I think the best kernel - Samsung Galaxy Nexus

i'm (s)korea & galaxy nexus user.
I think the best GLaDOS Kernel.
Because
Higher performance, more modes, convenience !
play store -> there are GLaDOS Control application. (only donate)
your GLaDOS Kernel makes it easier to manage.
GLaDOS Control in the Numerous modes
↓
1. BLX
2. Touchwake
3. Color control (Color multipliers), (Gamma offsets)
4. Sound Control (Volume boost & Improving the quality of your music)
5. USB Fast charge
6. vibrator control
7. Fsync control (If this is Fsync Off, Your I / O speed increases)
8. Live OC
- MPU OC (Only CPU overclock)
- Core OC (RAM & GPU & Core overclock)
- GPU Frequency (307.2Mhz & 384Mhz & 512Mhz)
9. CPU Temperature control
10. voltage control
11. Noop & SIO schduler
12. 1.4 & 1.6 high clock
-------
benchmark scores, plus pictures rootzwiki sometimes I upload
Rootzwiki GLaDOS Thread : http://rootzwiki.com/topic/14685-12-apr-glados-v128/
I GLaDOS Kernel recommend.

YES! Agreed GLaDOS without a doubt ... get it in ya!

Related

[KERNEL][VoodooSnd4-VSF-OC-TRCU-BFQ-ZRAM] Super Optimized Kernel 4_8_3 STABLE [03-18]

ULTIMATE SUPER OPTIMIZED Kernel
Samsung S5PV210_Rev1.0 Datasheets Are available here http://forum.xda-developers.com/showthread.php?t=859545
GT-I9000_Kernel_4_3_4_OK Sources available here http://www.megaupload.com/?d=H0QFFLJ4
GT-I9000_Kernel_4_4_8_OK Sources available here http://www.megaupload.com/?d=UJM8VASD
GT-I9000_Kernel_4_5_1_OK Sources available here http://www.megaupload.com/?d=Y038C7LT
GT-I9000_Kernel_4_6_1_OK Sources available here http://www.megaupload.com/?d=D9SB31OI
GT-I9000_Kernel_4_7_3_OK Sources available here http://www.megaupload.com/?d=4MZSID83
GT-I9000_Kernel_4_7_7_OK Sources available here http://www.multiupload.com/4J7C7PNX7J
Insanity [ROM] by nitr8 powered by ULTIMATE SUPER OPTIMIZED Kernel !!!!
If you want to disable ramzswap put S_ramzswap_disable.sh from S_scripts.zip into you /etc/init.d directory
If you want to maximize ram performances put S_stock_mem_timings.sh from S_scripts.zip into you /etc/init.d directory
If you want to disable VSF put S_VSF_Disable.sh from S_scripts.zip into you /etc/init.d directory
The file "Customized_freqs.txt" contains a list of usable frequencies, and all of them divisors, for customize first four kernel frequencies.
If someone want ... i added possibility to donate something by paypal on my profile. If you appreciated my work you could give me a little gift.
It works on all stock froyo ROMS !!
Istructions:
Install Kernel :
1- download kernel
2- (Only Odin Version )turn off unzip file and use tar file as pda in odin and flash it
3- (Only CWM Version)go into CWM recovery and select install zip from sdcard, choose kernel CWM zip from sdcard and then install it
Apply Lagfix :
- after you installed kernel go into CWM recovery and select advanced ulk features-->Lagfix option and select your desire method and reboot your device
Apply root :
- Go into CWM recovery and select advanced ulk features-->Install superuser option, select Ext:..... and then select yes. Afther reboot the phone.
