i3DSpeed: November 2007
Monthly drivers report and popular 3D accelerators comparison
The i3DSpeed, a project of iXBT.com and Digit-Life.com, is dedicated to informing you about performance of a large number of graphics cards under Windows XP and Vista. This issue is dedicated to drivers released from the 15th of October 2007 to the 15th of November 2007. Traditionally, we offer you summaries of performance of the popular graphics cards, and also inform you about the best price/performance deals in the market. The quality of 3D graphics is examined in a large number of games in a separate publication.
Issue #1(90)
November 2007
RADEON HD 3850/3870 test results added.
Attention! This digest contains benchmarking results for PCI-E cards only.
The final AGP
benchmarking was conducted in March 2006.
CONTENTS
- Testbed configurations and test software
- Tested videocards list
- What's new in 3Digest
- Test summary diagrams and digest bottom line
- 3D accelerator rating calculations for the end of the month
1. Testbed configuration
- Intel Core2 Duo (775 Socket) based machine
- Intel Core2 Duo Extreme X6800 (2930 MHz) (L2=4096K) CPU;
- EVGA nForce 680i SLI motherboard on NVIDIA nForce 680i;
- 2GB DDR2 SDRAM Corsair 1142MHz (CAS (tCL)=5; RAS to CAS delay (tRCD)=5; Row Precharge (tRP)=5; tRAS=15);
- WD Caviar SE WD1600JD 160GB SATA HDD.
The testbed has the following operating systems installed:
- Windows XP Professional Service Pack 2, DirectX 9.0c,
- Windows Vista Ultimate 32bit, DirectX 10;
We also used the Dell 3007WFP monitor. (30").
The list of benchmarks is here
2. Graphics card list
Below is a list of graphics cards that we tested linked to the respective
3Digest feature description pages.
Cards:
- PCI-E-ATI
RADEON X1950 XTX 512MB GDDR4 0.9ns (650/2000 MHz)
- PCI-E-ATI
RADEON HD 2400 XT 256MB GDDR3 1.2ns (700/1600 MHz)
- PCI-E-ATI
RADEON HD 2600 PRO 256MB GDDR2 2.0ns (600/1000 MHz)
- PCI-E-ATI
RADEON HD 2600 PRO 256MB GDDR3 1.2ns (700/1400 MHz)
- PCI-E-ATI
RADEON HD 2600 XT 256MB GDDR3 1.4ns (800/1400 MHz)
- PCI-E-ATI
RADEON HD 2600 XT 256MB GDDR4 0.9ns (800/2200 MHz)
- PCI-E-ATI
RADEON HD 2900 PRO 512MB GDDR3 1.0ns (600/1600 MHz)
PCI-E-ATI
RADEON HD 3850 256MB GDDR3 1.0ns (670/1660 MHz)
PCI-E-ATI
RADEON HD 3850 512MB GDDR3 1.0ns (720/1800 MHz)
PCI-E-ATI
RADEON HD 3870 512MB GDDR4 0.8ns (775/2250 MHz)
- PCI-E-ATI
RADEON HD 2900 XT 512MB GDDR3 1.0ns (743/1660 MHz)
- PCI-E-ATI
RADEON HD 2900 XT 1024MB GDDR3 0.8ns (743/2000 MHz)
- PCI-E-NVIDIA
GeForce 8500 GT 256MB GDDR2 2.5ns (450/800 MHz)
- PCI-E-NVIDIA
GeForce 8600 GT 256MB GDDR3 1.2ns (560/1560 MHz)
- PCI-E-NVIDIA
GeForce 8600 GTS 256MB GDDR3 1.0ns (720/2200 MHz)
- PCI-E-NVIDIA
GeForce 8800 GT 512MB GDDR3 1.0ns (600/1800 MHz)
- PCI-E-NVIDIA
GeForce 8800 GT 512MB GDDR3 1.0ns (700/2000 MHz)
- PCI-E-NVIDIA
GeForce 8800 GTS 320MB GDDR3 1.2ns (512/1600 MHz)
- PCI-E-NVIDIA
GeForce 8800 GTS 640MB GDDR3 1.2ns (512/1600 MHz)
- PCI-E-NVIDIA
GeForce 8800 GTX 768MB GDDR3 1.1ns (575/1800 MHz)
- PCI-E-NVIDIA
GeForce 8800 Ultra 768MB GDDR3 0.8ns (612/2160 MHz)
- PCI-E-NVIDIA
GeForce 8800 Ultra 768MB GDDR3 0.8ns (655/2250 MHz)
- PCI-E-NVIDIA GeForce 8800 Ultra SLI 2x768MB GDDR3 0.8ns
(2x612/2160 MHz)
Archive
(graphics cards, information for which is no longer updated)
3. November 2007 news and matters
Added a number of new graphics cards (marked "NEW").
