The emergence of on-device AI marks a revolutionary shift, bringing intelligence directly to the point of interaction. This advancement enables more ...

In mammalian brains, the process of electrical conductivity is an exotic mechanism that involves the transport of electric charge without the transport of ...

AI on edge devices is transforming the world of embedded electronics with advanced computing capabilities directly on low-power devices. Traditionally, ...

Is Moore’s law dead or alive? For sure, what one could call “C.C. Wei’s law” is in good shape, since the foundry Dr. Wei is leading, TSMC, continues to ...

At the International Electron Device Meeting (IEDM) held in San Francisco last December, TSMC introduced its 2nm process technology, highlighting ...

As AI workloads push the limits of performance, power efficiency, and memory bandwidth, chiplets are rapidly emerging as the architectural solution of ...

In recent years, the spread of the internet of things has changed the world of industrial automation and home automation, where networked devices govern ...

Autonomous Emergency Braking (AEB) systems are the most important technological change in road safety in many years, allowing cars and trucks to ...

In today’s rapidly evolving tech landscape, companies are pushing the boundaries of innovation to meet the growing demand for smaller, more powerful ...

At Embedded World 2025 in Nuremberg, I had the opportunity to interview Sandra Rivera, CEO of Altera. The discussion covered the latest advancements in Altera’s FPGA portfolio, including Agilex 3, ...

The rapid development of artificial intelligence and edge computing has led to new ways to create intelligent applications that process data directly on ...

This project demonstrates the integration of an I2C SSD1306 1.3" monochrome OLED display with an STM32F401CCU microcontroller, leveraging LVGL v8.4 for ...