Electronics For You

Ever wondered how to bring AI to life on a tiny microcontroller? Let’s do it together! We’re live right now, diving into something super cool: Running AI on Edge! Here’s what we’re exploring in today’s DIY session: 🔹 Making and running an ML model directly on edge devices 🔹 Collecting datasets and forwarding sensor data from an MCU to Edge Impulse 🔹 Designing an AI-based gesture detection and prediction system This is one of those hands-on sessions where you’ll walk away with practical skills and a working project to show off. If you’re curious and have a bit of love for AI or microcontrollers, you’re going to enjoy this. Let’s build something awesome together! Join The Live Session Now: https://lnkd.in/guSSDUWw

#WiFi6 is here, making our devices faster and smarter. But hold onto your routers, #WiFi7 is coming! It's got ultra-low latency, multi-link operation (MLO), and speeds that’ll make your head spin… in a good way! Think faster gaming, seamless VR, and IoT devices that actually talk to each other without that annoying lag. While Wi-Fi 6 is already rocking the smart home and IoT world with efficiency, Wi-Fi 7 will take it up a notch, making everything smoother, faster, and more connected than ever before. But... here's the catch: Wi-Fi 7 might cost you a little extra. 😅 Read more here: https://lnkd.in/gWBBhh3Y

Ever lost your metro card, office entry pass, or hotel room key? Imagine if you had a backup... and not just any backup, but a cloned one! Here’s where things get interesting: RFID and NFC cards are everywhere, but they come with some serious security flaws. From skimming to cloning, these cards are easier to hack 🙄 In this totally ethical and educational project, we’ll show you how to clone an RFID card (because who doesn’t want a backup handy, right?). Before you get any wild ideas, remember: This is for education only. We don't support bad habits here, okay? Stay ethical, stay legal. Check out the full guide for the magic behind RFID cloning—just don’t go too wild with your new knowledge. 😉 Step-by-step Guide: https://lnkd.in/gTz6RVqC #ElectronicsForYou #Tech #RFID #Security #HackingForGood #EthicalHacking

"India has come far in a short time, but the journey has just begun" Steve Sanghi, Executive Chair of Microchip Technology Inc., sat down with Dr. Satya Gupta from the VLSI Society of India (VSI) to discuss: ✅ Key trends shaping semiconductors—AI, EVs, 5G, and sustainability ✅ India’s potential in compound semiconductors (GaN & SiC) ✅ The fabless ecosystem and opportunities for Indian startups ✅ The need for applied research to bridge academia and industry His advice? Long-term commitment, resilience, and fostering talent are the keys to building a globally competitive semiconductor industry. 👉 Read the full insights here: https://lnkd.in/gazQwg7s #Semiconductors #MakeInIndia #ChipTechnology #VLSIDesign #Microchip #FutureOfSemiconductors #Innovation #EFYExpress #ElectronicsForYou

The soft semiconductor market is set to grow at a 25-30% CAGR over the next decade, driven by advancements in healthcare, IoT, and smart cities. Unlike rigid silicon, soft semiconductors are flexible, stretchable materials like polymers and hybrids that can bend without breaking, opening up game-changing possibilities for wearables, medical implants, and even “smart” artificial skin. Why now? Tech trends like wearable health monitors, flexible displays, and biocompatible implants are pushing the limits of rigid electronics. Soft semiconductors seamlessly integrate with the human body or curved surfaces, making them perfect for smart clothing, biosensors, and next-gen displays. Challenges? Performance, stability, and manufacturing scale still need work, but breakthroughs in self-healing materials, energy-efficient designs, and hybrid systems are bridging the gap. From AI-powered wearables to soft robotics, the future of electronics is flexible, adaptable, and closer to becoming part of us. Read the Full Article Here: https://lnkd.in/gurMFVvt

Big news! Our PIC64HX MPUs have been recognized by Electronics for You as Truly Innovative Technology. The award identifies electronics components that are critical for solving the unique challenges faced by today's developers. Check out the magazine feature to learn more: https://mchp.us/3D5Y4Cf. Electronics For You #Technology #Innovation #Electronics #PIC64HX #MPUs

