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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Computing
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A Quantum Leap in Computer Processing
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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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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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Rethinking Voice AI: From Text to Native Voice AI Models
Explore native voice AI architectures, neural audio codecs, and low-latency speech models enabling real-time conversational AI without text pipelines.
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Why AI Needs a Different Kind of Data Center
AI-native data centers address AI workloads with advanced compute, networking, storage, power, and cooling infrastructure for high-density GPU clusters.
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Chiplets Are Sparking an IC Design Revolution
Chiplets enable modular IC design, improving yield, cost, and performance compared to monolithic SoCs using 2.5D/3D packaging and UCIe interconnects.
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Implementing Efficient Motor Control and Sensing for AI Data Centre Liquid Cooling CDUs
Texas Instruments C28x real-time processors, ADCs, and GaN half-bridge drivers are key to developing reliable and efficient AI data centre liquid cooling CDUs.
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Engineering AI for Daily Life
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SMRs Are Gaining Ground in On-Site Data Center Power
Discover how small modular reactors enable on-site power for AI-driven data centers, addressing energy density, reliability, and grid constraints through advanced nuclear integration.
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Time-Sensitive Networking Delivers Deterministic Industrial Ethernet
Discover how TSN brings deterministic, low‑latency performance to industrial Ethernet, enabling reliable real‑time control, IIoT connectivity, and synchronized communication in modern smart factories.
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Arduino - From Blink to Think: How Arduino UNO Q Helps Designers Go from Idea to Intelligent Product
The UNO Q introduces a dual-brain architecture into compact embedded systems, pairing a Debian Linux–based microprocessor with a dedicated microcontroller for real-time task management.
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What Agentic AI Means for Work and SaaS
The latest agentic AI tools sent software stocks tumbling, but the real inflection point is who has access to these tools now, not what they can do, raising questions around who has agency.
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Don’t Let Software Define Your Aesthetic
Modern computational photography blends AI processing with optics, raising questions about photorealism, authenticity, and the creative value of imperfections in digital images.
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5 Practical Ways AI Strengthens Cybersecurity
AI is transforming cybersecurity with smarter threat detection, contextual risk scoring, and automated defenses across distributed and IIoT environments.
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Don’t Reinvent the Wheel: An Introduction to Embedded Middleware
Middleware is the hidden layer that makes embedded systems portable and scalable. Learn what it does, when to use it, and why abstractions inevitably leak.
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AI-Powered Engineering
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Advanced Cooling and Power Solutions for High-Density AI Data Centers
AI data centers demand advanced cooling, liquid management, and high-efficiency power delivery. Explore engineered thermal, sensing, and connector solutions for high-density compute systems.
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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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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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