This kernel has:
- Works on all stock Froyo ROMs and popular custom ROMs
- Adjusted kernel HZ value to 300
- Adjusted user HZ value to 150
- 340MB of RAM and all features should work e.g. 720P recording & playback (since 4_4) 342MB since 4_5_3
- tun support included inside kernel
- Includes neldar's BackLightNotification 2.2 from https://github.com/project-voodoo/ba...ernel_patches/ (update to v2.3.1 since 4_6)
- sztupy's Universal Lagfix
- Sharpness & color fix for UI, inspired by supercurio's work on Voodoo
- SpeedMod: Replaced kernel jhash2 with jhash3
- Uses BFQ IO scheduler by default
- Updated FS code in kernel
- Added Tiny RCU patch for better speed and efficiency
- FS drivers compiled as external modules and loaded only if used
- OC frequencies (1200-1300-1400-1500-1600) keep attenction !!!!!!
- PDIV values optimized into clock sources
- support for AOSP bootanimation.zip
- ramzswap (http://code.google.com/p/compcache/) for better ram usage.
- sched patch : automated per tty task groups (system more smooth and responsive) (v3(since 4_3) and v4(since 4_4))
- (since 4_4) Applied patches to FS sources to maximize throughtput
- UV Support using VoltageControl version >= 2.0
- System FS Corruption patch applied
- (since 4_4) Frequencies over 1.2 ghz are overvolted. If you want you can find the more stable voltage for your phone
- (since 4_4) new sysfs table to disable selective frequencies
/sys/devices/system/cpu/cpu0/cpufreq/states_enabled_table Into this file there is an 0 or an 1 for each frequency from the higher to the lower (Es. "1 1 1 1 0 1 1 0 .....")
If value is set to zero relative frequency will not be used.
to use execute : echo "1 1 1 1 0 1 1 0 ....." > /sys/devices/system/cpu/cpu0/cpufreq/states_enabled_table
- (since 4_4) new sysfs table to read default voltage value and UV value fro each frequency
/sys/devices/system/cpu/cpu0/cpufreq/frequency_voltage_table
in each row the fisrt parameter is the frequency (mhz), the second the default voltage, the third the voltage with UV applied.
there's a row for each frequency
- (since 4_4_2) CIFS driver
- (since 4_4_6) SDCard FAT check on start-up
- (since 4_4_7) safe ro system mount & safe ext4 stl{} blocks mount at start up
- (since 4_4_7) two new sysfs files in "/sys/devices/system/cpu/cpu0/cpufreq" to change memory timings (AC_timing_data_registers,AC_timing_row_registers). Read datasheets and use at own risk.
- (since 4_4_9) JPU/JPX Drivers used now
- (since 4_4_9) JPU/JPX Memory config
- (since 4_4_9) Add tune2fs for ext4 into initramfs
- (since 4_6) JPX Kernel Aligned
- (since 4_6_4) Voodoo kernel sound patches included
- (since 4_6_6) Possibility to apply lagfixes with ext2,ext3,ext4,ext4nj,jfs with or without binds.
- (since 4_6_6) /system conversion to ext4 or jfs
- (since 4_6_6) Ext4 mount options
- (since 4_6_9) Voodoo sound 2
- (since 4_6_9) VSF (Variable Screen Frequency)
- (since 4_7_0) Enabled Color Gain Screen Functions
- (since 4_7_0) Add IPV6 privacy and enabled it by default
- (since 4_7_0) Disable printk for better performances and battery usage
Frequency voltages Table :
1600000, 1500
1500000, 1500
1400000, 1500
1300000, 1500
1200000, 1300
1120000, 1300
1000000, 1275
900000, 1275
800000, 1200
600000, 1175
400000, 1050
200000, 950
100000, 950
Good UV Values :
1600000 -150
1500000 -150
1400000 -175
1300000 -175
1200000 -25
1120000 -25
1000000 -50
900000 -50
800000 -50
600000 -50
400000 -75
200000 -75
100000 -75
Version 4_0 STABLE (2010-11-10)(Full working 3G call and 720 video recording & playback)
- BLN 2.2 :For BLN 2.2 you MUST:
- Users of old BLN versions need to boot to Recovery Menu, then Turn Off & Turn On BLN again
- Install the latest version of BLN app by neldar from http://forum.xda-developers.com/showthread.php?t=823922​- FS mount tweak options inserted into init script
- Only OC Version : Use xan's app if you dont want to disable it (VoltageControl >= 1.98) - here
Version 4_1 STABLE (2010-11-15)(Full working 3G call and 720 video recording & playback)
- Some little bug fixes
- Add support for AOSP bootanimation.zipThe custom bootanimation.zip should be placed in either /data/local/ or /system/media/.
