Modern CPUs combine deep pipelines, instruction-level parallelism, and smart cache systems to maximize work per cycle. Techniques like branch prediction, hazard mitigation, and AI-assisted cache ...

Instruction Level Parallelism (ILP) is a way of improving the performance of a processor by executing operations simultaneously. Modern processors generally have an abundance of execution ...

Abstract: Enabling better performing systems benefits applications that span those running on mobile devices to large data applications running on data centers. The efficiency of most applications is ...

Instruction-level Parallelism (ILP) refers to design techniques that enable more than one RISC instruction to be executed simultaneously in the same instruction, which boosts processor performance by ...

The Central Processing Unit (CPU)–the component that has defined the performance of your computer for many years–has hit a wall. In fact, the next-generation of CPUs, including Intel’s forthcoming ...

There was a time when the clock speed of a CPU was the only thing people were talking about. Back at the turn of the century, Intel and AMD locked horns in a race to release the first 1GHz desktop CPU ...

Processors recently have added explicit parallelism in the form of multiple cores, and processor road maps are showing the number of cores increasing exponentially over time. This is in addition to ...

Even the most powerful GPUs can feel underwhelming if your CPU can’t keep up. Modern processors use pipelining, parallelism, and advanced architecture to push performance, but bottlenecks still happen ...

Editor's Note: Multicore architectures find use across a diverse range of applications thanks to their performance and efficiency. By combining several general-purpose MCU cores — or MCU cores and ...