Related
Please share
1. your favorite governor (do you use any different governor on different profiles?)
2. your voltage parameters
3. Your benchmark using quadrant
Thanks
No one wants to play?
Maybe like me, they have no idea what you are talking about
What is a governor?
What voltage do you mean?
My quadrant score is 3900 ish
Thanks for the reply, I don't think I'm good enough to explain but, in a nutshell,
A governor is a a piece of code in the kernel that decides on the cpu speed. each kernel has multiple governors
voltage is where you can decide what voltage is delivered to your cpu at certain frequency. undervoltage will usually help you save battery. we have to pay attention not to go too low or it phone will freeze
download setcpu it will all become clearer
I will give this another bump before letting it die
Even I would be intrested in sharing this
currently I am using CF root with ondemand and its working all good
FM kernel with interactive. I find my phone snappier with this governor. I liked it the most with smartassv2 on Abysssomething (don't remember now) kernel, but too many teething problems with this one, had to revert to FM. I'll give it another shot soon though.
pjm77 said:
FM kernel with interactive. I find my phone snappier with this governor. I liked it the most with smartassv2 on Abysssomething (don't remember now) kernel, but too many teething problems with this one, had to revert to FM. I'll give it another shot soon though.
Click to expand...
Click to collapse
Do you use any additional profiles with Interactive?
Nope, I like the way it is.
pjm77 said:
Nope, I like the way it is.
Click to expand...
Click to collapse
Have you tried InteractiveX? Or, better yet, know the differences between the two? I am currently using smartassv2, FM kernel and have no complaints but would be interested if there was something a bit snappier when opening an app (I still get a bit of lag if I quickly select an app after unlocking the phone).
Yes, I've tried InteractiveX and OndemandX - they're both absolute rubbish (at least from my point of view). Both responsiveness and benchmark results were dismal (2800-3300 quadrant advanced). These are governors for anally retentive battery life lovers. Nothing wrong with that itself but beats the purpose when buying state of the art top shelf performance smartphone IMO.
Good to know. I appreciate the advice. Does that mean you also tried smartassv2 with the FM kernel? Any discernible difference between that and interactive, if you have? And sorry for all the questions but it saves me the trouble of trying them!
I just flashed the 1.3 FM a moment ago. Now running 100-1704 smartassv2, haven't played with voltages yet. Responsiveness in terms of screen scolling, lags & stutters seems better than 200-1400 interactive. Performance in Quadrant Advanced and Nenamark2 seems a tiny bit worse (but I don't really care about that, I use benchmarks only to roughly estimate, smoothness is what I'm after). I can't give you direct sources because I don't remember, but having spent several hours digging last weekend I concluded that for people who put performance slighly over battery life governors to be considered are interactive, smartass(v2), savagedzed and performance. Funny enough - I'm getting consistently worse benchmarks on performance governor on all kernels. I wonder why?
Thanks again. I will play around with some of the governors and settings to find the right fit. I think I will try savagedzen next but I am pretty happy with smartassv2 and may just stick with it.
Handy explanation of most of the governor options available in custom Note kernels: http://forum.xda-developers.com/showthread.php?t=1369817
AND
http://forum.xda-developers.com/showthread.php?t=1242323
Smartassv2 and vr. After reading a bit about it they seem to be the best for performance and balanced battery life.
i share with you my SetCPU config, voltage ...
it's very stable for me. It's not performance oriented but battery friendly.
what you think ?
EDIT : I use AbyssNote Kernel 1.2
I'm getting nice results here on FM Kernel 1.3. 1704mHz (1375mV) - 100mHz (775mV), lulzactive governor. 5000-5872 in Quadrant advanced, 32-35 in Nenamark2. Battery life good with low to med usage, poor when playing games, running satnav etc. - hardly a surprise We'll see about stability but so far so good.
This thread is finally picking off ! thank you all
I am currently on FM 1.3 and preferring lulzactive
I don't use any over clocking I guess I don't dare. is it safe?
I think i'm pretty aggressive with under voltage i'm running 1175mv at 1400mhz and 775mv at 200mhz. For some reason my phone freezes any time I use the 100mhz no matter the voltage .
Can you share the whole voltage for a comparison ?
with all this I can hardly get a full day of use with my battery but I guess I'm a pretty heavy on usage. no gaming or anything extensive but wifi-browsing-emails-3g-bluetooth all day
ArcticCat said:
For some reason my phone freezes any time I use the 100mhz no matter the voltage .
Click to expand...
Click to collapse
I read on some other kernel thread that Samsung's implementation of the 100mhz step is incomplete/buggy. That's probably why it doesn't work properly.
Well I am sticking to one Rom and that's Crisekelo's like in my good 'n old sgs froyo times, but I like to test various kernels, when I have time...
