iam want to know what is the best Note 3 Eynos UV Table for Power Save and best Battery
iam using GoodHannry Kernel V3-A
may you share ur Table to find out best Battery and Power Saving and say ur Kernel Version
My Table is Very Stable
For CA7
250 Mhz - 825
300 Mhz - 825
350 Mhz - 862
400 Mhz - 900
450 Mhz - 937
500 Mhz - 975
550 Mhz - 1025
600 Mhz - 1075
650 Mhz - 1137
For CA15
800 Mhz - 750
900 Mhz - 775
1000 Mhz 825
1100 Mhz - 850
1200 Mhz - 875
1300 Mhz - 900
1400 Mhz - 925
1500 Mhz - 950
1600 Mhz - 987
1700 Mhz - 1025
1800 Mhz - 1087
1900 Mhz - 1137
Related
Anyone notice a big battery gain or loss from one to another? @768 phone still feels snappy but not nearly as 998. Was just wondering if anyone noticed that big of a difference. And yes I'm undervolted as well ALOT lol
Currently on CM7 w/Chads 8/15 & undervolted @...
700 825
700 825
700 825
700 850
700 900
700 925
700 950
700 950
700 975
700 1000
700 1025
700 1050
700 1075
700 1100
700 1150
700 1150
700 1150
700 1200
700 1200
700 1225
700 1225
700 1250
700 1250
d08speed3 said:
Anyone notice a big battery gain or loss from one to another? @768 phone still feels snappy but not nearly as 998. Was just wondering if anyone noticed that big of a difference. And yes I'm undervolted as well ALOT lol
Currently on CM7 w/Chads 8/15 & undervolted @...
700 825
700 825
700 825
700 850
700 900
700 925
700 950
700 950
700 975
700 1000
700 1025
700 1050
700 1075
700 1100
700 1150
700 1150
700 1150
700 1200
700 1200
700 1225
700 1225
700 1250
700 1250
Click to expand...
Click to collapse
I'm going to assume those are HAVS voltage ranges, but for what freq steppings?
all of them going from the lowest frequency up top to the most at the bottom since higher requires more voltage
dyetheskin said:
all of them going from the lowest frequency up top to the most at the bottom since higher requires more voltage
Click to expand...
Click to collapse
I'm aware of that, but kernel freq steppings aren't always the same from one kernel to the next. I'm not keen on flashing a kernel just to cat it's cpu vdd table. A screen shot of the cat would be cool.
d08speed3 said:
Anyone notice a big battery gain or loss from one to another? @768 phone still feels snappy but not nearly as 998. Was just wondering if anyone noticed that big of a difference.
Click to expand...
Click to collapse
I know that it isn't data from his most recent kernel, but here's a piece I did a while back using Chad's current kernel at the time:
Effects of CPU Frequency and Screen Brightness on Power Consumption
It should at least give you an idea how much difference there is between 768 and 998.
For what it's worth I usually run 768 max. I wouldn't necessarily recommend it to everyone, but for 95% of my uses, it's the perfect compromise between power savings and performance.
loonatik78 said:
I'm aware of that, but kernel freq steppings aren't always the same from one kernel to the next. I'm not keen on flashing a kernel just to cat it's cpu vdd table. A screen shot of the cat would be cool.
Click to expand...
Click to collapse
Here are d08speed3's settings as they would apply to the individual frequencies
Code:
19200: 700 825
128000: 700 825
245000: 700 825
384000: 700 850
422400: 700 900
460800: 700 925
499200: 700 950
537600: 700 950
576000: 700 975
614400: 700 1000
652800: 700 1025
691200: 700 1050
729600: 700 1075
768000: 700 1100
806400: 700 1150
844800: 700 1150
883200: 700 1150
921600: 700 1200
960000: 700 1200
998400: 700 1225
1036800: 700 1225
1075200: 700 1250
1113600: 700 1250
I still believe that your phone is not as snappy because the undervolt at 768 is probably too low and not pulling enough voltage at that step.
Have you tried raising voltage at that individual step?
