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Ultra-low energy DSP for always-on applications
https://www.cadence.com/en_US/home/tools/ip/tensilica-ip/hifi-dsps/hifi-1.html
Versatile DSP Combining Traditional Signal Processing, Codecs, and AI Functions. The Cadence ® Tensilica ® HiFi 1 DSP is the smallest and lowest power member of the HiFi DSP family, developed for battery-constrained applications, such as mobile, hearables, wearables, laptop, automotive, and IoT. Its small area reduces SoC cost.
Ultra-Low-Power DSP Delivers 200 MHz To Audio/Video ...
https://www.electronicdesign.com/technologies/dsps/article/21799815/ultralowpower-dsp-delivers-200-mhz-to-audiovideo-analytics
Ultra-Low-Power DSP Delivers 200 MHz To Audio/Video Analytics. May 27, 2014 Featuring up to 200-MHz performance, Texas Instruments’ TMS320C5517 digital signal processor (DSP) speeds processing ...
Lower Power, High Quality CODEC with Audio DSPs | …
https://www.analog.com/en/education/education-library/videos/6029494550001.html
Lower Power, High Quality CODEC with Audio DSPs Experience how the ADAU1787, low-power codec with a programmable Fast DSP engine can be used to build high-quality, low-power headphones with advanced features, including active noise cancellation.
What is a DSP?: All that power in a little chip - SoundGuys
https://soundguys.com/what-is-dsp-28013/
DSP chips appear in a variety of sizes, prices, and performance points. Scaling up to multi-channel processors in cars and professional studio equipment, down to tiny low power chips for smart speaker voice recognition. They’re used to speed up the execution of audio-related algorithms while consuming less power than a typical CPU.
An Ultra Low-power Programmable DSP System for …
https://www.onsemi.com/site/pdf/DSP_System.pdf
one or two audio signals. 1. Introduction For DSP designers, ultra low-power appli-cations are extremely demanding. An exam-ple low-power application is a digital hear-ing aid. These devices must (i) consume less than 1 mW at 1 volt; (ii) fit into the ear canal (system size less than 6.5 x 3.5 x 2.5 mm); and (iii) provide sufficient flexibility and
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