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Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Learn how Intel® Core™ Ultra Processors Series 2 (Arrow Lake), Intel® TCC, and Advantech platforms enable deterministic, AI-ready mixed-criticality edge computing. Download the white paper to explore scalable real-time industrial system design.


The Brains Behind Advanced Robots: Accelerating the Future of Robotics with Powerful, Consolidated Computing

The Brains Behind Advanced Robots: Accelerating the Future of Robotics with Powerful, Consolidated Computing

Learn how compact, unified computing platforms help support AI, sensing, and control in mobile robots built for real-world operation.


All Ethernet to the Edge: 10BASE−T1S

All Ethernet to the Edge: 10BASE−T1S

What does it take to move a Factory 4.0, an automotive network, or a smart building system design to ‘All Etherent’ approach? This white paper from onsemi explains how 10BASE-T1S is the missing link for these challenges and the advantages the protocol brings.


A Signal Integrity Guide to HSD PCB Design

A Signal Integrity Guide to HSD PCB Design

Download this comprehensive guide and get a blueprint for mastering Signal Integrity fundamentals in complex, high-speed PCB systems.


Ensure Long Life Code with VTI’s RESTful Driverless Software

Ensure Long Life Code with VTI’s RESTful Driverless Software

Future-Proof Your Test Systems: Discover Driverless Control with VTI’s RESTful Software Traditional driver-based architectures are holding your test systems back—creating costly dependencies and risking obsolescence. Learn how VTI’s RESTful approach delivers platform independence, scalability, and long-term reliability.


Powering the Next Generation of High-Efficiency Power Systems with onsemi EliteSiC Technology

Powering the Next Generation of High-Efficiency Power Systems with onsemi EliteSiC Technology

Discover onsemi’s EliteSiC cascode JFET design toolkit — 33 resources to help engineers design higher-efficiency, higher-density power systems.


Choosing the Right Semiconductor Technology for 800 V AI Data Center Power

Choosing the Right Semiconductor Technology for 800 V AI Data Center Power

This application note compares GaN HEMTs, SiC MOSFETs, and SiC cascode JFETs for high-voltage intermediate bus converters in AI datacenters, highlighting their conduction, switching, and gate-drive characteristics at high frequencies. While all three technologies achieve similar overall efficiency in resonant LLC converters, CJFETs stand out for their lower cost, simpler gate drive, and minimal snubber requirements. The note also shows that a three-phase LLC topology offers the best system-level advantages.


Memory Innovation at the Edge: Power Efficiency Meets Green Manufacturing

Memory Innovation at the Edge: Power Efficiency Meets Green Manufacturing

Discover how Winbond’s low-power memory and Customized Memory Solutions (CMS) advance sustainable, high-performance design for AI, automotive, and industrial applications. Download the white paper to learn more.


Industrial Wireless Solutions: The Ultimate Wi-Fi 7 Solutions for Industrial Innovation

Industrial Wireless Solutions: The Ultimate Wi-Fi 7 Solutions for Industrial Innovation

Download the eBook to discover how Advantech’s Wi-Fi 7 solutions are driving industrial connectivity and accelerating AIoT innovation.


Robotic Arms Reach for a New Horizon

Robotic Arms Reach for a New Horizon

Download the white paper to explore how software-driven platforms and AI are reshaping the future of robotic arm design and performance.


Advancing Power Circuits with SiC JFETs

Advancing Power Circuits with SiC JFETs

This tutorial highlights the role of Silicon Carbide (SiC) JFETs in modern circuit protection, emphasizing their faster and safer current interruption compared to traditional electromechanical breakers. It explains key features such as on-chip temperature and current sensing, inrush current limiting, and overcurrent protection, showing how SiC JFETs manage power surges efficiently without complex external circuitry. Evaluation results confirm their effectiveness in real-world applications, positioning SiC JFETs as a critical technology for high-power systems and the growing demands of the AI-powered data center revolution.


System Solution Guide: AI Data Center

System Solution Guide: AI Data Center

AI data centers require specialized power solutions to support high-performance servers, networking equipment, and storage systems, with rising energy demands driving the adoption of efficient wide bandgap (WBG) materials like SiC and GaN. The guide explores AI data center architecture and power systems, covering components such as racks, PSUs, UPS, BBUs, Solid State Transformers, PDUs, and the shift to high-voltage DC bus bars for improved efficiency and power density. onsemi provides advanced power solutions for AI data centers.


Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Electronics in Medical Equipment: Component Choices Driven by Forces of Regulation, Miniaturization and Data Sharing

Access Panasonic’s whitepaper to optimize your component choices and build a stronger foundation for the future of medtech.


Guide to Requirements Management for Modern Electronics Teams

Guide to Requirements Management for Modern Electronics Teams

Learn how to bring structure and traceability to complex electronics projects. This guide explores best practices and tools for modern requirements management to help teams reduce errors, improve collaboration, and accelerate delivery.


AI Poses Power Challenges While Pointing Toward Solutions

AI Poses Power Challenges While Pointing Toward Solutions

How Artificial Intelligence is Reshaping the Power Landscape — From Problem to Potential: AI is transforming industries at lightning speed — but it’s also consuming unprecedented amounts of power, putting pressure on already strained energy infrastructures. This whitepaper reveals how AI can be both the challenge and the solution.


From Stationary Arms to Humanoids: The Journey of Mobile Robotics

From Stationary Arms to Humanoids: The Journey of Mobile Robotics

Access this whitepaper to explore key advancements and challenges in robotics, from stationary robotic arms to a new generation of humanoid, agile, and versatile robots.


Smarter Factories with Edge AI Vision: How ADLINK and NXP Improved Yield and Reliability

Smarter Factories with Edge AI Vision: How ADLINK and NXP Improved Yield and Reliability

Discover how NXP and ADLINK boosted semiconductor yield and enabled predictive maintenance with edge AI vision.


From Footfall to Foresight: Revolutionizing Retail Analytics with Real-Time Edge AI

From Footfall to Foresight: Revolutionizing Retail Analytics with Real-Time Edge AI

Download the white paper to discover how real-time edge AI is transforming retail analytics with privacy-first, scalable insights.


Selecting the Right Embedded Hardware – A Guide for Developers

Selecting the Right Embedded Hardware – A Guide for Developers

Discover how to choose the right embedded platform using this white paper from NXP.


Enabling Emotion Detection in AI Using High-SNR MEMS Devices

Enabling Emotion Detection in AI Using High-SNR MEMS Devices

Explore the journey of sound recording, from Fantasia’s orchestra to MEMS microphones, and see how AI is shaping the future of audio clarity.