Jump to content

How many Gigaflops is your PC?

Jacktastic-Mofo
 Share
Posted

Intro

Hey guys, today I'm reaching out to the LTT community to see who has the most raw compute power via their CPU using Intel's Linpack Benchmark, which can be downloaded here for Windows, Mac, and Linux.

 

How To
It's very easy to do, all you have to do is first extract the zip archive, navigate to the benchmarks folder, which is inside of the Windows and MKL folders. Once you're there run version of the program that corresponds with your operating system type. Next we're going to have to input some values, I first began with using 5,000 equations to solve, and then 10,000 for leading dimensions of array. For number of trials to run it's up to you, I'd recommend doing at least 50, which will only take a few minutes. Then Data alignment value is the amount of RAM you're giving the program, I'd recommend entering at LEAST 1,000,000 in this field which is about 1GB. Finally hit enter and watch the program do it's thing, then just screen shot you scores and post them down below.

 

Also, the program seems to quit right after the end and I can't seem to find where it logs to, so screen shot after about 25-40 tests.

 

My Score

Here's my score, 137.5780 Gigaflops, with 2x Xeon E5-2670's @ 3.0Ghz.

Capture2.jpg

On another run where I had less stuff going on in the background I got roughly ~140gflops on average.

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

So can i do this on amd?

 

CPUFX 8320, Motherboard ASUS M5A78L-M/USB3 Socket AM3+ AMD, RAM g.skill ripjaws x series (2x8gb), GPUstrix gtx 970, Storage 500gb + 500gb + 250 ssd, PSU EVGA 600w B 80 PLUS BRONZE, Display(s) ASUS VG248QE 24"+ Hisense 24" + Vizio 24", Cooling Cooler Master Hyper 212 EVO, PC Part Picker  http://pcpartpicker.com/p/LFxQ23

 

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
  • Author
11 hours ago, Pcinacan said:

So can i do this on amd?

I'm honestly not 100% sure, but it's worth a try.

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
  • Author
11 hours ago, Stefan1024 said:

About 800 if I recall correctly, but it was a few weeks ago. i will rerunn the test tomorrow.

Jesus fucking christ. Is that all because of the Xeon Phi? because those Xeons seem really similar to the ones I'm running

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
1 minute ago, Jacktastic-Mofo said:

Jesus fucking christ. Is that all because of the Xeon Phi? because those Xeons seem really similar to the ones I'm running

Yes the Phi is optimized for workloads like this. There is a benchmark in my build log.

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
1 minute ago, Jacktastic-Mofo said:

Jesus fucking christ. Is that all because of the Xeon Phi? because those Xeons seem really similar to the ones I'm running

ok so what do i run?

 

CPUFX 8320, Motherboard ASUS M5A78L-M/USB3 Socket AM3+ AMD, RAM g.skill ripjaws x series (2x8gb), GPUstrix gtx 970, Storage 500gb + 500gb + 250 ssd, PSU EVGA 600w B 80 PLUS BRONZE, Display(s) ASUS VG248QE 24"+ Hisense 24" + Vizio 24", Cooling Cooler Master Hyper 212 EVO, PC Part Picker  http://pcpartpicker.com/p/LFxQ23

 

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

For some reason the output is only reading my CPU at 1.531GHz but my VM has 8 vCPUs on it (Intel Xeon X5650) with the following output: 

Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
1000   1000   4      0.033      19.9881  1.290190e-12 4.399880e-02   pass
1000   1000   4      0.049      13.6663  1.290190e-12 4.399880e-02   pass
1000   1000   4      0.014      47.7623  1.290190e-12 4.399880e-02   pass
1000   1000   4      0.014      48.4176  1.290190e-12 4.399880e-02   pass
2000   2000   4      0.093      57.3818  5.256129e-12 4.572188e-02   pass
2000   2000   4      0.094      56.9409  5.256129e-12 4.572188e-02   pass
2000   2000   4      0.094      56.6672  5.256129e-12 4.572188e-02   pass
2000   2000   4      0.101      53.1204  5.256129e-12 4.572188e-02   pass
3000   3000   4      0.280      64.2989  9.049372e-12 3.484696e-02   pass
3000   3000   4      0.273      66.0529  9.049372e-12 3.484696e-02   pass
3000   3000   4      0.282      63.8460  9.049372e-12 3.484696e-02   pass
3000   3000   4      0.304      59.2549  9.049372e-12 3.484696e-02   pass
4000   4000   4      0.615      69.3858  1.567196e-11 3.415853e-02   pass
4000   4000   4      0.826      51.6837  1.567196e-11 3.415853e-02   pass
4000   4000   4      0.642      66.5463  1.567196e-11 3.415853e-02   pass
4000   4000   4      0.636      67.1338  1.567196e-11 3.415853e-02   pass
5000   5000   4      1.231      67.7094  3.111936e-11 4.339344e-02   pass
5000   5000   4      1.145      72.8150  3.111936e-11 4.339344e-02   pass
5000   5000   4      1.163      71.7083  3.111936e-11 4.339344e-02   pass
5000   5000   4      1.143      72.9634  3.111936e-11 4.339344e-02   pass
10000  10000  4      8.706      76.6028  9.915883e-11 3.496441e-02   pass
10000  10000  4      8.979      74.2712  9.915883e-11 3.496441e-02   pass
15000  15000  4      28.032     80.2822  2.142160e-10 3.373937e-02   pass
15000  15000  4      28.798     78.1472  2.142160e-10 3.373937e-02   pass
20000  20000  4      65.592     81.3233  3.761133e-10 3.329426e-02   pass

 

-KuJoe

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
  • Author
11 hours ago, KuJoe said:

-snip-

Maxing out at around 80gflops, not bad. When I get around to it tomorrow I'll see how my dual Xeon X5550 rig does.

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
3 minutes ago, Jacktastic-Mofo said:

Maxing out at around 80gflops, not bad. When I get around to it tomorrow I'll see how my dual Xeon X5550 rig does.

When I get home and have a moment to power down the VM I'll give it all of the cores and threads to see how it does. I should go see what E5 CPUs are laying around in the decommissioned servers here at work to play with. :)

-KuJoe

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

OC 3570k 

CPU frequency:    4.198 GHz
Number of CPUs: 1
Number of cores: 4
Number of threads: 4

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=12800804096, at the size=40000

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

Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
1000   1000   4      0.009      73.6297  1.029343e-12 3.510325e-02   pass
1000   1000   4      0.009      74.5676  1.029343e-12 3.510325e-02   pass
1000   1000   4      0.009      77.6898  1.029343e-12 3.510325e-02   pass
1000   1000   4      0.010      67.5212  1.029343e-12 3.510325e-02   pass
2000   2000   4      0.072      74.1818  4.298950e-12 3.739560e-02   pass
2000   2000   4      0.116      46.2250  4.298950e-12 3.739560e-02   pass
2000   2000   4      0.068      78.2751  4.298950e-12 3.739560e-02   pass
2000   2000   4      0.081      66.3335  4.298950e-12 3.739560e-02   pass
3000   3000   4      0.304      59.3669  8.755385e-12 3.371489e-02   pass
3000   3000   4      0.236      76.2373  8.755385e-12 3.371489e-02   pass
3000   3000   4      0.247      72.8674  8.755385e-12 3.371489e-02   pass
3000   3000   4      0.217      82.8629  8.755385e-12 3.371489e-02   pass
4000   4000   4      0.496      86.0333  1.896949e-11 4.134580e-02   pass
4000   4000   4      0.480      88.9397  1.896949e-11 4.134580e-02   pass
4000   4000   4      0.590      72.3826  1.896949e-11 4.134580e-02   pass
4000   4000   4      0.505      84.4859  1.896949e-11 4.134580e-02   pass
5000   5000   4      0.947      88.0553  2.581643e-11 3.599893e-02   pass
5000   5000   4      0.907      91.9499  2.581643e-11 3.599893e-02   pass
5000   5000   4      0.904      92.2502  2.581643e-11 3.599893e-02   pass
5000   5000   4      0.936      89.1177  2.581643e-11 3.599893e-02   pass
10000  10000  4      8.071      82.6297  9.603002e-11 3.386116e-02   pass
10000  10000  4      7.888      84.5420  9.603002e-11 3.386116e-02   pass
15000  15000  4      23.582     95.4312  2.042799e-10 3.217442e-02   pass

EDIT: So I did the test with no overclock. Apparently overclocking my cpu to 4.2 ghz from 3.5 gives me a 2- GIGAFLOP BOOST in speed. That's quite interesting.

