Intel's next-generation Nova Lake-S desktop CPUs with dual compute dies (up to 52 cores total) rumored to use an insane 700W+ ...

A new rumor suggests Intel’s upcoming Nova Lake-S desktop generation could take a sizable step forward in on-chip AI acceleration. The report claims Nova Lake-S—expected to be positioned as Core Ultra ...

A lot of fans are banking on the company's next-generation Nova Lake parts to be its true return to form, though, and the first generation to provide a credible challenge to AMD's X3D-powered ...

Intel's Nova Lake flagship rumored to have eye-opening power usage — but I don't think this is anything to worry about (yet).

Fresh leaks reveal that Nova Lake might have a maximum power limit of 700W on the top-end, unlocked silicon with dual compute ...

Intel Nova Lake-S may deliver up to 52-core desktop CPUs, massive cache, and extreme power demands on a new LGA 1954 platform.

New rumors suggest the top chip with 52 cores could pull as much as 700W all by itself once power limits are removed, ...

AMD's next-generation family of Medusa Halo APUs will power a new wave of Ryzen AI Max SoCs that are rumored to support ...

Intel dual-compute-tile 52-core Nova Lake-S desktop CPUs to consume over 700W at max load when power limits are disabled.

Intel's 18A process is built around the Backside Power Delivery Network, or BSPDN, a structural overhaul known inside Intel as PowerVia. Instead of routing power through ...

For the record, the Qualcomm chip being tested is the Snapdragon X2 Elite X2E-88-100. That's got all 18 cores and the full-spec iGPU. But the CPU cores are slightly lower clocked than the top-spec X2 ...