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📍 Mark Your Calendar, Tokyo Hosts AMD Adaptive & Embedded Tech Day📅 September 19 | Tokyo, Japan🌐 Register here: https://...
27/08/2025

📍 Mark Your Calendar, Tokyo Hosts AMD Adaptive & Embedded Tech Day
📅 September 19 | Tokyo, Japan
🌐 Register here: https://cvent.me/kYkmzR?RefId=eet
Join AMD in Tokyo for a free, in-person conference tailored to embedded and adaptive technology professionals, from FPGA and SoC engineers to system architects and developers.
Experience expert-led talks, interactive product demos, and insights into how AMD is accelerating innovation across AI, Industrial IoT, Robotics, Automotive, and Aerospace.
✅ What you’ll take away:
• Hands-on knowledge from AMD experts
• Networking opportunities with peers and partners
• New ideas to optimize your embedded applications
🚨 Slots are limited. Don’t miss your chance to join the tech conversation in Tokyo!

📟 Precise AC signal amplification is critical for motor control—unlike DC, you can’t just “boost and forget.” This forum...
26/08/2025

📟 Precise AC signal amplification is critical for motor control—unlike DC, you can’t just “boost and forget.”

This forum thread explores a two-stage Multisim sine wave boost circuit for sensorless motor position estimation, where factors like resistor precision, phase alignment, and real-world build challenges come into play.

👉 Join the discussion: What’s been your biggest hurdle when moving from simulation to real hardware in circuit design?

Visit our FPGA & Embedded Community Forum to share your insights: 🔗 https://www.eetasia.com/fpga-community-forum/multisim-sine-wave-boost-circuit-design-and-simulation-69347/

📍 Mark Your Calendar, AMD Embedded Tech Day Lands in Seoul📅 September 16 | Seoul, South Korea🌐 Register here: https://cv...
26/08/2025

📍 Mark Your Calendar, AMD Embedded Tech Day Lands in Seoul
📅 September 16 | Seoul, South Korea
🌐 Register here:
https://cvent.me/gylmVB?rt=YvZXV3KqVEGdortNTHI5qQ&RefId=%2Feet
Join AMD for a free, in-person tech conference designed for embedded engineers, FPGA/SoC developers, and system architects.
Get hands-on with AMD solutions through live demos, expert talks, and partner showcases. From Edge AI to Aerospace, Industrial IoT to Telco, this is your front-row seat to the future of embedded computing.
💡 What to expect:
• Actionable insights on AMD-powered platforms
• Expert networking & knowledge sharing
• Co-exhibits with industry partners
🚨 Spots are filling fast. Secure yours today!

📡 Arduino projects make sensor integration easy, from temperature and humidity to motion, sound, and gas detection. But ...
25/08/2025

📡 Arduino projects make sensor integration easy, from temperature and humidity to motion, sound, and gas detection. But in practice, not all sensors perform equally well once you move beyond the demo stage.

For experts and engineers working in embedded systems, prototyping, or IoT:
👉 Which sensors have you found to be rock-solid in real deployments? And which ones look good on paper but fail in the field? Why?

Comment down below or click the link to join the discussion and share your insights in our FPGA & Embedded Community Forum: https://www.eetasia.com/fpga-community-forum/arduino-project-commonly-uses-sensor-identification-68875/

🏠 With healthcare moving beyond hospitals, how do we keep patient data and devices secure at home?This expert guide brea...
25/08/2025

🏠 With healthcare moving beyond hospitals, how do we keep patient data and devices secure at home?

This expert guide breaks down the workflow of connected medical devices—from patient setup to remote firmware updates—and reveals how embedded security ICs like the MAXQ1065 help defend against tampering, data breaches, and reverse engineering.

A must-read for embedded developers working in healthcare, wearables, and secure firmware design.

🔗 Read the full article: https://www.eetasia.com/embeddedblog-safeguarding-remote-healthcare-connections-part-1-obstacles-beyond-the-hospital-walls/?source=fpga_socialmedia_steventipfacebook_aug2504

Drop your tips or share how you're handling similar challenges in our Embedded Community Forum.
💬 Join the forum now: https://www.eetasia.com/fpga-community-forum/

💡 Cybersecurity threats evolve daily. FPGAs, with their reconfigurable nature, seem like a natural fit. The edge needs l...
22/08/2025

💡 Cybersecurity threats evolve daily. FPGAs, with their reconfigurable nature, seem like a natural fit. The edge needs low latency, while cybersecurity needs agility.