My native language is C++

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
  • Author
11 hours ago, KuJoe said:

When I get home and have a moment to power down the VM I'll give it all of the cores and threads to see how it does. I should go see what E5 CPUs are laying around in the decommissioned servers here at work to play with. :)

Wanna send some my way :P

 

11 hours ago, tt2468 said:

-snip-

Very nice.

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
3 minutes ago, Jacktastic-Mofo said:

Wanna send some my way :P

I'd make a killing if we were allowed to bring them home like we used to but now-a-days we have to pay to have them disposed of. :(

-KuJoe

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
  • Author
11 hours ago, KuJoe said:

I'd make a killing if we were allowed to bring them home like we used to but now-a-days we have to pay to have them disposed of. :(

That sucks big time.

Sergeant, United States Marine Corps

Network Administrator, Comptia A+, Security+, Cisco Certified Networking Associate

From a G3258 to dual Xeon E5-2670's

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

So, no bringing GPUs into the mix?  I want to see scores over 1000 :D

Solve your own audio issues  |  First Steps with RPi 3  |  Humidity & Condensation  |  Sleep & Hibernation  |  Overclocking RAM  |  Making Backups  |  Displays  |  4K / 8K / 16K / etc.  |  Do I need 80+ Platinum?

If you can read this you're using the wrong theme.  You can change it at the bottom.

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
24 minutes ago, Jacktastic-Mofo said:

Wanna send some my way :P

 

Very nice.

Lol so I was like, "ima oc to 4.3 ghz then run te test again" So I bumped the voltage a bit and set my multiplier to 43. As SOON as I started the benchmark I get the "your pc ran into a problem" message. I guess I wont be overclocking to 4.3 anymore...

My native language is C++

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

I need to run this test on one of the virtual hosts for my hosting company. Then that would gain some awe lol

My native language is C++

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

"The program can't start because libiomp5md.dll is missing from your computer. Try reinstalling the program to fix this problem."

1474409643.6492558

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
34 minutes ago, rm -rf said:

"The program can't start because libiomp5md.dll is missing from your computer. Try reinstalling the program to fix this problem."

Run the bat file, not the exe.

-KuJoe

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
On 29.6.2016 at 8:53 AM, Jacktastic-Mofo said:

- snip -

The alignment  is not the amount of the total memory but the organisation. HDDs / SSDs use usually 4k. Rerunn the test with 4k and you should get higher numbers.

 

I get 339 Gflop/s with the CPUs:

Spoiler

Intel(R) Optimized LINPACK Benchmark data

Current date/time: Thu Jun 30 09:33:21 2016

CPU frequency:    2.807 GHz
Number of CPUs: 2
Number of cores: 16
Number of threads: 16

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=12800804096, at the size=40000

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

Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
1000   1000   4      0.008      82.5466  8.724688e-13 2.975343e-02   pass
1000   1000   4      0.006      121.0970 8.724688e-13 2.975343e-02   pass
1000   1000   4      0.006      118.4421 8.724688e-13 2.975343e-02   pass
1000   1000   4      0.007      97.5502  8.724688e-13 2.975343e-02   pass
2000   2000   4      0.028      187.4864 4.701128e-12 4.089406e-02   pass
2000   2000   4      0.026      202.2538 4.701128e-12 4.089406e-02   pass
2000   2000   4      0.026      202.7537 4.701128e-12 4.089406e-02   pass
2000   2000   4      0.027      200.7469 4.701128e-12 4.089406e-02   pass
3000   3000   4      0.088      204.7823 9.753337e-12 3.755776e-02   pass
3000   3000   4      0.078      232.2754 9.753337e-12 3.755776e-02   pass
3000   3000   4      0.077      235.1798 9.753337e-12 3.755776e-02   pass
3000   3000   4      0.077      234.5230 9.753337e-12 3.755776e-02   pass
4000   4000   4      0.173      246.6287 1.822315e-11 3.971907e-02   pass
4000   4000   4      0.160      267.1871 1.822315e-11 3.971907e-02   pass
4000   4000   4      0.161      265.7810 1.822315e-11 3.971907e-02   pass
4000   4000   4      0.161      265.2742 1.822315e-11 3.971907e-02   pass
5000   5000   4      0.312      267.6158 2.434170e-11 3.394253e-02   pass
5000   5000   4      0.297      280.3923 2.434170e-11 3.394253e-02   pass
5000   5000   4      0.295      283.0112 2.434170e-11 3.394253e-02   pass
5000   5000   4      0.294      283.2481 2.434170e-11 3.394253e-02   pass
10000  10000  4      2.119      314.7576 8.916344e-11 3.143993e-02   pass
10000  10000  4      2.092      318.7734 8.916344e-11 3.143993e-02   pass
15000  15000  4      7.459      301.6975 2.165846e-10 3.411244e-02   pass
15000  15000  4      7.596      296.2635 2.165846e-10 3.411244e-02   pass
20000  20000  4      16.387     325.5146 3.831049e-10 3.391318e-02   pass
20000  20000  4      16.424     324.7710 3.831049e-10 3.391318e-02   pass
25000  25000  4      31.710     328.5420 5.501781e-10 3.128666e-02   pass
25000  25000  4      31.786     327.7493 5.501781e-10 3.128666e-02   pass
30000  30000  4      54.824     328.3583 7.329930e-10 2.889466e-02   pass
35000  35000  4      87.109     328.1614 1.115330e-09 3.237635e-02   pass
40000  40000  4      125.775    339.2547 1.359319e-09 3.023172e-02   pass

