I didn't expect everything to work reliably for many. But there is one problem: in some cases, if you turn the screen on and off too often, the auto mode may mistakenly think that the powersave governor is the main CPU governor. Alternatively, you can set a specific CPU governor instead of auto mode, or increase the check interval through the interactive menu. (Only after that, restart the hibernator also through the interactive menu, because it no longer reads the configuration on the fly to reduce CPU load.)

I will update ...

# Unlock FPS / High Refresh Rate — module listing description

## How it unlocks FPS

Most OEM ROMs cap your refresh rate below what the panel physically
supports, or let games run at a forced 30/60 FPS regardless of your
display's real ceiling. This module reads your panel's actual maximum
refresh rate straight from the display driver at install time and locks the
framework's refresh-rate keys (debug.refresh_rate.*, user_refresh_rate,
miui_refresh_rate, and related HWUI/SurfaceFlinger tuning) to that value,
so the system consistently targets the panel's real limit instead of the
OEM's conservative default. On top of that, it applies a device-identity
adjustment that helps get past refresh-rate whitelists some games/OEM
skins use to gate high-FPS modes to "approved" flagship devices — this part
needs root and is fully reversible.

If your panel tops out at 90 Hz, you get a locked 90 Hz, not a fake 144 —
the module can't create refresh rates your hardware doesn't have.

## Works for most devices

Tested across MediaTek and Qualcomm chipsets. Refresh-rate detection and
locking work the same everywhere the framework exposes standard
dumpsys display / Settings keys; some of the extra tuning properties are
vendor-specific (Qualcomm HWC/gralloc, MIUI/HyperOS game-mode keys) and are
harmless no-ops on ROMs/chipsets that don't have them — the module doesn't
crash or misbehave if a property isn't recognized, it just does nothing
with it.

## Safe to use

Every change the module makes is a runtime property or settings value
(setprop / settings put / resetprop) applied by a script — nothing
touches your boot image, partitions, or anything Android needs to boot.
There's no bootloop risk from this module. Disabling it or uninstalling it
restores your device to stock values, including the device-identity part.

That said, "safe" means *reversible and won't brick your phone* — it
doesn't mean invisible. Locking a higher sustained refresh rate genuinely
increases power draw and heat versus the OEM cap (that's the point of the
module), and while the device-identity spoof is active, apps that check
your device model or build fingerprint will see the spoofed profile until
you turn it off. Both are by design, both fully reverse — just know they're
there rather than assuming "safe" means "does nothing."

## Works with your root manager

Compatible with Magisk, KernelSU, APatch, and AxManager.
Install through whichever manager app you already use — no special flashing
steps, no TWRP required.


Download here 👈

Simply put, this module just unlocks FPS using ADB commands. If you also install it via Magisk (or other root managers), there will also be device spoofing on top to increase the chances of unlocking FPS in games (in theory, it can unlock the frame rate in any games).

I added a small patch and accidentally discovered a dangerous tweak. This time it should be better.

I might release an update to this module soon. I'll tell you right away that it will automatically apply FPS unlocking during games, so you won't have to manually enable and disable it.

But I'm really struggling with my studies to develop the module. I'm not asking for money, just be patient, and everything will be fine.

Guys, it's almost ready, I'm still finalizing the module)

Well, in the end, everything seems to be working fine; there are still a few bugs to fix, and perhaps some additional tweaks to unlock FPS more effectively.
I honestly don't know when everything will work out, I'll try to finish the module this weekend

In the end, I can release a new module. This is a continuation of the old module, a new version. I added a successfully working webui, auto FPS unlock in games so you don't have to manually turn FPS unlock on and off. I also added the ability to set your own custom screen refresh rate. More details are in the README.md.

Be sure to remove the old FPS unlock module before installing. This is an open beta test, so report issues to me @TosikV02, or in the chat.

- New tweaks have been added to unlock FPS.

Hooray, 1500 subscribers 🥰

Guys, sorry there haven't been any updates for a while, I'm having some emotional difficulties in life, I'll be back to work soon🫩

I'm already starting to make the module under the full guidance of Claude Code. The module should reach a new level given its intelligence and capabilities. Please be patient, because I'm planning to possibly add a webUI as well, and possibly get rid of the interactive menu entirely.✨🎉

Fixed a potential issue with module deletion

ULTRA OPTIMIZATION REBORN 7.00 BETTA IS COMING SOON!!

In the new version 7.00, I want to completely abandon the interactive menu and replace it entirely with WebUI.

Also in the new version, I fixed a critical error in zram optimization.
Added new and fresh tweaks to disable logs that run in the background.

The beta version may be unstable, but at least it's already showing excellent results on Android 16. Testing on other versions will be underway soon.