👉 FPGAs promise both. But can they really scale in cost, complexity, and power consumption when deployed at the edge? Why?

Comment down below or visit the thread to join the conversation in our FPGA & Embedded Community Forum: 🔗 https://www.eetasia.com/fpga-community-forum/how-can-fpgas-advance-edge-computing-cybersecurity-in-todays-evolving-digital-systems-68128/

22/08/2025

Voting Now Open for the 2025 World Electronics Achievement Awards & Global Electronic Component Distributor Excellence Awards!

Shape the Future of Electronics - Your Vote Matters!
Cast your ballot today to recognize the industry's leading innovators. Voting closes on September 20.

DISTY: https://www.eet-china.com/vote/iic-sz2025/disty?lang=en

📢 EE Awards Asia 2025 Voting is Now Open! 🏆Who will stand out as this year’s leading representative of the electronics i...
22/08/2025

📢 EE Awards Asia 2025 Voting is Now Open! 🏆

Who will stand out as this year’s leading representative of the electronics industry?
Who Will Win You Decide!｜Join us in voting for the EE Awards Asia winners! ✨
👉 Vote online now: https://pse.is/82rscp

The EE Awards Asia is jointly recognized and voted on by engineers and the professional media EE Times and EDN, honoring:
🔹 Outstanding companies in the semiconductor and electronics industry
🔹 The most influential application products and design solutions
🔹 Industry leaders who have made remarkable contributions to innovation and development

Every vote counts! 🗳️ Your decision will determine who takes the stage of honor and becomes a true innovator in the industry. Voting is open until September 10 🌟

Every community starts with pioneers. Our FPGA & Embedded groups are just getting started, and early members have the op...
19/08/2025

Every community starts with pioneers. Our FPGA & Embedded groups are just getting started, and early members have the opportunity to help set the tone for future collaboration and knowledge sharing.

Discover the 6 groups here: 🔗 https://eetalinks.carrd.co/

💡 Be part of the foundation now and become the first voices that will make a lasting impact on how these groups grow.

📌 Your Embedded Edge Starts Here: AMD Adaptive & Embedded Tech Day Tokyo📅 Friday, September 19 | Tokyo, Japan🌐 Register ...
19/08/2025

📌 Your Embedded Edge Starts Here: AMD Adaptive & Embedded Tech Day Tokyo
📅 Friday, September 19 | Tokyo, Japan
🌐 Register Now: https://cvent.me/kYkmzR?RefId=eet
Dive into the future of embedded and adaptive computing at AMD in-person technical conference in Tokyo.
Explore the latest trends shaping AI, Robotics, Aerospace, Industrial IoT, and Automotive, powered by AMD cutting-edge platforms.
💡 Gain expert insights through live demos and technical talks
🤝 Connect with AMD engineers and fellow innovators
🚀 Learn how to bring efficiency and scalability to your next-gen applications
🎫 Seats are limited. Register today and be part of Tokyo Tech Day!

18/08/2025

Voting Now Open for the 2025 World Electronics Achievement Awards & Global Electronic Component Distributor Excellence Awards!

Shape the Future of Electronics - Your Vote Matters!
Cast your ballot today to recognize the industry's leading innovators. Voting closes on September 20.

WEAA: https://www.eet-china.com/vote/iic-sz2025/weaa?lang=en

💡 Did You Know? New Error-Correction Codes May Fast-Track Quantum Computing’s FutureQuantum computers are inching closer...
18/08/2025

💡 Did You Know? New Error-Correction Codes May Fast-Track Quantum Computing’s Future

Quantum computers are inching closer to commercial reality, and breakthroughs in error correction, such as those from QLDPC and SHYPS codes, are leading the way.

Photonic Inc. has developed a new family of QLDPC codes that slashes the number of physical qubits needed, potentially accelerating timelines for fault-tolerant, scalable quantum machines. From photon-linked silicon qubits to telecom-ready architectures, this may mark a turning point in QC design.

Read the full article here: 🔗 https://www.eetasia.com/embeddedblog-photonic-quantum-error-correction-breakthrough/?source=fpga_socialmedia_stevenknowfacebook_aug2503

💬 What do you think of the shift from surface codes to QLDPC in future quantum systems? Join the conversation in our FPGA & Embedded Community Forum: 🔗 https://www.eetasia.com/fpga-community-forum/

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