[L1 II][KERNEL][4.1.2][ver 07] Phoenix [2015-07-23] - LG Optimus L3 II, L5 II, L7 II, L9 II

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Phoenix Kernel
Phoenix -Kernel For Optimus L1 II (vee1)
E410-E411​
Features
Based on the STOCK Source v10g from LG
CPU Voltage Control: use TricksterMod for the moment
Toolchain: Built with GCC 4.7 toolchain from SABERMOD
Linux: 3.4.13
CPU OC: up to 1.4GHz
GPU OC: up to 190 Mhz
Swap
F2FS Support
zRam Support: support for zRam memory compression
KSM: Kernel Same-page Merging enabled
Dynamic management of dirty page writeback
Undervolt
Dynamic Fsync: Faux123's Dynamic File Sync v1.2
Frontswap
Battery Life eXtender (BLX)
ARM optimizations
Fast Charge: chad0989 fast_charge driver, allowing to set the amperage of the charger or USB port your device is plugged-in to (default disabled)
Kernel mode NEON: NEON-accelerated XOR framework & support for NEON instructions in kernel mode
Lowered swappiness (60 -> 45)
Optimized AES and SHA1 routines for ARM cpu architecture
Optimized SLUB memory allocator
Optimized ARM RWSEM (read/write semaphore)
exFAT support
Fast Random generator (frandom) support
Optimizations: Built with -O2 and many optimization flags
Additional Governors:
- SmartassV2
Additional I/O Schedulers:
- SIO (SImple Ondemand)
- SIO PLUS (SImple Ondemand PLUS)
- VR
- Zen
- Fiops
- Bfq
Click to expand...
Click to collapse
The REQUIREMENTS
A unlocked bootloader
Custom Recovery CWM/PHILZ/TWRP
A brain with the ability to read
The will to recycle your warranty papers
The INSTRUCTIONS
Copy the zip to your sdcard
boot into recovery
flash the zip
reboot
enjoy
SOME INFO OF SOME KERNEL THINGS
SWAP
Swap is, in short, virtual RAM. With swap, a small portion of the hard drive is set aside and used like RAM. The computer will attempt to keep as much information as possible in RAM until the RAM is full. At that point, the computer will begin moving inactive blocks of memory (called pages) to the hard disk, freeing up RAM for active processes. If one of the pages on the hard disk needs to be accessed again, it will be moved back into RAM, and a different inactive page in RAM will be moved onto the hard disk ('swapped'). The trade off is disks and SD cards are considerably slower than physical RAM, so when something needs to be swapped, there is a noticeable performance hit.
Unlike traditional swap, Android's Memory Manager kills inactive processes to free up memory. Android signals to the process, then the process will usually write out a small bit of specific information about its state (for example, Google Maps may write out the map view coordinates; Browser might write the URL of the page being viewed) and then the process exits. When you next access that application, it is restarted: the application is loaded from storage, and retrieves the state information that it saved when it last closed. In some applications, this makes it seem as if the application never closed at all. This is not much different from traditional swap, except that Android apps are specially programed to write out very specific information, making Android's Memory Manager more efficient that swap.
OVERCLOCK
Overclocking is the process of making a computer or component operate faster than the specified clock frequency by the manufacturer by modifying system parameters. One of the most important techniques is running at a higher clock rate (more clock cycles per second; hence the name "overclocking")
Operating voltages may also be changed (increased), which can increase the speed at which operation remains stable.
Advantage:
You can get more performance from your chipset, you can see visible changes in runtime applications and more as time instant response.
Disadvantage:
* Overclocking is always risky if something is configured improperly and may also result in permanent damage of your hardware. As long as it is done safely you are good to go.
* You may see some increased power consumption.
* Extreme overclocking might kill your hardware.
UNDERVOLTING
The process where you provide less voltage to your cpu rather than the stock voltage.
Advantage:
* Reduced heat from your device.
* Good battery life.
Disadvantage:
* Extreme undervolting will make your device unstable and some times even end up with a boot loop.
Click to expand...
Click to collapse
The THANKS
Ceastel
srfarias
showp1984
markus-oberhumer
faux123
sashalevin
ardbiesheuvel
mrg666
pinkflozd
kleikamp
jankara
marcusk
sergey-senozhatsky
tiny4579
gregkh
CastagnaIT
DOWNLOAD
Do you like my Kernel? use this buttons for support me
Fanpage: like = future project​
https://www.facebook.com/Phoenix-DEV-1719991991571980/​
XDA:DevDB Information
Kernel Phoenix, Kernel for the LG Optimus L1 II
Contributors
chijure, chad0989, srfarias
bala_gamer
Source Code: https://github.com/chijure/android_kernel_lge_vee1
Kernel Special Features: OC CPU 1.4 Ghz, GPU 190 Mhz, UV, Fast Charge, Voltage Control, Swap, Zram, KSM, Dynamic Fsync, Frontswap, BLX, F2FS, Exfat, Frandom, Linux 3.4.4, SmartassV2, SIO, VR, SIO PLUS, FIOPS, BFQ, ZEN...
Version Information
Status: Stable
Stable Release Date: 2015-07-23
Current Stable Version: 07
Beta Release Date: 2015-07-23
Created 2015-06-06
Last Updated 2015-07-23

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completely unstable when you try o/c,ruined my phone....did you try it before post it?

