Super Pi Benchmarks

Post your Super PI benchmarks here! If you have more than one computer or OS, feel free to post multiple benchmarks!

Instructions
Linux Users
Download: http://www.di.uminho.pt/~apa/directoria ... _pi.tar.gz
Untar (command is "tar xvf super_pi.tar.gz")
Run with 20 bit precision ("./pi 20")

n00bs (aka Windows Users)
Download: http://www.overclock.net/downloads/138140-super-pi.html
Extract
Run with 1M precision

When posting your benchmarks, make sure you include your
1) Processor
2) Processor speed
3) Operating System
4) OPTIONAL: RAM, FSB, CPU cache, etc

Run this preferably without any other CPU intensive applications (apps like browsers and stuff is fine, it won't significantly affect the benchmark).
Also note if you OCed


My benchmarks:
AMD Athlon 64 3400+
2.2 GHz
Gentoo Linux
1 GB RAM, 1600 MHz FSB, 512 kb L2 cache

Code (Text):

1. $ ./pi 20
2.  Version 2.0 of the super_pi for Linux OS
3.  Fortran source program was translated into C program with version 19981204 of
4.  f2c, then generated C source program was optimized manually.
5.  pgcc 3.2-3 with compile option of "-fast -tp px -Mbuiltin -Minline=size:1000 -Mnoframe -Mnobounds -Mcache_align -Mdalign -Mnoreentrant" was used for the
6.  compilation.
7.  ------ Started super_pi run : Tue Aug 5 18:13:06 EDT 2008
8.  Start of PI calculation up to 1048576 decimal digits
9.  End of initialization. Time=       0.496 Sec.
10.  I= 1 L=       0        Time=       1.592 Sec.
11.  I= 2 L=       0        Time=       1.824 Sec.
12.  I= 3 L=       1        Time=       1.848 Sec.
13.  I= 4 L=       2        Time=       1.828 Sec.
14.  I= 5 L=       5        Time=       1.840 Sec.
15.  I= 6 L=      10        Time=       1.836 Sec.
16.  I= 7 L=      21        Time=       1.840 Sec.
17.  I= 8 L=      43        Time=       1.836 Sec.
18.  I= 9 L=      87        Time=       1.840 Sec.
19.  I=10 L=     174        Time=       1.832 Sec.
20.  I=11 L=     349        Time=       1.832 Sec.
21.  I=12 L=     698        Time=       1.840 Sec.
22.  I=13 L=    1396        Time=       1.824 Sec.
23.  I=14 L=    2794        Time=       1.836 Sec.
24.  I=15 L=    5588        Time=       1.824 Sec.
25.  I=16 L=   11176        Time=       1.820 Sec.
26.  I=17 L=   22353        Time=       1.804 Sec.
27.  I=18 L=   44707        Time=       1.760 Sec.
28.  I=19 L=   89415        Time=       1.640 Sec.
29.  End of main loop
30.  End of calculation.    Time=      36.254 Sec.
31.  End of data output.    Time=       0.164 Sec.
32.  Total calculation(I/O) time=      36.418(       0.936) Sec.
33.  ------ Ended super_pi run : Tue Aug 5 18:13:43 EDT 2008

 

*has no idea what any of that is*

However I know the first 3 digits of pi after the decimal, if that's what you mean?

 

Just follow the instructions
Super PI can calculate millions of digits of PI in mere seconds. Though this in itself isn't really useful, it can be used to benchmark your computer, specifically your CPU. It is used mainly by overclockers to measure speed and stability.

 

Can't find the damn log with my noobish system.
As soon as the test is over, a window popup saying "done", I click ok and all the information is erase. :lol:

 

It takes you back to the main window, where it shows you how long it took for that particular size. It won't let you c+p the details, unlike the linux version.

 

Erm Phee?

 

CPU: Intel Pentium Mobile, 1.86Ghz, running at 782 Mhz when I ran the test
Ram: 512 megs
Os: XP pro sp2
note: wasn't able to close all the apps before the test (job's laptop)

I find the result impressive considering that this laptop isn't top of the line

Should receive my new system by friday so I'll test it again with the p4 3ghz core 2 with 6m cache

 

Just FYI, running other programs with Super PI won't significantly affect your benchmarks. As long as those programs aren't doing some serious CPU intensive stuff. So don't use that as an excuse when you see that Linux pwns Windows

 

Blah Blah Blah :arf:
I'm curious to see the difference in time between linux and windows on the same hardware. I don't think there will be much of a gap.

