The AMD Threadripper 9980X isn’t for gamers or casual users—it’s built for professionals who can make every core count, and ...

Bibek Bhattarai details Intel's AMX, highlighting its role in accelerating deep learning on CPUs. He explains how AMX ...

The meteoric rise of NVIDIA’s GPU technology in accelerating AI has captivated the world and, in the process, given rise to ...

There's no denying that AMD's new Threadripper 9980X is insanely fast. With 64 cores, 350 watts of power, and the latest Zen ...

A leaked Geekbench OpenCL test result shows an unannounced Nvidia N1X CPU with an integrated GPU that can match the Nvidia ...

The resulting benefit can vary accordingly. “A small simple branch predictor might speed up a processor by 15%, whereas a ...

Extreme Tech has a worthwhile CPU architecture overview up. The article covers some basics of CPU architecture, like pipelining, caching, etc., and then gives a brief overview of a few modern ...

It's touting a co-processor architecture that gives regular old CPUs a helping hand, with claims of up to a 100x performance increase after some software trickery.

The proposed x86S CPU architecture from Intel would ditch support for 32-bit apps and operating systems entirely in favor of 64-bit software, but it could support older apps with virtualization.

At its most simple, this is the difference between an 8-bit, 16-bit, and today, 64-bit CPU architecture. One slightly esoteric variant of processing is the Very Long Instruction Word, or VLIW.

It's primarily a mobile architecture, that much is very clear. Lest readers have forgotten, Intel brought out two 10nm CPU families, Ice Lake and Tiger Lake, which never made it to the desktop at all.