If the file bootanimation.zip does not exist in either /data/local/ or /system/media/, the default Samsung boot animation will play.​
Version 4_2 STABLE (2010-11-19)(Full working 3G call and 720 video recording & playback)
- No more deadsleep problems
- Add TINY_RCU from kernel > 2.33 (less memory and battery usage)
- Add ramzswap (http://code.google.com/p/compcache/) for better ram usage.It creates a compressed swap file into memory.​ Important : disable data loop or use lagfix without binds. It could cause problems with ramzswap !!!​- All FS structure align with lastest patches.
Version 4_3(2010-11-25)(Full working 3G call and 720 video recording & playback)
- Make ramzswap work better
- Update Sourgery G++ compiler to the lastest one available for download
- Add more compire optimizations options
- Add 600-904-1120-1304-1400 frequencies (system set 1000000 mhz by default at startup)
- use VoltageControl version >= 2.0 to raise frequency or UV settings
- More little fixes to improve battery drain
- add [RFC/RFT PATCH v3] sched: automated per tty task groups (system more smooth and responsive)
- FS Corruption patch applied
Version 4_3_FIX(2010-11-26)(Full working 3G call and 720 video recording & playback)
- Fix Recovery mode hang problems
Version 4_3_2_FIX(2010-11-27)(Full working 3G call and 720 video recording & playback)
- Fix UV Settings Hang problems on some configurations
Version 4_3_3_FIX(2010-11-27)(Full working 3G call and 720 video recording & playback)
- More Fixes for UV Settings Hang problems on some configurations
Version 4_3_4_FIX STABLE (2010-11-27)(Full working 3G call and 720 video recording & playback)
- Ultimate Fix for UV Settings Hang problems on some configurations
Version 4_4(2010-12-01)(Full working 3G call and 720 video recording & playback)
- add [RFC/RFT PATCH updated to v4] sched: automated per tty task groups (system more smooth and responsive)
- FS Compiled as external modules and load only if used
- Voltage reset ad stock values
- Frequencies over 1.2 ghz are overvolted. If you want you can find the more stable voltage for your phone
- new sysfs table to disable selective frequencies
/sys/devices/system/cpu/cpu0/cpufreq/states_enabled_table Into this file there is an 0 or an 1 for each frequency from the higher to the lower (Es. "1 1 1 1 0 1 1 0 .....")
If value is set to zero relative frequency will not be used.
to use execute : echo "1 1 1 1 0 1 1 0 ....." > /sys/devices/system/cpu/cpu0/cpufreq/states_enabled_table
- new sysfs table to read default voltage value and UV value fro each frequency
/sys/devices/system/cpu/cpu0/cpufreq/frequency_voltage_table
in each row the fisrt parameter is the frequency (mhz), the second the default voltage, the third the voltage with UV applied.
there's a row for each frequency
- Applied patches to FS sources to maximize throughtput
Version 4_4_FIX(2010-12-01)(Full working 3G call and 720 video recording & playback)
- fix frequency_voltage_table voltages missmatch
- minor change to make phone a bit smoother
Version 4_4_2_FIX(2010-12-02)(Full working 3G call and 720 video recording & playback)
- Some fixes for CWM hangs (it hangs only if you stay for a long time on main menu)
- CIFS driver added
- Some minor patches
Version 4_4_6_FIX(2010-12-06)(Full working 3G call and 720 video recording & playback)
- all bugs fixed
- better battery usage
- SDCard FAT check on start-up
Version 4_4_7 (2010-12-07)(Full working 3G call and 720 video recording & playback)
- OC stability fixes
- safe ro system mount at startup
- safe ext4 stl{} blocks mount at start up
- two new sysfs files in "/sys/devices/system/cpu/cpu0/cpufreq" to change memory timings (AC_timing_data_registers,AC_timing_row_registers). Read datasheets and use at own risk.