Anyway I never saw a Mod Kernel with so many governors as the AbyssNote kernel, which I am testing right now..
Since there are many users out there that unlike me, already own the GNote for a long time and are way more experienced than me with this particular Kernel, I decided to start this Poll-thread so users can vote on their favorite governor and prehaps elaborate a little about it..
Thanks in advance..
Since Abyss Kernel is not working for my Note (overheat), I' at FM kernel with SavagedZen governor and vr I/0 Scheduler, butter smooth and stable, goes to deep sleep as it supposed to, sharp performance and moderate battery life. I know you prefer Abyss but just wanna let you know how the other kernel is working.
When I was on Abyss I was using abyssplug governor with and without undervolting. Hope you can get Abyss work for you, if you manage to do it without overheat I would appreciate any info.
have fun!
Oops ... you reacted fast ! The poll was not even ready
At the moment I don't prefer any kernel ( Only the rom) and on a device such as the GNote, I have a hunch that we dont need a super-optimized kernel with tons of iterations and that's why I always keep CF-Root and Speedmod handy, but I like the dedication and availability of AbyssNote developer, so I am giving it another try...
Since I have not enough time to play with the GNote as I did with the sgs, I am hoping that the AbyssNote users will give this specific input ....
iceangel1980 said:
"... Abyss Kernel is not working for my Note (overheat), I' at FM kernel with SavagedZen governor and vr I/0 Scheduler, butter smooth and stable, goes ..."
Click to expand...
Click to collapse
Hi betoNL,
just give the Abyss Kernel v3.7 another try. I am really satisfied with ABYSSPLUG governor and the SIO scheduler - great balance between performance and battery life. And it is also butter smooth and stable without any overclocking indeed ;-)
To be honest: I can't understand your problem with overheating. It could have its seeds in an app with unnormal behaviour or a constant hang-up in the background. Maybe you will execute this little turnaround at the next opportunity:
1. Charge your battery to 100%
2. Use a Taskkiller and kill every open task
3. Reboot in Recovery Mode and wipe voltage & battery stats (DON'T WIPE ANYTHING ELSE, PLEASE!)
4. Reboot yours system...
Best regards
[bs]
---------- Post added at 05:53 PM ---------- Previous post was at 05:50 PM ----------
Hi,
great poll... my vote goes to the abyssplug ;-)
Would be interesting to add users choice of the I/O scheduler.
What do you think about that little improvement?
Best regards
[bs]
As I said, I recommend AbyssPlug
I don't understand how abyssplug works. So I don't use it.
I do use lulzactive because it uses mostly my lowest frequency which drains battery the least when not stressed and highest frequency when stressed and basically ignores everything in between. It's been great.
can someone explain how abyssplug works? I've been searching, it only says modified hotplug. That doesn't tell me much.
Originally Posted by mancman
here the exact explanation on RootzWiki:
Wheatley governor
in short words this govenor is build on "ondemand" but increases the C4 state time of the CPU and doing so trying to save juice....
The known ones are really good described here one the setcpu page:
the rest is nice described here:the rest is nice described here:
lazy (http://forum.xda-developers.com/show....php?t=1276092) - is ondemand but with an added option to stay longer on a certain frequency. This is due to the fact that some CPU's dont like too quick freq changes when sampling rate for decision making is set too low. See link for more.
lulzactive (http://tegrak2x.blogspot.com/2011/11...vernor-v2.html) - is basically interactive governor with added smartass bits and variable (as opposed to fixed amout) frequency scaling, based on currently occuring cpu loads. Has, like smartass, a sleep profile built-in. See link for details on exact scaling.
lagfree (http://forum.xda-developers.com/show....php?t=1272933) - seems to be ondemand but with a lessend tendency to ramp up to 100% but rather also use steps available in between 0-100%.
intellidemand (freely translated from http://www.android-hilfe.de/root-hac...-governor.html) - behaves like ondemand when the system is under heavy use, it behaves differently when the system is mostly ideling. That mode is colled "browsing mode" or "browser mode" or whatever. It seems to be some sort of "intelligent" demand sensing/analysing ondemand governor.
smartassV2 - this one should be known. It's the same as smartass(V1) but tweaked. Same code author. I heard one should use smartassV2 instead of smartass when available.
ondemandx - is ondemand with an added sleep profile built-in. I believe all ...X kernels are the default kernels but with an added sleep profile.
AbyssPlug Governor:
Abyssplug governor is a modified hotplug governor
>>Hotplug Governor:
The "hotplug" governor scales CPU frequency based on load, similar to
"ondemand". It scales up to the highest frequency when "up_threshold"
is crossed and scales down one frequency at a time when "down_threshold"
is crossed. Unlike those governors, target frequencies are determined
by directly accessing the CPUfreq frequency table, instead of taking
some percentage of maximum available frequency.