FWIW I stopped undervolting a long time ago because my phone went wonky and had to have it replaced. Chad's standard voltages work just fine and it isnt worth saving a few extra hours battery compared to having a stable headset. I use my Inc for business (ditched the BB a long time ago) and need to have it work.
Especially since Fast Charge is enabled by USB. It takes only about an hour to fully charge.
tincbtrar said:
I still believe that your phone is not as snappy because the undervolt at 768 is probably too low and not pulling enough voltage at that step.
Have you tried raising voltage at that individual step?
FWIW I stopped undervolting a long time ago because my phone went wonky and had to have it replaced. Chad's standard voltages work just fine and it isnt worth saving a few extra hours battery compared to having a stable headset. I use my Inc for business (ditched the BB a long time ago) and need to have it work.
Especially since Fast Charge is enabled by USB. It takes only about an hour to fully charge.
Click to expand...
Click to collapse
I disagree. His voltages look just fine all the way up the scale. Furthermore, a low voltage wouldn't cause a phone to lag. It would cause it to lock and crash, and possibly corrupt the SDcard.
Post your, Onecosmic's ICS RCx build, kernel-CPU governor-OC/UV-Live OC & Step Values
Let us know what has worked for you!!!
You may include voltages as well..
Stability test:
Play a 720P RMVB video file (http://www.google.com.my/search?gcx...ro.com]One+Piece+401[Arabic]HD[1280x720].rmvb) using Soft encoding in Mobo Player (Now added support for Android 4 0!). We could consider the voltage STABLE if able to play for 15 minutes with no problem!!!
Sent from my GT-I9000 (Glitch - Live OC - OC/UV - Voodoo - DIDLE
UV Setting:
OC (200 MHz -1200/1300 MHz)
Live OC 100%
ARM
Max 1.500mV
1400 MHz - [email protected] 233 MHz - 1.450mV
1300 MHz - [email protected] 217 MHz - 1.375mV
1200 MHz - [email protected] 200 MHz - 1.350mV
1000 MHz - [email protected] 200 MHz - 1.275mV
800 MHz - [email protected] 200 MHz - 1.200mV
400 MHz - [email protected] 200 MHz - 1.050mV
200 MHz - [email protected] 200 MHz - 0.950mV
100 MHz - [email protected] 100 MHz - 0.950mV
INT
Max 1.225mV
1400 MHz - [email protected] 233 MHz - 1.200mV
1300 MHz - [email protected] 217 MHz - 1.175mV
1200 MHz - [email protected] 200 MHz - 1.150mV
1000 MHz - [email protected] 200 MHz - 1.100mV
800 MHz - [email protected] 200 MHz - 1.075mV
400 MHz - [email protected] 200 MHz - 1.050mV
200 MHz - [email protected] 200 MHz - 1.025mV
100 MHz - [email protected] 100 MHz - 1.000mV
Same UV Settings
Live OC 110%
OC (200 MHz -1000 MHz)
Sent from my GT-I9000 using XDA App
ROM : ONEcosmic 4.0.3 rc3.1
KERNEL : Devil_3.1.9-14.1_BFS_V(R)_LiveOC_LED
CPU governor : ondemand
I/O scheduler : sip
Live OC : 100%
no overclocking.
ROM: ONEcosmic 4.0.3 rc3.1
KERNEL: Icy Glitch V14 Beta1
CPU governor: smartass V2
I/O scheduler: noop/deadline
Live OC: 100%-105%
OC: 1152-1209 MHz (min 200)
UV: same settings
Stable even with DEEP IDLE On!!!
