Some Intel Alder Lake CPUs could benefit from smartly orientating your cooler

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As we get closer to the launch of Intel’s 12th Gen processors interesting new information is coming to light. A recent MSI Insider livestream contained a few interesting tidbits regarding the existence of at least two different Alder Lake-S dies, as well as a potential issue that may arise when 12th Gen CPUs are cooled with certain heat pipe coolers.

The first wave of 12th Generation CPUs, all of which are high-end, unlocked ‘K’ SKU’s, also all contain Gracemont Efficient Cores. However, it appears as though there will be a different die configuration for processors that lack these E-Cores. 

This alternative die will likely appear in future i3 or i5 based models. Something like a six-core/12-thread P-Core only i5 could turn out to be quite the budget gaming CPU. It’s also possible that this die could be harvested to produce quad or even dual core variants.

MSI goes on to claim that these different die configurations have different hotspots (via Hardware Info). The elongated die and transistor density combined with the P-Core concentration could create issues for certain heat pipe coolers, as illustrated by the image from MSI below.

As you can see, some coolers with gaps between the heat pipes might not be optimal, as the supposedly power-hungry P-cores may not have direct contact. This shouldn’t be an issue with most coolers, but certainly could be with cheaper or older chillers, at least those that have LGA 1700 mounting kits. Air cooling users might want to pay attention to the orientation of their cooler, too.

It’s unlikely this will be an issue for users with AIO coolers, though, which tend to feature a larger baseplate.

(Image credit: MSI)

Time (and user reports) will tell as to whether air coolers have issues or not. We’d hope that cooling manufacturers have long since worked around any intricacies that 12th Generation CPUs may have.

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