Advertisement

Samsung Galaxy phone users looking for the best gaming experience may be interested in a recent leak about the upcoming One UI 7 update. 

According to Chuvn8888, a reliable source with a history of accurate information on Samsung updates, One UI 7 could introduce a hidden option to disable thermal throttling entirely.

Image: Chuvn8888

Thermal throttling is a safety feature that automatically slows down the processor when the phone’s internal temperature gets too high. This prevents overheating, which can damage components and shorten a device’s lifespan. 

However, it can also lead to performance dips during graphically demanding tasks like gaming.

One UI 7 may have the option to enable/disable thermal throttling

Chuvn8888 claims that the upcoming Samsung skin will have a separate “Disable Thermal Throttling” toggle within the Developer Options menu. The latter typically houses advanced settings not intended for general users, as modifying them can sometimes lead to unintended consequences.

This isn’t Samsung’s first experiment with such a feature. In One UI 6, a similar option was available but required access to the Samsung Device Health Manager Service through a third-party app. 

Samsung later removed this workaround, suggesting some hesitation about letting users bypass thermal throttling safeguards.

Samsung One UI 7 upgrade improvement

The leak suggests One UI 7 might reintroduce this functionality. However, it’s important to remember that Developer Options are intended for advanced users and contain settings that can negatively impact the phone’s stability if not handled carefully.

Furthermore, One UI 7 is still under development, and there’s no guarantee this particular feature will make it into the final release. Even if it does, users should be wary of disabling thermal throttling altogether.

While the allure of maximizing performance is understandable, bypassing the phone’s built-in safeguards could lead to overheating issues. This, in turn, could shorten the device’s lifespan and potentially lead to hardware malfunctions.

(Source)

Comments