Let's Benchmark Our SMP Systems

lithium726 -- compared to mikeblas' Dual 1GHz P3 results you're at:


Code:
Dhrystone 2.1:	5832 kDhryst ( 139.2% )
Whetstone:	1436 MFLOPS (100.8% )
8 Queens:	9871 pps (138.7% )
Matrix Ops:	87977 k ops (139.9% )
Integer:	201284 k ops (139.6% )
Floating:	21916 k ops (152.2% )
Bandwidth:	224083 kB/sec (115.1% )

I finally have some sort of base line score calculation worked in there, and it helps score a system with a quick glance. (the formatting is a pita to work with, however)

Cheers & enjoy.


Edit: Link to the database now that we're on page 5 -- http://files.timaxe.com/projects/clibench/
 
after a quick trip to the bios, im back with some 1.6ghz scores (152x10.5) :)

Code:
 			 	this	 other 		  relative
 			 	computer computer	performance
      
 Dhrystone 2.1			 6703	 11682 kDhryst. 57 percent
 Whetstone			 1652	 2522 MFLOPS	 66 percent
 Eight queens problem		11341	 17665 pps	 64 percent
 Matrix operations		 98838	 148309 k ops	 67 percent
 Number crunch			 231299 370078 k ops	 63 percent
 Floating point			 25171	 39423 k ops	 64 percent
 Memory throughput		 254870	603339 kB/sec	42 percent

quite a large jump, if i do say so myself... unfortunatly, thats as high as i can take htem since hte board has no working PCI locks and the HDD likes to corrupt, they they will run (the processors and the memory) at 166x10.5
 
lithium726 - Sorry it took so long to add your overclocked run. Looks to have improved a bit. Supprisingly you're ahead of a few 2.2GHz P4 Xeons with your 1.6GHz P3-s for some of the tests. Must be the old code with your workhorse processors ;)


BTW, I found out that CliBench has a new 0.7.17 version. It seems like the only thing that changed between this and the 0.7.16 that we're benchmarking is the HDD access test. Fortunately we're only testing the CPU. I've retested the tests with the new version and the numbers match up.

So 0.7.17 scores are the same as 0.7.16 scores for our purposes. Anymore Dual Core systems people want to show off? :D
 
Re-ran the test at 2806 but performance increase is not huge, this is mainly because I have to have looser timings at higher speeds. Dual core outperforms opterons easy when at the same speed (mainly due to tight ram timings/high ram speeds). I guess it's time to go dual core phase changed :)
 
asus a7m266-d, dual mobile 2400 xp's @ 16x133. 1gig corsair pc3200, wd 200 gig hd ata.

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  10365      11682  kDhryst.  88 percent
Whetstone                       2240       2522  MFLOPS    88 percent
Eight queens problem           15670      17665  pps       88 percent
Matrix operations             134598     148309  k ops     90 percent
Number crunch                 328212     370078  k ops     88 percent
Floating point                 35557      39423  k ops     90 percent
Memory throughput             624048     603339  kB/sec   103 percent
                                                                                                          
                                           Total CPU       91 percent
                                           Total FPU       89 percent
                                             Average       90 percent
                                                                     
                             Application Performance       91 percent

dually #2, asus a7m266-d, dual barton 2500's at 16.5 x 133, 1 gig crucial pc2100, 100 gig wd ide hd

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  10772      11682  kDhryst.  92 percent
Whetstone                       2340       2522  MFLOPS    92 percent
Eight queens problem           16286      17665  pps       92 percent
Matrix operations             140999     148309  k ops     95 percent
Number crunch                 341321     370078  k ops     92 percent
Floating point                 36824      39423  k ops     93 percent
Memory throughput             620122     603339  kB/sec   102 percent
                                                                                                          
                                           Total CPU       94 percent
                                           Total FPU       92 percent
                                             Average       94 percent
                                                                     