Sent from my GT-I9000 using XDA App
uffapple said:
UV Setting:
OC (200 MHz -1200/1300 MHz)
Live OC 100%
ARM
Max 1.500mV
1400 MHz - [email protected] 233 MHz - 1.450mV
1300 MHz - [email protected] 217 MHz - 1.375mV
1200 MHz - [email protected] 200 MHz - 1.350mV
1000 MHz - [email protected] 200 MHz - 1.275mV
800 MHz - [email protected] 200 MHz - 1.200mV
400 MHz - [email protected] 200 MHz - 1.050mV
200 MHz - [email protected] 200 MHz - 0.950mV
100 MHz - [email protected] 100 MHz - 0.950mV
INT
Max 1.225mV
1400 MHz - [email protected] 233 MHz - 1.200mV
1300 MHz - [email protected] 217 MHz - 1.175mV
1200 MHz - [email protected] 200 MHz - 1.150mV
1000 MHz - [email protected] 200 MHz - 1.100mV
800 MHz - [email protected] 200 MHz - 1.075mV
400 MHz - [email protected] 200 MHz - 1.050mV
200 MHz - [email protected] 200 MHz - 1.025mV
100 MHz - [email protected] 100 MHz - 1.000mV
Same UV Settings
Live OC 110%
OC (200 MHz -1000 MHz)
Sent from my GT-I9000 using XDA App
Click to expand...
Click to collapse
what's the difference between ARM and INT?
Hello all
Today I managed to get rid of the wifi bug of RC4 and I am currently using stock values with Devil's 15.1 VC LED2 kernel. I will do my voltage tests and report back
Sent from my GT-I9000 using xda premium
Sacob said:
what's the difference between ARM and INT?
Click to expand...
Click to collapse
ARM voltage: CPU voltage
Int voltage: Internal voltage
The last one is the voltage going to the GPU/memory controller, and will need to be tweaked accordingly to your phone.
Sent from my GT-I9000 using XDA App
All the answers to your questions:
http://forum.xda-developers.com/showthread.php?t=1369817
Sent from my GT-I9000 using XDA App
Do you know any bricks?
Hi @all,
everyone is invited to post
1. ROM
2. Kernel
3. Kernel settings
4. UV settings
independently of ROM or Kernel used.
It might be a good starting point to compare other user´s experience.
Before using the settings postet in this thread please keep in mind that each device is different. Good settings for device A might produce freezes on device B.
So share your and enjoy other´s experience´s ...
here are my stable settings:
ROM: CheckROM RevoHD v6
Kernel: N.E.A.K. 1.4x
CPU Gorvernor: conservative (with all tweaks over CWM recovery enabled)
I/O Sched: sio
200 Mhz - 1200 Mhz
Voltages:
100 Mhz - 850 mV (... can´t go lower for testing with voltage control )
200 Mhz - 850 mV (... can´t go lower for testing with voltage control )
500 Mhz - 875 mV
800 Mhz - 975 mV
1000 Mhz - 1075 mV
1200 Mhz - 1175 mv
GPU settings:
Low: 133 Mhz - 800 mV
High: 133 Mhz - 800 mV
I am not a gamer and this settings are solid stable for my device. I use the phone mainly for (heavy) phone call´s (I know its old fashion ) and @home for surfing via WIFI. I enable my mobile data connection only when I need it.
This setting´s give me 3 - 4 days battery life.
I use lulzactive governor and vr I/O sched before and I feel NO difference in performance compared with the above settings (regarding scrolling through menus, starting apps ...), but the above settings gives me better battery.
Regards
Antonio
Update: I have to mention that I have the 2000 mAh Samsung battery.
OROM: Stock 2.3.5
Kernel: N.E.A.K 1.3.3.x
Voltage controls: All default.
100-800mhz
Lulzactive, VR
I usually get 1 & a half days battery, with an average of 7 hours screen time. The phone still runs beautifully while playing games and such so I have no problems in that category.
Edit:
Wifi on 80% of the time, a few hours of XDA. Skype on 100% while wifi is on. A few hours of games (dolphin, mc3, cut the rope, etc.), hours of Internet browsing, etc.
Sent from my GT-I9100 using XDA
A last note:
Posting your settings and your battery charge cycle, please also mention the way you using your phone during the day to make your post more comparable ...
have fun
Voltages
Using Checkrom V6, lulzactive gov. NEAK Kernel
1200mhz @ 1150mV
1000 @ 1050
800 @ 975
500 @ 875
200 @ 850
100 @ 825 (min freq is 200mhz anyway, so this freq is not used at all)
Rock solid, never a kernel panic/crash
My battery last 2 days with push Exchange connectivity, gmail pushing too, some gaming (no more than 1h x day), 1h voice calls x day, normal texting activity (30-50 daily text messages) and automatic brightness customized to be darker than default.
