is there a link for a setiathome 6.08 app not a vlar killer for cuda 2.2+?
all i can find is a 64bit app dated january 2009. anything newer?
riofl, is the computer 4166601 ( http://setiathome.berkeley.edu/show_host_detail.php?hostid=4166601 ) yours?The error cudaAcc_find_triplets erroneously found a triplet twice in find_triplets_kernel is a "normal" one. There is nothing in it.The errors from that computer's page are interesting. They occur right after the "preparatory" phase in the CPU and when the GPU was supposed to take over. I've checked a few and all seem to happen in your "good" GTX285 card and not in the problematic tesla card. am I right?If I remember correctly you were experiencing unusually high run times in your GPUs, does it still happen?There is definitely something not right with the setup of this computer.I think I've asked you before and you have told me the brand of your motherboard, can you remind me?
i think my workstation is using more resources than i think it does and the gtx285 is simply overwhelmed if i have kde options enabled and does not have enough resources for seti. ...the computing errors were happening just as the gpu was supposed to take over. that was when i had all the 'cute' features of kde4 enabled which included dimming of unfocused windows and cube desktop switching and several other things including sharpen desktop (all experimental to see what it was like to use a workstation that had glitz enabled). i also use dual 24" monitors each at 1920x1200 using nvidia twinview option so i am sure that takes up a bit of vid resources as well. i also use different backgrounds on each of 9 desktops, same image loaded in each monitor/desktop.
my times now are averaging 16-18 min off the tesla and 19-22min off the gtx285 . much better than previously at around 30 min. my scores have finally climbed to near 15k like you said they should be.
once i disabled the glitz and glitter options and did a power down restart to allow everything to clear and changed back to the older non vlar killer app, all the errors stopped....things have been stable for the past 20 hours or so
cpu and ram voltages are stock factory recommendations. instead of auto
since i readjusted everything back to standard dull desktop
I've also started to see reports from users of Mac OS X, who have just gained the ability to run Einstein on CUDA - or not, if they only have 512MB. One poster attributed the loss of 125MB available memory (512MB --> 387MB) to OS effects alone.
20k+ rac huhj? might be pushing this puppy a little bit
i have only used the voltages in the bios.. under load i have nothing that reads them properly. for some reason lm sensors and gkrellm report the voltage sensors are in error.. for example... 2.85v for the 12v line? nope.. nada... only voltage readouts that make any sense are the ram and some cpu voltages but i am guessing they are that since they are only labelled in1 in2 in3 in4 etc... the only thing i know for sure is correct is in1 as ram voltage. it matches what the bios says., and the fans and temps. temp1 is the mosfets and temp2 is the southbridge. i discovered that with a hair dryer against the chips.. and discovered what fanx belonged to which fan by unplugging the fan to see which one dropped to 0.
Quote from: riofl on 19 Jan 2010, 05:56:57 pm20k+ rac huhj? might be pushing this puppy a little bitWhy not? Quote from: riofl on 19 Jan 2010, 05:56:57 pmi have only used the voltages in the bios.. under load i have nothing that reads them properly. for some reason lm sensors and gkrellm report the voltage sensors are in error.. for example... 2.85v for the 12v line? nope.. nada... only voltage readouts that make any sense are the ram and some cpu voltages but i am guessing they are that since they are only labelled in1 in2 in3 in4 etc... the only thing i know for sure is correct is in1 as ram voltage. it matches what the bios says., and the fans and temps. temp1 is the mosfets and temp2 is the southbridge. i discovered that with a hair dryer against the chips.. and discovered what fanx belonged to which fan by unplugging the fan to see which one dropped to 0.I agree that lm-sensors reports most of the voltages incorrectly, with the rest I'll have to disagree.There are no RAM voltages in those values, in fact I don't think there is a utility that can show them, windows, linux or whatever.temp1 mosfets? Maybe, if you watercool them. Mosfets go high, really high, 100+ °C.From the values you posted, the two that resemble your CPU voltage (vcore) is in0 (1.22) and cpu0_vid (1.219). The "cpu0_vid" is a very interesting name. "VID" is something like a default voltage for the chip. The lower it is the more overclockable the chip is. A Q6600 with a VID of 1.219 is very very good. My Q6600 with a VID of 1.2750 (average for this chip) has easily gone to 3.24 GHz.The thing is I don't think lm-sensors can show the VID of a chip and it is just the vcore with a fancy name. Now if we assume that vcore=in0=cpu0_vid=1.22, I think it is a little low for 3GHz. Maybe try 1.24-1.25volts. Still it depends on the VID of the chip. If the VID is really 1.219 then 1.22 is not necessarily bad. Then again I don't think the VID can take such a value (1.219), it goes with increments.Is this machine dual boot with windows by any chance?