[BabyBalla]

Any ideas?

Code:

Intel(R) LINPACK 64-bit data - LinX 0.6.4

Current date/time: Sun Jun 27 09:25:29 2010

CPU frequency:    3.600 GHz
Number of CPUs: 4
Number of threads: 4

Parameters are set to:

Number of tests                             : 1
Number of equations to solve (problem size) : 18995
Leading dimension of array                  : 19000
Number of trials to run                     : 50   
Data alignment value (in Kbytes)            : 4

Maximum memory requested that can be used = 2887624096, at

the size = 18995

============= Timing linear equation system solver

=================

Size   LDA    Align. Time(s)    GFlops   Residual

Residual(norm)
18995  19000  4      112.395    40.6582  3.327928e-010

3.270573e-002
18995  19000  4      112.300    40.6925  3.327928e-010

3.270573e-002
18995  19000  4      111.976    40.8102  3.327928e-010

3.270573e-002
18995  19000  4      111.754    40.8913  3.327928e-010

3.270573e-002
18995  19000  4      111.768    40.8863  3.327928e-010

3.270573e-002
18995  19000  4      111.671    40.9219  3.327928e-010

3.270573e-002
18995  19000  4      111.784    40.8804  3.327928e-010

3.270573e-002
18995  19000  4      111.814    40.8694  3.327928e-010

3.270573e-002
18995  19000  4      111.658    40.9267  3.327928e-010

3.270573e-002
18995  19000  4      111.543    40.9686  3.327928e-010

3.270573e-002
18995  19000  4      111.812    40.8701  3.327928e-010

3.270573e-002
18995  19000  4      111.446    41.0046  3.327928e-010

3.270573e-002
18995  19000  4      111.773    40.8843  3.327928e-010

3.270573e-002
18995  19000  4      111.842    40.8591  3.327928e-010

3.270573e-002
18995  19000  4      111.759    40.8897  3.327928e-010

3.270573e-002
18995  19000  4      111.457    41.0005  3.327928e-010

3.270573e-002
18995  19000  4      111.645    40.9313  3.327928e-010

3.270573e-002
18995  19000  4      111.441    41.0062  3.327928e-010

3.270573e-002
18995  19000  4      111.623    40.9395  3.327928e-010

3.270573e-002
18995  19000  4      111.925    40.8291  3.327928e-010

3.270573e-002
18995  19000  4      111.718    40.9046  3.327928e-010

3.270573e-002
18995  19000  4      111.341    41.0430  3.327928e-010

3.270573e-002
18995  19000  4      111.645    40.9312  3.327928e-010

3.270573e-002
18995  19000  4      111.404    41.0199  3.327928e-010

3.270573e-002
18995  19000  4      111.725    40.9021  3.327928e-010

3.270573e-002
18995  19000  4      111.610    40.9442  3.327928e-010

3.270573e-002
18995  19000  4      111.420    41.0139  3.327928e-010

3.270573e-002
18995  19000  4      111.476    40.9935  3.327928e-010

3.270573e-002
18995  19000  4      111.745    40.8947  3.327928e-010

3.270573e-002
18995  19000  4      111.480    40.9917  3.327928e-010

3.270573e-002
18995  19000  4      111.696    40.9128  3.327928e-010

3.270573e-002
18995  19000  4      111.624    40.9391  3.327928e-010

3.270573e-002
18995  19000  4      111.666    40.9236  3.327928e-010

3.270573e-002
18995  19000  4      111.482    40.9914  3.327928e-010

3.270573e-002
18995  19000  4      111.544    40.9684  3.327928e-010

3.270573e-002
18995  19000  4      111.684    40.9172  3.327928e-010

3.270573e-002
18995  19000  4      111.671    40.9218  3.327928e-010

3.270573e-002
18995  19000  4      111.675    40.9205  3.327928e-010

3.270573e-002
18995  19000  4      111.410    41.0176  3.327928e-010

3.270573e-002
18995  19000  4      111.695    40.9132  3.327928e-010

3.270573e-002
18995  19000  4      111.689    40.9152  3.327928e-010

3.270573e-002
18995  19000  4      111.383    41.0278  3.327928e-010

3.270573e-002
18995  19000  4      111.643    40.9319  3.327928e-010

3.270573e-002
18995  19000  4      111.414    41.0163  3.327928e-010

3.270573e-002
18995  19000  4      111.602    40.9469  3.327928e-010

3.270573e-002
18995  19000  4      111.386    41.0267  3.327928e-010

3.270573e-002
18995  19000  4      111.732    40.8996  3.327928e-010

3.270573e-002
18995  19000  4      111.644    40.9318  3.327928e-010

3.270573e-002
18995  19000  4      111.440    41.0065  9.536951e-007

9.372588e+001

I should be stable.