Performance Summary (GFlops)

Size   LDA    Align.  Average  Maximal
1000   1000   4       104.9090 121.0970
2000   2000   4       198.3102 202.7537
3000   3000   4       226.6901 235.1798
4000   4000   4       261.2177 267.1871
5000   5000   4       278.5669 283.2481
10000  10000  4       316.7655 318.7734
15000  15000  4       298.9805 301.6975
20000  20000  4       325.1428 325.5146
25000  25000  4       328.1456 328.5420
30000  30000  4       328.3583 328.3583
35000  35000  4       328.1614 328.1614
40000  40000  4       339.2547 339.2547

Residual checks PASSED

End of tests

30.06.2016
09:45

 

 

When adding the Xeon Phi, I max out at 938 GFlops/s:

Spoiler

Intel(R) Optimized LINPACK Benchmark data

Current date/time: Thu Jun 30 09:45:36 2016

CPU frequency:    2.806 GHz
Number of CPUs: 2
Number of cores: 16
Number of threads: 16

Parameters are set to:

Number of tests: 22

Number of equations to solve (problem size) : 2048  4096  6144  8192  10240 12288 14336 16384 18432 20480 22528 24576 26624 28672 30720 32768 34816 36864 38912 40960 43008 45056
Leading dimension of array                  : 2112  6208  6208  8256  10304 12352 14400 18496 18496 20544 22592 26688 26688 28736 30784 33088 34880 36932 38976 41022 43072 45120
Number of trials to run                     : 3     3     3     3     3     3     3     3     3     3     3     3     3     1     1     1     1     1     1     1     1     1    
Data alignment value (in Kbytes)            : 4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4     4    
Maximum memory requested that can be used=16264320256, at the size=45056