Version 4_4_8 STABLE (2010-12-08)(Full working 3G call and 720 video recording & playback)
- reduce voltage manager latency to remove last UV stability problems
- minor smooth enhancement
Version 4_4_9 (2010-12-12)(Full working 3G call and 720 video recording & playback)
- JPU/JPX Drivers used now
- JPU/JPX Memory config
- WiFi works now
- add tune2fs for ext4 into initramfs
- OC stability fixes
- Quadrant works now
Version 4_5 (2010-12-14)(Full working 3G call and 720 video recording & playback)
- USB SDCard mount problem fixed
- Performances enhancement
- Frequencies wrong values fixed
Version 4_5_1 (2010-12-18)(Full working 3G call and 720 video recording & playback)
- FS Performances increased
- Little stability fix
- Fix enabled_states (now work)
- Better scheduler init parameters
- fixed a problem for 1500 and 1600 frequencies.
Version 4_5_2 STABLE (2010-12-20)(Full working 3G call and 720 video recording & playback)
- Ramzswap fixes on free-notify
- Update tune2fs executable
- fixed a stability problem for 1120 Mhz frequency
- fixed a stability problem with ext4 mount on dbdata partition
- fixed start-up hang problem
Version 4_5_3 STABLE (2010-12-21)(Full working 3G call and 720 video recording & playback)
- 342 MB free at start-up
Version 4_6 STABLE (2010-12-28)(Full working 3G call and 720 video recording & playback)
- JPX Kernel Aligned
- Minor memory tweaks.
- BlackLigthNotificaion updated to v2.3.1
- Fixed a bug with external SD Mount
- Since this release the first four frequencies are completely user configurable :There are four new sysfs files with this structure ARMCLK,MDIV,PDIV,SDIV,DIVA2M,DIVHCLKM,DIVPCLKM,DIVG2D,DIVMFC,DIVG3D
- /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L0 original values (1600,400,6,1,7,7,1,4,4,4)
- /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L1 original values (1500,375,6,1,7,7,1,4,4,4)
- /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L2 original values (1400,350,6,1,7,7,1,3,3,3)
- /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L3 original values (1300,325,6,1,7,7,1,3,3,3)
ARMCLK is the final CPU freq(Mhz) and it is a calculated value so do not set it as you want. It's value have to be calculate as follow :
ARMCLK = MDIV X 24 / (PDIV × 2power(SDIV-1)
where, MDIV, PDIV, SDIV must meet the following conditions :
PDIV: 1 = PDIV = 63
MDIV: 64 = MDIV = 1023
SDIV: 1 = SDIV = 5
(25/ PDIV): 1MHz <= (24/ PDIV) <= 12MHz
Es. ARMCLK = 400 X 24 / (6 × 2power(1-1) = 1600(Mhz)
DIVHCLKM is the divisor for main system frequency.
HCLK_MSYS(main system frequency in Mhz) = ARMCLK / (DIVHCLKM + 1)
Es(1600). HCLK_MSYS = 1600 / (7 + 1) = 200(Mhz)
HCLK_MSYS must be <= 200 (Mhz)
DIVPCLKM is the divisor for perimetral devices frequency.
PCLK_MSYS(perimetral devices frequency in Mhz) = HCLK_MSYS / (DIVPCLKM + 1)
Es(1600). PCLK_MSYS = 200 / (1 + 1) = 100(Mhz)
PCLK_MSYS must be <= 100 (Mhz)
DIVA2M is the divisor for 2d and 3d subsystem frequency.