                             Application Performance       94 percent

dually #3, Gigabyte 7dpxdw-p, dual mp 2000 12.5 x 133, 512 corsair xms 3700, maxtor 30 gig ide hd

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   8163      11682  kDhryst.  69 percent
Whetstone                       1764       2522  MFLOPS    69 percent
Eight queens problem           12339      17665  pps       69 percent
Matrix operations             122356     148309  k ops     82 percent
Number crunch                 258525     370078  k ops     69 percent
Floating point                 27957      39423  k ops     70 percent
Memory throughput             601101     603339  kB/sec    99 percent
                                                                                                          
                                           Total CPU       77 percent
                                           Total FPU       69 percent
                                             Average       75 percent
                                                                     
                             Application Performance       77 percent

T-3
 
Code:
Dhrystone 2.1                  12164        n/a  kDhryst.   0 percent
Whetstone                       2402        n/a  MFLOPS     0 percent
Eight queens problem           15423        n/a  pps        0 percent
Matrix operations             262191        n/a  k ops      0 percent
Number crunch                 347633        n/a  k ops      0 percent
Floating point                 37197        n/a  k ops      0 percent
Memory throughput            1346342        n/a  kB/sec     0 percent
                                                                                                          
 
                             Drive C        
Read max                       32902  kB/sec 
Read average                   26851  kB/sec 
Read min                       17434  kB/sec 
Write max                     112647  kB/sec 
Write average                  85938  kB/sec 
Write min                      70528  kB/sec 
CPU usage                          8  percent

See sig for spec
 
Thanks for contributing, SilverBack. Hopefully we'll get more 4200+ (and the other X2 processors) results so we aren't scratching our heads over the impact having the extra L2 has. (ie, compared to Angry_Game's Overclocked 4400+)


Results in graph as of 07/07/2005
 
X2 4400+ @ 2.7GHZ 270x10
DFI LP UT NF4 UD
1GB Patriot XBLK @ DDR540 2.5-4-3-7
Windows XP Pro SP2


this other relative
computer computer performance

Dhrystone 2.1 14773 11682 kDhryst. 126 percent
Whetstone 2882 2522 MFLOPS 114 percent
Eight queens problem 18901 17665 pps 106 percent
Matrix operations 497849 148309 k ops 335 percent
Number crunch 428051 370078 k ops 115 percent
Floating point 45560 39423 k ops 115 percent
Memory throughput 1687996 603339 kB/sec 279 percent

Total CPU 192 percent
Total FPU 114 percent
Average 170 percent

Application Performance 186 percent
 
(http://home.comcast.net/~goodgamer/273x11.JPG) <--Stable shot here

Rock stable speeds as you can see. This is without any OS tweaks or anything like that. I will give an update once I get my ballstix and can run some 1:1 action to fix my memory score :)
Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  16436      11682  kDhryst. 140 percent
Whetstone                       4441       2522  MFLOPS   176 percent
Eight queens problem           22455      17665  pps      127 percent
Matrix operations             571427     148309  k ops    385 percent
Number crunch                 477157     370078  k ops    128 percent
Floating point                 60211      39423  k ops    152 percent
Memory throughput            1630791     603339  kB/sec   270 percent
                                                                                                          
                                           Total CPU      210 percent
                                           Total FPU      164 percent
                                             Average      196 percent
                                                                     
                             Application Performance      207 percent
 
Tony420, can you tell us the motherboard used?


I overlooked memory dividers and the HT link that people use a lot in Athlon64 systems (and now X2 systems). It isn't as cut and clean as with the older systems where it was 1:1 or bust. Could everyone from now on include the memory divider used if it isn't 1:1? I'm going to add a new field for the ratio and it'll default to 1:1... Cheers.
 
