It sounds like science fiction, but this is exactly what the next generation of semiconductor manufacturing will look like, and in turn, create a new category of foundries fine-tuned for the AI era.

Despite its superior performance in radiofrequency applications, so far gallium nitride hasn’t been adopted at scale in commercial 5G power amplifiers due to its high cost and its fundamental ...

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

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

2025 promises to be a pivotal year for electronics industries, with a shared goal of accelerating innovation, efficiency and sustainability. The ongoing transformation, which began with the rise of ...

AI in the automotive sector In recent years, AI has become an indispensable component in developing increasingly safe, efficient, connected and autonomous vehicles. Its integration in the automotive ...

In addition to the graphical demonstration of open wire detection based on the ADOW command shown in Figure 1, practical open wire detection experiments and waveform tests were conducted using an ...

Texas Instruments launched two new series of real-time microcontrollers that provide enhancements to facilitate more intelligent and secure processing in ...

The transition from “lead frame” designs to ICs mounted on multilayer circuit substrates with complex wiring patterns resulted in the need for advanced IC substrates, creating an urgent demand for new ...

In the world of advanced electronics, like the tiny chips in our smartphones and computers, ensuring that these chips work properly is crucial. There are ...

Advanced artificial intelligence (AI), like generative AI, is enhancing all our smart devices. However, a common misconception is that these AI workloads ...

This article provides a deeper understanding of the Bluetooth® Low Energy (BLE) stack architecture and how to use existing BLE applications to maximize the full potential of low power, wireless ...