to their maximum available frequencies and applying "thermal killer" scripts to prevent downclocking during heavy use.
EAS (Energy-Aware Scheduling) hates overclocks. It calculates power costs for each frequency. If your module doesn’t update the capacity-dmips-mhz entries in the device tree, the scheduler will avoid your glorious new frequencies like a tax audit. A better module patches the kernel’s energy model—or at least disables EAS gracefully, falling back to a tuned schedutil . overclocking magisk module better
They overwrite the kernel's default frequency tables, allowing the processor to reach higher maximum clock speeds (e.g., boosting a 2.8 GHz processor to 3.0 GHz). to their maximum available frequencies and applying "thermal
If you decide to proceed, preparation is key to preventing a permanent bootloop. Step 1: Backup Your Device If you decide to proceed, preparation is key
When you flash that unsigned Magisk module—the one promising 3.2 GHz on a core rated for 2.8—you are not merely editing a device tree or toggling a governor. You are entering a covenant with entropy. The module is just a zip file. The real artifact is permission : root’s sacred act of letting the digital self exceed its annotated margins.