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2013-08-13, 12:40
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#1 |
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"Sverre Munthe"
Aug 2013
Enger, Oppland, Norway
23 Posts |
Torture test v27.9.build 1
I'm trying to do a torture test of my CPU 3960X. I have it on an Asus RIVE board with 64GB RAM and a Gainward GTX690. The system is water cooled. Running on safe parameters, ie. max clock is 3900MHz, RAM max is 1333.
I run a custom torture test with Min FFT of 128 and Max of 1024 and 32GB memory to use. The test is going fine, but why isn't it demanding anything from my CPU? Aida64 reports the CPU clock to be 3602MHz and the CPU temp is 44C and package temp is 56C. Thats hardly what I call a torture test. Is there a description I can find somewhere on how to realy torture my system? I want to test how much I can OC my system, but if this is the best the test can do, then it's not hard enough to give me an answer. |
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2013-08-13, 14:40
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#2 |
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Romulan Interpreter
Jun 2011
Thailand
72·197 Posts |
1) What's the result if you select "in place" test, default?
2) For the custom test, how did you filled the "32GB" in the box? |
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2013-08-13, 17:08
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#3 | |
Mar 2010
3×137 Posts |
Quote:
 Try small FFT for CPU stress testing. Also, if you want to test both more intensely you may want to try Linpack (a GUI "IntelBurnTest" from AgentGOD is available here). It will also show you your practical performance in GFLOPS. Last fiddled with by Karl M Johnson on 2013-08-13 at 17:36 |
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2013-08-13, 18:25
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#4 |
"Kieren"
Jul 2011
In My Own Galaxy!
2·3·1,693 Posts |
Nothing pounds a CPU harder than Linpack. It is also available with a front end called LinX, and as a part of OCCT. The latter also is great for torturing GPUs.
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2013-08-15, 14:43
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#5 |
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"Sverre Munthe"
Aug 2013
Enger, Oppland, Norway
23 Posts |
Anyone who can translate this one for me? I'm running in safe mode as you can see from the frequency.
--------------------- Intel(R) Optimized LINPACK Benchmark data Current date/time: Thu Aug 15 03:26:33 2013 CPU frequency: 3.599 GHz Number of CPUs: 1 Number of cores: 6 Number of threads: 12 Parameters are set to: Number of tests: 12 Number of equations to solve (problem size) : 1000 2000 3000 4000 5000 10000 15000 20000 25000 30000 35000 40000 Leading dimension of array : 1000 2000 3000 4000 5000 10000 15000 20000 25000 30000 35000 40000 Number of trials to run : 4 4 4 4 4 2 2 2 2 1 1 1 Data alignment value (in Kbytes) : 4 4 4 4 4 4 4 4 4 4 4 4 Maximum memory requested that can be used=4210869504, at the size=40000 =================== Timing linear equation system solver =================== Size LDA Align. Time(s) GFlops Residual Residual(norm) Check 1000 1000 4 0.223 2.9969 1.031675e-012 3.518276e-002 pass 1000 1000 4 0.013 49.7914 1.031675e-012 3.518276e-002 pass 1000 1000 4 0.016 41.2513 1.031675e-012 3.518276e-002 pass 1000 1000 4 0.013 51.2296 1.031675e-012 3.518276e-002 pass 2000 2000 4 0.092 58.0904 4.382272e-012 3.812040e-002 pass 2000 2000 4 0.092 58.3041 4.382272e-012 3.812040e-002 pass 2000 2000 4 0.092 58.2543 4.382272e-012 3.812040e-002 pass 2000 2000 4 0.091 58.6389 4.382272e-012 3.812040e-002 pass 3000 3000 4 0.334 53.9668 8.883796e-012 3.420937e-002 pass 3000 3000 4 0.326 55.3193 8.883796e-012 3.420937e-002 pass 3000 3000 4 0.316 56.9700 8.883796e-012 3.420937e-002 pass 3000 3000 4 0.314 57.4673 8.883796e-012 3.420937e-002 pass 4000 4000 4 0.722 59.1286 1.896949e-011 4.134580e-002 pass 4000 4000 4 0.713 59.8823 1.896949e-011 4.134580e-002 pass 4000 4000 4 0.707 60.3940 1.896949e-011 4.134580e-002 pass 4000 4000 4 0.710 60.1609 1.896949e-011 4.134580e-002 pass 5000 5000 4 1.343 62.0865 2.581643e-011 3.599893e-002 pass 5000 5000 4 1.342 62.1181 2.581643e-011 3.599893e-002 pass 5000 5000 4 1.347 61.9253 2.581643e-011 3.599893e-002 pass 5000 5000 4 1.352 61.6704 2.581643e-011 3.599893e-002 pass 10000 10000 4 10.499 63.5186 8.700884e-011 3.068020e-002 pass 10000 10000 4 10.519 63.3947 8.700884e-011 3.068020e-002 pass 15000 15000 4 33.448 67.2826 2.225641e-010 3.505422e-002 pass 15000 15000 4 33.485 67.2077 2.225641e-010 3.505422e-002 pass 20000 20000 4 78.953 67.5613 4.097986e-010 3.627616e-002 pass 20000 20000 4 115.398 46.2237 4.097986e-010 3.627616e-002 pass 25000 25000 4 177.831 58.5833 6.089565e-010 3.462917e-002 pass 25000 25000 4 188.725 55.2014 6.089565e-010 3.462917e-002 pass 30000 30000 4 323.123 55.7119 8.421348e-010 3.319704e-002 pass 35000 35000 4 488.761 58.4862 1.085509e-009 3.151068e-002 pass 40000 40000 4 704.019 60.6089 4.769796e-007 1.060819e+001 FAIL Performance Summary (GFlops) Size LDA Align. Average Maximal 1000 1000 4 36.3173 51.2296 2000 2000 4 58.3219 58.6389 3000 3000 4 55.9308 57.4673 4000 4000 4 59.8914 60.3940 5000 5000 4 61.9500 62.1181 10000 10000 4 63.4567 63.5186 15000 15000 4 67.2451 67.2826 20000 20000 4 56.8925 67.5613 25000 25000 4 56.8923 58.5833 30000 30000 4 55.7119 55.7119 35000 35000 4 58.4862 58.4862 40000 40000 4 60.6089 60.6089 Residual checks FAILED End of tests 15.08.2013 06:20 |
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