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manosper said:
completely unstable when you try o/c,ruined my phone....did you try it before post it?
Click to expand...
Click to collapse
yes everything works perfectly

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CHANGELOG
CHANGELOG​
2015-06-01 Phoenix v1
Initial relase
USB force fast charging
Overclock 1.4 Ghz
Added SIO Schedulers
Enable Deadline
2015-06-08 Phoenix v2
Enable SWAP
Enable ZRAM
Enable Ksm
SLUB SLAB Optimization
linux 3.4.3
swappiness 60-->45
random.c: entropy tweaks
sched: disabled GFSleepers for ui performance
Add optimized AES and SHA1 routines
2015-06-10 Phoenix v3
Disabled useless CPU clock for better scalability
Optimized Adreno drivers
Add Dynamic management of dirty page writeback
Enabled SIO iosched
Fix OVERCLOCK ( no more restarts stable up to 1.3 GHz)
Adding UNDERVOLT
Dynamic sync control
Tweak Zcache
add frontswap and Tweaks
2015-06-19 Phoenix v4
Added ARM optimizations
Linux 3.4.4
CRT animation workaround for JB
default disable Sync Control
Add Voltage Control: add sysfs interface and enabled
Add cpufreq: add smartassv2
Added Battery Life eXtender (BLX)
Add V(R) I/O Scheduler
Add Zen IO scheduler
Add Simple IO scheduler plus
Add support for kernel mode NEON
2015-06-28 Phoenix v5
fs: Asynchronous I/O latency to a solid-state disk greatly increased
writeback: Fix occasional slow sync(1)
sync: make sync() satisfy many requests with one invocation
jbd2: optimize jbd2_journal_force_commit
writeback: fix race that cause writeback hung
add exFat support
decompressor: Add LZ4 decompressor module
lib: Add support for LZ4-compressed kernel
lib: Add support for LZ4-compressed kernel
lib: Add support for LZ4-compressed kernel
Add support for kernel mode NEON
Add Phoenix Defconfig
mach: Add adb reboot recovery
scripts: setlocalversion: Do not append last commit hash
add Frandom
Fix gcc 4.7
2015-07-06 Phoenix v6
lib/memcopy: use glibc version
lib/string: use glibc version
Optimized ARM RWSEM algorithm
scheduler: compute time-average nr_running per run-queue
proc: enhance time-average nr_running stats
scheduler: Re-compute time-average nr_running on read
Disable vermagic!
defconfig:Fix WIFI module
Fix USB Force Fast charge …
overall_stats: add overall stats for all available cores
overall_stats: make dual/quad core stats configurable via meunconfig
overall_stats: forward port to kernel 3.4+
Add BFQ
Add FIOPS
ARM: 7583/1: decompressor: Enable unaligned memory access for v6 and above
lib/lzo: Optimize code for CPUs with inefficient unaligned access
kernel: Move REPEAT_BYTE definition into linux/kernel.h
2015-07-23 Phoenix v7
Enable ZSMALLOC
ZRAM FIX BUILD
F2FS Support
Overclock GPU 190 Mhz
linux 3.4.13

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Ploblems
the kernel is perfect :laugh: , more than 1,267 Ghz on the unit is giving restart random
so I can use up to 1200 GHz, without the device restart

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Josenildo lopes said:
Ploblems
the kernel is perfect :laugh:, more than 1,267 Ghz on the unit is giving restart random
so I can use up to 1200 GHz, without the device restart
Click to expand...
Click to collapse
if I think still unstable remove those frequencies and leave in 1.267 Ghz

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Why does it stutter so much beyond 1.2GHz? Changing the I/O from sio to deadline helped a bit, but using anything beyond 1.2GHz will make games stutter. 1.396GHz is slower than 1.0GHz, and the sound stops for a bit every 2-5 seconds
EDIT: Restarting fixed it. Everything is faster now.
EDIT2: Touchscreen stops responding on games when there's a framerate drop, so if something happens and a game suddenly drops to 10-5fps then I can't move.
EDIT3: The GoneMAD music player makes everything slower now and the audio stutters if you do anything while playing music, the My Boy! and Snes9x emulator are a lot slower, dodonpachi resurrection, ikaruga (3D) and dynamix are slower but cytus is faster. Going back to previous kernel.

