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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Engineering AI for Daily Life
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Making Advanced BLDC Motor Control More Accessible
MCUs with simultaneous‑sampling ADCs and advanced PWM timers enable precise sensorless FOC BLDC motor control, improving efficiency and reducing system complexity for consumer and industrial drives.
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USB-C Charging and Essential Power-Management Functions
Smart USB-C power delivery enables safer charging, bidirectional power flow, and dynamic negotiation for modern adapters and multi port chargers.
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Ultra-Low-Power Wireless Connectivity for the Matter Smart Home Era
Ultra‑low‑power Bluetooth Low Energy, Thread, and Zigbee enable extended IoT battery life and seamless Matter device interoperability for next‑generation smart home and industrial designs.
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The Big Push to Bring Physical Buttons Back
Physical buttons are poised to make a comeback in cars, appliances, and everyday devices as designers prioritize safety, usability, and human-machine interaction.
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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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That's 3D Printed?
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Achieving Precision and Efficiency in Motor Control
Discover power-efficient, precise motor control with scalable solutions that offer advanced vector control and efficient, real‑time performance to applications from appliances to industrial drives.
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Edge AI Motion Sensing for Wearables
Edge AI motion sensing enables wearables and industrial devices to process motion data locally for real-time, low-power, and privacy-focused applications.
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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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Edge AI and Sensors Boost Athletic Performance
Edge AI and advanced sensors are redefining athletic performance, enabling real-time motion analysis, injury prevention, and smarter training through intelligent wearables and devices.
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Radar Tech Reinvents Smart Doorbells for Designers
Radar is upgrading smart doorbells with precise detection, gesture control, and privacy-friendly features for advanced home security.
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Context-Driven Models for Smarter Forecasts
Discover how context-aware LLMs improve forecasting accuracy by integrating real-world data, including outages, weather, and retail promotions.
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High-Voltage BLDC Motor Control for Next-Gen Mobility
Smarter BLDC motor control with high-voltage gate drivers powers e-bikes, drones, tools, and LEVs.
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Hardware Security Keys Are Back: Physical Authentication Gains Ground
Hardware security keys offer phishing-resistant, passwordless authentication for enterprise, healthcare, and consumer devices.
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TinyML in Your Toothbrush: Why AI at the Edge Is Getting Smaller (and Smarter)
TinyML and edge AI are helping improve oral health by making smart toothbrushes possible. See how compact sensors, ultra-low-power MCUs, and ML techniques enable on-device analysis and feedback.
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Making Competitive Esports Gear Faster
Esports hardware engineers are designing for speed and low latency. See how components like 8000Hz keyboards, 540Hz monitors, and drift-free controllers are pushing the limits of gaming performance.
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Quantum Computing Set to Revolutionize Gaming and Entertainment
Quantum computing is poised to transform gaming with immersive AR/VR, intelligent NPCs, and secure environments for next-gen entertainment.
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Adapting Additive Manufacturing at Novameat
Novameat’s innovative approach to developing plant-based solutions leverages a balance of additive and traditional manufacturing techniques.
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Smart Motors Power the Next Wave of E-bikes
Advances in motor control, battery management systems, and torque sensing are helping electric bicycles go farther, ride smoother, and connect seamlessly to users.
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Building Better Cars, One Layer at a Time
Additive manufacturing is changing the automotive industry in many ways, including design, production, supply chains, and digital inventories.
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