MCX W23: A versatile platform for wearables and asset tracking

From medical wearables to asset trackers, the MCX W23 platform combines Arm® Cortex-M33 processing, versatile sensor integration, and robust security in a compact footprint. Read more: https://lnkd.in/e2BsJpW5

Ambiq #Apollo510B enhances #EdgeAI with energy-efficient wireless connectivity The #Apollo510B’s rich set of peripherals makes it ideal for always-on, intelligent, and connected devices, particularly in body-worn and ambient AI applications. Its advanced memory architecture enables fast execution and real-time data processing, while# secureSPOT® 3.0 and Arm TrustZone® provide secure boot, firmware updates, and protection of interoperability and data exchange across diverse edge devices, specifically for wearables, smart glasses, remote patient monitoring, asset tracking, and #industrialautomation. 

Ambiq launches Apollo510B SoC with BLE 5.4 & Cortex-M55 to supercharge power-efficient edge AI for wearables & smart devices. #EdgeAI #IoT #Ambiq https://lnkd.in/g-eeWKNU

Energy-Efficient On-Device AI: Ambiq Apollo510B Wireless SoC The race to bring intelligence directly onto ultra-low-power devices just progressed. Ambiq’s newly announced Apollo510B SoC (Aug 2025) pushes the boundaries of what’s possible for wearables, smart sensors, and always-on AI applications. At its core, the Apollo510B integrates a 250 MHz Arm Cortex-M55 with Helium vector extensions and Ambiq’s turboSPOT® dynamic voltage scaling. The result? 30× better power efficiency and 16× faster performance compared to Cortex-M4 MCUs. But performance isn’t the only story: - 3.75 MB system RAM + 4 MB flash support larger, more capable ML models. - Built-in Bluetooth LE 5.4 and a 48 MHz network coprocessor enable robust connectivity. - Integrated graphiqSPOT GPU brings smooth 2D/2.5D graphics to resource-constrained devices. - secureSPOT 3.0 + TrustZone offer hardware-level security and OTA firmware protection. - High-fidelity audio I/O opens the door to always-listening, ultra-low-power voice assistants. The Apollo510B enters a competitive field alongside Renesas’s RA8P1 MCUs (1 GHz Cortex-M85 + Ethos-U55 NPU) and edge-focused NPUs like Axelera’s Metis M.2 Max. The spectrum is clear: from ultra-efficient MCUs powering wearables to heavy-hitting NPUs running large models at the edge. For embedded engineers and product designers, the Apollo510B allows meaningful AI on the smallest, most power-sensitive devices. Think medical wearables, industrial IoT, and edge-first consumer electronics—all benefiting from intelligence that doesn’t rely on the cloud. The Apollo510B is a signpost for where ultra-low-power AI silicon is headed. #EdgeAI #Ambiq #Apollo510B #LowPowerAI #EmbeddedML #embeddedAI

Mouser now stocks Fanstel's BM15x modules featuring Nordic’s nRF54L15 SoC. These compact, low-power modules support Bluetooth LE, Mesh, Thread, Zigbee, Matter, and more, making them perfect for smart sensors, wearables, and asset trackers. With up to 1.5 MB Flash and 256 KB RAM, the BM15x series enhances functionality while minimizing size and power usage. Evaluation boards are available for easy development. See more from Fanstel Corp. in the comments!

Future Tech at IFA 2025 Triple-fold phones, AI wearables, and next-gen laptops are making waves at IFA 2025. But the real challenge for businesses? Ensuring these innovations integrate seamlessly with existing systems. Our team helps bridge that gap—turning futuristic ideas into working solutions. #TechTrends #FutureOfWork #ZavodIT

Tiny sensor, major impact! 🚀 Zemic Europe's ultra-mini strain gauge (1.5×1.5mm) is powering next-gen smart devices—from wearables to foldables. ✅ Saves space ✅ Energy efficient ✅ Temp self-compensation Ideal for compact high-performance designs. 👉 Learn how: https://lnkd.in/eG8kxH3K #Zemic #StrainGauges #Sensors #TechInnovation #WearableTech

MicroLED technology will be key to the mainstream adoption of #SmartGlasses and wearables, but manufacturing and scaling production remain key challenges. Adeia's Dr. Seung Kang will present “Scalable and Cost-Effective #MicroLED for AR Smart Glasses: A Semiconductor System Technology Co-Optimization Perspective,” at the MicroLED Connect + AR/VR Connect event, sharing insights into scalable manufacturing approaches and system-level co-optimization strategies that are shaping the next generation of #AR display technologies. For more info, and to register, visit: https://lnkd.in/dsW9eeNM

JonDeTech initiates collaboration with leading Asian research team on core body temperature measurement using JIRS30 The project aims to combine JonDeTech’s uniquely thin and flexible heat flux sensor JIRS30 with a top rated Asian University's research-based algorithms to create a compact and accurate solution for continuous core body temperature monitoring. The solution is intended for integration into wearables, smart patches, or body-adjacent electronics, enabling a better understanding of how body temperature impacts physical performance. More information in the comments. #CoreBodyTemperature

A very exciting collaboration with a leading Asian Univeristy and Carl James focusing on sharpening our skills in body temperature measurement and thus enabling a better understanding of how body temperature impacts physical performance. #healthtech #CoreBodyTemperature #heatmonitoring