UNO Q Marks Exciting New Chapter for Arduino
Discover the Arduino UNO Q, a dual-processor board for Linux AI computing and real-time control. Powered by a Qualcomm MPU and STM32U585 MCU, it redefines embedded development.
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Browse our library of technical articles, open source projects, and how-to resources.
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A Quantum Leap in Computer Processing
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Beyond Moore’s Law: How Algorithms, Data Movement, and Co-Design Drive Performance
The next era of computing relies on smarter algorithms, optimized data movement, and hardware-software co-design to deliver greater efficiency and performance.
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Choosing Between Domain-Specific and General Purpose AI Models
Explore domain-specific AI models, fine-tuning, and LoRA, comparing accuracy, deployment, and maintenance tradeoffs versus general-purpose AI models.
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Modular Building Blocks Help Scale High‑Voltage Power Systems
As power systems move to higher voltages, modular 3.3kV SiC building blocks enable simpler, more scalable architectures.
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Easing EU Cyber Resilience Act Compliance with Integrated SOMs
Discover compliance solutions for the EU Cyber Resilience Act, highlighting connected devices using integrated SOM and software platforms to manage security, SBOM, and lifecycle requirements.
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The Future of Robotics: Why Physical AI Matters More Than Human Appearance
Physical AI, machine vision, and robotic manipulation enable specialized robots to perform human-like tasks without humanoid forms, improving ROI.
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The Race for AGI Has No Finish Line
Examines the race for AGI, challenges in defining artificial general intelligence, AI benchmarking limits, and why artificial intelligence may fall short of AGI.
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Distributed Energy: The Future of Power Grids
Explore distributed energy resources, SiC power electronics, battery energy storage systems, and intelligent grid technologies enabling resilient, decentralized power.
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Automotive Cybersecurity Beyond Software: Securing Modern Vehicles
Automotive cybersecurity now extends to hardware, using secure boot, HSMs, and CAN-FD to protect ECUs, vehicle networks, and connected systems from cyber threats.
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How Silicon Carbide Enables Motor-Integrated Servo Drives
SiC power stages enable compact motor-integrated servo drives and three-phase inverter evaluation for robotics and industrial motion control.
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How Desktop PCB Fabrication Accelerates Hardware Development
Desktop PCB fabrication uses milling, conductive ink printing, UV lasers, and 3D printing to accelerate prototyping and support rapid hardware development.
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In-Cabin Infrared Sensing Expands Automotive Monitoring
Explore in-cabin infrared sensing for automotive monitoring systems and the ams OSRAM SFH 4722CS A01 IR LED for reliable driver and occupant detection.
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Current Sensing in AMR and Cobot Motion Control
Magnetic position and Hall-effect current sensors improve motion control, efficiency, and safety in AMRs and cobots operating in compact, EMI-prone environments.
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Ensuring Healthy Indoor Environments with Multimodal Air Sensing
Indoor air quality sensing combines monitoring of particulate matter, temperature, and humidity to help smart buildings improve ventilation and occupant comfort.
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FPGAs for Sensor Processing and Motor Control in Humanoid Robots
FPGAs enable sensor fusion and parallel motor control in humanoid robots, supporting real-time processing, AI workflows, and BLDC motor control.
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Bringing Edge AI Control to Robotics
The Arduino VENTUNO Q edge AI SBC combines accelerated AI processing with a dedicated real-time microcontroller for robotics, vision systems, and automation.
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Thermal Management for Sealed Fanless Edge Computing Systems
As edge AI power densities increase, TIMs and thermal design techniques help sealed systems manage heat, prevent throttling, and improve reliability.
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Why High-Current DC-DC Converters Still Run Hot and How Flat-Wire Inductors Help
Learn about the complexities behind high-current DC-DC converters’ heat generation and how flat-wire inductors reduce DCR, lower losses, improve efficiency, and support higher current density.
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RF Signal Chain Components and Interconnect Fundamentals
RF communication fundamentals, signal chain components, and interconnects shaping performance, noise, and signal integrity in wireless systems.
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Low-Power FPGAs Enable Embedded Vision at the Edge
Explore how low-power FPGAs enable sensor aggregation, interface bridging, and efficient edge preprocessing in compact, power-constrained systems.
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