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Idt Announces World’s First Family Of High-definition Audio Codecs With 3-state Class-D Modulation

27th October 2010
IDT
ES Admin
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Integrated Device Technology, Inc. today announced the world’s first family of high-definition PC audio codecs to feature the DDX™-based class-D modulation technology developed by Apogee Technology. This highly efficient 3-state modulation technique extends battery life, eliminates pops and clicks, and reduces electromagnetic interference (EMI) in notebook and desktop audio systems.
The IDT 92HD9x family of audio codecs integrates equalization, dynamics processing and filtering in hardware to enhance the audio output, complemented by a complete set of features implemented in software to enhance the microphone inputs, such as acoustic echo cancellation, noise suppression and beam forming for unified communications.



“IDT is dedicated to raising the ‘audio bar’ in the computing world,” said Patrick Griffith, senior marketing director of the Analog and Power Division at IDT. “This new family of IDT audio codecs adds to an already comprehensive portfolio and boasts a compelling feature set, allowing customers to select the right codec for a variety of audio configurations.”



The newest audio codecs in the IDT family include an integrated high-pass filter to prevent speaker damage by blocking low frequency content the output transducers cannot reproduce. When used in conjunction with the integrated band-pass filter, 2.1 speaker configurations are possible using the mono subwoofer output.



In addition, the latest members of IDT’s industry leading audio family feature an integrated combo jack, which allows today’s headsets to use a single port for the microphone input and headphone output. This integrated combo jack offers board designers a system-level cost savings by eliminating external components previously needed for microphone detection.



Finally, the 92HD9x family offers an option for dual HD Audio and Inter-IC Sound (I2S) bus interfaces to facilitate notebook docking and the connection of auxiliary audio devices with lower bill of materials costs.

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