The key difference in the "hotplug" governor is that it will disable
auxillary CPUs when the system is very idle, and enable them again once
the system becomes busy. This is achieved by averaging load over
multiple sampling periods; if CPUs were online or offlined based on a
single sampling period then thrashing will occur.
Sysfs entries exist for "hotplug_in_sampling_periods" and for
"hotplug_out_sampling_periods" which determine how many consecutive
periods get averaged to determine if auxillery CPUs should be onlined or
offlined. Defaults are 5 periods and 20 periods respectively.
Otherwise the standard sysfs entries you might find for "ondemand" and
"conservative" governors are there.
__________________
After goin thru this thread I tried the AbyssPlug governor.
And indeed its good so far.
Me likes!!!!!!!!!
Sent from my GT-N7000 using xda premium
My choice is lulzactive.
Most important things for me are smoothness, fast wake&unlock and gaming performance. I don't care about the battery life that much so it seems a perfect choice for me.
pjm77 said:
My choice is lulzactive.
Most important things for me are smoothness, fast wake&unlock and gaming performance. I don't care about the battery life that much so it seems a perfect choice for me.
Click to expand...
Click to collapse
I like lulzactive, too!
What, no smartassv2 love here ? I found it at least as good as lulzactive for my usage.
My priorities - Fast response after sleep, smoothness, battery.
My governor choices on top were : SmartAssV2 (Currently using), AbyssPlus (Used it, liked it, later will compare to SmartAssV2) and Lulzactive (which is pretty good as well).
betoNL said:
Originally Posted by mancman
here the exact explanation on RootzWiki:
Wheatley governor
in short words this govenor is build on "ondemand" but increases the C4 state time of the CPU and doing so trying to save juice....
The known ones are really good described here one the setcpu page:
the rest is nice described here:the rest is nice described here:
lazy (http://forum.xda-developers.com/show....php?t=1276092) - is ondemand but with an added option to stay longer on a certain frequency. This is due to the fact that some CPU's dont like too quick freq changes when sampling rate for decision making is set too low. See link for more.
lulzactive (http://tegrak2x.blogspot.com/2011/11...vernor-v2.html) - is basically interactive governor with added smartass bits and variable (as opposed to fixed amout) frequency scaling, based on currently occuring cpu loads. Has, like smartass, a sleep profile built-in. See link for details on exact scaling.
lagfree (http://forum.xda-developers.com/show....php?t=1272933) - seems to be ondemand but with a lessend tendency to ramp up to 100% but rather also use steps available in between 0-100%.
intellidemand (freely translated from http://www.android-hilfe.de/root-hac...-governor.html) - behaves like ondemand when the system is under heavy use, it behaves differently when the system is mostly ideling. That mode is colled "browsing mode" or "browser mode" or whatever. It seems to be some sort of "intelligent" demand sensing/analysing ondemand governor.
smartassV2 - this one should be known. It's the same as smartass(V1) but tweaked. Same code author. I heard one should use smartassV2 instead of smartass when available.
ondemandx - is ondemand with an added sleep profile built-in. I believe all ...X kernels are the default kernels but with an added sleep profile.
AbyssPlug Governor:
Abyssplug governor is a modified hotplug governor
>>Hotplug Governor:
The "hotplug" governor scales CPU frequency based on load, similar to
"ondemand". It scales up to the highest frequency when "up_threshold"
is crossed and scales down one frequency at a time when "down_threshold"
is crossed. Unlike those governors, target frequencies are determined
by directly accessing the CPUfreq frequency table, instead of taking
some percentage of maximum available frequency.
The key difference in the "hotplug" governor is that it will disable
auxillary CPUs when the system is very idle, and enable them again once
the system becomes busy. This is achieved by averaging load over
multiple sampling periods; if CPUs were online or offlined based on a
single sampling period then thrashing will occur.
Sysfs entries exist for "hotplug_in_sampling_periods" and for
"hotplug_out_sampling_periods" which determine how many consecutive
periods get averaged to determine if auxillery CPUs should be onlined or
offlined. Defaults are 5 periods and 20 periods respectively.
Otherwise the standard sysfs entries you might find for "ondemand" and
"conservative" governors are there.
__________________
Click to expand...
Click to collapse
Again, it's just a modified hotplug. What's modified about it?
betoNL said:
Oops ... you reacted fast ! The poll was not even ready
Click to expand...
Click to collapse
guess I was in chatty mood
BrainSex said:
\
To be honest: I can't understand your problem with overheating. It could have its seeds in an app with unnormal behaviour or a constant hang-up in the background. Maybe you will execute this little turnaround at the next opportunity:
1. Charge your battery to 100%
2. Use a Taskkiller and kill every open task
3. Reboot in Recovery Mode and wipe voltage & battery stats (DON'T WIPE ANYTHING ELSE, PLEASE!)
4. Reboot yours system...
Click to expand...