Should I raise vcore? Ram timings off?

 

[Bazmecc]

that far in, it's harder to tell

run it again first, and if it fails then see below....sometimes it just hiccups

how where your temps? if they're OK, raise vCore 1 step and try again

 

[LiLChris]

49 runs? I think your fine im sure it was just a hiccup like bazmec said.

If you dont feel safe, try prime95 over night and see what happens.

 

[BabyBalla]

Temp is fine, 75c max which is acceptable in 27c weather. I'll raise it up a notch. After the re run

 

[BabyBalla]

Quote:

Originally Posted by LiLChris 49 runs? I think your fine im sure it was just a hiccup like bazmec said. If you dont feel safe, try prime95 over night and see what happens.

I'm happy with it. Just I prefer being stable as possible. I'm not doing much CPU intensive as of late. I just like having a faster responsive comp

 

[mm67]

Those Gflop numbers look really low for 3.6 GHz, maybe it has something do with Nvidia chipset. On P45 board I get readings like this with Q9550

Code:

GflopGHz
56,014,03
55,493,995
54,313,91
53,113,825
51,433,706
50,73,655
50,13,612
47,123,4
47,083,4
46,713,308
45,093,188
40,122,833

 

[pieisgood2]

yea your gflops seem a bit low, i get 44-45 with my q9300 at 3.375ghz
i think you just need to up the vcore a little bit
my cpu is stable 24/7 at 1.32v, but at 1.31 it fails intel burn test within a few minutes

 

[BabyBalla]

Quote:

Originally Posted by pieisgood2 yea your gflops seem a bit low, i get 44-45 with my q9300 at 3.375ghz i think you just need to up the vcore a little bit my cpu is stable 24/7 at 1.32v, but at 1.31 it fails intel burn test within a few minutes

I'm like 3 notches from 1.4 for vcore

But any higher makes my system fail linx within minutes. Couple lower, same results. Might be the nvidia chipset

 

[pieisgood2]

Quote:

Originally Posted by BabyBalla I'm like 3 notches from 1.4 for vcore But any high makes my system fail linx within minutes. Couple same results. Might be the nvidia chipset

yea i guess it is most likely your mobo. what speed and timings do you have set for your ram?

 

[hbfs]

Stability is always relative. If you're satisfied with it, then it's stable enough. I've had a LinX error on my 99th run before and it bugged me out, so of course I had to tinker some more..

 

[AyeYo]

49 runs is nothing. I wouldn't even begin to call that stable.

I'd start by bumping vcore one notch and seeing if it takes longer to fail.

 

[BabyBalla]

Quote:

Originally Posted by AyeYo 49 runs is nothing. I wouldn't even begin to call that stable. I'd start by bumping vcore one notch and seeing if it takes longer to fail.

Yeah, i agree. I had it stable at 50 runs and it freezing up on me. But i was off by a notch.

Just did a IBT run. 50 passes at maximum stress. I'm Stable. I'm guessing it was a hick-up.

 

[BabyBalla]

Quote:

Originally Posted by pieisgood2 yea i guess it is most likely your mobo. what speed and timings do you have set for your ram?

ram is linked in and synced, 900mhz at stock timings 5-5-5-18 @ 1.9v

 

[AyeYo]

Quote:

Originally Posted by BabyBalla Yeah, i agree. I had it stable at 50 runs and it freezing up on me. But i was off by a notch. Just did a IBT run. 50 passes at maximum stress. I'm Stable. I'm guessing it was a hick-up.

I wouldn't call passing 50 runs, after failing on run 49, stable. It could have failed on 51. I'd try at least 100 runs. I've had failures all the way up to 130. I've passed 150 runs and then crashed/BSOD'd while browsing the internet hours later.

It's not stable until it's stable. There's no such thing as a hiccup. Your CPU gave you a wrong answer. Stable systems don't do that in only 2 hours. Two weeks, maybe, but not two hours. Any system will throw an error eventually, but those errors should be exceedingly rare.

 

[BabyBalla]

True, But im going do a linx run over night. But its stable enough right now for light web browsing i guess