Intel 4 system may well allow 20 percent larger clock speeds with identical energy usage

A little something to appear ahead to: A new leak suggests that the forthcoming Intel 4 system node may well attribute more than 20 % greater clock speeds though drawing the very same volume of electrical power as the current Intel 7 node. If this determine applies to substantial frequencies, far too, it could permit desktop CPUs to breach the 6 GHz mark.

A Twitter person leaked a several slides from Intel's future presentation at the IEEE VLSI Symposium 2022 ahead of deleting them a few hrs afterwards. The slides depth the new Intel 4 course of action node and comprise a die shot of an unreleased Meteor Lake-P processor. As a reminder, Intel expects to release its 14th-gen Meteor Lake CPUs in late 2023, adhering to the launch of Raptor Lake this yr.

Intel 4

-1.8-2.0x HP scaling
-40-50% considerably less energy, +12% peak perf (@davidbepo)
-4:3 fin depopulation
-2nd gen make contact with over gate
-2nd gen one dummy gate
-European = Ta/Co barrier + pure Cu
-2x MIM cap scaling (10x vs 14nm)
-18 levels (+1)
-EUV: -20% masks, -5% whole ways (vs. 7) pic.twitter.com/325HwQEKug

— witeken (@witeken) June 11, 2022

The Intel 4 node will reportedly make in depth use of EUV lithography. The chipmaker also statements that it can reach virtually twice the higher-performance library region scaling compared to the Intel 7 process used in existing Alder Lake processors. The new node will also be compatible with the company's EMIB and Foveros packaging systems, with the latter becoming employed for Meteor Lake to empower a tiled layout. Most notably, Intel is aiming for at the very least 20 % bigger clock prices at the very same electric power usage as Intel 7, this means we could see substantial-conclude desktop CPUs reaching 6 GHz.

Meteor Lake 6+8 pic.twitter.com/c1JwWuCJRu

— witeken (@witeken) June 11, 2022

The leaked die shot is of the compute tile of a 14th-gen Meteor Lake-P cell chip. It capabilities 6 P-cores and 8 E-cores, and it utilizes the previously pointed out Intel 4 node. The CPU will also feature an I/O tile, SOC tile, and graphics tile, with the latter predicted to use TSMC's N3 procedure. Previous rumors indicate the desktop CPUs will need a new LGA 1851 socket, not LGA 2551.