Intel & Microsoft Fix Majority of Games Affected By 12th Gen Alder Lake DRM Issue on Windows 11

Intel & Microsoft Fix Majority of Games Affected By 12th Gen Alder Lake DRM Issue on Windows 11

3 years ago
Anonymous $FNmJglWnLu

https://wccftech.com/intel-microsoft-fix-majority-of-games-affected-by-12th-gen-alder-lake-drm-issue-on-windows-11/

A month later, Microsoft and Intel have fixed the DRM issues encountered on Windows 11 with 12th Gen Alder Lake CPUs for the majority of games. Right now, there are only three games that are still affected by the issue which is still a huge improvement from the 51 titles that had issues running on Windows 11.

The issue occurred when the DRM (Digital Rights Management) software in a range of games mistakenly identified the hybrid design on Intel's Alder Lake CPUs as two separate PCs. Intel's Alder Lake CPU lineup comes with two separate core architectures, the Performance Cores (P-Core) powered by Golden Cove architecture and Efficiency Cores (E-Core) powered by Gracemont architecture. DRM treats these two separate core packages as two different PCs whereas they are part of the same chip.

Intel & Microsoft Fix Majority of Games Affected By 12th Gen Alder Lake DRM Issue on Windows 11

Dec 7, 2021, 5:24am UTC
https://wccftech.com/intel-microsoft-fix-majority-of-games-affected-by-12th-gen-alder-lake-drm-issue-on-windows-11/ > A month later, Microsoft and Intel have fixed the DRM issues encountered on Windows 11 with 12th Gen Alder Lake CPUs for the majority of games. Right now, there are only three games that are still affected by the issue which is still a huge improvement from the 51 titles that had issues running on Windows 11. > The issue occurred when the DRM (Digital Rights Management) software in a range of games mistakenly identified the hybrid design on Intel's Alder Lake CPUs as two separate PCs. Intel's Alder Lake CPU lineup comes with two separate core architectures, the Performance Cores (P-Core) powered by Golden Cove architecture and Efficiency Cores (E-Core) powered by Gracemont architecture. DRM treats these two separate core packages as two different PCs whereas they are part of the same chip.