Ever wondered how the internet keeps up with our crazy demand for speed and capacity? The answer lies in some mind-blowing tech like multicore fibre (MCF) and multiband optical networks. These innovations are breaking bandwidth limits, delivering data speeds up to 1.7Pb/s (yes, that's petabits per second!) with advanced 19-core fibres. Plus, multiband networks take it even further, squeezing out 10x more bandwidth by using multiple wavelength bands. This isn’t just fancy science—it’s powering data centres, biomedical imaging, experimental physics, and more. Basically, it’s shaping the future of how we stay connected. Read the Article in Electronics For You Express: https://lnkd.in/g2CrpjYP #Electronicsforyou #EFYExpress

🌟 This is what happens when a community unites to create wonders! The successful completion of the One Week Faculty Development Programme, organized by the Dept. of EC at #BLDEACET, is a testament to the power of collaboration and dedication. 💡✨ 💫 The lead star cast of this programme included Mr. Rakesh B R from Entuple Technologies Pvt. Ltd., who guided faculty and students through #FullCustom #ASIC Design and #SemiCustom ASIC Design for 2 days. The generation of #GDSII from #schematic and #RTL ignited VLSI dreams in students. 💡The prior learnings from Abhiyantha Training courses helped many students follow the VLSI and #Cadence jargon easily. 🤝 💻 I had the opportunity to teach the #OpenLane flow and discuss #TinyTapeout with fellow VLSI researchers and students. The #Colab environment set up by Mr. Mohamed Gaber 🙌 worked like a charm ✨ and sparked engaging discussions on #STA and #power management. 🙌 Thank you,! 📘 A heartfelt thanks to Dr. Daneshwari Hatti for her insights into #SystemVerilog and the importance of #verification. Her Kannada translations of #UVM concepts ensured crystal-clear understanding for students. 🖋️👏 Thank you, Madam! 🙏 A big thank you to all the coordinators who made this event a success. Thanks to my teacher Prof.mallanagoud patil for leading the VLSI student fraternity. 📚 Wishing all participants a prosperous future and Happy Learning VLSI! 🌱🎓😊 ☘️ P.S : Congratulations to first-year students for attending #LiveCoding where we generated 93 certificates using #Python. The code is hosted by Electronics For You Group group at https://lnkd.in/gi-2-RFY . Thank you EFY Team. 🙌 🔖

📢 Insights from Our Executive Director on the Future of Electronics Manufacturing in India! We’re thrilled to share that our Executive Director recently spoke with Electronics For You Group, discussing the exciting opportunities and challenges in the electronics manufacturing industry in India. 🚀 💡 He highlighted how India is rapidly emerging as a global manufacturing hub, thanks to initiatives like Make in India and PLI (Production-Linked Incentive) schemes. While the industry faces hurdles such as global supply chain disruptions and rising costs, the growing demand for energy-efficient, sustainable products presents immense potential. 🔧 At Calcom Vision, we’re proud to navigate this landscape with a clear strategy: leveraging cutting-edge innovation, forming strategic partnerships, and embracing localization to stay ahead. We’re committed to delivering high-quality, sustainable solutions that meet market demands while driving India's manufacturing capabilities forward. Join us as we shape the future of electronics manufacturing! 🌟 #ElectronicsManufacturing #Innovation #MakeInIndia #Sustainability #CalcomVision #Leadership https://lnkd.in/gr79b-J5

Imagine a computer solving in 5 minutes what would take traditional ones millions of years. Sounds unreal, right? That’s exactly what Google’s Willow Quantum Chip is doing! Here’s why this is mind-blowing: 🔹 It’s so fast that tasks needing 10 septillion years on a regular computer take just minutes on Willow. (For perspective, that’s longer than the universe has been around!) 🔹 As Willow scales up, it reduces errors—a rare feat in quantum computing called below the threshold. 🔹 The possibilities are endless—from developing futuristic drugs to creating ultra-efficient batteries. What’s even cooler is how it works. Willow uses 105 qubits with enhanced connectivity, making it smarter and faster as it grows. Check the complete details here: https://lnkd.in/gEuMn75N