Research shows that up to 40% of people have a strong preference for one sound design over another. A preference that cannot be predicted by audiogram, lifestyle, or demographics. It must be experienced. Reach out to your local representative to learn more about how Sound Preference can benefit your clinic.
Some people boost the bass until they really feel the music. Others want every note exactly as the artist intended. Some snap a photo and leave it untouched; others instantly reach for a filter to bring out color, warmth, or contrast.
We all tailor the world to match our personal preference. So why should hearing aids be any different?
People experience sound differently, and their preferences reflect that.
Sound preference reflects how individuals, independent of lifestyle or demographics, respond differently to the way sound is processed. Understanding and incorporating this into clinical practice can support stronger conversations, improved patient outcomes, and fewer returns. WSA puts sound preference first and makes real choice possible.
Experience the difference for yourself with the WSA Sound Preference Tool.
Explore both sound processing approaches across a range of everyday listening scenes and discover the one that matches your preference.
~20% strongly preferred time-domain processing
~20% strongly preferred frequency-domain processing
The remaining group showed no strong preference
Up to 40% of listeners show a strong preference for one type of sound processing over another.
Listeners tend to prefer the same sound characteristics across different listening situations.
Preferences observed in specific listening scenarios tend to align with overall preference, suggesting that targeted listening comparisons may help guide fittings.
Sound preference cannot be predicted by age, hearing loss, or lifestyle.
Considering sound preference supports more personalized fittings and may improve comfort, acclimatization, and long-term satisfaction.
Digital hearing aids process sound through filter banks that split the signal into multiple frequency bands.
Here, there is a trade-off between time resolution and frequency resolution. Filters that are narrow in frequency provide detailed spectral information but require longer processing windows. Broader filters allow lower processing delay but with less fine spectral separation.
It’s important to understand that neither is universally better. But individual patients may strongly prefer one or the other - and this preference matters.
WSA
Nymøllevej 6
3540 Lynge
+45 44 35 56 00