New results, same setup as before, but with 2GB of memory (4x512)

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   8667      11682  kDhryst.  74 percent
Whetstone                       1752       2522  MFLOPS    69 percent
Eight queens problem           11239      17665  pps       63 percent
Matrix operations             293446     148309  k ops    197 percent
Number crunch                 254880     370078  k ops     68 percent
Floating point                 26761      39423  k ops     67 percent
Memory throughput            1005014     603339  kB/sec   166 percent
                                                                                                          
                                           Total CPU      113 percent
                                           Total FPU       68 percent
                                             Average      100 percent
                                                                     
                             Application Performance      110 percent
 
Im using a DFI NF4 SLI-DR. Pretty soon I will be putting in 1:1 results(assuming my ballistix can do atleast 273). The ratio is 150(CPU/15)
 
haha Tony420 wowed us over at DFI-Street with that 3Ghz overclock. I tried and tried and tried to get both prime95's stable @ 2750Mhz and never could (his subzero cooling helps a lot!)

got a test water rig up now and I am going to give it another go. I keep checking this thread, and I have it linked over at DFI-Street because of all the new X2 processors being purchased to overclock on our DFI boards...I think this thread is the best test/compare bench for dual cpu's (or multiple cpu's really) on the net. You've done a good job Tim. Hopefully more Streeters will come this way now that X2's are becoming really popular.



edit:

I overlooked memory dividers and the HT link that people use a lot in Athlon64 systems (and now X2 systems). It isn't as cut and clean as with the older systems where it was 1:1 or bust. Could everyone from now on include the memory divider used if it isn't 1:1? I'm going to add a new field for the ratio and it'll default to 1:1... Cheers.

good idea Tim, but from what I can see, the only score that really gets affected by this is the memory bandwidth, and you are right, it isn't like the 'old days' when CPC disabled or a memory divider used = horrendous penalties sometimes.

It is still good to differentiate between dividers, but the dividers actually (FINALLY) help guys get some very impressive cpu clocks (which show little difference in scores on a divider vs 1:1 other than memory bandwidth)
 
I just received a test through email (not too uncommon) on one of the Intel Xeon processors with 2MB of L2 cache. It really took a huge bite into the Matrix Operations test, which is largely an L2 cache test - I was suprised. :eek:

I'm wondering if I could get a stock-clocked 4400+ test so I can make a comparison with the stock-clocked 4200+ test on Matrix Operations. I want to see what the cache difference (1MB vs 512kb) does on the Athlon64 platform for this benchmark. (So far that test improves a lot with clockspeed, making comparison impossible between these 2 processors)

Also if anyone has an exotic x86 compatible CPU with a lot of L2, I'd love to see it. That Xeon system with 2MB of L2 really caught me by suprise with it's score. (It now ranks 1st in 2-CPU systems @ 592,587 k ops (942.4% over a Dual CPU 1GHz P3 ))



BTW Moog, nice to see you again.

With the 4x512 vs the 2x512 your system came up a bit in the rankings. What I'm trying to figure out is why your 1.6GHz 242 processors with 1MB of L2 is suddenly right next to Santos L. Halper's 2.0GHz 246 (also 1MB of L2) processors. It is ahead of the 512KB 4200+ X2 at this point also, while before it was behind by a bit... Did anything other than the amount of RAM in your system change? I'm trying to figure this out, haha...
 
p0tempkin said:
I want to figure out why my Whetstone numbers seem abnormally low.

It was mentioned earlier, but the numbers produced by this benchmark in Whetstone & Dhrystone are going to be lower, and cannot be compared to other benchmarks such as SiSandra.

The benchmark looks like it is pretty tight & clean, but mikeblas had a look at the code and discovered it was very messy! :eek:

Fortunately the saving-grace of benchmarks is that everyone runs the same thing...


This was a fairly popular AMD vs Intel comparison benchmark until the Pentium 3 / Athlon era of computing, and was used for a while in AthlonXP/AthlonMP (and less commonly Pentium 4) benchmarks, but I couldn't figure out for sure why everyone stopped using it & what replaced it...

