A new hardware-software co-design increases AI energy efficiency and reduces latency, enabling real-time processing of ...

There once was a time when system design was completely serial. Entire hardware platforms were designed, prototyped, debugged, and virtually completed before any software development began. Of course, ...

Software-defined hardware may be the ultimate Shift Left approach as chip design grows closer to true co-design than ever with potential capacity baked into the hardware, and greater functionality ...

A study outlines low-latency computing strategies for real-time hardware systems, highlighting dynamic scheduling, ...

In today’s semiconductor landscape, scale is becoming a bigger battleground—not only for chipmakers, but increasingly for hyperscalers, cloud giants, and other systems companies, too. They're all ...

In March 2020, software engineers opened their laptops at home and kept working. They didn’t know it, but they were (as far as working systems are concerned at least) pandemic-ready—their code was in ...

From the earliest days of my career, when designing chips, I have always navigated the interface between hardware and software for semiconductor design in my roles. My initial chip designs included ...

As more industries digitize the physical world, the ability to design and build sophisticated hardware is once again becoming ...

The importance of ergonomics in hardware design is easy to grasp, if not always simple to carry out. The end goal is to make a device as easy and comfortable to use as possible, both physically and ...

One of the biggest bottlenecks in the software development process for electronic products is that hardware is not available until late in the cycle. That means embedded software developers need to ...

Hardware/software partitioning algorithms are fundamental in the design of modern embedded systems, where the allocation of functionalities between hardware accelerators and software components is ...