High fidelity sound
High fidelity sound enables hearing aids to:
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detect very high or low frequency sounds
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detect very loud or soft level sounds
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tailor the sound quality to increase or enhance enjoyment of music.
Manufacturers may use the following terms:
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music programs
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extended frequency range
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extended dynamic range.
Frequency shaping
Frequency shaping enhances the sound quality of a hearing aid by making sure it is as close to natural hearing as possible.
Manufacturers may use the following terms:
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binaural cue preservation
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spatial cue preservation
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streamed audio equalisation.
Frequency lowering
Frequency lowering uses technology to change the pitch of certain sounds so you can hear them more easily.
Manufacturers may use the following terms:
- frequency lowering transposition
- linear transposition
- frequency compression.
Sound delivery
Features such as how sound is delivered to your ear are fundamental to providing safe and appropriate amplification. These physical parts can include:
- physical tubes
- domes
- earhooks.
Manufacturers may use the following terms:
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coupling
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tubing
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moulds
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domes
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sleeves
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earhooks
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receivers
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RIC
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in-the-ear
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CROS/BiCROS.
Artificial intelligence
This feature uses smart computing to mimic human intelligence and analyse information, learn, make decisions and perform tasks in hearing devices. These tasks are designed to maximise benefits to the wearer and enhance their experience.
Manufacturers may use the following terms:
- artificial intelligence
- machine learning
- neural networks
- deep learning.