Active Linearization Algorithm
USound’s Active Linearization Algorithm (ALA) is an advanced signal processing software designed to enhance audio quality. It aids audio systems developers in further reducing total harmonic distortion (THD) in over-the-counter (OTC) hearing aids and true wireless stereo (TWS) in-ear headphones.
Features
THD reduction
With ALA, MEMS speakers can further reduce the THD, which is especially beneficial for TWS applications, such as Hi-fi headphones and over-the-counter (OTC)
hearing aids.
Real-time processing
In audio applications, real-time processing on a digital signal processor (DSP) enables a system to process audio signals without any perceptible delay, resulting in better sound quality and improved user experience.
Easy implementation
Using pre-compiled C libraries can simplify the implementation, reduce development time, and result in more efficient and reliable code. The C libraries are compatible with the firmware of the most common Bluetooth® SoC’s on the market.
Optimized for each MEMS speaker
To ensure above-class audio performance, ALA is optimized for each USound MEMS speaker type through thorough analysis and testing.
Integrated into Helike 1.0
Helike 1.0 UA-E3010 is USound’s ready-to-use development board. With Helike 1.0, the effects of ALA on speaker performance can be easily assessed and measured.
Application Note
ALA UA-S1010 Application Note
DownloadAvailable Now
USound’s Active Linearization Algorithm (ALA)
is already available.
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