All I know for sure about today's multi-processor benchmarks is people generally try to include some video/audio encoding for benchmarks which is somewhat more real-world than this...but I couldn't afford to host a 100MB wav/avi file to encode... Other than that there really aren't any multi-processor benchmarks out there... :(
 
the fact that we are all running the same benchmark is a good comparison. The numbers might be low and the code might be messy, but as Tim says, we are all running the same bench so it is a good apples to apples comparison (tho it might be like Granny Smith apples vs Rome apples, but its still apples lol)


Tim I'll run the 4400+ benchmark @ stock speeds for you. I have the DFI NF4-DAGF running 2 instances of Folding@Home with it right now at stock speeds. Give me a day or two to get back around to it (the big wheel of test benches haha) and I'll run it for you again.
 
Tim_axe said:
BTW Moog, nice to see you again.

With the 4x512 vs the 2x512 your system came up a bit in the rankings. What I'm trying to figure out is why your 1.6GHz 242 processors with 1MB of L2 is suddenly right next to Santos L. Halper's 2.0GHz 246 (also 1MB of L2) processors. It is ahead of the 512KB 4200+ X2 at this point also, while before it was behind by a bit... Did anything other than the amount of RAM in your system change? I'm trying to figure this out, haha...

I'm not sure why that's happening. Nothing's changed except the memory.

I have noticed that restarting the program tends to give higher results and that scores will drop with each successive run.

This is after 3 or 4 successive runs:
Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   8678      11682  kDhryst.  74 percent
Whetstone                       1753       2522  MFLOPS    69 percent
Eight queens problem           11246      17665  pps       63 percent
Matrix operations             218930     148309  k ops    147 percent
Number crunch                 255296     370078  k ops     68 percent
Floating point                 26417      39423  k ops     67 percent
Memory throughput            1004534     603339  kB/sec   166 percent
                                                                                                          
                                           Total CPU      103 percent
                                           Total FPU       68 percent
                                             Average       93 percent
                                                                     
                             Application Performance      101 percent

And with a program restart:
Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   8672      11682  kDhryst.  74 percent
Whetstone                       1753       2522  MFLOPS    69 percent
Eight queens problem           11249      17665  pps       63 percent
Matrix operations             293710     148309  k ops    198 percent
Number crunch                 255296     370078  k ops     68 percent
Floating point                 26364      39423  k ops     66 percent
Memory throughput            1003659     603339  kB/sec   166 percent
                                                                                                          
                                           Total CPU      113 percent
                                           Total FPU       67 percent
                                             Average      100 percent
                                                                     
                             Application Performance      110 percent
 
Here's how the one in my sig ran. I use this for everyday & DVD ->DivX conversion.

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  12821      11682  kDhryst. 109 percent
Whetstone                       3182       2522  MFLOPS   126 percent
Eight queens problem           20236      17665  pps      114 percent
Matrix operations             594172     148309  k ops    400 percent
Number crunch                 483042     370078  k ops    130 percent
Floating point                 45227      39423  k ops    114 percent
Memory throughput            1611918     603339  kB/sec   267 percent
                                                                                                          
                                           Total CPU      204 percent
                                           Total FPU      120 percent
                                             Average      180 percent
                                                                     
                             Application Performance      198 percent
 
Jadawin
DFI Soldier

Join Date: Mar 2005
Location: UK
Posts: 17

Hm, I forgot my hardforums password and recovery doesn't work and registering has been turned off

Anyway, here's mine @ 10x250, 2 threads.



Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  13322      11682  kDhryst. 114 percent
Whetstone                       2647       2522  MFLOPS   104 percent
Eight queens problem           17290      17665  pps       97 percent
Matrix operations             466770     148309  k ops    314 percent
Number crunch                 386195     370078  k ops    104 percent
Floating point                 40874      39423  k ops    103 percent
Memory throughput            1532925     603339  kB/sec   254 percent
                                                                                                          
                                           Total CPU      176 percent
                                           Total FPU      103 percent
                                             Average      155 percent
                                                                     
                             Application Performance      171 percent


Antec Sonata Piano black case
DFI LanParty UT Ultra-D
Athlon X2 4400+ CCBWE 0524RPMW
Zalman CNPS7700-CU Ultra Quiet
Tagan 480W 2Force PSU (30A/12V combined)
2 GB of G.Skill PC4800 DDR600 (4x 512MB)
Powercolor X800XL 256MB PCIe
Terratec Aureon Space 7.1 Soundcard
Skystar2 DVB-S card
NEC 3520 DL DVD-writer
AOpen 16x DVD-ROM
WD Raptor 36GB SATA (Windows only)
WD Raptor 72GB SATA (Programs)
Seagate 120 GB ATA (Online games/ Online stuff)
Seagate 160 GB SATA (Big pile of asorted stuff)
Maxtor 120 GB ATA (Multimedia)
All HDs are not using RAID



http://www.dfi-street.com/forum/showpost.php?p=172600&postcount=6

.
 
Anyone notice a problem with the matrix test? A lot of the time I will get 30K and my scores suck, then all a sudden it gives me 49K or whatever I get :confused:
 
ok here's a stock 4400+ bench

DFI LanParty NF4 SLI-D (7/6/2005 BIOS)
AMD Athlon64 4400+ (2200Mhz, 2x1MB L2)
2x1024MB OCZ PC3200 Platinum (Infineon 2-3-5-2)
6800GT PCI-E
OCZ 600w psu
36GB Raptor SATA hdd
Asus 52x CD-ROM
DangerDen TDX watercooling


Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  12190      11682  kDhryst. 104 percent
Whetstone                       2416       2522  MFLOPS    95 percent
Eight queens problem           15510      17665  pps       87 percent
Matrix operations             332618     148309  k ops    224 percent
Number crunch                 348923     370078  k ops     94 percent
Floating point                 36826      39423  k ops     93 percent
Memory throughput            1383562     603339  kB/sec   229 percent
                                                                                                          
                                           Total CPU      147 percent
                                           Total FPU       94 percent
                                             Average      132 percent
                                                                     
                             Application Performance      143 percent
 
Tony420 said:
Anyone notice a problem with the matrix test? A lot of the time I will get 30K and my scores suck, then all a sudden it gives me 49K or whatever I get :confused:
odd...i think i am just now seeing the same thing...guess i better go retest a couple times to see whats up...
 
Tim_axe said:
It was mentioned earlier, but the numbers produced by this benchmark in Whetstone & Dhrystone are going to be lower, and cannot be compared to other benchmarks such as SiSandra.

I meant that my Whetstone numbers seem abnormally low compared to similarly clocked X2 systems.
 
Does anyone have a suggestion for a multi-threaded transcoder on windows? I'm using transcode on linux right now, and it uses 2 cpus (albeit not very effectively). I'd like to throw together a video encoding benchmark.

So far my suggestions for media are the WMV HD gallery and the the Quicktime HD gallery. Any others? More specifically, the "nasa space shuttle" clip is only 45mb, and has some good "action scenes". I'd probably do one encoding of it to mpeg4, and one to h.263 or 264.

Any input or "Start another thread, jerk" is welcome ;)

 
msi n4p
830d
1gb corsair ddr2 675 4-4-4
6800gt


Not really an smp machine. well, sorta...

