Yet, they report vastly greater satisfaction with hearing in noise than those who do not use hearing aids. People with hearing loss who use hearing aids are less satisfied with how they perform in noisy places than in other listening environments. They are particularly focused on ways to alleviate problems with hearing in noise. Manufacturers of hearing aids strive to provide technology that improves hearing and hearing-related quality of life for users as much as possible. While the loss of audibility can be compensated by amplification, it is more challenging to compensate for difficulties hearing in noise using hearing aids. Individuals with hearing loss have reduced audibility, but they often also have increased difficulty hearing in noise. The strategy and the advantages it provides in terms of sound quality, spatial hearing, and improved signal-to-noise ratio with maintained awareness of surroundings are explained. These are the Spatial Cue Preservation mode, the Binaural Listening mode, and the Speech Intelligibility mode. The directional strategy includes three listening modes that will be explained. This approach is based on the idea that hearing aid directionality can leverage natural binaural hearing and inherent listening strategies. ![]() This article describes the real-world studies that inspired ReSound to take a different approach to applying directional microphone technology. ![]() In contrast, real-world studies have shown a disconnect between the potential of the technology and what hearing aid users experience in their daily life. Hearing aid directionality has been documented to improve speech intelligibility in multiple laboratory studies. ![]() Directionality is the only hearing aid technology - in addition to amplification - proven to help hearing aid users hear better in noise.
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