Universal Disable Core Thermal Magisk Module

Step-by-Step Installation:

• Ensure Root Access: The first prerequisite is having root access via a custom recovery.

• Install via Magisk Manager:

Open the Magisk Manager.

• Tap on the “Modules” section.

• Click “Install from Storage” and locate the geted file.

• Confirm the installation and allow the module to apply the necessary changes.

• Reboot Your Device: After installation,** reboot your device** to activate the module.

Check Thermal:

ps -e | grep thermal
getprop | grep thermal

The Universal Disable Core Thermal Magisk module does what it says. It simply disables various thermal control points across the system. And by simply, I mean it does it with the subtlety of a sledgehammer. If you’re rooted and don’t mind a bit of risk to your experience, this is an option.

Features:

• Disables Thermal Zones & Monitoring: Turns off thermal zone monitoring and tracking.

• Alters Build. Prop Properties: It removes vendor-specific thermal rules from a core system file.

• Prevents CPU/GPU Throttling: Tries to keep max clock speeds for both CPU and GPU, especially on older kernels.

• Stops Charging Throttling: The feature on newer MediaTek SoCs which enables faster charging when the battery is hot.

• Disables Thermal Service Overrides: Blocks other apps or services from re-enabling controls.

• Sets Thermal Policy: Locks the policy to less restrictive modes such as ‘step_wise’ and ‘userspace’.

So here is the honest truth. Overclocking using a tool that manipulates voltages, is kind of like taking the radiator out of a racing car in order to reduce weight. The car may gain a little bit of speed in the first laps, but it is very likely to blow its engine soon after. Indeed, today’s processors have an intentional slowdown mechanism – thermal protection – to prevent them from being literally crushed by excessive heat.

I don’t want to have to tell you to use this (or anything in the tools section), but I suppose I must. This is your last resort for bench-marking and testing, on a device that you wouldn’t mind turning into a brick. It shouldn’t be needed for everyday use, as an overheated processor shouldn’t be something you’re dealing with on a normal basis. More commonly, device throttling is a result of issues with 3rd party applications (background apps) and/or an aging or failing battery.