Introducing VaeVictus
Overclocked Kernel for
Virgin Mobile Galaxy Victory
This kernel is built from the official Samsung source for the Virgin Mobile Galaxy Victory, release MG5. It has been built with the Linaro toolchain for maximum efficiency. Thanks to rbheromax, it has the ability to overclock to 1.8ghz, automatically overclocks the GPU to 400mhz as needed, and has extra governors added to allow you to find the best settings for your personal needs!
Standard Warning: Placing unofficial software on your phone could damage it, and even brick it leaving it unusable for anything. I take no responsibility for what you do to your phone! This kernel is released as is, with the source available for those who want it, but with NO WARRANTY AT ALL!
Note- see second post for older versions
To change the default overclock and governor settings, download an app from the Play Store such as No-frills CPU Control, Kernel Tuner, or Trickster Mod. There are many apps to choose from, but be warned that some may not work properly with our phones, so MAKE SURE YOU BACKUP FIRST!
Results shown above are from VaeVictus-0.2.1
Notes- The stock Samsung Victory Virgin Mobile kernel can be downloaded in the second post. Please post all questions about overclocking and governors in the testing thread. All other questions about VaeVictus will be answered here.
http://androidforums.com/virgin-mob...governor-overclock-vaevictus.html#post6009124
GPL Notice- the source and all changes to it can be found at github:
https://github.com/JerryScript/VaeVictus
https://github.com/newkid313/VaeVictus
Original Samsung open source (search for SPH-L300):
Samsung Open Source Release Center
Overclocked Kernel for
Virgin Mobile Galaxy Victory
This kernel is built from the official Samsung source for the Virgin Mobile Galaxy Victory, release MG5. It has been built with the Linaro toolchain for maximum efficiency. Thanks to rbheromax, it has the ability to overclock to 1.8ghz, automatically overclocks the GPU to 400mhz as needed, and has extra governors added to allow you to find the best settings for your personal needs!
Standard Warning: Placing unofficial software on your phone could damage it, and even brick it leaving it unusable for anything. I take no responsibility for what you do to your phone! This kernel is released as is, with the source available for those who want it, but with NO WARRANTY AT ALL!
Note- see second post for older versions
Update 8-8-13 : Merged with Samsung Open Source SPH-L300_VMU_MG5 release
Includes a new virtualization machine, and is designed to work with the latest
firmware release for the Virgin Mobile Galaxy Victory
Includes a new virtualization machine, and is designed to work with the latest
firmware release for the Virgin Mobile Galaxy Victory
- Download VaeVictus-MG5-OC.zip
- Place on your sdcard
- Boot into recovery
- Flash VaeVictus
- Reboot
To change the default overclock and governor settings, download an app from the Play Store such as No-frills CPU Control, Kernel Tuner, or Trickster Mod. There are many apps to choose from, but be warned that some may not work properly with our phones, so MAKE SURE YOU BACKUP FIRST!
Results shown above are from VaeVictus-0.2.1
Notes- The stock Samsung Victory Virgin Mobile kernel can be downloaded in the second post. Please post all questions about overclocking and governors in the testing thread. All other questions about VaeVictus will be answered here.
http://androidforums.com/virgin-mob...governor-overclock-vaevictus.html#post6009124
GPL Notice- the source and all changes to it can be found at github:
https://github.com/JerryScript/VaeVictus
https://github.com/newkid313/VaeVictus
Original Samsung open source (search for SPH-L300):
Samsung Open Source Release Center
Huge thanks to rbheromax
for all his help getting overclock frequencies
and governors performing properly!
for all his help getting overclock frequencies
and governors performing properly!
Why did I misspell VaeVictus (VaeVictis)?
Call it the second error made in building this kernel.
The first error was of course me thinking I could build it in one night!
Call it the second error made in building this kernel.
The first error was of course me thinking I could build it in one night!