All over the world, governments and industry have come together to solve large-scale chip design challenges. Groups such as the U.S. Department of Defense’s Microelectronics Hubs (ME Commons), the EU ...

With the clean transmission of high-speed signals a key priority in today’s electronic products and systems, design engineers continue to face the task of designing and implementing interconnection ...

Members can download this article in PDF format. Microcontrollers (MCUs) surround us everywhere, from cell phones and automotive airbags to orchestrating AI-driven operation. An MCU can be thought of ...

As SoC designs continue to evolve, the complexity of reset architectures has grown significantly. Traditionally, clock tree synthesis has been a major focus due to timing challenges, but now reset ...

Transition from the cloud to the edge for generative AI. New product challenges for generative AI at the edge. Choosing an edge AI solution that meets these new challenges. When most people think ...

Owning and repairing a first car teaches the importance of resilience and learning from failure. Ditto for the value of patience, resourcefulness and knowing when to let go. Much like automotive ...

Microcontrollers (MCUs) have undergone a remarkable transformation, evolving from basic controllers into specialized processing units capable of handling increasingly complex tasks. Once confined to ...

National navies use equipment ranging from ships and helicopters to munitions and all-terrain ground vehicles. Professionals who create these essential defense products must overcome numerous ...

Demand for smaller and smaller medical devices is growing, driving innovation and standards, while creating new challenges for motion system design engineers. Microsurgery, diagnostic imaging, ...