Research and Teaching Assistant, Assiut university, Asyut, Egypt, IEEE - Student Member
Texas Instruments just unveiled the world’s smallest MCU – only 1.38mm². This breakthrough opens up new possibilities for medical wearables, personal electronics, and ultra-compact embedded designs. https://lnkd.in/d4t3iA3w
We’re thrilled to announce a new strategic supply agreement with Gettop Acoustic, global leader in acoustic components. Through this partnership, Gettop will manufacture MEMS speakers using USound’s wafers and ASICs, ensuring reliable production volumes and accelerating global adoption. Together, we’ll strengthen the MEMS speaker industry and expand next-generation audio solutions across consumer electronics, wearables, and healthcare applications. Read more: https://lnkd.in/dfE2SzK7 #USound #Gettop #MEMSloudspeakers #microspeakers #AudioInnovation #USoundInside
🔬 New Special Issue in Biomimetics! "Bioinspired Flexible Electronics and Wearable Systems: Integrating Advanced Materials, Sensing, and Human–Machine Interfaces" Guest Editor: Dr. Yiming Liu 👉Discover the future of bioinspired wearables: https://lnkd.in/dZbFQnWS
Today we officially launch Qomp, the Quantum Preprocessor Module — a groundbreaking step toward quantum-classical hybrid computing for mobile and edge devices. 🔹 Powered by quantum dots and photonics 🔹 Runs real-time quantum decision acceleration 🔹 Designed for phones, wearables, satellites, and edge AI Our vision is simple: 💡 Bring quantum intelligence out of the lab and into your pocket. This is just the beginning. 📜 Read our whitepaper below 👇 #QuantumComputing #Photonics #EdgeAI #Qomp
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/giiH3Jtz
VLSI Physical Design Trainee @ Takshila Institute | RTL‑to‑GDSII • Floorplanning • Clock‑Tree • Routing | Empowering Next‑Gen Chip Design
📅 Day 14 – Real-World Impact: Where Physical Design Meets Life 🌍 From Layouts to Lifestyles VLSI Physical Design isn’t just about transistors and metal layers—it’s the invisible force behind the tech we use daily. 📱 Smartphones: High-performance, low-power SoCs enable blazing-fast apps and all-day battery life. 🚗 Automotive: ADAS and infotainment systems rely on robust physical design for real-time processing and safety. 🧠 AI & Edge Devices: Physical design enables compact, efficient chips that power smart cameras, wearables, and IoT. 💡 Every optimized wire, buffer, and cell placement contributes to the speed, intelligence, and reliability of modern electronics. VLSI #PhysicalDesign #TechInRealLife #SemiconductorApplications #SmartDevices #EDAimpact
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
From patient monitors to portable wearables, Sparklet enables real-time, responsive UIs for next-gen medical devices—optimized for low-power MCUs like STM32 and RA4/RA6 series. 🏥 With fast rendering, minimal resource use, and crystal-clear readability, Sparklet ensures precision and performance in medical UIs where every second matters. 🩺 Learn How ➡️ https://lnkd.in/gfiUuzhM #MedicalUI #HealthcareTech #MedTech #DigitalHealth #PatientMonitoring #WearableDevices #MedicalDevices #HealthInnovation #RealTimeData #MedicalWearables #EmbeddedUI #LifeSavingTech #PoweredByEmbien
Senior Manager- Physical Design | Noida operation head | Business Development Lead @ Mirafra Technologies.
From nanometers to next-level power: The 2nm chip revolution is here. Smaller, faster, and smarter this is where the future of technology shrinks to expand possibilities. Semiconductor leaders are now pushing the limits of physics, mass-producing chips at the ultra-tiny 2nm process node. This breakthrough means: ✅ More compact and efficient smartphones, wearables, and IoT devices. ✅ Lower power consumption with higher processing speeds fueling the next wave of innovation. ✅ Leveraging extreme ultraviolet (EUV) lithography to cross barriers once thought impossible. The 2nm era isn’t just about size it’s about redefining performance and unlocking what tomorrow’s tech can do today. 🌍💡 #Semiconductors #2nm #Innovation #TechTrends #ChipDesign ASML TSMC Samsung Semiconductor
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
JonDeTech teams up with South Korean MSL We are excited to announce a new collaboration with Medical System Laboratory Inc. (MSL) in South Korea https://lnkd.in/gt8kSJTk. Together, we will develop an innovative solution for continuous body temperature measurement – a field with strong potential in health, wearables, and consumer electronics. By combining JonDeTech’s ultra-thin thermal sensors with MSL’s expertise, we aim to enable next-generation applications that bring real value to both partners and end-users. www.medsyslab.co.kr Full Pressrelease in the comments. #temperaturemonitoring #healthtech #corebodytemperature #heatflux
R&D, Embedded Electronics, Firmware, Middleware, Integration, Prototyping, Product Design
1wWhat the number is? Its ID !