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

Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
2048   2112   4      0.044      131.0838 4.673512e-12 3.843291e-02   pass
2048   2112   4      0.030      188.7331 4.673512e-12 3.843291e-02   pass
2048   2112   4      0.031      184.9993 4.673512e-12 3.843291e-02   pass
4096   6208   4      0.190      241.3626 1.533629e-11 3.174754e-02   pass
4096   6208   4      0.174      263.3347 1.533629e-11 3.174754e-02   pass
4096   6208   4      0.175      262.2164 1.533629e-11 3.174754e-02   pass
6144   6208   4      0.563      274.8171 4.078091e-11 3.794522e-02   pass
6144   6208   4      0.533      290.3946 4.078091e-11 3.794522e-02   pass
6144   6208   4      0.538      287.3999 4.078091e-11 3.794522e-02   pass
8192   8256   4      8.053      45.5281  6.462691e-11 3.391211e-02   pass
8192   8256   4      0.688      533.1957 5.995576e-11 3.146098e-02   pass
8192   8256   4      0.688      532.6319 6.087170e-11 3.194161e-02   pass
10240  10304  4      1.349      530.8241 9.715279e-11 3.267835e-02   pass
10240  10304  4      1.276      561.1862 1.137361e-10 3.825634e-02   pass
10240  10304  4      1.274      562.1422 1.350541e-10 4.542687e-02   pass
12288  12352  4      1.975      626.4571 1.614686e-10 3.781984e-02   pass
12288  12352  4      1.960      631.3267 1.429626e-10 3.348530e-02   pass
12288  12352  4      1.970      627.9907 1.577886e-10 3.695790e-02   pass
14336  14400  4      2.712      724.4617 1.741851e-10 2.996658e-02   pass
14336  14400  4      2.648      741.8085 1.993918e-10 3.430311e-02   pass
14336  14400  4      2.692      729.7626 1.976342e-10 3.400074e-02   pass
16384  18496  4      3.930      746.2585 2.363603e-10 3.116082e-02   pass
16384  18496  4      3.916      748.8051 2.717813e-10 3.583060e-02   pass
16384  18496  4      3.931      745.9579 2.466153e-10 3.251280e-02   pass
18432  18496  4      5.135      813.1982 3.565582e-10 3.719472e-02   pass
18432  18496  4      5.166      808.1663 3.476357e-10 3.626396e-02   pass
18432  18496  4      5.165      808.4150 2.796026e-10 2.916702e-02   pass
20480  20544  4      6.720      852.2827 3.988208e-10 3.372310e-02   pass
20480  20544  4      6.699      855.0093 4.168753e-10 3.524973e-02   pass
20480  20544  4      6.690      856.1644 3.542832e-10 2.995713e-02   pass
22528  22592  4      8.831      863.2503 5.031645e-10 3.520863e-02   pass
22528  22592  4      8.847      861.6390 5.259298e-10 3.680162e-02   pass
22528  22592  4      8.843      862.0590 4.842121e-10 3.388245e-02   pass
24576  26688  4      11.290     876.5822 5.056754e-10 2.972016e-02   pass
24576  26688  4      11.279     877.4206 5.610815e-10 3.297656e-02   pass
24576  26688  4      11.228     881.4390 5.651334e-10 3.321470e-02   pass
26624  26688  4      13.965     901.0032 6.248915e-10 3.131298e-02   pass
26624  26688  4      13.909     904.6469 6.573005e-10 3.293698e-02   pass
26624  26688  4      13.957     901.5203 6.471149e-10 3.242659e-02   pass
28672  28736  4      17.093     919.4177 7.433731e-10 3.213860e-02   pass
30720  30784  4      21.004     920.2844 1.046249e-09 3.938367e-02   pass
32768  33088  4      27.539     851.8182 9.617666e-10 3.188374e-02   pass
34816  34880  4      29.976     938.6653 1.076327e-09 3.160879e-02   pass
36864  36932  4      38.976     856.9374 1.254703e-09 3.287267e-02   pass
38912  38976  4      59.718     657.7878 1.291821e-09 3.037840e-02   pass
40960  41022  4      61.458     745.4896 1.485636e-09 3.154254e-02   pass
43008  43072  4      63.373     836.9173 1.981563e-09 3.813087e-02   pass
45056  45120  4      72.733     838.4277 2.019214e-09 3.544341e-02   pass

Performance Summary (GFlops)

Size   LDA    Align.  Average  Maximal
2048   2112   4       168.2721 188.7331
4096   6208   4       255.6379 263.3347
6144   6208   4       284.2039 290.3946
8192   8256   4       370.4519 533.1957
10240  10304  4       551.3841 562.1422
12288  12352  4       628.5915 631.3267
14336  14400  4       732.0109 741.8085
16384  18496  4       747.0072 748.8051
18432  18496  4       809.9265 813.1982
20480  20544  4       854.4855 856.1644
22528  22592  4       862.3161 863.2503
24576  26688  4       878.4806 881.4390
26624  26688  4       902.3901 904.6469
28672  28736  4       919.4177 919.4177
30720  30784  4       920.2844 920.2844
32768  33088  4       851.8182 851.8182
34816  34880  4       938.6653 938.6653
36864  36932  4       856.9374 856.9374
38912  38976  4       657.7878 657.7878
40960  41022  4       745.4896 745.4896
43008  43072  4       836.9173 836.9173
45056  45120  4       838.4277 838.4277

Residual checks PASSED

End of tests

30.06.2016
10:13

 

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
On 29.6.2016 at 9:15 AM, Ryan_Vickers said:

So, no bringing GPUs into the mix?  I want to see scores over 1000 :D

I'm at 938 GFlop/s. Almost 1 TFlop/s, but I can't get more out of the system without adding new hardware.