SCLKA2M( 2d and 3d subsystem frequency in Mhz) = ARMCLK / (DIVA2M + 1)
Es(1600). SCLKA2M = 1600 / (7 + 1) = 200(Mhz)
SCLKA2M must be <= 400 (Mhz)
DIVG2D is the divisor for 2d graphic subsystem.
DIVG3D is the divisor for 3d graphic subsystem.
DIVMFC is the divisor for Multi-Format Codec.
these values must be calculate as follow :
SCLKG2D= SCLKA2M / (DIVG2D + 1)
SCLKG3D= SCLKA2M / (DIVG3D + 1)
SCLKMFC= SCLKA2M / (DIVMFC + 1)
Es(1600).
SCLKG2D(Mhz)= 200 / (4 + 1) = 40(Mhz)
SCLKG3D(Mhz)= 200 / (4 + 1) = 40(Mhz)
SCLKMFC(Mhz)= 200 / (4 + 1) = 40(Mhz)
Just to try by your self the values for 1200 and 1000 are (1200,300,6,1,6,6,1,3,3,3) and (1000,250,6,1,4,4,1,3,3,3).
To set your values at start-up crete a S_xxxxxx.sh script file as follow :#!/system/bin/sh
echo "1600 400 6 1 7 7 1 4 4 4" > /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L0
echo "1500 375 6 1 7 7 1 4 4 4" > /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L1
echo "1400 350 6 1 7 7 1 3 3 3" > /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L2
echo "1300 325 6 1 7 7 1 3 3 3" > /sys/devices/system/cpu/cpu0/cpufreq/user_free_freq_values_table_L3​Good work to all.
​
Version 4_6_1 STABLE (2010-12-29)(Full working 3G call and 720 video recording & playback)
- Fix a bug into memory timing change routine
- Remove useless kernel overhead disabling CONFIG_OABI_COMPAT from .config File
- Add "S_stock_mem_timings.sh" into S_scripts.zip to set memory timing a bit better as in datasheets specs to maximize its performances in a safe manner
Version 4_6_2 STABLE (2011-01-05)(Full working 3G call and 720 video recording & playback)
- Remove an useless line from post-init.sh
- Add laptop mode with misc tweaks enabled under Recovery
- Change property windowsmgr.set_max_events_per_sec to 60 to maximize UI smooth.
Version 4_6_3 STABLE (2011-01-11)(Full working 3G call and 720 video recording & playback)
- Add a patch to optimized cache flush
- Add Armv7 optimized memset version
Version 4_6_4 STABLE (2011-01-11)(Full working 3G call and 720 video recording & playback)
- Add voodoo kernel sound patches
Version 4_6_5 STABLE (2011-01-13)(Full working 3G call and 720 video recording & playback)
- Removed Armv7 optimized memset version
- Rear speaker volume increased +1 for media
- Light sensor polling interval changed to 2s instead of 0.5s
(saves battery, more stable brightness levels)
- Light sensor sensitivity adjusted so that the screen doesn't turn bright so easily
(saves battery and reduces screen burn)
- Adjustments to IO scheduler Tweak
Version 4_6_6(2011-01-15)(Full working 3G call and 720 video recording & playback)
- Battery polling decreased from 5s to 30s (better battery usage)
- Better display light usage (better battery usage)
- Wifi scanning interval increased to 60s (better battery usage)
- Since this version my kernel have its own CWM (from speedmod one) :Possibility to apply lagfixes with ext2,ext3,ext4,ext4nj,jfs with or without binds.
/system conversion to ext4 or jfs
Ext4 mount options​Version 4_6_7 STABLE (2011-01-17)(Full working 3G call and 720 video recording & playback)
- Change light usage
- Add Custom kernel version
- Fix recovery lagfix bug
- Fix mic gain
Version 4_6_8 STABLE (2011-01-18)(Full working 3G call and 720 video recording & playback)
- Fix ROM Manager BUG (now updates work) (tnx nitr8 !!!)
