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Industrial-Grade Vision Inspection, made accessible by the Arduino® UNO™ Q boardIndustrial vision inspection doesn't have to be complex. Discover how Arduino® UNO™ Q enables image capture, Edge Impulse AI, OCR, and real-time machine vision for smarter automation and rapid prototyping.

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Beyond Edge AI: Bringing Local Intelligence to Arduino UNO Q (Local AI Agents)Edge AI is moving beyond detection to local intelligence. Discover how Arduino UNO Q combines Linux and real-time control to enable AI-driven decisions closer to the source without relying entirely on the cloud.

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SBC-Powered Drones for Aerial InspectionWith SBC-powered drones, discover the future of aerial inspection! These autonomous systems are revolutionising data collection by increasing productivity, lowering costs, and ensuring safety. Discover seamless integration, geofencing, and enhanced performance features.

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Applications émergentes de la technologie temps de vol dans les secteurs industriel et automobileThe time-of-flight (ToF) technique consists of sending a laser beam to the target and analysing the reflection of the signal. 3D ToF technology will have both higher resolution and information from all three dimensions, ToF cameras and IC’s are been used for the identification and scanning of the scene in a 2D or 3D profile..

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Time of Flight: 2D LIDAR Using Time-of-Flight SensorsLearn how to choose the right ToF sensor to implement 2D LiDAR technology with high accuracy of proximity sensing for automotive applications.

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Exploring GMSL Technology and Its Role in Automotive Camera SystemsExplore GMSL technology: the high-speed, low-latency backbone of modern automotive camera systems for ADAS and autonomous driving. Learn its role.