound into the ear canal. Reflections captured by the ANC mic enable APG-based heart-rate sensing, with no extra sensors. Learn more: ow.ly/hEc550YJG8V

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USound @USoundTech

3 months ago

Two drivers. One footprint. Greip 1.1 fits standard TWS geometry with Hi-Res audio and room to grow. Request your samples today. #TWSInnovation

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USound @USoundTech

3 months ago

Excited to announce our partnership with Earweiss — putting MEMS speaker technology at the core of next-generation hearables. More details: ow.ly/rZp750YEGaZ