Battery last longer if you do not let fully discharge it (plug it at night if you can, no matter the charge left).
@Floodland
I usually don´t let the battery go down below 15% - 20%, then I start a new charge ... I break this rule only in case on an emergency when no charger is near by me
I´ll try your 1000 MHz and 1200 MHz voltage setting´s, will post back if they work on my phone
ROM:Custom Made DXKL3
Kernel:SiyahKernel 2.6.13
Governor:SIO,ondemand
Voltages:
100 Mhz - 800 mV
200 Mhz - 850 mV
500 Mhz - 900 mV (default)
800 Mhz - 950 mV
1000 Mhz - 1050 mV
1200 Mhz - 1150 mv
1400 Mhz - 1250 mV
1600 Mhz - 1350 mV
GPU settings:
1: 133 Mhz - 800 mV
2: 266 Mhz - 950 mV
3: 400 Mhz - 1100mV
battery life around 2 days with light usage, 8 hours for heavy usage.
at present 44% after 32 hours, with 2:15 hours display on, wifi on, 3G off
ROM: All GB ROMs
KERNEL: Siyah, NEAK and Redpill
SCHEDULER: Usually I keep it unchaged
GOVERNOR: ondemand or conservative
FREQUENCY: 200MHz- 800 or 1000 or 1200MHz
UV:
-CPU
200MHz - 800 mV
500MHz - 850 mV
800MHz - 950 mV
1000MHz-1050mV
1200MHz-1150 mV
FYI, I always use this cpu uv settings from 6 months ago -- since the first time I got my SGS2 undervolted while using ninphetamine kernel, to be exact. It always stable on my SGS2.
GPU:
133 MHz - 800 MHz
267 MHz - 950 MHz
Sent from my GT-I9100 using xda premium
New voltages ...
Hi @all,
here are my settings after new tests. The stability was testet by three sequential cycles of the N.E.A.K tester in each (fix) frequency:
100 Mhz - 850 mV
200 Mhz - 850 mV
500 Mhz - 850 mV
800 Mhz - 950 mV
1000 Mhz - 1050 mV
1200 Mhz - 1150 mv
Will test in next bettery cycle if they are stable in daily use, and report. Fell quite secure cause i´m not a heavy user...
Will test the settings starting tomorrow with the new N.E.A.K 1.4.1x kernel (simone told in his thread that the kernel should be released this afternoon).
ROM: Fatal1ty Extreme Edition (XWLA4)
Kernel: Red Pill 1.3
CPU Gorvernor: conservative
I/O Sched: sio
200 Mhz - 1200 Mhz
Voltages:
100 Mhz - 825 mV (Stable but not in use as it tends to lag a bit)
200 Mhz - 825 mV
500 Mhz - 875 mV
800 Mhz - 950 mV
1000 Mhz - 1025 mV
1200 Mhz - 1125 mv
1400 Mhz - 1225 mv (Stable but not in use as don't need it)
1500 Mhz - 1350 mv (Stable but not in use as don't need it)
GPU settings:
Low: 114 Mhz - 800 mV
High: 267 Mhz - 950 mV
I have 2 Exchange accounts on push, Gmail Push, hotmail every hour, and moderate use. Screen time Usually between 2-4 hours. Used to get 2 days, but getting epic wakelocks from google services since the Google Play update. so im trying work that out. at the moment of about 14 hours i have 2hours screen time and 34% battery left.
Red pill rules
ROM: Checkrom revo hd V6 (XWLA4)
Kernel: Red Pill 1.3
CPU Gorvernor: Hyper
I/O Sched: N/A
200 Mhz - 1200 Mhz
Voltages:
100 Mhz - 900 mV
200 Mhz - 900 mV
500 Mhz - 950 mV
800 Mhz - 1000 mV
1000 Mhz - 1100 mV
1200 Mhz - 1200 mv
1400 Mhz - N/A
1500 Mhz - N/A
I USED THE KERNEL Neak BUT I'll take the RED PILL IS SIMPLY THE BEST BUT THE BEST OF SIYAH MORE FLUID AND ENHANCED THIS LAST
TWO CORES ARE ENABLED
did a test for each freq and volt with STABILITY TEST app.
