Skip to main content

Digital Trends may earn a commission when you buy through links on our site. Why trust us?

This fix by Gigabyte is the solution to gaming issues on Intel Alder Lake

Although Intel Alder Lake processors have been collecting stellar reviews, some games have had issues running on the new CPUs. The design of Intel’s 12th-Generation processors causes a number of games to be impossible to play.

Gigabyte joins the list of the best motherboard vendors, such as MSI, in providing a fix to these issues that will let users play some, if not all, of the affected titles through the use of its new DRM Fix Tool. Meanwhile, Intel continues working on its own solution alongside game developers.

Intel unveils the 12th Gen Intel Core processor
Intel Corporation / Intel

Intel Alder Lake CPUs are generally powerful gaming beasts, in some cases outperforming their competitors by as much as 60%. Unfortunately, there is a fairly long list of games that simply don’t work on the new processors. The reason lies in the hybrid architecture of Intel’s 12th-Gen chips.

Recommended Videos

The issue is caused by DRM (Digital Rights Management) in these games. As Intel Alder Lake CPUs feature a mix of two types of cores: the Golden Cove P-cores (Performance) and the Gracemont E-cores (Efficiency). DRM identifies these two kinds of cores as two separate systems. This prevents the games from running, even though both the P-cores and the E-cores are all part of the same processor.

Please enable Javascript to view this content

Depending on the game, this incompatibility with the latest hybrid CPU technology can either completely prevent it from running, cause crashes and bugs, or simply lower gaming performance. The fix, already utilized by MSI motherboards, is to temporarily disable Alder Lake’s efficiency cores. This is what Gigabyte is offering with its new DRM Fix Tool.

Gigabyte’s new software, targeted at the owners of the vendor’s new Z690 motherboards, switches off Alder Lake’s E-cores. This means that, while gaming, efficiency cores are disabled, and this allows these pre-Alder Lake games to run normally, as they once again recognize the processor as just one system.

Gigabyte motherboards that can use the new DRM Fix tool.
Image used with permission by copyright holder

Gigabyte issued a press release to announce the launch of the new tool. The manufacturer promises that its new Windows-based software is easy to control and doesn’t require any complicated installation. Most users won’t have to tinker with their BIOS in order to run Gigabyte’s DRM Fix, but some motherboards may require it.

In the press release, Gigabyte invites customers to download the latest version of BIOS, which is required to run the new tool. A download link for DRM Fix Tool has also been provided, alongside a list of motherboards and the required BIOS version for each model.

Earlier this month, Intel acknowledged this gaming issue and posted a fix to enable Legacy Game Compatibility Mode. However, the solution requires entering the BIOS and covers a few steps, so it’s less than ideal — but it’s better than nothing, at least while more vendors, game devs, and Intel itself work on a permanent solution.

Monica J. White
Monica is a computing writer at Digital Trends, focusing on PC hardware. Since joining the team in 2021, Monica has written…
More than seven months later, Intel CPU instability issue might be over
Intel's 14900K CPU socketed in a motherboard.

We first reported on the Intel CPU instability issue in February 2024, and since then, Intel has offered various fixes that helped, but still failed to fix the problem once and for all. Now, it finally seems like the owners of Intel's best CPUs might soon be able to rest easy. Intel has shared a new update that pinpoints the four causes of Raptor Lake problems and provides a fix.

Intel's July update on the matter disclosed that the company was aware of issues within the microcode and that the problem was related to incorrect voltages. Today's update breaks this down into four operating scenarios that can cause problems. Intel now refers to these long-lasting issues as the "Vmin Shift Instability."

Read more
Intel Arrow Lake gets possible pricing and release date
Intel CEO Pat Gelsinger presents Intel's roadmap including Arrow Lake, Lunar Lake, and Panther Lake.

We haven't even gotten an official release date for Intel Arrow Lake, but the one we know of is already being pushed back. Many leaks pointed to an October 10 release, but now, one source claims that Intel won't launch its next-gen top desktop processors until October 24. This only applies to the K and KF-series CPUs -- the non-K variants won't arrive until much later. We've also gotten a peek at some of the possible pricing.

Fortunately, the delay doesn't appear to be major. According to HKEPC on X (formerly Twitter), the launch of Intel Arrow Lake-S has now been pushed back from October 17 to October 24. This is somewhat inconsistent with previous leaks, but not really -- it appears that Intel had always planned to announce Arrow Lake on October 10, with availability starting on October 17. Now, we might still hear about the CPUs on October 10, but they won't appear on the shelves until two weeks later.

Read more
Intel Lunar Lake CPUs: everything we know about release date, performance, and specs
An Intel Core Ultra Series 2 chip embedded in a piece of glass.

You and I might be hotly anticipating what Intel's next-generation Arrow Lake processors will do later this year, but Intel's mobile-first Lunar Lake may be the more exciting design. It's certainly the one Intel seems more keen to talk about. It released a heap of new information on Lunar Lake, detailing what could be one of Intel's most exciting product launches in years.

It's bringing real efficiency back to its mobile product, and that could give AMD a lot to think about. Here's everything we know about Lunar Lake so far, which are are gunning for a spot in the best laptops.
Lunar Lake specs
Intel revealed some details about Lunar Lake's architecture and design in May 2024, stating that this mobile-first architectural design would be fast, but also incredibly efficient, beating the competition by up to 30% on power draw while offering competitive performance.

Read more