Click to collapse
Believe me I don't get it either and I'm pretty upset I can't use that kernel which is so valued by other android users. I was trying your advice and any other I could find in Abyss Kernel thread, nothing works for me. What is really funny I don't have any problems on other kernels. Well maybe I'm just unlucky this way. I'm thinking about getting my Note to Samsung for screen display exchange, so maybe they can do something about overheating too, maybe it's hardware related.
Thank you for your interest and advice
anyone using the app 2nd core and turning on dynamic hotplug?
It rly helps the battery
Might be useless to use along side abyssplug tho since it does the same thing
I use lulzactive, don't care about a little more battery drain
I use too 500mhz minimum speed @ 800mv, with it is pretty strange because 100 and 200 are not stable at that voltage and need 825, so having more speed I use less battery.
You don't use less battery because it's not only determined by voltage. Frequency us also a factor in power consumption, so 100MHz at 825 uses less battery for sure.
Sent from my superior GT-N7000 using Tapatalk
Zamboney said:
You don't use less battery because it's not only determined by voltage. Frequency us also a factor in power consumption, so 100MHz at 825 uses less battery for sure.
Sent from my superior GT-N7000 using Tapatalk
Click to expand...
Click to collapse
There's a post here somewhere here in the gnote forum that shows a study where they explain how 50 and 100MHz do consume more battery cause the CPU gets more stressed and takes longer to perform the task that would take less time and effort to accomplish at a higher frequency (or something like that)
Actually a higher frequency @ same voltage as a lower frequency would consume LESS battery because it will complete the task faster.
Sent from my GT-N7000 using Tapatalk
With my setup only ondemand really worked well, my second core scaling is always set to 2 cores enabled and I have a landscape setting for ADWex and any other governor will give me like 10-15fps when opening the app drawer.
Abyssplug fits my needs: I don't need so much power (no playstation-like games) but I use phone h24, from music to calls, from surfing to calendar/alarm...quite all stuff by BT headset and voice command. Battery drains slower than expected, my Note stays alive 'till night
Right i am not going to bore you with long ass intros or long essays on how to do this and how to do that. All i did was share my results on a thread and people started messaging me about my settings and what configurations i use. So i will make it all simple for you. I am opening a thread so you can see what settings i am using and use it as a guide and adjust them or use my own settings if you want to get the best out of your battery and enjoy more your baby. Plus this thread is for you guys to stop private messaging me as i am getting loads of messages and hardly have time to reply to you all.
First off and call it a disclaimer if you want, what WORKS on my phone might not work for yours. So as i said above, use my settings if you want, but if you have problems then tweak them to an effect your phone runs smoothly. Infact with my settings you get the balance of both worlds, Performance and battery life. But let me say this i am just providing you guys with my settings and what works for me. Now if you get any problems or errors which you should not do not come here crying as i have not forced these settings on anyone. The below settings are for people like myself who do not know how to use a script to tweak a governor, and by having this app makes life a lot easier and by me helping with my settings i hope it can provide the balance of good battery life and performance to people.
I know Geko95gek has his MagicConfig thread and my thread is different to his, as my thread is just to help people with the Lulzactive app settings and give them a guide on how to start and use it and how to get the best out off it. His is more to do with voltages of cpu and GPU. You can use his MagicConfig and use my Lulzactive apps settings if you want. Big shout out to him for his magic.
Please also follow the bottom link for a bit more in depth info on a How to guide for undervolting.(many thanks to Eric-filth)
http://forum.xda-developers.com/showthread.php?t=1532999
Anyway here are the settings that i use and please use as a guide:
Lulzactive app Settings:
inc_cpu_load: 75%
pump_up_step: 3
pump_down_step:2
screen_off_min_step: 4,@200MHz
up_sample_time: 50000
down_sample_time: 30000
debug_mode: 0
Setting up your Lulzactive app with your configurations:
To be able to use the above settings as already stated you need the Lulzactive application were it can be found here:https://play.google.com/store/apps/details?id=com.tegrak.lulzactive&hl=en.
Once you have installed it then you need to have Voltage Control which i recommend or any other cpu tuner program installed on your phone like(SetCpu, NoFrills, Tegrak OC) to be able to set lulzactive governor as default.
Once you have done that then go ahead and input my settings or your own. The exact way i have it laid out, is the same on the app.
Once you have done inputting the settings always make sure you have SET ON BOOT ticked.
Come out of the app and reboot. Wait for the phone to load up properly then go back into the application to make sure the settings have been set up properly and stayed. And that is it. :
Voltage Control Configuration:
*Governor: Lulzactive (of course)
*Scheduler: VR - Noop
Voltages
1200Mhz - 1150mV
1000Mhz - 1050mV
800Mhz - 1000mV
500Mhz - 950mV
200Mhz - 900mV
100Mhz - 850mV
GPU ControlLow power state - High power estate114Mhz - 950mV / 267Mhz - 1050mV
Now i will present to you settings that you can use with a different governor and scheduler. Call this Rock Solid Config v1.1 if you like.