Version 4_6_9 STABLE (2011-01-24)(Full working 3G call and 720 video recording & playback)
- Wifi driver battery drain fix
- Mic gain fix
- Voodoo sound 2
- VSF (Variable Screen Frequency) : Screen frequency go from 60hz (stock frequency) down to 25hz to maximize battery life. Frequency return to 60hz after a button/screen press or CPU load are more than or equal to 1ghz. Frequency return down to 60hz after 800ms.
Version 4_7_0 STABLE (2011-01-26)(Full working 3G call and 720 video recording & playback)
- Enabled Color Gain Screen Functions
- Add IPV6 privacy and enabled it by default
- Disable printk for better performances and battery usage
- Better VSF Settings.
- Add 7 sysfs files into "/sys/devices/platform/s3cfb" directory :VSF_enable (to enable "1" or disable "2" VSF)
VSF_min_cpu_freq_to_change_screen_freq (To specify A CPU freq : - When CPU <= VSF is Enabled - When CPU > VSF is Disabled)
VSF_min_screen_freq (Min screen frequency)
VSF_timer_interval & VSF_timer_iterations_until_change (Screen set to lower freq after (VSF_timer_iterations_until_change) * (VSF_timer_interval in milliseconds))
LCD_color_gain & LCD_color_gain_low (see example script)​- Add 3 new script files to S_script.zip within default kernel values:S_VSF_Disable.sh
S_VSF_Settings.sh
S_LCD_Color_Gain.sh​Version 4_7_1 (2011-01-27)
- Added support for voice calls through headphones
- Enable color gain only on video sync (better battery usage)
- Fix a "Color Gain" Bug
- New sysfs file :LCD_max_screen_freq (Max screen frequency on normal use)
​Version 4_7_2 STABLE (2011-01-29)
- Fix camera/video bug
Version 4_7_3(2011-01-31)
- VSF now is very user_friendly
- VSF changes :Screen go to upper freq when volume key is pressed
Better color gain routine
Screen go to upper freq when accelerometer returned a value >= 0.3g (customizable using VSF_gforce in sysfs/devices/platform/s3cfb)
Screen min freq changed to 40hz from 25hz
Cpu min freq for VSF change to 600mhz from 800mhz​- Voodoo sound patched 4
Version 4_7_4 (2011-02-02)
- Fix the ext2 lagfix bug
- Optimal conservative governor settings (save a lot of battery)
- VSF changes :MFC : When you see a video VSF will be disabled
Camera : When you use Camera VSF will be disabled
JPEG Decode/Encode : When you Encode Decode a Jpeg VSF will be disabled
​Version 4_7_5 (2011-02-08)
- VSF is disable by default when you play a game
- Better governor settings (a bit lower battery usage)
- Cifs module compile and included as external one (some applications had some problems to probe it inside the kernel)
- Hz change to 400 and USER_HZ to 200. Better performances and user experience.
Version 4_7_6 (2011-02-10)
- Headphones Call work fully now
- Some little bug fix
Version 4_7_7 (2011-02-16)
- VSF now Disabled during battery charging
- Better screen Sharpness
- New sysfs file, /sys/devices/system/cpu/cpu0/cpufreq/cpu_thres_table, to change cpu threshold values
- New script, S_set_cpu_thres_table.sh, inside S_scripts.zip file as an example to how change cpu threshold values
Version 4_7_8 (2011-02-20)
- Better Sharpness Again
- Added Bonus scaling on conservative governor :Every two scaling up events a bonus up jump on upper freq is made to get more smooth
Every two scaling down events a bonus down jump on lower freq is made to get better power usage
​Version 4_7_9 (2011-02-24)
- Fix a bug that hangs phone when you disable the cpu state before the maximum
- Add ext2 for System FS. IT DO NOT WORKS AT ALL. IS THE FS TYPE IS NOT SUPPORTED BY THE PHONE IN SOME WAY??