Mineral oil and 40 kg aluminium heat sinks are a perfect combination: 73 cores and a Titan X, Twenty Thousand Leagues Under the Oil

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

~70 on my laptop. (Lenovo Y50)

i5 4670k @ 4.2GHz (Coolermaster Hyper 212 Evo); ASrock Z87 EXTREME4; 8GB Kingston HyperX Beast DDR3 RAM @ 2133MHz; Asus DirectCU GTX 560; Super Flower Golden King 550 Platinum PSU;1TB Seagate Barracuda;Corsair 200r case. 

Link to comment
Share on other sites
Link to post
Share on other sites
Posted

Aparently I'm to stupid to run this. Inside the "benchmarks" Folder there is "linpack" and "mp_linpack". The only file i have found, that somehow runs is "runme_xeon64.bat", it only runs on 4 threads though. This is the output:  

Intel(R) Optimized LINPACK Benchmark data

Current date/time: Thu Jun 30 20:06:28 2016

CPU frequency:    3.696 GHz
Number of CPUs: 1
Number of cores: 4
Number of threads: 4

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=12800804096, at the size=40000

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

Size   LDA    Align. Time(s)    GFlops   Residual     Residual(norm) Check
1000   1000   4      0.007      95.4351  1.125544e-12 3.838395e-02   pass
1000   1000   4      0.006      107.1581 1.125544e-12 3.838395e-02   pass
1000   1000   4      0.006      109.1999 1.125544e-12 3.838395e-02   pass
1000   1000   4      0.009      76.1269  1.125544e-12 3.838395e-02   pass
2000   2000   4      0.054      99.4302  3.856387e-12 3.354585e-02   pass
2000   2000   4      0.050      106.7437 3.856387e-12 3.354585e-02   pass
2000   2000   4      0.050      107.1115 3.856387e-12 3.354585e-02   pass
2000   2000   4      0.050      105.9974 3.856387e-12 3.354585e-02   pass
3000   3000   4      0.158      114.2002 9.305945e-12 3.583496e-02   pass
3000   3000   4      0.183      98.6366  9.305945e-12 3.583496e-02   pass
3000   3000   4      0.158      114.0541 9.305945e-12 3.583496e-02   pass
3000   3000   4      0.209      86.2666  9.305945e-12 3.583496e-02   pass
4000   4000   4      0.372      114.8118 1.804024e-11 3.932040e-02   pass
4000   4000   4      0.356      119.9222 1.804024e-11 3.932040e-02   pass
4000   4000   4      0.344      124.0291 1.804024e-11 3.932040e-02   pass
4000   4000   4      0.347      123.2002 1.804024e-11 3.932040e-02   pass

How do i actually change the parameters?

My Rig: AMD Ryzen 5800x3D | Scythe Fuma 2 | RX6600XT Red Devil | B550M Steel Legend | Fury Renegade 32GB 3600MTs | 980 Pro Gen4 - RAID0 - Kingston A400 480GB x2 RAID1 - Seagate Barracuda 1TB x2 | Fractal Design Integra M 650W | InWin 103 | Mic. - SM57 | Headphones - Sony MDR-1A | Keyboard - Roccat Vulcan 100 AIMO | Mouse - Steelseries Rival 310 | Monitor - Dell S3422DWG

Link to comment
Share on other sites
Link to post
Share on other sites
Posted
10 hours ago, TheRandomness said:

Shouldn't this be in the CPU and motherboard section because no one is testing the tFlops of their GPUs?

I'd love to test by PC properly and find out all of my computing power stats!

Main Gaming Rig:

Spoiler

Core i7-4770, Cryorig M9i Cooler, ASUS B85M GAMER, 8GB HyperX Fury Red 2x4GB 1866MHz, KFA2 GTX 970 Infin8 Black Edition "4GB", 1TB Seagate SSHD, 256GB Crucial m4 SSD, 60GB Corsair SSD for Kerbal and game servers, Thermaltake Core V21 Case, EVGA SuperNOVA 650W G2.

Secondary PC:

Spoiler

i5-2500k OCed, Raijintek Themis, Intel Z77GA-70K, 8GB HyperX Genesis in grey, GTX 750 Ti, Gamemax Falcon case.

 

Link to comment
Share on other sites
Link to post
Share on other sites

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
 Share
Go to topic listing CPUs, Motherboards, and Memory

×