- 3.1. The following drivers were released from October 15, 2007
to November 15, 2007:
- NVIDIA ForceWare for all NVIDIA cards:
- ATI Catalyst for all ATI cards:
- 3.2. This month we used 169.04 drivers for NVIDIA-based card summaries,
7.10 drivers for ATI-based card summaries.
4. Summary charts of graphics cards performance with the latest
drivers as of November 2007
All willing to see the complete results in Excel 2003 format can
download this RAR
3.0 or ZIP
archive.
If you are familiar with 3D graphics, you will be able to draw all
the conclusions yourself after looking at the charts provided. Those
interested in our judgement of test results should see reviews dedicated
to specific GPUs (see our 3D graphics section). And for newbies and
those who has just started choosing a graphics card we'll provide
some more detailed explanations.
First of all, you should take a look at our brief references of
modern graphics card series and their respective GPUs. Note clock
rates, shader support and pipeline architecture.
Secondly, in our 3D graphics
section all newbies can read about the basics of 3D (this knowledge
will be required anyway, because you'll surely try to adjust some
game settings like textures, lighting, etc.) Besides, newbies should
read separate reviews dedicated to new products. There are just two
major GPU vendors: ATI (recently merged with AMD under its brand)
and NVIDIA. Thus, all information is generally separated in two parts.
We also publish i3DSpeed
articles that sum up all comparisons of graphics cards for various
price ranges. In the February
2007 issue we analyzed dependence of modern graphics cards on
processors without antialiasing and anisotropic filtering. We did
the same with AA and AF in the March
2007 issue.
And now let's see the charts and make conclusions.
- 4.1. S.T.A.L.K.E.R.
- 4.2. Splinter Cell Chaos Theory (HDR)
- 4.3. Call Of Juarez
- 4.4. CRYSIS DirectX 9.0 (high)
- 4.5. 3DMark05 MARKS
- 4.6. Company Of Heroes
- 4.7. CRYSIS DirectX 10.0 (Very High)
- 4.8. Serious Sam II (HDR)
- 4.9. 3DMark 06, Shader Model 2.0 MARKS
- 4.10. 3DMark 06, Shader Model 3.0 MARKS
- 4.11. Archive
(information from the previous 3Digests absent in this issue)
- 4.12. Notes on graphics cards performance with the latest drivers:
- If a particular card is not in the summary, i.e. its results
are either 0, or 1, it means the given benchmark hasn't work
or has worked incorrectly with this card.
- If you imagine a line connecting ends of columns representing
test results on a chart, you can judge if a game is critical
to a card or a CPU. If this curve is "convex" and
many cards perform similarly, it means at this resolution and
under this load performance is bottlenecked by system resources,
not graphics card potential. If, vice versa, the curve is "concave"
and performance drops quickly as card potential reduces, it
means the game puts heavy load on graphics cards and depends
exclusively on their potential.
- Note that AA stopped working in CoH with ATI RADEON cards
starting with CATALYST 7.8 drivers. As a result, its performance
with AA+AF become even slightly higher than performance without
it.
5. 3D accelerator ratings calculations for the end of the month
Calculations were based on gaming benchmark results as well
as the results from 3DMark06 new tests (ATI CATALYST 7.10, NVIDIA
ForceWare 169.04.
All willing to conduct their own rating calculations with own
values are invited to download this Excel XP table in RAR
3.0 or ZIP
format.
The method of rating calculation is described here.
Calculations were conducted considering the following assumptions:
- Percentage of performance and quality demand ratio:
- performance priority - 60%
- quality priority - 40%
- Only the HIGHEST resolution available in games was used to
calculate prospect ratings.
- The usability rating indicates performance and features of
a card (numerator) related to its price (denominator).
According to your wishes, we separated ratings into
two groups: the first gathers all benchmarks, and the second contains
only the gaming tests without m3DMark05/06. Disbelieving the synthetic
tests, many think the second group is of higher importance.
