Eliminating Ultrasound Concerns in Modulated Ultrasound Speakers
SonicEdge is a breakthrough in speaker design. Instead of using heavy, vibrating parts to create sound, it uses ultrasonic waves to move air more efficiently. The result: high-quality sound from a speaker that’s a fraction of the size of today’s options. Traditional speakers rely on mechanical membrane vibration at audio frequencies, creating inherent trade–offs between […]
Revolutionizing speakers with ultrasound and MEMS
đŻ Perfect for wearables, hearing aids, IoT, and consumer electronicsâĄïž Powered by standard MEMS manufacturingđ§ Modeled with precision using COMSOL and validated through real-world measurementsđĄ Enables simpler audio system design with consistent output across the spectrumWhether you’re an audio engineer, product designer, or innovation leader, SonicEdge gives you a new foundation to build on.
IDTechEx Analyst Report Spotlights SonicEdgeâs Game-Changing MEMS Audio Tech
The profile explores how SonicEdge is moving beyond legacy coil-based speaker design to deliver full-range sound from a chip-scale form factorâwith implications for TWS earbuds, AR glasses, and the future of embedded audio. Special thanks to Mika Takahashi at IDTechEx for the thoughtful write-up.
Unlocking Next-Gen ANC Performance with MEMS Technology
What you’ll learn: Why traditional moving coil drivers fall short in feedback ANC How MEMS technology enables high-frequency noise cancellation The design benefits of a fully integrated mic + driver module Real performance comparisons in latency, group delay, and more Whether you’re designing the next generation of TWS earphones or evaluating component technologies for ANC-enabled […]
SonicEdge Develops Miniature Mics For Use In Wireless Earbuds
The companyâs products use the same silicon technology found in miniature devices using the same reliable silicon technology powering billions of smart devices worldwide. Whether itâs smartphones or cars, these tiny components can be used to create high-quality audio products on a large scale.
Modulated ultrasound speakers â A common framework for analyzing air pump speakers
Active modulation of ultrasound provides an alternative to dynamic drivers and enables to reduce the size and volume of speakers. This feat in apparent contradiction to basic acoustics. In the article we provide for the first time an explanation of the underlying physics of modulated ultrasound speakers using a holistic lumped element model. Using the […]
SonicEdge: A New Generation of MEMS Speakers
The SonicEdge speakers provide enhanced audio at low frequencies and extended operation in full audio range and beyond. They are smaller, vibrationless, have a reduced back cavity, are easy to use and integrate, and can be manufactured with high uniformity, similar to semiconductors. SonicEdgeâs initial focus is on the TWS and hearable markets, where their […]
2024 kan blive Ă„ret for digitale siliciumhĂžjttalere
SmĂ„ mems-hĂžjttalere, fremstillet med konventionel halvlederteknologi, er pĂ„ nippet til et gennembrud. PĂ„ DTU arbejder dansk-israelske Sonic Edge med Ă©n af slagsen baseret pĂ„ ultralyd. Lige sĂ„ smarte og praktiske smĂ„ earbuds er pĂ„ farten, lige sĂ„ hĂ„blĂžst kan de lyde, nĂ„r bassen for alvor skrues op. Og grundlĂŠggende skaber de da ogsĂ„ lyden efter […]
Making Speakers Smaller and Better With MEMS Technology
Sonic Edge is a company that specializes in MEMS miniature speaker technology. MEMS (for micro-electromechanical systems) speakers employ drivers that are fabricated on silicon chips, which can be made to be very small, and can offer advantages in audio quality, and manufacturing.
Startup uses MEMS ultrasound to improve audio speaker
SonicEdge Ltd. (Binyamina, Israel), founded in November 2018, is developing an ultrasound-based MEMS audio speaker. This is claimed to provide enhanced audio in small form factors at both low and high frequencies and extended operation to 20KHz and beyond. Applications for the ultrasound system is therefore the âusual suspectsâ of hearables â ear buds, augmented […]