UltraOpt β’ Ultimate BetaV4.70.zip
71.1 KB
Made it more stable, fixed minor bugs, added a "TCP Manager" menu item, and expanded the governor database.
β€4
UltraOpt β’ Ultimate V4.80.zip
71 KB
Removed dangerous optimizations (essentially there shouldn't be a bootloop) and fixed a bug related to the menu
Please leave a comment regarding the module's operation.
Please leave a comment regarding the module's operation.
β€2
UltraOpt β’ Ultimate V4.90.zip
901.5 KB
With a lot of effort and the help of my friend, I was able to make support for 32 and 64-bit CPUsπ₯³π₯Ή
β€4π₯°2
β οΈGuys, attention!β οΈ
The module is dangerous on Android 16 devices. Install it at your own risk!
But I can't understand why the description of the module on the site remains the same....
The module is dangerous on Android 16 devices. Install it at your own risk!
But I can't understand why the description of the module on the site remains the same....
β€1
Open source magisk module pinned Β«β οΈGuys, attention!β οΈ The module is dangerous on Android 16 devices. Install it at your own risk! But I can't understand why the description of the module on the site remains the same....Β»
UltraOpt β’ Ultimate Beta V5.00.zip
2.2 MB
Fixed a lot of bugs and improved the hibernation feature.
β€2
UltraOpt β’ Ultimate Stable V5.10.zip
2.2 MB
β Added smart optimization of system parameters
β€3
UltraOpt β’ Ultimate V6.00.zip
2.4 MB
Finally optimized the hibernation engine, adding new safe optimization with normal log disabling
(I replaced the file because there was a problem with installing the module)
(I replaced the file because there was a problem with installing the module)
β€2
AND FINALLY I HAVE MADE THE LATEST VERSION OF THE MODULE FOR ULTRA OPTIMIZATION OF THE PHONE!!!!
----------------------------------
CHANGE LOG FINALE VERSION
1. More stability - no bootloop!
2. Improved the hibernator to the maximum
3. Added the ability to select a language (Russian and English) in the menu itself!
su -c ultraopt
4. Updated module components, now optimized 1) I/O, VM, SMART LMK
5. THE MODULE THROUGHLY CHECKS SUPPORT FOR CERTAIN FUNCTIONS!
----------------------------------
Download final version --> TAP
----------------------------------
CHANGE LOG FINALE VERSION
1. More stability - no bootloop!
2. Improved the hibernator to the maximum
3. Added the ability to select a language (Russian and English) in the menu itself!
su -c ultraopt
4. Updated module components, now optimized 1) I/O, VM, SMART LMK
5. THE MODULE THROUGHLY CHECKS SUPPORT FOR CERTAIN FUNCTIONS!
----------------------------------
Download final version --> TAP
π₯4β€2
Guys, I know that it is unlikely that anyone will see my message, I want to say that so far I have not come up with an idea on how to continue my work on modules and publishing my modules, I can only give a module for unlocking FPS for all game or programm
β€2
FPSpoof.zip
911 B
A simple device replacement to unlock FPS (90 hz), universal for all Android versions.
β€1
UltraOptLiteV1.00.zip
2.4 MB
UltraOptLite β Native Optimization Module for Magisk
Lite version - More stable and secure for new and old Android versions (9-16)
Lite version - More stable and secure for new and old Android versions (9-16)
β€2
Guys, just a little bit more and I will have 100 subscribers, even I myself canβt believe that I will have such a result π
π4
Bypass Charger MediaTek β Module Description
Bypass Charger MediaTek is a Magisk module for MediaTek-based Android devices that enables intelligent bypass charging with automatic control during gaming and heavy performance usage.
This module allows your device to be powered directly from the charger without charging the battery while you play games, run emulators, benchmark, or perform long high-load tasks.
It supports Android 9 through 16 and works by using a native MediaTek kernel interface that controls charging behavior at the hardware level.
What is Bypass Charging?
MediaTek kernels expose a special control interface that allows the device to operate without charging the battery while connected to power.
In bypass mode:
- The charger powers the device directly
- The battery is not charged
- Heat is reduced significantly
- Battery wear and charge cycles are minimized
This is especially useful when gaming or running demanding applications while plugged in, where traditional charging would cause unnecessary stress and temperature increase.
How This Module Works
The module is built from three coordinated components:
1) Service (boot initializer)
Prepares configuration, database, and state files inside the module directory on every boot.
2) Interactive Menu and CLI
Allows you to manually control bypass charging, configure the daemon behavior, and manage the application database.
3) Intelligent C++ Daemon
Runs in the background, monitors the current foreground application, and automatically enables or disables bypass charging based on your configuration and app database.
Automatic Game Mode
When automatic mode is enabled:
- Bypass is enabled when an application from the database is active
- Bypass is disabled when leaving the application
This ensures the battery is protected only when needed, without any manual interaction.
Configuration and Database
All files are stored strictly inside the module directory:
/data/adb/modules/<module_id>/
You can adjust behavior through:
- bps_config.conf β daemon settings
- bps_apps.db β list of target applications
The daemon reads these files on the fly, so no restart is required after changes.
Why This Matters
Charging while gaming is one of the fastest ways to degrade battery health due to heat and constant charge cycles. Bypass charging removes the battery from the equation during high load, extending battery lifespan and reducing thermal stress.
Requirements
- MediaTek device with /proc/mtk_battery_cmd/current_cmd support
- Magisk root
- Android 9β16
Bypass Charger MediaTek is a Magisk module for MediaTek-based Android devices that enables intelligent bypass charging with automatic control during gaming and heavy performance usage.
This module allows your device to be powered directly from the charger without charging the battery while you play games, run emulators, benchmark, or perform long high-load tasks.
It supports Android 9 through 16 and works by using a native MediaTek kernel interface that controls charging behavior at the hardware level.
What is Bypass Charging?
MediaTek kernels expose a special control interface that allows the device to operate without charging the battery while connected to power.
In bypass mode:
- The charger powers the device directly
- The battery is not charged
- Heat is reduced significantly
- Battery wear and charge cycles are minimized
This is especially useful when gaming or running demanding applications while plugged in, where traditional charging would cause unnecessary stress and temperature increase.
How This Module Works
The module is built from three coordinated components:
1) Service (boot initializer)
Prepares configuration, database, and state files inside the module directory on every boot.
2) Interactive Menu and CLI
Allows you to manually control bypass charging, configure the daemon behavior, and manage the application database.
3) Intelligent C++ Daemon
Runs in the background, monitors the current foreground application, and automatically enables or disables bypass charging based on your configuration and app database.
Automatic Game Mode
When automatic mode is enabled:
- Bypass is enabled when an application from the database is active
- Bypass is disabled when leaving the application
This ensures the battery is protected only when needed, without any manual interaction.
Configuration and Database
All files are stored strictly inside the module directory:
/data/adb/modules/<module_id>/
You can adjust behavior through:
- bps_config.conf β daemon settings
- bps_apps.db β list of target applications
The daemon reads these files on the fly, so no restart is required after changes.
Why This Matters
Charging while gaming is one of the fastest ways to degrade battery health due to heat and constant charge cycles. Bypass charging removes the battery from the equation during high load, extending battery lifespan and reducing thermal stress.
Requirements
- MediaTek device with /proc/mtk_battery_cmd/current_cmd support
- Magisk root
- Android 9β16
β€6