Intel Nova Lake: Everything we know so far

Intel’s latest generation desktop processors didn’t exactly blow us away when they debuted in 2024, but we can already start to look forward to the next-next-generation of team blue CPUs, slated to debut sometime in 2026. Nova Lake, as it’s currently codenamed, is reportedly out with developers at this time while Intel refines and polishes it ahead of wider production.

They might be a way off yet, but if you’re planning to upgrade to Intel’s latest and greatest in the further-future, here’s what we know about Nova Lake so far.

Maybe they’ll even end up on our list of best CPUs?

Release and pricing

Intel Nova Lake hasn’t been given any kind of official release date as of yet, but we do have a tentative “2026” window. That’s not Q1, or H2 or anything more specific, just sometime in 2026. This will be the successor to 2025’s Panther Lake desktop processors, which are expected towards the end of the year.

Assuming a similar launch window for Panther Lake as Arrow Lake (October 2024), then we would expect a Q3/Fall release for Panther Lake, and a similar debut for Nova Lake.

Intel hasn’t said much about pricing for the far-flung chips just yet, but has suggested that it will allow for much better margins for Intel, to help improve earnings. That might not mean we’ll get cheaper CPUs, but it should at least mean they are more affordable to produce, which has the potential for future price cuts down the line.

Specifications

No official specifications for Nova Lake processors have been released just yet, but we do have some leaks and rumors which point to some intriguing design choices.

Twitter leaker Jaykihn posted in early February 2025, that we can espect as many as 52 cores in the top Nova Lake processors.

Don’t forget the LPe.

Preliminary silicon configs are:

52 (16+32+4)
28 (8+16+4)
16 (4+8+4)

— Jaykihn (@jaykihn0) February 7, 2025

That’s a combination of 16 Performance cores, 32 Efficiency Cores, and Four Low Power Efficiency Cores. The other configurations show Intel is leaning into the LPE cores and maintaining significant quantities of E cores, even on the lower-end models which have just four performance cores.

Leakers have suggested these CPUs could utilize a dual CCX design, like AMD’s Ryzen chiplet processors. There’s also a suggestion of a larger L3 cache tile, with as much as 144MB. That could be an alternative to AMD’s 3D V-Cache, providing a big uplfit to gaming performance.

The architectures for these cores are reportedly Coyote Cove for the P Cores and Arctic Wolf for the E Cores. Both will succeed the Cougar Cove and Darkmont cores used in Panther Lake chips.

There are some rumors that Nova Lake will utilize an off-die memory controller, too, but that Intel has methods to mitigate the potential latency concerns.

Performance

Performance of these CPUs is a complete unknown at this time. Without even official hardware specifications we can’t make firm estimations of how they’ll perform, and really we need to see these chips in action to confirm it.

However, based on the core configurations, we can summise that Intel is continuing to lean into multithreaded performance, suggesting these chips will be fantastic for heavy workloads which can utilize all those cores at once. A 3D V-Cache-like chiplet would make a big deal for gaming performance, and the low power cores could help cut idle power draw significantly — great for office machines and laptops.

Conclusion

Intel Nova Lake CPUs aren’t coming for over a year and a half, so we won’t have all the details for some time. As Panther Lake starts to take shape, though, it’ll give us more of an idea of what to expect going further into the future.