Voltages
1200Mhz - 1175mV
1000Mhz - 1100mV
800Mhz - 975mV
500Mhz - 950mV
200Mhz - 850mV
100Mhz - 850mV
GPU Control:Low Power state: 133Mhz - 900mV
High Power State: 267Mhz - 1000mv
Scheduler: Noop
Governor: Conservative
Misc Tweaks: Ext4 Boost- Sched_Mc
So there you have it. Those are my settings that i use currently with NEAK kernel and work like a charm for me. Feel free to use my configuration if you like but please consider that everyones phone is different. So feel free to use mine as a guide and either feel free to undervolt more if you like or if you find that you are getting freezes then up the steps by either 25mV or 50mv
Feel free to post your results here as i would like to know if my settings work or not and also your battery results to show if my settings actually do something towards your battery.
Just a few thanks in order as well i think:
Simone201: for his awesome kernel and configurator.
Tegrak: For his awesome lulzactive app(makes my life alot easier to tweak it this way instead of scripts)
Gokhanmoral: just for his siyah kernel and i have all the time in the world for that guy as he is a legend in my eyes
Geko95gek: for being just a crazy ass Yoda and providing everyone with his MagicConfig
GC and LeoMar75: For the awesome rom
So_ony: cause i have to say it was her idea behind this brainchild of a thread.
Droidphile: For his awesome thread regarding all the information you need regarding kernels
And to you all who keep pestering me for my settings this thread is for you guys.
Information on misc tweaks, plus my favorite governors and schedulers i recommend
Abit more info regarding what are the misc options in the NEAK configurator application. (Many thanks to Droidphile for all the information)
Q. "What are these modes: IDLE, LPA and AFTR?"
A. Between screen off and deep sleep states, there are some idle modes supported by cpuidle driver. They are IDLE aka Normal Idle, LPA aka Deep Idle and AFTR aka ARM Off Top Running. Race to idle by CPU is implemented for power management.
In IDLE state, CPU is not clocked anymore, but no hardware is powered down.
In deep idle (LPA),a state after IDLE, again, the cpu is not clocked anymore like we guessed but some parts of hardware are powered down. Deep idle brings in real power savings and there is no need of putting a hard limit to frequency during screen-off; using a screen-off profile. (Good practice is to use a governor with built in screen off profile, than using an user-configured screen-off profile by putting a hard limit on frequency). Deep idle is not used when device is entering deep sleep and also when device is woken from suspend/deep sleep. While entering/exiting DEEP IDLE, CPU is set statically to SLEEP_FREQ and is not clocked below or above until it exits this state.
AFTR is a patch to support Top=Off mode for deep idle. Level 2 cache keeps it data during this mode.
We can have IDLE or AFTR modes with LPA enabled or disabled. (Obviously it is not possible to have IDLE and AFTR together)
Values:
0: IDLE
1: AFTR
2: IDLE+LPA
3: AFTR+LPA
Q. "What idle modes are recommended for power saving? How do i change it"?
A. Recommended for power saving is to enable AFTR and LPA, ie value 3
Example:
echo "3" > /sys/module/cpuidle/parameters/enable_mask
Q. "What is sched_mc?"
A. Linaro team invented sched_mc or Schedule Multi Core to make process scheduling multi-core aware. ie, utilize both cores wisely to save power and balance performance. Even though sched_mc is sort of an alternative to cpu hot plugging, we can use sched_mc with the default hot plug mode.
Possible Values:
0 : No power saving load balance, default in our exynos4210 Soc.
1 : Fill one thread/core/package first for long running threads. In our single-CPU dual-core device, multithreading does not come into picture, so load balancing is almost redundant to hotplugging.
2 : Also bias task wake-ups to semi-idle CPU package for power savings. (Bias new tasks to cpu1 if cpu0 is mostly filled with running tasks). This is 'overloading' CPU0 first.
Q. "What value is recommended for sched_mc?"
A. 1) If you find advantages to sched_mc, use sched_mc=1 for a possible battery saving. Anyhow since load-balancing is reduntant on hotplugging, it may not have any advantage on exynos chip.
2) For performance use 2. But do remember that loading CPU0 and leaving CPU1 can not do justice to hitting deep idle states sooner since second core can not enter deep idle. So extra performance or no performance, value 2 will drain some more battery, in the context of delayed didle.
3) To do justice to hotplugging, use value 0.
Example:
echo "0" /sys/devices/system/cpu/sched_mc_power_savings.
Schedulers that i recommend to use. Again massive thanks to Droidphile for the information.
