Stacked 3D cache is coming to Intel CPUs, and gamers should be excited

Intel's Innovation 2023 event is underway in San Jose. The headline is the launch of the exciting Meteor Lake architecture. As a laptop oriented architecture, Meteor Lake chips aren't necessarily going to be the ultimate gaming CPUs, but next gen chips may well be, as Intel's CEO revealed the company is developing chips with 3D stacked cache—which is something games in particular can take advantage of.

Our sister site Tom's Hardware was present during a Q&A session held by Intel CEO Pat Gelsinger. He was asked whether Intel would adopt stacked cache designs, and the answer was yes!

Gelsinger is quoted as saying "When you reference V-Cache, you're talking about a very specific technology that TSMC does with some of its customers as well. Obviously, we're doing that differently in our composition, right? And that particular type of technology isn't something that's part of Meteor Lake, but in our roadmap, you're seeing the idea of 3D silicon where we'll have cache on one die, and we'll have CPU compute on the stacked die on top of it, and obviously using EMIB that Foveros we'll be able to compose different capabilities."

That's great news for gamers. AMD's X3D chips have proven themselves to be excellent gaming CPUs, and u31 com it's all down to huge amounts of level 3 cache. 

Games tend to prefer low latency, close-to-the-cores cache. With more on-package cache, the CPU doesn't have to access the relatively slow system memory as often, helping to boost performance. 

Intel's Raptor Lake CPUs are hardly slouches when it comes to gaming, and future desktop chips like Lunar Lake are sure to be even better. One wonders what effect large caches will u31 gaming have on Intel's gaming performance, and how it compares to AMD's future Zen 5 or Zen 6 families, which are sure to include V-cache models too.

As Pat Gelsinger said, 3D cache is not a part of Meteor Lake, but it is on the roadmap. Intel is proud of its Foveros technology and advanced packaging methods, and I for one am very excited to see where Intel goes with its stacked cache approach in the years ahead.

Bring it on!