- Change down Bonus scaling on conservative governorNow every THREE scaling down events a bonus down jump on lower freq is made to get better power usage and better system response time​Version 4_8_0 (2011-02-27)
- Fixed usb TV OUT reboot bug
- Go back to RCUTREE for better speed and stability
- Set VSF CPU limit to 800000 from 600000 from optimal usage
Version 4_8_1 (2011-02-28)
- VSF Disabled by DEFAULT
- Laptop Mode Disabled by DEFAULT
- RAMZSWAP Disabled by DEFAULT
- New options under Recovery Menu/Tweaks OptionsEnable VSF
Enable Laptop Mode
Enable RAMZSWAP
Enable Memory Enhange Settings​Version 4_8_2 (2011-03-03)
- Better VSF screen adjustment algorithm. Less invasive.
- Add Kernel SuperSpeed option under Recovery Menu/Tweaks for a full speed kernel. High battery Usage !!!
- Remove Ext4nj from FS lagfix list but add under Recovery Menu/Tweaks these Options :Disable EXT4 Journal on System
Disable EXT4 Journal on Cache
Disable EXT4 Journal on Data​Version 4_8_3 (2011-03-18)
- Little VSF adjustments
- Voodoo Sound V. 5
- Now, if you want you can disable journal on EXT4 DBData.
More infos please... what you've done?
I trying it
What G++ compiler tuning options did you use?
And how did you measure the performance improvement?
Well done, this is faster - 20% boost in Quadrant score, can't feel much real world but the increase is there.
Nice work.
A req: can you include the support for Z4m?
http://forum.xda-developers.com/showthread.php?t=797672
Nice job....
Quadrant 2105
Real 100%
Can I flash this with docmod v2 jpjpa?
Sent from my GT-I9000 using XDA App
s88 said:
Can I flash this with docmod v2 jpjpa?
Sent from my GT-I9000 using XDA App
Click to expand...
Click to collapse
I have a similar question- i assume this is compatible with Tayutama rom, right?
s88 said:
Can I flash this with docmod v2 jpjpa?
Sent from my GT-I9000 using XDA App
Click to expand...
Click to collapse
I did and it worked at first .. but recovery is broken and after second reboot the screen stuck on samsung I9000 screen ...
Guess this is not compatible with Docmod V2 JPA
s88 said:
Can I flash this with docmod v2 jpjpa?
Sent from my GT-I9000 using XDA App
Click to expand...
Click to collapse
Yes, should be compatible
Edit: http://forum.xda-developers.com/showpost.php?p=8678190&postcount=10
seems to be a problem....
I downloaded this kernel. But odin does NOT detect the file as a .tar.. The filename has with it the .tar extension, but my pc detects it as a .zip file. what do i do?
edit: LOL nevermind. i just forgot that i hid the extensions so i shifted to displaying the extensions and edit it from zip to tar.
This thing works. I have Tayutama's superslim version of JP6 with AOSP, and it works just faster. Trying to install more apps and see how it does. Great stuff!
khutzang said:
This thing works. I have Tayutama's superslim version of JP6 with AOSP, and it works just faster. Trying to install more apps and see how it does. Great stuff!
Click to expand...
Click to collapse
Good to hear!
All hail the new SGS Dev hero!
Do optimizations have any affect on battery life etc?
AndreEli said:
Do optimizations have any affect on battery life etc?
Click to expand...
Click to collapse
Hmmmm... I'm no pro.. But I think faster performance means more effort on the hardware, which means more energy will be used. I THINK.
By the way, I have just downloaded another ROM, and when i tried to go to recovery, my screen hangs at the galaxy screen. Went back to download mode, and I'm flashing a different ROM at the moment.