ROM: cognition 1.51
Kernel: Siyah 2.6.14
I/O Schrduler: sio
CPU Gorvernor: smartassV2
CPU:
100 Mhz - 1600 Mhz
Voltages:
100 Mhz - 850 mV
200 Mhz - 850 mV
500 Mhz - 875 mV
800 Mhz - 950 mV
1000 Mhz - 1050 mV
1200 Mhz - 1200 mv
1400 Mhz - 1275
1600 Mhz - 1400 mv
GPU:
100Mhz-800mv
267Mhz-950mV
normally working from 100mhz-800mhz.
i managed to get lower mv for the cpu and stable but it was the limit. so i added 25mv more for more stable results.
Who dares trying my extreme UV values ?
My UV stable table (Mhz/mA) :
1200 (1125) | 1000 (1025) | 800 (950) | 500 (850) | 200 (800) | 100 (800)
Noop + On demand.
Thanks to NEAK for its magic on my S2
ROM: CM9
Kernel: NEAK 2.0.2x
I/O Schrduler: vr
CPU Gorvernor: ondemand
CPU:
200 Mhz - 1000 Mhz
Voltages:
200 Mhz - 850 mV
500 Mhz - 900 mV
800 Mhz - 950 mV
1000 Mhz - 1050 mV
GPU:
133Mhz-800mv
166Mhz-800mV
Works perfect for me. Always heavy usage and get nearly 24hours with standard battery. Screen on time 4 hours. With siyah I had nearly the half of the uptime.
Wifi always on. Sync on. I mean this is what it was made for
-sent from sgs2 tapatalk
Hi all,
I've made a video about undervolting following the guide that omniwolf made.
It's nothing more than me talking (too much) about it and actually doing it, I'm really not adding anything to the guide itself besides the fact that you can watch me making a fool of myself, think that if I can do it, anybody can... So it's more an encouragement than anything else
The voltages I got are:
100 MHz - 675 mV
200 MHz - 700 mV
300 MHz - 725 mV
400 MHz - 750 mV
500 MHz - 800 mV
600 MHz - 825 mV
700 MHz - 850 mV
800 MHz - 900 mV
900 MHz - 925 mV
1000 MHz - 950 mV
1.1 GHz - 950 mV
1.2 GHz - 950 mV
1.3 GHz - 1000 mV
1.4 GHz - 1050 mV
1.5 GHz - 1075 mV
1.6 GHz - 1150 mV
Please don't just copy them, every CPU is different and they may not work for you. I also raised them all by 25 mV to avoid instabilities.
I don't have results and probably I will never have them... So I can't actually tell how much this affects battery life and temperature. I'm not convinced it makes a lot of sense to undervolt a tablet, since the screen is pretty much going to be the main drainer anyway, that's why I'm not focusing on collecting data to support the usefulness of the process
Did anyone else try undervolting the Note 8 (old thread about it here)? Also I'd be glad to hear the opinion of someone who's more qualified than me (basically anybody) about the subject in general and about undervolting this specific device
Cheers
Hi,
I have used Tegrak Overclock Ultimate to overclock my Galaxy Note 1 (N7000) at stock kernel. It works with Cyanogenmod11 (Kitkat 4.4.4.). This are my settings:
1748 mhz: 1500 mV - 1300 mV (+200 mV) (stock is 1400 mhz)
1200 mhz: 1100 mV - 1275 mV(-175 mV)
1000 mhz: 1000 mV - 1175 mV (-175 mV)
800 mhz: 950 mV - 1100 mV (-150 mV)
500 mhz: 900 mV - 1000 mV (-100 mV)
200 mhz: 850 mV - 975 mV (-125 mV)
I have also underclocked my GPU, but I don't remember the stock voltages:
267 mhz: 900 mV -
160 mhz: 850 mV -
134 mhz: 850 mV -
I hope this could help you!
- Olivier