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VibroSense Tiny AI Chip stands out as a solution to the Industrial IoT (IIoT) challenge of handling massive data volumes generated by vibration sensors. Based on a Neuromorphic Analog Signal Processor, this chip preprocesses vibration data directly at the sensor, significantly reducing the amount of data that needs to be transmitted and stored. It's an ideal component for predictive maintenance systems, where early detection of machine conditions can prevent costly failures. The VibroSense chip enables streamlined communications across long distances with narrow bandwidth, which lessens operational expenses while ensuring precise and timely decision-making in industrial settings. This chip's application spectrum spans various machinery, from engines to wind turbines, promising substantial advances in efficiency and reliability.
The VibroSense Tire Monitoring Solution by Polyn Technology is an ultra-low power, neuromorphic front-end chip that transforms regular tires into smart, self-aware components. This innovative chip is seamlessly integrated into standard Tire Pressure Monitoring Systems (TPMS), allowing it to detect tire-road friction changes in real time. These friction changes are crucial for sending alerts to a vehicle's Advanced Driving Assistance Systems (ADAS), enhancing safety by improving road surface awareness and reducing stopping distances. Unlike traditional systems, which often rely on indirect estimations, VibroSense provides precise, on-the-fly monitoring of tire conditions, offering unparalleled accuracy and reliability.
NeuroVoice is Polyn Technology’s cutting-edge solution for optimizing voice processing in hearables and other mass-market audio devices. This neuromorphic chip specializes in adapting to ambient sound environments by focusing on human voice extraction with precision and efficiency. It functions autonomously, independent of cloud resources, ensuring heightened privacy and lower latency. The chip aids in voice activity detection, personalized speaker recognition, and smart voice control, even amidst irregular noise, providing an impressive performance far exceeding traditional digital processing methods. Moreover, NeuroVoice's ultra-low power requirements make it suitable for continuous use in smart home devices, wearables, and portable electronics, enabling smarter and more secure user interactions.
NeuroSense is highly specialized for improving the functionality and battery lifespan of wearable devices. This neuromorphic chip leverages analog signal processing to offer profound advancements in heart rate monitoring and various biometric assessments. Its design eliminates the dependency on cloud connectivity, ensuring that the processing remains efficient and independent. By supporting various health monitoring tasks, NeuroSense enhances devices like fitness trackers and smart health gadgets, making them more responsive and reliable. The chip promises reduced power usage while maintaining high accuracy, enabling wearables to offer extended operating times without frequent recharges. NeuroSense's contributions to the wearable sector lay the groundwork for future developments in personalized health tracking and smart electronics, characterized by seamless integration and remarkable utility.
Discover how POLYN Technology redefines edge AI by leveraging its NASP tech to push the frontiers of compact, energy-efficient data processing in its latest accolade. Read more
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