High-Resolution 3D Depth Sensing with Multi-Zone dToF Sensors
Explore how multi-zone direct time-of-flight (dToF) sensors deliver precise 3D depth mapping and an 11-meter range for robotics and autonomous industrial systems.
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Edge Computing
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Get Data Centres Online Faster with Grid to Rack Connectivity
Connectors simplify upgrades and offer flexibility as the industry moves from 48VDC to 800VDC at the rack, enabling data centres to get running and connect to the grid faster than a hardwire approach.
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Precision Autonomy: Why Triple-Band GNSS + PPP-RTK Matters
Explore how triple-band GNSS with PPP‑RTK delivers fast convergence and centimeter-level accuracy for drones, AGVs, and robotics—applications where single-band GNSS can struggle.
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Audio Analytics: From Sound Capture to Edge AI Events
Audio analytics transforms real-world sound into usable edge AI events. Learn how microphones, DSPs, and low-power front ends enable reliable always-listening devices across critical systems.
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Edge AI Powers Real-Time Industrial Automation
Edge AI is moving from pilot projects into production as smaller models, better hardware, and lower data movement costs reshape industrial system design.
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Why Smart Glasses Are Finally Technically Viable
Smart glasses are becoming viable for industrial, healthcare, and assistive applications as low-power processors, sensors, and audio-first designs enable reliable, all-day wearable performance.
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Arduino UNO Q: Hybrid Linux-MCU Platform for IoT and AI
Unlock powerful edge computing with Arduino UNO Q, a hybrid Linux-MCU platform for advanced IoT, AI, and robotics designs.
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Protecting the Cloud Demands Security at the Edge
Protecting cloud and edge networks requires advanced hardware security solutions, such as HSMs and TPMs, to combat evolving cyber threats.
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Compact SBCs Are Shortening Embedded Development Cycles
High-performance SBCs and computer modules such as the Raspberry Pi CM5 accelerate embedded development with comprehensive features that enable rapid prototyping and faster time-to-market.
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Smarter at the Edge: AI-Accelerated MCUs for Industrial IoT
Discover how edge AI and embedded accelerators enable real-time analytics, predictive maintenance, and anomaly detection for industrial IoT applications.
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Blockchain for Embedded Systems: Secure IoT and Edge Devices
Blockchain isn’t just for crypto—it builds trust, security, and autonomy into embedded systems, enabling tamper-proof data and decentralized device coordination.
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Voice Assistants Are Getting Local—And That Changes Things
Voice assistants are moving to the edge with embedded AI, enabling faster, private, and offline voice control for smart devices and automotive systems.
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SafeGear Check: AI-Powered PPE Detection with Nicla Vision for Workplace Safety Compliance
Transform workplace safety with SafeGear Check, an AI-powered PPE detector using Nicla Vision and Edge ML for real-time safety compliance.
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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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What Does It Take to Build Seamless Ambient Systems?
Explore the technical and human factors preventing the seamless smart environments of ambient computing and how engineers can overcome them.
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Pest Detection Using Machine Learning on Edge Devices
Discover how cellular IoT and edge computing enable real-time pest detection in agriculture using Nicla Vision, Adrastea-I, and Edge Impulse for smarter, low-power precision farming.
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APP&TECH | Intelligent Edge: From Data to Decisions
From renewable energy to healthcare, Intelligent Edge brings computing closer to where data is created—enabling real-time analysis, smarter devices, and faster decisions. Discover how Mouser helps eng
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Data at the Edge: Why Computing Is Coming Home from the Cloud
Shifting from servers to microcontrollers, edge computing empowers engineers to build smarter, faster systems right where the data is generated.
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AI + Edge = Quicker Real-Time Decision-Making
Adding edge computing to AI applications creates faster and more secure real-time decisions in intelligent, autonomous machines.
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Single Board Computers Bring AI to the Edge
AI is poised to transform industrial automation by making AI at the edge more efficient, secure, and affordable using single board computers.
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