All items tagged with wireless earbuds and audio signal processing (6)

AONDevices Introduces Super Low-Power, Low-Latency, Customizable Edge AI Speech Enhancement

October 16, 2023 by Joao Martins

AONDevices Introduces Super Low-Power, Low-Latency, Customizable Edge AI Speech Enhancement

AONDevices, the AI processing company from Irvine, California, announced AONDenoise, a compact, efficient edge AI denoising solution that enable customizable noise cancellation running in real-time, completely on-device. Designed for applications that require minimal power and latency, AONDenoise is one of the smallest denoising algorithms available, making it an ideal AI speech enhancement for use in hearing aids, wireless earbuds, and wearables.

audioXpress November 2023 Takes You to the Edge of Audio Development

October 11, 2023 by audioXpress Staff

audioXpress November 2023 Takes You to the Edge of Audio Development

audioXpress November 2023 offers an exclusive in-depth report on optical MEMS microphone technology from sensiBel, and understand how microphones can impact active noise cancellation performance. Learn how a new ADC Hybrid Gain Control IC enables smooth microphone preamp gain changes, and how to use DSP for hearing enhancement applications. Explore a Motion Feedback (MFB) approach enabling effective active desktop subwoofers, and recap on a century of Home Loudspeaker Development.

USound Improves Performance of MEMS Speaker-Based Audio Systems with New Active Linearization Algorithm (ALA)

May 16, 2023 by audioXpress Staff

USound Improves Performance of MEMS Speaker-Based Audio Systems with New Active Linearization Algorithm (ALA)

USound announced the availability of Active Linearization Algorithm (ALA), a new signal processing tool that helps reduce the total harmonic distortion (THD) of MEMS speakers. According to the Austrian company, the new software tool sets new standards in the development of over-the-counter (OTC) hearing aids and true wireless stereo (TWS) headphones and was developed to assist audio systems developers in their efforts to improve the THD performance of MEMS-based products.

AudioTelligence Announces Orsana LE Audio Assistive Listening Device

April 7, 2023 by Joao Martins

AudioTelligence Announces Orsana LE Audio Assistive Listening Device

AudioTelligence launched Orsana, a demonstration device of an assistive listening solution to help users hear clearly in noisy environments, with hearing aids or consumer TWS earbuds. Orsana connects wirelessly to Bluetooth LE Audio enabled earbuds or hearing aids – and can be used by up to 6 people at the same time. The device is available for hearing aid and consumer electronics companies interested in implementing their own assisted listening solutions.

GN Introduces Jabra Enhance Plus True Wireless Earbuds for Discreet Hearing Enhancement

August 19, 2021 by audioXpress Staff

GN Introduces Jabra Enhance Plus True Wireless Earbuds for Discreet Hearing Enhancement

Building on years of research and engineering in sound and hearing, GN extended its Jabra Enhance line of discreet hearing enhancement solutions with a new design that draws directly from the experience of standard true wireless earbuds. The new Jabra Enhance Plus combine hearing enhancement, music streaming and calls in state-of-the-art miniaturized earbuds with a signature design, to help millions of users meet the challenges of daily life.

Jacoti Announces OTC Ready Technologies for Over-the-Counter Hearing Aid Development Using Qualcomm 51XX SoCs

June 2, 2021 by audioXpress Staff

Jacoti Announces OTC Ready Technologies for Over-the-Counter Hearing Aid Development Using Qualcomm 51XX SoCs

Following the announcement of collaboration with Qualcomm, in October 2020, Jacoti BV, the Belgium-based medical technology company, now announced the immediate licensing availability of OTC Ready, Jacoti’s hearing software platform. OTC Ready enables headphone/earbud manufacturers using Qualcomm 51XX SoCs to address the likely requirements of the upcoming US over-the-counter hearing aid market.