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Is there a time since last reboot (or uptime) you can add? I might have crashed/rebooted without knowing it.
So i have followed Airmaxxx's walkthrough on how to use quickclock and jrummys app in tandem. I set everything accordingly and it works for a while then locks up. Im not sure where to go from there. Ive tried increasing each number by 1 starting from the lowest speed then seeing if it reboots but that hasnt solved anything yet. I know each phone is different but maybe someone could point me in a general direction of what to do next.
If it matters, im also using some profiles in jrummys app...maybe i should buy setCPU and use profiles in there instead?
I tried paid version, used advised numbers and my phone locked up and restarted almost immediately after I applied those numbers in JRummy's app
I had good luck with the manual method, but used 2 more than the crash voltage, instead of +1.
So i have followed Airmaxxx's walkthrough on how to use quickclock and jrummys app in tandem. I set everything accordingly and it works for a while then locks up. Im not sure where to go from there. Ive tried increasing each number by 1 starting from the lowest speed then seeing if it reboots but that hasnt solved anything yet. I know each phone is different but maybe someone could point me in a general direction of what to do next.
If it matters, im also using some profiles in jrummys app...maybe i should buy setCPU and use profiles in there instead?

bmf 300ok. Post up your parameters and all your frequencies & vsel pairs when you have a chance.
I went ahead and spent the buck, and ran the automatic feature. Below is what it kicked out for me.
300mhz - 14 VSEL
600mhz - 29 VSEL
800mhz - 38 VSEL
1000mhz - 48 VSEL
It seems to be running pretty smooth at this calibration, but isn't the idea to overclock, if possible? Is this auto feature a fairly conservative program, or is it that overclocking is simply not in the cards for my particular phone?
bmf 300
bmv 17
sb 13
400 - 25
700 - 39
900 - 49
1150 - 62

400mhz - 22 vsel
700mhz - 32 vsel
1000mhz - 50 vsel
1200mhz - 66 vsel
Had to bump up my 1200mhz vsel from 62 (app recommended) to 66. Just wouldn't run with anything less than that. I will say though... getting better linpack scores now. So what should happen with battery life now is better idle time because I have a lot less volts going during idle, but less batter life at peak because I have overclocked to 1.2ghz and running 4 vsel over stock max.
19. @ 400mhz
Heheh. All you gotta do is change those frequencies to what you want in the CPU configuration menu and hit set to CPU. That will overclock you.
EDIT: Though your confusion gives me an idea. I'll work on adding in a top-end finder, so that you can semi-automatically determine your phone's top speed. I say semi-automatically, because often the high frequencies will turtle but not crash which may need to be determined based on a test for user input (i.e. delay time --> push [this] button if your phone seems stable). I may consider doing something similar to this for finding the BMV as well. Though I wanted to make it as quick and easy as possible, it sounds like some phones are auto-finding unstable BMV's. When I finally have time to work on it, however, that will be my first priority for improvement.
*** Until then, just increase the BMV or the stability buffer and please report your findings.
Thanks much!
That is a great idea, and would be much appreciated. In my case, the phone has never seemed smoother on the auto-detect settings, although as I hinted, I think some overall speed has been left on the table.....but would that come at the expense of a smooth and lag-free experience?
I only have JRummy to compare with, as I previously ran the garden-variety program there at SV @ 1250mhz. That ran damn fast, but also ran hot at times, especially noticeable when watching an HQ video. With your settings, temps have never even exceeded 100f.
I'll play around with it like you suggested, and report back what I find.
Thanks again for a great app!
My pleasure! Thanks for using it!
Really glad you like the idea of a top speed finder. You'd still be as stable as ever with it, but you would generate more heat merely due to the fact that more speed -> more heat. If you ever are concerned about heat, though, just make a CPU profile that caps the speed at a low scaling point when the temperature goes above about 42 degrees Celsius. That should keep you safe.
I kinda like where you're coming from with this app. Really appreciate you showing Tiago the respect he deserves!
Heads up...
Issue 80 - milestone-overclock - Invalid default VSEL displayed on devices supporting SmartReflex 1.5 - Project Hosting on Google Code
Can you catch it?
Tiago and you both deserve full credit & then some for the work you all put in.
It's not fixed in 1.4.6.1, but no biggie. Thank ya, FreeWELL.Tiago and you both deserve full credit & then some for the work you all put in.
Thanks much for the heads up on that! I don't think it impacts QuickClock currently, though, because there's never a situation where it's just reading in the current VSEL. That's soon to change, however, when I add in more CPU monitoring. Do you know if Tiago fixed this in version 1.4.6.1? ... I do have him on gChat, so I should probably just ask him haha.
# dmesg | grep Nvalue
<6>[ 5.773132] SR1 : Fused Nvalues for 4 OPP
<6>[ 5.773254] VDD1 - OPP4 - 1G Nvalue = 0xAA978A
<6>[ 5.773437] VDD1 - OPP3 - 800 Nvalue = 0xAAC0A9
<6>[ 5.773529] VDD1 - OPP2 - 600 Nvalue = 0x9A87ED
<6>[ 5.773651] VDD1 - OPP1 - 300 Nvalue = 0x99E1C6
<6>[ 5.774017] SR2 : Fused Nvalues for 2 OPP
<6>[ 5.774139] VDD2 - OPP2 - 200 Nvalue = 0x9A8DF5
<6>[ 5.774322] VDD2 - OPP1 - 100 Nvalue = 0x8989F0
He's got a beta here...
Issue 84 - milestone-overclock - The milestone overclock does not work with the droid 2 global - Project Hosting on Google Code
What might be of help to you is...
The binary value of VDD1_OPP4, I believe is something you're looking for.... After a fresh reboot, try "dmesg | grep Nvalue" on your phone...Code:# dmesg | grep Nvalue <6>[ 5.773132] SR1 : Fused Nvalues for 4 OPP <6>[ 5.773254] VDD1 - OPP4 - 1G Nvalue = 0xAA978A <6>[ 5.773437] VDD1 - OPP3 - 800 Nvalue = 0xAAC0A9 <6>[ 5.773529] VDD1 - OPP2 - 600 Nvalue = 0x9A87ED <6>[ 5.773651] VDD1 - OPP1 - 300 Nvalue = 0x99E1C6 <6>[ 5.774017] SR2 : Fused Nvalues for 2 OPP <6>[ 5.774139] VDD2 - OPP2 - 200 Nvalue = 0x9A8DF5 <6>[ 5.774322] VDD2 - OPP1 - 100 Nvalue = 0x8989F0
Well this would just obtain the current top speed, right? If that's the case, then that's already taken care of... maybe I'm missing something though? I've been at work for 12 hours, so my mind's a bit fuzzy.