Anyway, tried using linpack and quadrant. Numbers weren't significant, but response in real time is a better benchmark than these programs. It feels snappier and faster.
khutzang said:
Hmmmm... I'm no pro.. But I think faster performance means more effort on the hardware, which means more energy will be used.
Click to expand...
Click to collapse
No. More optimal = less work, faster finish. Opposite.
tried it already but i can't say it became faster, the internet fix worked for me cuz i could really feel the sifference but for this ....meh..
DocRambone said:
Nice work.
A req: can you include the support for Z4m?
http://forum.xda-developers.com/showthread.php?t=797672
Click to expand...
Click to collapse
That would be AWESOME!
Would like to try, but as a captivate user, I don''t like i9000 roms without reorient kernel to keep my buttons properly mapped, my power button in recovery, autorotation and the other things that kernel addresses......

disable cpu rendering ? cpu control?

what it meant to disable CPU rendering? can you still control cpu or equal nice app
"Rendering" is the process of graphically constructing the display. Rendering can be performed by the CPU or the GPU.
CPU Rendering means having the CPU draw things on the screen. It's slower (since at the same time CPU has to handle *everything*), but uses less power.
GPU Rendering is faster, much faster in some cases, but uses more power.
Disabling CPU Rendering means forcing everything to use GPU Rendering instead. It has no effect on the ability to set CPU Frequency and/or governor.
-- GT-I8150 + DXKL1 + CM9b3 + xda --

[Q] [HELP] Fix Gaming Lag On ACE 2 JB

Hi. I was wondering if there's a fix for gaming lag on ACE II JB. I'm running Vanilla Rootbox with Polished Vodka's patch.
The games that lag on my phone are :
- Subways Sufers
- Asphalt 7 Heat
- Temple Run
- Lane Splitter
- etc.......
Basically any game with fast moving graphic is laggy on my phone.
Lee Socret said:
Hi. I was wondering if there's a fix for gaming lag on ACE II JB. I'm running Vanilla Rootbox with Polished Vodka's patch.
The games that lag on my phone are :
- Subways Sufers
- Asphalt 7 Heat
- Temple Run
- Lane Splitter
- etc.......
Basically any game with fast moving graphic is laggy on my phone.
Click to expand...
Click to collapse
Check your CPU governor and i/o scheduler
audi0fly said:
Check your CPU governor and i/o scheduler
Click to expand...
Click to collapse
CPU Govenor : SMARTASS v2 Min 200Mhz - Max 800Mhz
i/o scheduler : DEADLINE
try instaling build 4 without any polishvodka fixes.... + RoXSel kernel
Subway surfers, temple run and minion rush tend to become faster as you start playing more
Sent from my GT-I8160 using xda app-developers app
Well, in my opinion 4.2.2 still need some work and fix. Gaming run smoothly using CM10
Device : Samsung Galaxy Ace 2 (GT-I1860)
ROM : CyanogenMod 10 Unofficial
i dont have any problems in playing games on 4.2.2... but everyone can choose...
First of all install Easy Cpu control and set the governor to performance and io scheduler to deadline, this way your cpu will maintaine it`s speed at 800mhz but it will not drain the battery any faster than usual. Lowest speed should still be 200mhZ.
Enable developer options, a then disable all animations, they will be set to 1x speed, just click on that and choose no animations.
And lastly enable 2d forced rendering.
Hope it helps you. I have zero lag on JB.

How to look at GPU frequency on 8.1

In Kernel Adiutor ,I can not see GPU
or How to control the GPU frequency ?

see clock gpu kernel auditor j200m

recently install excustom rom trying to see the parameters of the kernel of the cpu and gpu with kernel aduitor, it only shows me that of the cou that has a maximum of 1,495 ghz, but the gpu does not show data
all this in order to compare frequency values of gpu cpu with MINHKAs-kernel(cpu 1.5ghz gpu 800+)
PS: Can I do manual overclocking in another way?

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