Noop
Inserts all the incoming I/O requests to a First In First Out queue and implements request merging. Best used with storage devices that does not depend on mechanical movement to access data (yes, like our flash drives). Advantage here is that flash drives does not require reordering of multiple I/O requests unlike in normal hard drives.
Advantages:
Serves I/O requests with least number of cpu cycles. (Battery friendly?)
Best for flash drives since there is no seeking penalty.
Good throughput on db systems.
Disadvantages:
Reduction in number of cpu cycles used is proportional to drop in performance.
V(R)
Unlike other schedulers, synchronous and asynchronous requests are not treated separately, instead a deadline is imposed for fairness. The next request to be served is based on it's distance from last request.
Advantages:
May be best for benchmarking because at the peak of it's 'form' VR performs best.
Disadvantages:
Performance fluctuation results in below-average performance at times.
Least reliable/most unstable.
Governors that i recommend to use. Information again by Droidphile.
Lulzactive:
This new find from Tegrak is based on Interactive & Smartass governors and is one of the favorites.
Old Version: When workload is greater than or equal to 60%, the governor scales up CPU to next higher step. When workload is less than 60%, governor scales down CPU to next lower step. When screen is off, frequency is locked to global scaling minimum frequency.
New Version: Three more user configurable parameters: inc_cpu_load, pump_up_step, pump_down_step. Unlike older version, this one gives more control for the user. We can set the threshold at which governor decides to scale up/down. We can also set number of frequency steps to be skipped while polling up and down.
When workload greater than or equal to inc_cpu_load, governor scales CPU pump_up_step steps up. When workload is less than inc_cpu_load, governor scales CPU down pump_down_step steps down.
Example:
Consider
inc_cpu_load=70
pump_up_step=2
pump_down_step=1
If current frequency=200, Every up_sampling_time Us if cpu load >= 70%, cpu is scaled up 2 steps - to 800.
If current frequency =1200, Every down_sampling_time Us if cpu load < 70%, cpu is scaled down 1 step - to 1000.
Conservative:
A slower Ondemand which scales up slowly to save battery. The conservative governor is based on the ondemand governor. It functions like the Ondemand governor by dynamically adjusting frequencies based on processor utilization. However, the conservative governor increases and decreases CPU speed more gradually. Simply put, this governor increases the frequency step by step on CPU load and jumps to lowest frequency on CPU idle. Conservative governor aims to dynamically adjust the CPU frequency to current utilization, without jumping to max frequency. The sampling_down_factor value acts as a negative multiplier of sampling_rate to reduce the frequency that the scheduler samples the CPU utilization. For example, if sampling_rate equal to 20,000 and sampling_down_factor is 2, the governor samples the CPU utilization every 40,000 microseconds.
Lionheart:
Lionheart is a conservative-based governor which is based on samsung's update3 source. Tweaks comes from 1) Knzo 2) Morfic. The original idea comes from Netarchy. See here. The tunables (such as the thresholds and sampling rate) were changed so the governor behaves more like the performance one, at the cost of battery as the scaling is very aggressive.
Lionheart goes well with deadline i/o scheduler. When it comes to smoothness (not considering battery drain), a tuned conservative delivers more as compared to a tuned ondemand.
Do not forget to enable the Lionheart tweaks you must have Conservative governor enabled through the configurator application and then select Lionheart tweaks
Links
*N.E.A.K kernel:
http://forum.xda-developers.com/showthread.php?t=1411788
*Droidphile thread regarding more info about governors and schedulers and more tweaks
http://forum.xda-developers.com/showthread.php?t=1369817
*Ext4 Optimization information
http://kernelnewbies.org/Ext4
*N.E.A.K Configurator App.
https://play.google.com/store/apps/details?id=com.neak.NEAK_Configurator
*If you want to try alternative settings from mine and try settings near stock default go to the following thread by Geko95gek and check his great thread out.
http://forum.xda-developers.com/showthread.php?t=1466017
And your voltage conttol settings??
Tapatalk on SGSII (Powered by CheckROM RevoHD V6, SiyahKernel 2.6.12 + MagicConfig 0.3.1, Modem KI4)
edwardeutsch said:
And your voltage conttol settings??
Tapatalk on SGSII (Powered by CheckROM RevoHD V6, SiyahKernel 2.6.12 + MagicConfig 0.3.1, Modem KI4)
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start with the MagicConfig mate. That should be good enough.
Great thread to start tweaking with Lulzactive governor. Should make life easier for a lot of people, gives them the opportunity to gain extra battery juice without too many headaches.
geko95gek said:
Great thread to start tweaking with Lulzactive governor. Should make life easier for a lot of people, gives them the opportunity to gain extra battery juice without too many headaches.
