- Audio Amplifiers
- AUDIO HUBS (CODECS)
- MEMS Microphones
- Power Management
- S/PDIF Transceivers
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Analogue to digital convertors (ADCs) are used to convert analogue signals, such as audio signals, to digital numbers (digital signals).
These are electronic amplifiers that amplify low power audio signals, in the 20Hz to 20kHz band, to a level suitable for driving a loudspeaker or headset.
AUDIO HUBS (CODECS)
Integrate all the audio functionality such as signal routing, mixing, converting and amplifying onto a single audio centric device to give consistent high definition audio quality across different applications and tiers.
Digital to analogue converters (DACs) perform the opposite function of the ADC by converting the digital signal back to the analogue domain (audio signal) ready for playback via loudspeakers or headsets.
Micro-electro-mechanical systems (MEMS) microphones offer a unique combination of high performance and compact form factor to enable crystal clear audio capture. The close tolerance sensitivity makes them ideal for multi-microphone applications such as noise cancellation and speakerphone.
Power management integrated circuits (PMICs) intelligently manage and optimise the use of power within the system architecture to maximise battery life in portable devices.
These Sony/Philips Digital Interface devices send and receive digital audio signals over coaxial (or fibre optic) cable to interconnect home audio products.
The selection of advanced audio algorithms allows customers to select differentiating features for their products from noise cancellation to sound enhancement.
Wolfson provides system solutions encompassing high performance Audio Hub and DSP engines to run proprietary and third party audio effects as well as high performance silicon MEMS microphones.
The addition of Wolfson's audio system solutions dramatically enhances the audio performance and capabilities of modern flat panel TVs, adding system flexibility to the designer as well as giving platform agnostic levels of audio performance.
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