Core2 Duo X6800 based testbed:
Usability rating
GAMING ONLY usability rating
| # |
Card |
Usability rating |
Prospect rating |
Approx. price |
| 01. |
HD 3850 512MB, 720/1800 |
210
|
512
|
300
|
| 02. |
8800 GT 512MB, 700/2000 |
198
|
610
|
450
|
| 03. |
8800 GT 512MB, 600/1800 |
197
|
559
|
400
|
| 04. |
HD 2900 PRO 512MB, 600/1600 |
192
|
538
|
320
|
| 05. |
HD 3850 256MB, 670/1660 |
185
|
455
|
277
|
| 06. |
HD 3870 512MB, 775/2250 |
177
|
542
|
385
|
| 07. |
HD 2600 PRO 256MB, 700/1400 |
176
|
273
|
98
|
| 08. |
8600 GT 256MB, 560/1560 |
174
|
286
|
120
|
| 09. |
8600 GTS 256MB, 720/2200 |
166
|
326
|
173
|
| 10. |
8800 GTS 640MB, 512/1600 |
164
|
569
|
435
|
| 11. |
8800 GTX 768MB, 575/1800 |
162
|
676
|
600
|
| 12. |
HD 2600 XT 256MB, 800/2200 |
158
|
303
|
144
|
| 13. |
HD 2600 XT 256MB, 800/1400 |
152
|
291
|
135
|
| 14. |
8800 Ultra 768MB, 612/2160 |
145
|
698
|
716
|
| 15. |
HD 2600 PRO 256MB, 600/1000 |
145
|
251
|
99
|
| 16. |
8800 Ultra 768MB, 655/2250 |
140
|
738
|
803
|
| 17. |
HD 2400 XT 256MB, 700/1600 |
139
|
202
|
67
|
| 18. |
8800 GTS 320MB, 512/1600 |
137
|
455
|
384
|
| 19. |
HD 2900 XT 512MB, 750/1660 |
135
|
582
|
525
|
| 20. |
8500 GT 256MB, 450/800 |
128
|
215
|
83
|
| 21. |
HD 2900 XT 1024MB, 750/2000 |
121
|
611
|
630
|
| 22. |
X1950 XTX 512MB, 650/2000 |
115
|
388
|
290
|
| 23. |
8800 Ultra SLI 2x768MB, 612/2160 |
92
|
811
|
1432
|
GENERAL usability rating
| # |
Card |
Usability rating |
Prospect rating |
Approx. price |
| 01. |
HD 3850 512MB, 720/1800 |
918
|
1106
|
300
|
| 02. |
8800 GT 512MB, 600/1800 |
842
|
1208
|
400
|
| 03. |
8800 GT 512MB, 700/2000 |
836
|
1306
|
450
|
| 04. |
HD 2600 PRO 256MB, 700/1400 |
830
|
598
|
98
|
| 05. |
HD 2900 PRO 512MB, 600/1600 |
824
|
1128
|
320
|
| 06. |
HD 3850 256MB, 670/1660 |
813
|
988
|
277
|
| 07. |
8600 GT 256MB, 560/1560 |
767
|
616
|
120
|
| 08. |
HD 3870 512MB, 775/2250 |
765
|
1161
|
385
|
| 09. |
8600 GTS 256MB, 720/2200 |
743
|
714
|
173
|
| 10. |
HD 2600 XT 256MB, 800/2200 |
722
|
665
|
144
|
| 11. |
HD 2600 XT 256MB, 800/1400 |
700
|
638
|
135
|
| 12. |
HD 2600 PRO 256MB, 600/1000 |
675
|
549
|
99
|
| 13. |
8800 GTS 640MB, 512/1600 |
671
|
1175
|
435
|
| 14. |
8800 GTX 768MB, 575/1800 |
646
|
1378
|
600
|
| 15. |
HD 2400 XT 256MB, 700/1600 |
634
|
433
|
67
|
| 16. |
8800 GTS 320MB, 512/1600 |
605
|
997
|
384
|
| 17. |
8800 Ultra 768MB, 612/2160 |
581
|
1432
|
716
|
| 18. |
HD 2900 XT 512MB, 750/1660 |
580
|
1225
|
525
|
| 19. |
8800 Ultra 768MB, 655/2250 |
562
|
1513
|
803
|
| 20. |
8500 GT 256MB, 450/800 |
562
|
454
|
83
|
| 21. |
X1950 XTX 512MB, 650/2000 |
518
|
842
|
290
|
| 22. |
HD 2900 XT 1024MB, 750/2000 |
509
|
1269
|
630
|
| 23. |
8800 Ultra SLI 2x768MB, 612/2160 |
373
|
1681
|
1432
|
Prospect rating
GAMING ONLY prospect rating
| # |
Card |
Usability rating |
Prospect rating |
Approx. price |
| 01. |
8800 Ultra SLI 2x768MB, 612/2160 |
92
|
811
|
1432
|
| 02. |
8800 Ultra 768MB, 655/2250 |
140
|
738
|
803
|
| 03. |
8800 Ultra 768MB, 612/2160 |
145
|