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Thanks mate. And with your magic config people can have the best of both worlds. Shame we can't merge the two...Anyway thanks mate much appreciated for your kind words
Why pump up 4 steps? For performance or? The rest of the settings i can see the meaning in, but why pump up four steps?
Else, awesome thread! God starting point for many!
Pennywice said:
Why pump up 4 steps? For performance or? The rest of the settings i can see the meaning in, but why pump up four steps?
Else, awesome thread! God starting point for many!
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Thanks mate...For performance yes but also if you see the other settings you will see they are leaning more towards the battery side. Hence why i wanted to go for a balance between the two if that makes sense. I will be trying different settings and i will provide screenshots of my results and will provide the settings for each result i do.
Stifler69 said:
Thanks mate. And with your magic config people can have the best of both worlds. Shame we can't merge the two...Anyway thanks mate much appreciated for your kind words
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i see you have listen to me and you have opened a new thread nice mate
so_ony said:
i see you have listen to me and you have opened a new thread nice mate
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check OP
Stifler69 said:
check OP
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oh how cute thanks hehe =) geko didn't answer my email :/
your description is short but everything is described very well !
so_ony said:
oh how cute thanks hehe =) geko didn't answer my email :/
your description is short but everything is described very well !
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any ideas on how to get this thread going please let me know..and glad you liked my OP
so_ony said:
oh how cute thanks hehe =) geko didn't answer my email :/
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So sorry for the delay. Please feel free to punish me.
I want understand one thing sorry my noobless.
What magic have in magicConfig from geko?
Enviado do meu nokia 3320 modificado por laboratório usando Tapatalk
great...now something to use when im on check and neak...nice work stiffy!!!
Good work Stifler, im trying your magic configuration and it Owns..!! Just right now im experiencing a little more battery drain against just the +conservative+lionheart+ext4+AFTR config.
Ill give it some days with full charge and check.
Stifler69 said:
Anyway here are the settings that i use and use as a guide:
Lulzactive app Settings:
inc_cpu_load: 95%
pump_up_step: 4
pump_down_step:1
screen_off_min_step: 4,@200MHz
up_sample_time: 20000
down_sample_time: 40000
debug_mode: 0
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Out of curiosity what are the default Lulzactive settings on NEAK 1.4 compared to those above???
Those lulzactive setting seem to be replicated from ThunderBolt! ain't it. Down to the last setting :/
pikachu01 said:
Those lulzactive setting seem to be replicated from ThunderBolt! ain't it. Down to the last setting :/
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Hey mate. Actually I have never seen you around on any posts sharing these settings or even opened thunderbolt scripts to see how you tweak lulz governor. I have nothing but for respect for you Pika as I see how great you thread is and how popular your scripts are. These settings that I am using are a start up from me from playing around with the app and sharing my findings with friends. If it brings offence to you I will bring it down. But I swear to you I have never used your scripts as one I do not how to use them and two I prefer apps to do the work for me as I hate to many scripts in my phone. I would love your help here if possible on what to help people though
eric-filth said:
I want understand one thing sorry my noobless.
What magic have in magicConfig from geko?
Enviado do meu nokia 3320 modificado por laboratório usando Tapatalk
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well just take a look at his thread my friend. his voltage control settings are shared nearly by 700 users on xda and have reported nothing but good stuff from it. i do not want to share my settings as i Undervolt quite heavy so my settings would not work with most on here. so i used his thread for people who would ask for settings apart from my lulz app ones.
jermitano said:
great...now something to use when im on check and neak...nice work stiffy!!!
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Thanks mate. first post settings are just a start up. i will be trying different settings with different kernels and still use Lulzactive as i want to show people my results and they can choose what settings to go for. i will always post a little review as well so users can decide which one to go for.
Honchay said:
Good work Stifler, im trying your magic configuration and it Owns..!! Just right now im experiencing a little more battery drain against just the +conservative+lionheart+ext4+AFTR config.
Ill give it some days with full charge and check.
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You would get a bit of drain my friend but again it is all about how you have your phone setup and what settings in VC you are using. but hope the settings have some benefit for you though
kersey said:
Out of curiosity what are the default Lulzactive settings on NEAK 1.4 compared to those above???
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not sure mate.
Can you guys give me the best GPU govenor for any kind of rom? thanks!
derking1 said:
Can you guys give me the best GPU govenor for any kind of rom? thanks!
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That'll depend on what you need your phone for.
If you want all your cores to run at max speed thereby maximizing performance on games and browsing pick the performance kernel.
Otherwise for normal usage just pick the interactive governer.
There's a lot of governors available but these 2 are the only ones that are important and actually useful. Major kernel developers only give support to these 2 governors as they are the most useful when compared to others.
Dont use any battery saving governer. Trust me, your phone will slow down and make it unusable.
Hope this helps!
Best for what?