Ultra Optimization Reborn 7.00 BETA
Ultra Optimization Reborn is an advanced Android optimization module designed to improve battery efficiency, system responsiveness, resource management, and background behavior without relying on a single aggressive performance profile.
Instead of forcing the device into permanent high-performance or power-saving modes, Ultra Optimization Reborn dynamically adapts the system to its current state.
⚡ Smart Optimization
Ultra Optimization Reborn continuously works around the device's current workload and power state.
When the screen is active, the system is allowed to maintain normal performance and responsiveness.
When the screen is turned off, the module can automatically switch to a more power-efficient state, reducing unnecessary CPU activity and resource consumption while keeping essential background functionality available.
This makes the optimization dynamic rather than permanent.
🔋 Advanced Battery Optimization
The module is designed to reduce unnecessary power consumption during idle and screen-off periods.
Depending on device and kernel support, Ultra Optimization Reborn can optimize:
CPU governor behavior
CPU frequency policies
suspend / mem_sleep configuration
ZRAM configuration
I/O scheduler selection
kernel and system logging
background system activity
writeback behavior
selected Android services
The goal is simple:
Use performance when you need it. Save power when you don't.
🧠 Intelligent CPU Hibernation
Ultra Optimization Reborn includes a lightweight native AArch64 hibernation daemon.
The daemon monitors the device state and can automatically apply a dedicated screen-off configuration.
When the display turns off:

Active performance → Power-efficient state

When the display turns back on:

Power-efficient state → Previous configuration

The daemon is designed to avoid unnecessary continuous polling and only performs its work at controlled intervals.
🛠️ Kernel-Aware Design
Ultra Optimization Reborn does not assume that every Android device exposes the same kernel interfaces.
Before changing supported parameters, the module checks the available interfaces and skips unsupported features whenever necessary.
This allows the same module to adapt to different:
kernels
SoCs
CPU architectures
governor implementations
storage configurations
Android builds
Unsupported features are not treated as errors when they are simply unavailable.
💾 ZRAM & I/O Optimization
The module can automatically detect available ZRAM compression algorithms and supported I/O schedulers.
Rather than blindly writing a predefined value, Ultra Optimization Reborn checks what the current kernel actually supports.
This provides a more portable optimization strategy across different devices and kernels.
🌐 Network Optimization
Ultra Optimization Reborn can detect available TCP congestion-control algorithms and apply a supported configuration.
The module is designed to work with the algorithms exposed by the device's kernel instead of assuming that a specific implementation is always present.
🧹 System Cleanup & Background Management
The module also provides optional tools for maintaining the system environment, including:
temporary-file cleanup
RAM-related maintenance
background process management
selected system-service optimization
optional logging reduction
system property optimization
These features are configurable and are not intended to replace Android's own memory-management system.
🔄 Safe Restoration
One of the core principles of Ultra Optimization Reborn is reversibility.
The module keeps track of relevant system state where possible so that changes can be restored instead of permanently replacing the device's original configuration.
This makes experimentation with different optimization profiles much safer.
🎛️ Configurable

Ultra Optimization Reborn is not designed around a single universal configuration.
Its behavior can be controlled through the module configuration and management interface, allowing users to choose which optimization components should be active.
You can use only the features you need instead of applying every available tweak.
📱 Designed for Real Devices
Ultra Optimization Reborn focuses on practical Android optimization rather than benchmark-only modifications.
The objective is not to make a device appear faster for a few minutes.
The objective is to achieve a better balance between:
Performance · Battery Life · Responsiveness · Stability
✨ Why Ultra Optimization Reborn?
Modern Android devices already contain sophisticated power and resource management systems. Ultra Optimization Reborn works alongside them instead of trying to completely replace them.
It combines dynamic CPU management, screen-off optimization, kernel-aware configuration, resource management, and optional system tweaks into one modular framework.
No unnecessary permanent overclocking.
No forced maximum performance 24/7.
Just optimization that adapts to how the device is actually being used.
Key Features
⚡ Dynamic performance optimization
🔋 Screen-off battery optimization
🧠 Native AArch64 hibernation daemon
🎯 Automatic CPU governor management
💤 mem_sleep optimization
💾 ZRAM optimization
💿 I/O scheduler detection and optimization
🌐 TCP congestion-control configuration
🧹 Optional system cleanup
🛠️ Kernel-aware feature detection
🔄 State restoration
🎛️ Configurable optimization profiles
📱 Designed for a wide range of Android devices
Ultra Optimization Reborn
One module. Multiple optimization layers. Smarter resource management

.
Performance when you need it. Efficiency when you don't

🔓 Fully Open Source
Ultra Optimization Reborn is a fully open-source project.
The module's source code is publicly available, allowing users and developers to inspect how the optimization system works, review its behavior, modify it, and build their own versions.
No hidden optimization logic.
No closed-source core.
No mystery tweaks.
What you install is built from code you can inspect yourself.
The project is developed with transparency and reproducibility in mind, making Ultra Optimization Reborn suitable not only for everyday users, but also for developers who want to understand, modify, or extend its optimization framework.

Only root KSU • Magisk • APatch