Modern Power Management ICs for Multi-rail Sequencing and Reliability
Modern PMICs go beyond supervision, integrating multi-rail sequencing, power-fail detection, and battery backup to improve system reliability.
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Low Power
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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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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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Quantum Computing Paves a Smarter Path to Resource Optimization
Explore how quantum computing can transform resource optimization across sectors, particularly with energy efficiency and sustainability. To get there, though, challenges lie ahead.
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Why Wi-Fi 6 Is Still the IoT Connectivity Standard
Even as Wi-Fi 7 emerges, Wi-Fi 6 still leads IoT connectivity because of its power efficiency, reliability, and scalability for industrial and smart home applications.
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Engineering the Invisible Smart Home with Ambient Computing
Discover the technical backbone quietly transforming homes into intelligent environments through seamless, always-on ambient computing systems.
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Hybrid Power Modules Simplify High-Power Bus Conversion
Analog Devices’ hybrid µModule® simplifies 48V bus conversion with high efficiency, low EMI, and scalable power for telecom and industrial systems.
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Cutting the Cord: How Energy Harvesting Powers the Future of IoT
Energy harvesting is redefining IoT across homes, cities, and industries by powering devices with light, motion, and RF—no wires or batteries required.
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Wi-Fi HaLow Extends the Reach of IoT
Wi-Fi HaLow (IEEE 802.11ah) extends IoT reach with long-range, low-power connectivity in the sub-1GHz band. Discover its enabling smart agriculture, industrial automation, and smart city applications.
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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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The New Skills Behind Smart Sensor Innovation
Innovations in smart sensor technology, including ambient IoT and edge AI, are changing the role of developers from hardware design to application-level architecture.
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CoAP Boosts Power and Resource Efficiency for the IoT
Learn the ways CoAP has been specifically designed for IoT systems and aligns with the unique low-power and low-resource requirements of IoT networks.
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Watt Matters: Engineering for Sustainability in an Energy-Hungry World
Discover how engineers can reduce power, waste, and emissions through smarter component choices, life cycle analysis, and sustainable design techniques.
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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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Bluetooth 6.0 Brings Enhanced Distance-Ranging Applications
The Channel Sounding technology added to Bluetooth 6.0 opens a huge range of possible distance ranging and locationing applications.
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Implementing Quadrature Encoders with Configurable Logic
Using the PIC16F13145 MCU’s configurable logic block, engineers can efficiently decode quadrature encoder signals, reducing power, BOM cost, and CPU workload.
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Boost Microcontroller Performance with Configurable Logic
Embedded systems today are more complex, and designers need microcontrollers that bring flexibility in addition to processing power.
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Low Power Design
For a low-power design, which component(s) should the design engineer focus on for power savings? And in what areas have there been recent technological improvements?
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Tips and Tricks for Low-Power Embedded Design
(Source: CrazyCloud - stock.adobe.com) Designing a new electronic device often comes down to making tradeoffs. Cost is often at odds with performance. In cost-sensitive markets, such as...
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How Energy Harvesting by Ultra-Low-Power MCUs Can Eliminate Batteries
(Source: Immersion Imagery/Shutterstock.com) Efficiency is crucial in nature. Maximizing the outlay of additional resources by using as much of it as possible improves performance, can minimize...
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