Dhrystone 2.1 8858
Whetstone 1696
Eight queens problem 10542
Matrix operations 301278
Number crunch 255712
Floating point 23780
Memory throughput 1952551
 
Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  13893      11682  kDhryst. 118 percent
Whetstone                       2768       2522  MFLOPS   109 percent
Eight queens problem           17737      17665  pps      100 percent
Matrix operations             482717     148309  k ops    325 percent
Number crunch                 402742     370078  k ops    108 percent
Floating point                 42713      39423  k ops    108 percent
Memory throughput            1566405     603339  kB/sec   259 percent
                                                                                                          
                                           Total CPU      182 percent
                                           Total FPU      108 percent
                                             Average      161 percent
                                                                     
                             Application Performance      177 percent

This is with 260x10 and a 5/6 memory divider, making the memory run @ 216.7 Mhz instead of 250 Mhz in the 250x10 setting. Doesn't seem to hurt much if at all. Just like Angry always says over at the DFI boards :D

Antec Sonata Piano black case
DFI LanParty UT Ultra-D BIOS 623-2
Athlon X2 4400+ CCBWE 0524RPMW IHS removed!
260x10 @1.58v 39C idle / 51C load
Koolance Exos-2 black (CPU and Hydrapack GPU) @ 4
Tagan 480W 2Force PSU (30A/12V combined)
2 GB of G.Skill LA PC4800 DDR600 (4x 512MB)
Powercolor X800XL 256MB PCIe
Terratec Aureon Space 7.1 Soundcard
Skystar2 DVB-S card
NEC 3520 DL DVD-writer
AOpen 16x DVD-ROM
WD Raptor 36GB SATA (Windows only)
WD Raptor 72GB SATA (Programs)
Seagate 120 GB ATA (Online games/ Online stuff)
Seagate 160 GB SATA (Big pile of asorted stuff)
Maxtor 120 GB ATA (Multimedia)
Maxtor 120 GB ATA in external USB 2.0 case (Backup)
 
p0tempkin said:
I meant that my Whetstone numbers seem abnormally low compared to similarly clocked X2 systems.

All I can suggest is to try the test again. Exit and try again and again if needed. Sometimes the numbers are inconsistant, and you may have just been unlucky. I'll update your score to reflect what we find.

Because there is no good reason for it being so low.



Also, thanks Angry_games for the stock 4400+ benchmark. The extra L2 cache of the 4400+ vs the 4200+ only improved the Matrix Ops test. The other tests are close enough to be the same due to testing erros/inconsistancies (which we seem to find a lot of these days, lol). So while more L2 helps in some things, this benchmark isn't one of them (unless you're trying to dominate the Matrix Ops test like icemochalatte's system) :)
 
unhappy_mage said:
Does anyone have a suggestion for a multi-threaded transcoder on windows? I'm using transcode on linux right now, and it uses 2 cpus (albeit not very effectively). I'd like to throw together a video encoding benchmark.

So far my suggestions for media are the WMV HD gallery and the the Quicktime HD gallery. Any others? More specifically, the "nasa space shuttle" clip is only 45mb, and has some good "action scenes". I'd probably do one encoding of it to mpeg4, and one to h.263 or 264.

Any input or "Start another thread, jerk" is welcome ;)



I'd recommend something from Open-Video.org. No copyright issues to worry about, and you can find the files in nearly any format. Then again it would throw their file popularity rankings off and people would wonder why some long boring looking video has been downloaded 5,000+ times and is ranked #1, etc...


BTW, for Windows, Windows Media Encoder is alright. Gives all sorts of stats after it is complete, and while it is working.

There is also TMPGEnc, but that is a discontinued and now unsupported product. It is now free, however.


Anyways if you want to get another video-processing benchmark thread going (woah, unintended pun there in the multiprocessing forum!), go for it.

