
An integrated 1000Base-T1 PHY transceiver and design resources combine to accelerate the design of real-time single-pair Ethernet systems.

Learn how to quickly design and deploy LoRaWAN distributed battery-powered sensor applications using integrated SparkFun and Digi components.

Use a development board and associated software to speed the deployment of secure, multiprotocol IoT applications.

Europe has been leading the world in efficiency, sustainability and the push for renewable energy. These actions are being applied to markets around the world.

Effective, reliable, and safe battery management systems need basic per-cell voltage measurement and cell balancing, along with galvanic isolation.

Efficient, low-power vision AI microprocessors enable real-time inference at the edge for robotics, surveillance, and smart home devices.

Explore how to create negative voltage rails and what types of Analog Devices components are appropriate for different applications.

Use isolated gate drivers to separate high-voltage power supply and low-voltage operational circuits in critical applications.

A multicore processor, development board, and software combine to speed the design of edge AI applications.

Discover how Würth Elektronik's extensive portfolio of EMC components helps silence electromagnetic interference at the source for efficient, reliable designs.

Technology brings a new tool to electronics learning: remote labs - designed as a powerful tool to for flexible, effective, and practical engineering education.

Use a compact dual-band (L1/L5) patch antenna for GNSS receivers to reduce size without compromising performance.

Looking for a low-power development board? The PocketBeagle 2 is compact, portable, and ready to power your next innovation.

Platform providers, device manufacturers, and semiconductor companies like Silicon Labs converge around the Matter protocol for smart device interconnectivity.

Learn how efficiency-optimized FPGAs meet embedded design needs with integrated AI acceleration, Arm processors, and low-power features for edge systems.

Designers can use coupled inductors in multiphase buck converters to reduce ripple and improve efficiency without requiring layout changes.

Designers need flexible and application-focused analog front-end, motion-control, and authentication ICs to realize point-of-care medical test benefits.

Learn how to use edge AI to extend battery life in wireless motor-monitoring applications.

Want precise RPM tracking? Use a Hall effect gear tooth sensor and Arduino to measure speed in your next racing project.

The latest XRP Kit adds GPIO breakouts, additional servo ports, a redesigned frame for easier assembly and is now powered by the Raspberry Pi RP2350.