| File Name | Mio Haimiya 灰宮美緒 |
|---|---|
| Size | 1.38MB |
| Version | 2.5 |
| Category | Magisk Modules | AxManager |
| Android Requirement | + 6.0 |
| Published By | TerX Official |
| Rating | 4.9 / 5 |
| Flash Via | Magisk, KSU, AxManager |
Get Link
To access the latest version, previous updates, and secure files for this module, please proceed to our official download portal below.
How to Use Root Users?
- 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 & KSUWebUi Recommended to activate this.
How to Use Non-Root Users?
- Active AxManager: First, you need to make sure it is active.
- Install via AxManager:
- Open the AxManager.
- Tap on the “Plugin” section.
- Click “Install from Storage” and locate the geted file.
- Confirm the installation..
- Reboot Your Device After installation.
The Mio Haimiya module is a hardware tuning utility for Android that actively manages CPU, GPU, and RAM allocation for over 400 supported games. It functions via Magisk or AxManager to push device capabilities by adjusting governors, memory heaps, and thermal limits.
I tested this on heavy titles like Call of Duty Mobile and Free Fire, and the difference in frame stability is immediate. By keeping the CPU in performance mode and utilizing the extra ZRAM, you avoid those sudden mid-fight frame drops that ruin competitive matches.
- Massive game support covering over 400 titles, complete with dedicated profiles for maximum power, balanced daily use, or battery saving.
- Locks frame rates from a stable 30 FPS all the way up to 144 FPS and beyond, using triple buffering and advanced moderation technology.
- Pushing hardware limits by switching CPU governors to performance mode and raising GPU clocks across Adreno and Mali units for OpenGL, SkiaGL, and Vulkan.
- Aggressive memory management expands the container heap limit by 256MB and activates 2GB of ZRAM to keep heavy assets loaded in memory.
- With customizable thermals, you get a seven-level throttling override that even lets you bypass the thermal engine entirely for extreme benchmarking.
If you need raw gaming power on a rooted device and understand the heat trade-offs, this module does exactly what it claims. It is built strictly for competitive players who want absolute hardware control over their frame rates.