Edit: Instead, let's have a real match with something like 3dmark or any benchmark program that use ALL the hardware to give significant result. Cpu speed alone is nothing.

Edit2: Let's start an E-WAR, my-pc-is-better-than-yours style

 

:arf:
Once I get my new comp, I'll install both Linux and Windows XP on it and benchmark it.

 

38.953 sec with itunes, igloo running and browsers

don't know my specs just that it's my laptop and i think it's pretty crap (i wanted alienware and got acer )

 

Did the test with the new computer, and I'm very happy

Edit: M$ windows is da best !!! :arf:

 

Benchmark: 20.672
Processor: Forgot the name, Intel Dual-Core
Speed: 2.53 GHz
OS: Windows XP, clean (no other programs installed)

I haven't gotten around to installing Linux on it yet, I'll post the Linux benchmark soon.

 

hahahahahahaha i cant help myself, i have to uber brag
whats that, did you all get pwned?!?!

 

Billy, sorry to burst you're overinflated bubble, but I'm afraid you're the one who is about to get pwned
Processor: 2.52 ghz
RAM: DDR2 SDRAM 667
OS: Gentoo Linux
Total cost of computer: $499.72

Code (Text):

1.  ------ Started super_pi run : Thu Aug 21 00:22:45 EST 2008
2. ------ Ended super_pi run : Thu Aug 21 00:22:59 EST 2008
3. Version 2.0 of the super_pi for Linux OS
4. Fortran source program was translated into C program with version 19981204 of
5. f2c, then generated C source program was optimized manually.
6. pgcc 3.2-3 with compile option of "-fast -tp px -Mbuiltin -Minline=size:1000 -Mnoframe -Mnobounds -Mcache_align -Mdalign -Mnoreentrant" was used for the
7. compilation.
8. Start of PI calculation up to 1048576 decimal digits
9. End of initialization. Time=       0.196 Sec.
10. I= 1 L=       0        Time=       0.624 Sec.
11. I= 2 L=       0        Time=       0.716 Sec.
12. I= 3 L=       1        Time=       0.720 Sec.
13. I= 4 L=       2        Time=       0.720 Sec.
14. I= 5 L=       5        Time=       0.720 Sec.
15. I= 6 L=      10        Time=       0.720 Sec.
16. I= 7 L=      21        Time=       0.720 Sec.
17. I= 8 L=      43        Time=       0.724 Sec.
18. I= 9 L=      87        Time=       0.716 Sec.
19. I=10 L=     174        Time=       0.720 Sec.
20. I=11 L=     349        Time=       0.720 Sec.
21. I=12 L=     698        Time=       0.720 Sec.
22. I=13 L=    1396        Time=       0.716 Sec.
23. I=14 L=    2794        Time=       0.716 Sec.
24. I=15 L=    5588        Time=       0.716 Sec.
25. I=16 L=   11176        Time=       0.708 Sec.
26. I=17 L=   22353        Time=       0.700 Sec.
27. I=18 L=   44707        Time=       0.680 Sec.
28. I=19 L=   89415        Time=       0.632 Sec.
29. End of main loop
30. End of calculation.    Time=      14.161 Sec.
31. End of data output.    Time=       0.072 Sec.
32. Total calculation(I/O) time=      14.233(       0.456) Sec.
33.  

Now let's see... My benchmark is a mere 0.55 seconds less than yours, however you're processor is 20% faster than mine. Your RAM is twice as fast as mine. You're SSD is 1000x+ faster than mine. You're mobo is way better than mine. Hm... Then how am I competing with your computer? Yep, my OS is 10000x better than yours. I got a 6.6 second decrease in time from Windows to Gentoo Linux (same computer), thats nearly 50% more time.

And this isn't even Gentoo optimized, with Gentoo optimization, I could do better than your Vista computer Billy. I'm sorry, but you just got pwned, badly. How much did your computer cost you again? I did all this under $500.

 

Wow...

I suck!

Intel Core 2 Duo 1.86 GHZ Processor
Windows Vista