Ultra-Low-Power, Always-on Edge Processing

Optimize power- and data-efficiency for your always-on sensing application.

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Use 10x Less Power for Always-Listening Voice-First

Finally – an intelligent voice wake-up solution that really listens for what’s important

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Process 100x Less Data For Vibration Monitoring

Develop smaller, lower-power predictive and preventative maintenance systems

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10

Reduction in power consumption

100

Elimination of irrelevant data processing

100

Less Data to Handle

How It Works

Discover how Aspinity's ultra-low power RAMP analog processing chip can dramatically reduce power requirements for your always-listening voice wake-up application.

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/Voice-Wake-Up

Voice

Always-listening voice wake-up with preroll support for battery-operated voice-first devices

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/acoustic-event-detection

Audio Events

Glass break, alarm, and other acoustic event detection for IoT and security applications

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/industrial-vibration-monitoring

Vibration

Vibration monitoring for preventative and predictive maintenance

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Aspinity at MSEC 2019
November 2019 Events , In the News

Aspinity at MSEC 2019

Highlights from the Aspinity presentation and the other MEMS and Sensor innovations that were showcased at MSEC 2019

Neuromorphic Computing Rethinks AI Chip Design
September 2019 In the News

Neuromorphic Computing Rethinks AI Chip Design

Nanalyze.com reviews AI chip design, the benefits of neuromorphic processing for low-power edge computing, and key players in this space.

Tackling the Power Problem in Portable Voice-First Devices
July 2019 In the News

Tackling the Power Problem in Portable Voice-First Devices

Aspinity discusses how the energy efficiency of the brain inspired the idea of an ultra-low-power analyze-first edge architecture for always-on applications and how it is enabled by the Aspinity RAMP technology.

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