 Office
Productivity |
Source: Zdnet |
|
Business
Winstone 2004 runs real applications through a series of scripted activities and
uses the time a PC takes to complete these activities to produce its performance
scores.
Content
Creation Winstone 2004 is a system-level, application-based benchmark that
measures a PC's overall performance when running top, Windows-based, 32-bit,
content creation applications in Windows XP.
| Office Productivity |
| Business Winstone 2004: |
Points |
Ranking |
| Foxconn 975X7AA-8EKRS2H (975X 200/667) |
27.4 |
   |
| ASRock AM2V890-VSTA (K8T890 200/800) |
34.3 |
   |
| MSI K9N SLI Platinum (NF 570 SLI 200/800) |
34.6 |
|
| Foxconn C51XEM2AA (NF 590 SLI 200/800) |
36.3 |
|
| Asus M2N32SLI-DLX (NF 590 SLI 200/800) |
36.4 |
|
| Biostar TForce 6100 AM2 (GF 6100 200/800) |
34 |
|
| Albatron KM51PV-AM2 (GF6150 200/800) |
32.1 |
   |
| Content Creation 2004: |
Points |
Ranking |
| Foxconn 975X7AA-8EKRS2H (975X 200/667) |
33.8 |
|
| ASRock AM2V890-VSTA (K8T890 200/800) |
46.2 |
|
| MSI K9N SLI Platinum (NF 570 SLI 200/800) |
46.2 |
|
| Foxconn C51XEM2AA (NF 590 SLI 200/800) |
46.2 |
|
| Asus M2N32SLI-DLX (NF 590 SLI 200/800) |
46.2 |
|
| Biostar TForce 6100 AM2 (GF 6100 200/800) |
46.1 |
|
| Albatron KM51PV-AM2 (GF6150 200/800) |
46.1 |
|
The Albatron motherboard is just slightly slower
than the other boards in Business Winstone 2004 but is close enough that it
wouldn't be noticeable. In Content Creation 2004, the Albatron KM51PV-AM2
performs just as fast as the Asus
M2N32SLI-DLX and Foxconn C51XEM2AA motherboards which is pretty good
considering those are both high end boards.
| SiSoft Sandra
2005 |
Source: Sandra |
|
Sandra is
designed to test the theoretical power of a complete system as well as the
individual components. The results are also purely theoretical and may not
represent real world performance.
| Sisoft Sandra 2005 Benchmark
Results |
|
Multimedia Benchmark |
CPU Benchmark |
Memory Benchmark |
| Motherboard |
Integer SSE2: |
Floating-Point SSE2: |
Dhrystone SSE2: |
Whetstone SSE2: |
Integer SSE2: |
Float SSE2: |
| Foxconn 975X7AA-8EKRS2H (975X 200/667) |
36005 |
42695 |
16953 |
4596 FPU / 7899 SSE2 |
5087 |
5087 |
| ASRock AM2V890-VSTA (K8T890 200/800) |
52847 |
57604 |
23643 |
8812 FPU / 11496 SSE2 |
7013 |
6855 |
| Biostar TForce 6100 AM2 (GF 6100 200/800) |
53080 |
57604 |
23643 |
8775 FPU / 11459 SSE2 |
6463 |
6404 |
| MSI K9N SLI Platinum (NF 570 SLI 200/800) |
53261 |
57695 |
23617 |
8861 FPU / 11475 SSE2 |
7164 |
7081 |
| Foxconn C51XEM2AA (NF 590 SLI 200/800) |
52381 |
57954 |
23851 |
8903 FPU / 11529 SSE2 |
7245 |
7138 |
| Asus M2N32SLI-DLX (NF 590 SLI 200/800) |
52689 |
57918 |
23702 |
8899 FPU / 11522 SSE2 |
7068 |
6985 |
| Albatron KM51PV-AM2 (GF6150 200/800) |
53102 |
57894 |
23812 |
8762 FPU / 11462 SSE2 |
6515 |
6502 |
|
Units: |
it/s |
it/s |
MIPS |
MFLOPS |
MB/s |
MB/s |
SiSoft Sandra 2005 numbers are in line with
what we expect, although memory bandwidth numbers are a bit on the low side.
Considering how well the Albatron KM51PV-AM2 performed in the office tests I
would have expected bandwidth numbers to be near the 7000MB/s level.
SuperPI
calculates the number PI to 1 Million digits in this raw number crunching
benchmark. The program allows the user to change the number of digits of PI that
can be calculated from 16 thousand to 32 million. Our benchmark is set to 1
Million digits and 19 iterations.
| SuperPi |
| 1 Million Digits: |
FPS |
Ranking |
| Foxconn 975X7AA-8EKRS2H (975X 200/667) |
40 |
|
| ASRock AM2V890-VSTA (K8T890 200/800) |
31 |
|
| MSI K9N SLI Platinum (NF 570 SLI 200/800) |
30 |
|
| Foxconn C51XEM2AA (NF 590 SLI 200/800) |
30 |
|
| Asus M2N32SLI-DLX (NF 590 SLI 200/800) |
31 |
|
| Biostar TForce 6100 AM2 (GF 6100 200/800) |
30 |
|
| Albatron KM51PV-AM2 (GF6150 200/800) |
30 |
|
Even though the Albatron KM51PV-AM2 has
slightly less bandwidth than the nForce 500 series motherboards, it is still
able to complete Super Pi 1 million digit in 30 seconds! Very fast for a stock
Athlon64 system indeed!
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