A few months after launching the first 12th-gen Intel Core desktop processors based on Alder Lake architecture, Intel is introducing its first Alder Lake mobile chips. And there are an awful lot ...

Alder Lake, Intel’s next-gen Core architecture, will ship this fall, inside desktop and mobile PCs. Intel will offer one two-chip socketed desktop processor, plus two mobile chips: one for ...

Intel said the compute fabric of Alder Lake can handle 1000GBps, I/O fabric can do 64GBps, and memory fabric can hit 204GBps. The new architecture will power chips that draw nine watts up to 125 ...

Intel is ending its 12th Generation Alder Lake mobile family. These include the standard Core i-series alongside select ...

Intel has detailed its next-gen Alder Lake CPU architecture, its first high-performance ... all the way down to mobile and ultra-mobile designs. The desktop Alder Lake flagship CPU which should ...

The new desktop chips are also only the beginning: Intel has big plans for the hybrid Alder Lake architecture, which includes mobile chips (an example shown featured six P-cores and eight E-cores ...

With Skylake-level performance, Alder Lake's little cores ... behind AMD's simpler but more effective architecture Intel's all-important Panther Lake mobile chip rumoured to launch later this ...

Nova Lake is the codename for Intel's next major CPU architecture, following Arrow Lake Refresh and Panther Lake this year. Here's what we know about the chip.

Remember, Intel described the Alder Lake architecture earlier this year with its mix of performance and efficiency cores. The mobile H-series lineup consists of eight chips with between 8 and 14 ...

one that promises unprecedented performance thanks to a new hybrid architecture for Intel's desktop CPUs. While the full lineup of Alder Lake desktop and mobile CPUs will be rolling out through ...

Intel expects Performance-core Alder Lake to show a 19% improvement over the current Cypress Cove architecture (aka “Rocket Lake”) and the mobile curve comparison to show similar gains ...