But one thing you need to be aware of is that such a benchmark includes the disk subsystem and doesn't isolate the CPU, which makes it more real world, but could leave people too poor to upgrade their disks (*cough*me*cough*) with scores below what their processors could possibly deliver. Sounds like a fun idea though, and even single CPU people could possibly join in...though it might give people the wrong reason to buy into MultiCPU (kind of like how everyone wants to game with their X2 processors). :)
 
Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  10712      11682  kDhryst.  91 percent
Whetstone                       2144       2522  MFLOPS    85 percent
Eight queens problem           13899      17665  pps       78 percent
Matrix operations             226335     148309  k ops    152 percent
Number crunch                 315224     370078  k ops     85 percent
Floating point                 33133      39423  k ops     84 percent
Memory throughput            1157751     603339  kB/sec   191 percent
                                                                                                          
                                           Total CPU      119 percent
                                           Total FPU       84 percent
                                             Average      109 percent
                                                                     
                             Application Performance      117 percent

two opteron 246 at stock speeds with 1gig of ram (2x512mb) pc3200 cas latency of 3, dont know the rest of the timings. winxp pro sp2 with a tyan board and no numa support
 
Stock Pentium D 820 benchmark:

Pentium D 820 (2 2800mhz cores) CPU
Intel D945GTPLR 945G Motherboard
2x512mb Corsair ValueRAM DDR2-667 memory 5-5-5-5-15
2x250gb Seagate 7200.8 HD's in RAID0 on ICH7R controller
Nvidia 6600GT 128mb video
270watt Enermax PS

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   8214        n/a  kDhryst.   0 percent
Whetstone                       1567        n/a  MFLOPS     0 percent
Eight queens problem           10009        n/a  pps        0 percent
Matrix operations             298478        n/a  k ops      0 percent
Number crunch                 235235        n/a  k ops      0 percent
Floating point                 21535        n/a  k ops      0 percent
Memory throughput            1746718        n/a  kB/sec     0 percent
                                                                                                          
 
                             Drive C        
Read max                      111442  kB/sec 
Read average                   40206  kB/sec 
Read min                       23839  kB/sec 
Write max                     134609  kB/sec 
Write average                  73775  kB/sec 
Write min                      40843  kB/sec 
CPU usage                          0  percent
 
well i sold off my rig before i found this thread but here is a screen shot http://img21.exs.cx/img21/8584/Rpkole-dual.jpg of it on a sandra bench with Dhrystones and Whetstones but i am not sure how that stacks up to the bench mark program you all used. And yes i know that dual is spelled wrong on the screen shots :(
 
Matrix operations results seem to vary quite a bit with different runs. This is the best i've gotten so far.

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  14304      11682  kDhryst. 122 percent
Whetstone                       2850       2522  MFLOPS   113 percent
Eight queens problem           18302      17665  pps      103 percent
Matrix operations             498633     148309  k ops    336 percent
Number crunch                 414827     370078  k ops    112 percent
Floating point                 44110      39423  k ops    111 percent
Memory throughput            1630699     603339  kB/sec   270 percent
                                                                                                          
                                           Total CPU      188 percent
                                           Total FPU      112 percent
                                             Average      166 percent
                                                                     
                             Application Performance      182 percent
 
CPU: AMD X2 4400+ @ 237x11 2607mhz 1.5v XP-120
Memory: 2x512mb Mushkin Level2 @ 237mhz 2-3-3-8 1T
Mobo: DFI Lanparty SLI-DR
Vid: XFX GeForce 7800GTX 490/1300

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  14255      11682  kDhryst. 122 percent
Whetstone                       2855       2522  MFLOPS   113 percent
Eight queens problem           18120      17665  pps      102 percent
Matrix operations             504522     148309  k ops    340 percent
Number crunch                 409407     370078  k ops    110 percent
Floating point                 42910      39423  k ops    108 percent
Memory throughput            1615489     603339  kB/sec   267 percent
                                                                                                          
                                           Total CPU      188 percent
                                           Total FPU      110 percent
                                             Average      166 percent
                                                                     
                             Application Performance      182 percent
 
AMD Athlon X2 3800+ @ 2.47ghz (247x10) *stable*
2GB Dual channel, 205mhz (5:6 divider) 2.5-3-3-7 2T (4x512, lots of mixed memory)
MSI K8N Neo2 Plat