Governors are built into the kernel, so if you want choices, you'll have to flash a kernel that has those choices. Some are for high performance. Some are for saving battery. And then there's ones in between. Some might work better if you underclock or undervolt to save battery. Some might work better if you run only 2 cores. Some have better wake-up speed from sleep. "Best" depends on what you plan to do with your phone.
Don't forget about profiles either. For example, I've been playing around with HellsCore kernel and HellsCore Manager. You can create profiles depending on what you're doing. Like, if you're plugged in and playing a game, set it for max performance. If you need it to last as long as possible, limit the max clock speed, run only 2 cores, and use a battery saving governor. With HellsCore Manager you can even mix it up; Performance or normal until battery hits 50% (or whatever), and then switches to a battery saving profile. Pretty nifty.
Hello Everyone.
As we know that CPU Governors are the ones that tell the CPU to do what in what situation and are largely responsible for battery and performance. Applying different governors can save battery or enhance performance depending on the type of governor.
There are a lot of governors available. The traditional like interactive, ondemand, powersave etc. and custom made like smartass v1 and v2, ondemand+, inteliactive etc.
This thread is meant for all of us to try different governors for approximately a day and then report the battery stats and performance levels . I could have done this alone using different governors each day and finally reporting all of the stats. But dude, haven’t you seen Hackers? All of us together can do it better and faster and cover a larger range.
So as I said the plan is that people try different governors and report and then we make a final report.
The number of governors you can test depends on the number of governors you have in your kernel . No seriously, more the number of kernels you use, more the governors you can test since different kernels have different governors. (many kernels are available in the xda Original Android Development thread)
I use Linaro(Insanity) kernel ( http://forum.xda-developers.com/moto-g/orig-development/kernel-falcon-t2868126 ) that has 14 custom governors along with the 5 traditional governors out of which I will test intelliactive, intellidemand, ondemand+, lionheart, hyper, adaptive, abyssplugv2 and wheatley along with interactive, ondemand, powersave, performance and users
You can also test the governors I do or someone else does as it will help in crosschecking.
It will be very helpful if someone can test other popular governors like smartass v1 and v2, min max, scary, lagfree etc. (more the better)
The most important thing...What to post?
1) Battery Stats...use the app Battery Stats Plus and the inbuilt battery stats shower to know the stats. (dont forget to reset the battery stats when starting a new stats)
2) Overall speed of phone.....like time taken when switching apps or opening recent tasks.
3) CPU Stats....You can check these from TricksterMod in the'info' menu. (Don't forget to check the "warp counters" when starting a new test)
Please follow these few rules while testing (these are no hard and fast rules but try to follow them)
1) Keep the phone usage and settings same during all the tests
2) Keep the screen brightness as minimum as possible
3) Don’t use batter saving or performance enhancing apps.
4) Test for atleast a day.
Recommended app for kernel tweaking and viewing the performance – Trickster Mod Kernel Settings. https://play.google.com/store/apps/details?id=com.bigeyes0x0.trickstermod&hl=en
Yup…try to follow these and we are cool.
I am posting this thread for the sole reason that we can know how our phone reacts to different governors and to know the clear cut stats so that we can use different governors as desired.
I know it will be irritating to use a sluggish Governor for a whole day but please bear with it for 24 hours..
For newbies like me..be ready to see somewhat a big difference.
I hope that everybody participtes. :fingers-crossed:
Posting starts tomorrow.
Tommorow i will test intelliactive.
ondemand, change down_differential to 70 .. this slows down the 'race to zero' effect of the governor.. setting can be changed easily with an app like trickster, the default setting on kitkat is 10
this will smooth stuff right out, especially games and general scrolling.. unfortunately will eat battery a bit
try a simple game like original temple run to see the difference before and after
meangreenie said:
ondemand, change down_differential to 70 .. this slows down the 'race to zero' effect of the governor.. setting can be changed easily with an app like trickster, the default setting on kitkat is 10
this will smooth stuff right out, especially games and general scrolling.. unfortunately will eat battery a bit
try a simple game like original temple run to see the difference before and after
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Yes, I am a noob...
'change down_differential to 70 .. this slows down the 'race to zero' effect of the governor.. '
Whaaaat?
Meuuks13 said:
Yes, I am a noob...
'change down_differential to 70 .. this slows down the 'race to zero' effect of the governor.. '
Whaaaat?
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basically it makes the cpu governor wait longer when cpu usage is lower before clocking down the cpu.. remember this happens in milli seconds.. sometimes jumping/jerking/lagging in a game can be because the cpu is constantly being down and up clocked.
meangreenie said:
basically it makes the cpu governor wait longer when cpu usage is lower before clocking down the cpu.. remember this happens in milli seconds.. sometimes jumping/jerking/lagging in a game can be because the cpu is constantly being down and up clocked.
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Oh..I got it..I appreciate your effort but here we are looking for exact battery and CPU stats