Edge AI Motion Sensing for Wearables
Edge AI motion sensing enables wearables and industrial devices to process motion data locally for real-time, low-power, and privacy-focused applications.
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Edge AI motion sensing enables wearables and industrial devices to process motion data locally for real-time, low-power, and privacy-focused applications.
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Edge AI and advanced sensors are redefining athletic performance, enabling real-time motion analysis, injury prevention, and smarter training through intelligent wearables and devices.
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Analog Devices Inc. ADPD4100 & 4101 Multimodal Sensor Front Ends
Learn MoreExplore how thermoelectric nanomaterials power remote and self-powered small devices and improve the energy efficiency of different technology systems.
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Wi-Fi 6 and Bluetooth Low Energy 5.3 enable fast cloud sync and low-power control in smart home, industrial, and wearable devices—ideal for engineers designing efficient, dual-radio IoT solutions.
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Smarter golf starts with precision and connectivity. Discover how GNSS and Bluetooth® technology are reshaping training and performance on the green.
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As the global population ages and chronic diseases rise, smart health is becoming increasingly vital for meeting the growing demands placed on healthcare systems.
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Learn how piezoelectric materials are driving innovations in haptic feedback, enabling more immersive and realistic user experiences in modern technology.
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Texas Instruments AFE44I3x Ultra-Low-Power Analog Front End (AFE)
Learn MoreGesture control in hearables enables intuitive interaction through advanced sensors and AI, improving usability and user experience in wearable devices.
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Solid-state lithium micro-batteries could reshape the wearable market with longer-lasting, safer, and more energy-dense batteries in compact formats.
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Maxim Integrated MAXREFDES103 Health Sensor Platform
Learn MoreThe US FDA's approval of Apple’s AirPods Pro 2 as hearing aid software marks a groundbreaking shift in accessible hearing solutions.
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Today’s smart glasses incorporate traditional eyewear aesthetics with modern technological capabilities for a unique offering in the wearables market.
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(Source: woravut - stock.adobe.com) The adoption of healthcare monitoring devices that are both flexible and conform to the wearer have gained traction1. Spurred on by the need for remote care...
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STMicroelectronics BlueNRG-M2 Application Processor Modules
Learn MoreWhile many users like sexy watches, rings, and pendants for information access, the medical and fitness realms' reasons for using wearable technologies are rapidly increasing.
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3 Innovative Wearable Device Types That Are Improving Consumer Health (Source: vectorfusionart - stock.adobe.com) As consumers consider lifestyle changes following the COVID-19 outbreak, they...
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In this week's New Tech Tuesday, we'll look at a diverse range of medical wearable solutions from Microchip Technology, Semtech, and Maxim Integrated.
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Wearables. That’s just smart watches and fitness trackers right? Actually, wrong. Wearables. That’s just smart watches and fitness trackers right? Actually, wrong. Yes, it’s true that for the past d
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In this week's New Tech Tuesday, we'll look at products from Maxim Integrated, Renesas / IDT, and Qorvo that designers can use in wearable development.
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The new Bluetooth LE Audio format enhances the performance of traditional Bluetooth audio and introduces a new, more efficient codec along with a variety of new features, making it a game-changer.
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In this week's New Tech Tuesdays, we'll look at wearable technology from Maxim Integrated, Semtech, and STMicroelectronics.
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(Source: Microgen/Shutterstock.com) A patient undergoes a minimally invasive procedure via a surgeon employing a robotic device. As a result, recovery time is reduced and can be spent at home. In...
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