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and our incredible even o'que did, I'm still using this kernel, and play hard, and realized that my l1 this heating less, not to mention the best fps in games station,
that good, a kernel full of improvements, overclocked and not very warm, and that saves a lot of battery, get to play hours, good
I hope to continue updating the kernel, because it get better than ja ta :fingers-crossed:

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_hhhh_ said:
Why does it stutter so much beyond 1.2GHz? Changing the I/O from sio to deadline helped a bit, but using anything beyond 1.2GHz will make games stutter. 1.396GHz is slower than 1.0GHz, and the sound stops for a bit every 2-5 seconds
EDIT: Restarting fixed it. Everything is faster now.
EDIT2: Touchscreen stops responding on games when there's a framerate drop, so if something happens and a game suddenly drops to 10-5fps then I can't move.
EDIT3: The GoneMAD music player makes everything slower now and the audio stutters if you do anything while playing music, the My Boy! and Snes9x emulator are a lot slower, dodonpachi resurrection, ikaruga (3D) and dynamix are slower but cytus is faster. Going back to previous kernel.
Click to expand...
Click to collapse
the truth is I also have the toolchain think those errors back to using gcc 4.4.3 has given me a great performance and pesea velicidad be an outdated gcc

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Josenildo lopes said:
and our incredible even o'que did, I'm still using this kernel, and play hard, and realized that my l1 this heating less, not to mention the best fps in games station,
that good, a kernel full of improvements, overclocked and not very warm, and that saves a lot of battery, get to play hours, good
I hope to continue updating the kernel, because it get better than ja ta :fingers-crossed:
Click to expand...
Click to collapse
I will continue updating and adding more features to improve the performance of l1 now working to make hybrid between 3.10.x

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How do I overvolt/undervolt my CPU? I tried with the Voltage Control Lite and TricksterMod apps but the voltage options are not there.

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_hhhh_ said:
How do I overvolt/undervolt my CPU? I tried with the Voltage Control Lite and TricksterMod apps but the voltage options are not there.
Click to expand...
Click to collapse
this works by now remove the instability generated but soon we will see in future more stable updates
Sent from my XT1032 using XDA Premium mobile app

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His GPU
I noticed that the clock it is in 133 Mhz, whereas before it was 145 Mhz, you down?
and if possible, what do you think of to overclock the GPU Too I, and put options to control the frequency with governors?
already that the GPU l1 and very old, and these options I say, perhaps an improved

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Josenildo lopes said:
I noticed that the clock it is in 133 Mhz, whereas before it was 145 Mhz, you down?
and if possible, what do you think of to overclock the GPU Too I, and put options to control the frequency with governors?
already that the GPU l1 and very old, and these options I say, perhaps an improved
Click to expand...
Click to collapse
to overclock the GPU greatly improves performance and if I think adding but with frequencies scaling and Governors but first I want to finish the project of hybrid kernel
Sent from my XT1032 using XDA Premium mobile app

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wow
ours got 11904 points in AnTuTu benchmarck, and incredible, I come up even close to the bike and which has 12766 points, that is amazing
My l1 earlier reached a maximum of 6000 points kkkk :laugh:

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This Kernel works on all variants(Single/Dual/Tri)?
-Working on support of VeeKernel to support CM11-

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Josenildo lopes said:
ours got 11904 points in AnTuTu benchmarck, and incredible, I come up even close to the bike and which has 12766 points, that is amazing
My l1 earlier reached a maximum of 6000 points kkkk [emoji23]
Click to expand...
Click to collapse
haha [emoji14] if you give a good score in Antutu Benchmark
Enviado desde mi XT1032 mediante Tapatalk

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Caio99BR said:
This Kernel works on all variants(Single/Dual/Tri)?
-Working on support of VeeKernel to support CM11-
Click to expand...
Click to collapse
I think if use a defconfig generic
Enviado desde mi XT1032 mediante Tapatalk

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chijure said:
I think if use a defconfig generic
Enviado desde mi XT1032 mediante Tapatalk
Click to expand...
Click to collapse
has some cm November of the L3 II works in the L1 II but does not work the touch and I can not get a logcat that is not activated
Enviado desde mi XT1032 mediante Tapatalk

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chijure said:
has some cm November of the L3 II works in the L1 II but does not work the touch and I can not get a logcat that is not activated
Enviado desde mi XT1032 mediante Tapatalk
Click to expand...
Click to collapse