How can we push CPUs forward? That's the question the computing industry has been asking since the Intel 4004 processor launched in 1971. Chipmakers have tried cranking up clock speeds, adding multiple cores and miniaturizing chip architectures to make them faster and more efficient. The conflict between RISC and CISC chip instruction sets (ISAs) — "reduced" designs versus "complex" ones — rages on to this day with RISC-V. <br /> For the past few years, AMD has been exploring a unique approach to speeding up some of its processors with 3D V-Cache, a technology that stacks more L3 cache on top of Ryzen cores. By doing so, the company avoids crowding the 2D plane of its chips, and it's able to cram in more memory without making its CPUs larger. With th [...]
While it's nice to see desktop support in AMD's new Ryzen AI 400 chips, demanding gamers and enthusiasts will likely be more intrigued by the company's next batch of Ryzen AI Max+ chips [...]
After pioneering the use of 3D V-cache in CPUs — specifically, by stacking L3 cache modules on top of each other — AMD is adding another super-powered desktop CPU to the mix at CES 2025: the Ryzen [...]
It doesn't take much to play games these days. Phone, console, PC or handheld are all viable options. But why play using the bare minimum when you can upgrade your setup on the cheap by snagging [...]
It doesn't take much to play games these days. Phone, console, PC or handheld are all viable options. But why play using the bare minimum when you can upgrade your setup on the cheap by snagging [...]
You might know the story by now: Framework makes repairable, modular laptops where you can sub in new components for old or broken ones. It’s been two years since the company debuted an AMD mainboar [...]
This installment of our reviews roundup goes in several different directions. We've got an excellent Android phone, some smart glasses and a powerful CPU. Plus, we revisited our old pal the iPhon [...]