This course examines fundamental issues and design trade-offs in modern processor architectures. We will discuss some of the constraints that limit the design and programmability of modern processors, ...

The RISC-V CPU architecture currently accounts for under 1% of the world’s processor market, but that is going to change rapidly over the next years as its parallel processing is perfectly suited to ...

Explore the 2026 ARM vs x86 battle—comparing processor architecture, CPU performance, and energy efficiency to reveal which chip design leads modern computing innovation.

Imagination has launched a revamped and extended version of its MIPSfpga course for universities that gives budding CPU designers hands-on experience of the inner workings of processors. The MIPSfpga ...

RISC-V’s expanding role in AI is not a rejection of incumbent architectures, which continue to deliver performance and ...

The design, verification, and implementation of a processor is the core competence of some companies, but others just want to whip up a small processor as quickly and cheaply as possible. What tools ...

For years, processors focused on performance, and that performance had little accountability to anything else. Performance still matters, but now it must be accountable to power. If small gains in ...

From 2005 to 2017—the pre-AI era—the electricity flowing into U.S. data centers remained remarkably stable. This was true despite the explosive demand for cloud-based services. Social networks such as ...