698
|
716
|
| 04. |
8800 GTX 768MB, 575/1800 |
162
|
676
|
600
|
| 05. |
HD 2900 XT 1024MB, 750/2000 |
121
|
611
|
630
|
| 06. |
8800 GT 512MB, 700/2000 |
198
|
610
|
450
|
| 07. |
HD 2900 XT 512MB, 750/1660 |
135
|
582
|
525
|
| 08. |
8800 GTS 640MB, 512/1600 |
164
|
569
|
435
|
| 09. |
8800 GT 512MB, 600/1800 |
197
|
559
|
400
|
| 10. |
HD 3870 512MB, 775/2250 |
177
|
542
|
385
|
| 11. |
HD 2900 PRO 512MB, 600/1600 |
192
|
538
|
320
|
| 12. |
HD 3850 512MB, 720/1800 |
210
|
512
|
300
|
| 13. |
8800 GTS 320MB, 512/1600 |
137
|
455
|
384
|
| 14. |
HD 3850 256MB, 670/1660 |
185
|
455
|
277
|
| 15. |
X1950 XTX 512MB, 650/2000 |
115
|
388
|
290
|
| 16. |
8600 GTS 256MB, 720/2200 |
166
|
326
|
173
|
| 17. |
HD 2600 XT 256MB, 800/2200 |
158
|
303
|
144
|
| 18. |
HD 2600 XT 256MB, 800/1400 |
152
|
291
|
135
|
| 19. |
8600 GT 256MB, 560/1560 |
174
|
286
|
120
|
| 20. |
HD 2600 PRO 256MB, 700/1400 |
176
|
273
|
98
|
| 21. |
HD 2600 PRO 256MB, 600/1000 |
145
|
251
|
99
|
| 22. |
8500 GT 256MB, 450/800 |
128
|
215
|
83
|
| 23. |
HD 2400 XT 256MB, 700/1600 |
139
|
202
|
67
|
GENERAL prospect rating
| # |
Card |
Usability rating |
Prospect rating |
Approx. price |
| 01. |
8800 Ultra SLI 2x768MB, 612/2160 |
373 |
1681 |
1432 |
| 02. |
8800 Ultra 768MB, 655/2250 |
562 |
1513 |
803 |
| 03. |
8800 Ultra 768MB, 612/2160 |
581 |
1432 |
716 |
| 04. |
8800 GTX 768MB, 575/1800 |
646 |
1378 |
600 |
| 05. |
8800 GT 512MB, 700/2000 |
836 |
1306 |
450 |
| 06. |
HD 2900 XT 1024MB, 750/2000 |
509 |
1269 |
630 |
| 07. |
HD 2900 XT 512MB, 750/1660 |
580 |
1225 |
525 |
| 08. |
8800 GT 512MB, 600/1800 |
842 |
1208 |
400 |
| 09. |
8800 GTS 640MB, 512/1600 |
671 |
1175 |
435 |
| 10. |
HD 3870 512MB, 775/2250 |
765 |
1161 |
385 |
| 11. |
HD 2900 PRO 512MB, 600/1600 |
824 |
1128 |
320 |
| 12. |
HD 3850 512MB, 720/1800 |
918 |
1106 |
300 |
| 13. |
8800 GTS 320MB, 512/1600 |
605 |
997 |
384 |
| 14. |
HD 3850 256MB, 670/1660 |
813 |
988 |
277 |
| 15. |
X1950 XTX 512MB, 650/2000 |
518 |
842 |
290 |
| 16. |
8600 GTS 256MB, 720/2200 |
743 |
714 |
173 |
| 17. |
HD 2600 XT 256MB, 800/2200 |
722 |
665 |
144 |
| 18. |
HD 2600 XT 256MB, 800/1400 |
700 |
638 |
135 |
| 19. |
8600 GT 256MB, 560/1560 |
767 |
616 |
120 |
| 20. |
HD 2600 PRO 256MB, 700/1400 |
830 |
598 |
98 |
| 21. |
HD 2600 PRO 256MB, 600/1000 |
675 |
549 |
99 |
| 22. |
8500 GT 256MB, 450/800 |
562 |
454 |
83 |
| 23. |
HD 2400 XT 256MB, 700/1600 |
634 |
433 |
67 |
We thank all the companies that provided
us with graphics cards and other equipment for our i3DSpeed, including:
Chaintech Russia
and personally Alexander Petrushin,
Zotac,
BFG Russia
and personally Mikhail Proshletsov
EVGA Russia
and personally Victoria Nikolaeva,
Foxconn Russia,
MSI Russia,
Gainward,
HIS (and
personally Peter Yueng)
NVIDIA Russia",
AMD Russia,
Sapphire Technology
Russia,
ASUStek Russia
The PSU for the testbed was provided by HIPER

|
The Dell 3007WFP monitor was provided by NVIDIA

|
04.11.2007
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