Code:
 							 this	 other			 relative
 						 computer computer		 performance
      
 Dhrystone 2.1				 13562	 11682 kDhryst. 116 percent
 Whetstone					 2692	 2522 MFLOPS 106 percent
 Eight queens problem		 17285	 17665 pps	 97 percent
 Matrix operations			 276859	 148309 k ops	186 percent
 Number crunch				 390041	 370078 k ops	105 percent
 Floating point				 41093	 39423 k ops 104 percent
    Memory throughput		 1479432	 603339 kB/sec 245 percent
 																										 
 										 Total CPU	 149 percent
 										 Total FPU	 105 percent
 											 Average	 137 percent
 																	 
 							 Application Performance	 146 percent

AMD Athlon X2 3800+ @2.6ghz (260x10) *unstable, but benchable*
1GB TCCD @260mhz 2.5-3-3-5 1T 1:1
MSI K8N Neo2 Plat

Code:
							 this	 other			 relative
 						 computer computer		 performance
     
 Dhrystone 2.1				 14234	 11682 kDhryst. 121 percent
 Whetstone					 2838	 2522 MFLOPS 112 percent
 Eight queens problem		 18225	 17665 pps	 103 percent
 Matrix operations			 323010	 148309 k ops	217 percent
 Number crunch				 413005	 370078 k ops	111 percent
 Floating point				 43815	 39423 k ops 111 percent
   Memory throughput		 1607497	 603339 kB/sec 266 percent
 																										 
 										 Total CPU	 163 percent
 										 Total FPU	 111 percent
 											 Average	 148 percent
 																	 
 							 Application Performance	 159 percent
 
DFI LanParty UT Nforce4 Ultra-D (704-2BT bios)
AMD Athlon64 4200+ @ 2706Mhz, 246x11, 1.4v, stable but warm
2x512MB Patriot PC3200 XBLK @ 208 MHz, 2-2-2-5 1T
Connect3D ATI X800 XL PCI-E
OCZ Powerstream 520w psu
74GB WD Raptor
Thermalright XP-90

Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                  14828      11682  kDhryst. 126 percent
Whetstone                       2955       2522  MFLOPS   117 percent
Eight queens problem           18976      17665  pps      107 percent
Matrix operations             364493     148309  k ops    245 percent
Number crunch                 430009     370078  k ops    116 percent
Floating point                 45610      39423  k ops    115 percent
Memory throughput            1701838     603339  kB/sec   282 percent
                                                                                                          
                                           Total CPU      175 percent
                                           Total FPU      116 percent
                                             Average      158 percent
                                                                     
                             Application Performance      171 percent
 
Here are my scores.


Code:
                                this      other              relative
                            computer   computer           performance
 
Dhrystone 2.1                   9655      11682  kDhryst.  82 percent
Whetstone                       1928       2522  MFLOPS    76 percent
Eight queens problem           12523      17665  pps       70 percent
Matrix operations             170532     148309  k ops    114 percent
Number crunch                 284159     370078  k ops     76 percent
Floating point                 29951      39423  k ops     75 percent
Memory throughput            1050615     603339  kB/sec   174 percent
                                                                                                          
                                           Total CPU      103 percent
                                           Total FPU       75 percent
                                             Average       95 percent
                                                                     
                             Application Performance      101 percent

System specs are as follows:
Tyan Tiger K8W s2875 Motherboard
AMD (2) Opteron 244's (Stock Timing of course)
Crucial 2x512MB PC3200 ECC Reg'd Memory

Not a terrible score for a system who's main purpose is coding and which was still folding in the background... oops =).
 
The database has finally been updated. Sorry for taking so long to get back to this thread.


BTW, burningrave101, can I get a motherboard/processor to go with that score so I can get the entry all of the way in? (I'm guessing it is an X2, but would like confirmation) Right now your score will show up in the recent list, but won't show up in the sorted lists until I get the rest of the information.
 
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