Overclocking+magisk+module+top -

Zip the folder and flash via Magisk app (Modules → Install from storage). Reboot.

You will eventually install a bad module. Here is the recovery hierarchy:

Never let a bootloop scare you into factory resetting—the kernel isn't broken; the frequency table is just corrupted.

If you want, I can generate a ready-to-use Magisk module template and sample scripts tailored to a specific device or kernel—tell me the device model and kernel or provide /sys paths. overclocking+magisk+module+top

(End)

If you find that the top overclocking modules are too risky or cause crashes, consider this: Undervolting via Magisk.

Strangely, the best performance module is often an undervolting module combined with a slight overclock. By using modules like zRAM & Swappiness Tuner or No Gravity Kernel (which includes a Magisk script), you can keep your clocks at 90% of max but run 15°C cooler. Cooler silicon = stable performance. Zip the folder and flash via Magisk app

The "Top" Secret: Most professional benchmarkers (who hold records in Geekbench) do not use raw overclock modules. Instead, they use a Magisk module to disable the DVFS (Dynamic Voltage and Frequency Scaling). DVFS is the system's governor that lowers clocks during heat. Disabling it allows the stock clocks to run indefinitely, which is safer than forcing a 1GHz overclock.

Not an overclocking module per se, but essential for gamers. Many high-performance games (like Pokémon GO or Call of Duty) will ban rooted devices.

If you’re comfortable with a terminal and have a kernel that exposes overclockable frequencies, build a minimal module. You will eventually install a bad module

You cannot talk about the "top overclocking Magisk module" without addressing the elephant in the room: Silicon Lottery.

Just because a module works for one user doesn't mean it works for you. Here are the real risks:

The #1 Rule: Never install an overclocking Magisk module on your daily driver without extensive testing.