Switching built for AV integrators enabling faster deployment, higher bandwidth and preconfigured networks for broadcast and AV over IP installations at scale. As AV over...

Researchers observe switching inside a nano device, revealing how current and heat govern memory operation and guide material design. <img src="https://www.electronicsforu.com/wp-contents/uploads/2026/02/images_000121__images_000120_001_11.png" alt=" As artificial intelligence workloads...

Designed for factories, hospitals, and robotics teams, the platforms bring server class AI performance to edge environments without data centre reliance. As edge AI deployments...

A module combines AI, vision, connections, and security to support the design of devices for industrial, medical, and edge systems. Designers of compact, low-power embedded...

Many edge systems cannot run AI due to power and heat limits. This module enables local AI, real-time processing, and flexible system design. Many industrial...

Running large AI models is hard. This chip can help you run them faster, scale better, and cut delays in real cloud applications. Running large...

A new class of 3-phase solid state relays promises smarter power control for industrial automation  bringing real-time diagnostics, flexible firing modes, and built-in communications...

A newly introduced high-voltage MOSFET platform promises to boost efficiency and power density across a range of data center, industrial and renewable power conversion...

KAIST’s red micro-LED advancement  pushes AR/VR visuals toward ultra-high resolution and energy-efficient electronics. High-resolution, energy-efficient display tech has taken a significant step forward as researchers...

Fiber-grade optical performance reaches silicon chips, opening new paths for high-speed, energy-efficient electronic systems. In what could signal a major shift for next-generation electronics, researchers...