VideoD3D Direct3D Benchmark Results On PCs
Description
VideoD3D Benchmark measures graphics speed in terms of Frames Per Second (FPS) via eight simple and more complex tests used in two earlier D3D benchmarks (Video3D1 and Video3D2). The program uses Direct3D Retained Mode. The last four tests represent moving up and down a tunnel with various independent moving objects. The third test provides FPS that represents screen refresh Hz (half or less if the system is very slow). The tests are:
1 - Rotating egg gouraud shading solid - 736 Triangles/Frame
2 - Rotating egg gouraud shading wireframe - 736 Triangles/Frame
3 - Rotating egg gouraud shading wireframe WaitForVerticalBlank
4 - 500 cubes within cubes, gouraud shading wireframe - 6688 Triangles/Frame
5 - Tunnel, plain colours
6 - Tunnel, textured with wrap
7 - Tunnel, textured with wrap and shadow
8 - Tunnel, more changing textures - around 2200 Triangles/Frame
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The benchmark can be run at all available display settings. HAL graphics hardware acceleration is generally only available at 16 and 32 bits and requires at least three times the video RAM space that is used by Windows. If other than 16/32 bits, or the settings require more memory than is available (or Windows NT3/4 is used), tests are run via the slower Ramp software emulation. HAL or Ramp is indicated in the results tables
Pre-compiled versions of the benchmarks can be found in VideoD3D.zip which also contains the source code and more detailed explanations. See also My Main Page for other PC benchmarks and results, including
Windows,
DirectDraw and
OpenGL.
The benchmark could not be compiled for 64 bits as support for D3DRM is no longer provided. VideoD3D9_64 and VideoD3D9_32, 64 and 32 bit varieties, have been produced using DirectX 9 functions, where some of the tests can be regarded as the same as in the original version. See below.
To Start
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Example Log File
Athlon 64 X2 2.21 GHz, DCDDR RAM, Radeon X800XL PCIE, WinXP Pro X64
Direct3D Test Version 4.2 For Windows 9X/NT/2K/XP, Sat Aug 6 23:13:29 2005
Copyright (C) 2003, Roy Longbottom
H/W Driver Primary Display Driver,
...................... Frames Per Second ......................
Emul Resolution gouraud gouraud gouraud cubes plain texture wrap & multi
solid wirefrm vsynch wirefrm colors wrap shadow texture
HAL 640 480 16 5424.2 1454.2 60.0 101.2 876.6 512.2 356.4 317.0
HAL 800 600 16 5406.8 1449.6 60.4 100.0 844.2 501.4 352.0 313.0
HAL 1024 768 16 5669.2 1459.4 60.2 100.0 781.0 482.8 343.8 305.4
HAL 1280 1024 16 5388.8 1448.0 60.2 97.8 742.6 463.6 336.8 298.8
HAL 640 480 32 5829.6 1448.6 60.2 101.0 876.8 511.4 356.2 318.4
HAL 800 600 32 5752.2 1445.8 60.4 101.2 847.6 501.8 353.0 313.8
HAL 1024 768 32 5626.6 1437.0 60.2 100.2 795.4 484.4 344.2 303.8
HAL 1280 1024 32 5281.2 1424.4 60.2 98.6 631.0 460.2 334.0 297.0
Maximum Triangles Per Second Last Test 4 = 659436, Test 8 = 650313
So Triangles Per Frame were 6688 and 2190
Windows NT Version 5.2, build 3790, Service Pack 1
CPU AuthenticAMD, Features Code 178BFBFF, Model Code 00020FB1, 2211 MHz
Memory 1047932 KB, Free 606384 KB
Run Time Each Test 5 seconds, end at Sat Aug 6 23:20:19 2005
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To Start
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Speed Dependencies
In the above log, speed does not vary much between 16 and 32 bit colour settings and only reduces slightly at higher resolutions. The first example below, with a slow graphics card, shows the complete opposite. The second example shows the effects of a faster CPU where the lowest settings are limited by CPU speed and higher settings by the graphics card. The third example shows performance increases on nearly all tests with a faster CPU and also significant reductions in speed on the first test at increased display settings.
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Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
2003 slow card 16 bit colour
P4N 4 121 3066 640 GF4 MX440 HAL WXP 1446 229 60 11 425 344 224 208
P4N 4 121 3066 1024 GF4 MX440 HAL WXP 1047 147 60 7 202 188 154 142
2003 slow card 32 bit colour
P4N 4 121 3066 640 GF4 MX440 HAL WXP 1242 220 60 11 315 278 215 206
P4N 4 121 3066 1024 GF4 MX440 HAL WXP 592 136 60 6 126 121 103 104
1999 fast card 32 bit colour
Dur 1 105 700 640 GeForcePr HAL W2K 1370 420 85 29 271 145 107 90
Dur 1 105 700 1024 GeForcePr HAL W2K 757 421 85 29 147 131 105 88
Dur 1 105 700 1600 GeForcePr HAL W2K 354 241 72 19 55 54 52 50
CPU only overclocked
Dur 1 105 950 640 GeForcePr HAL W2K 1681 553 85 38 343 183 135 114
Dur 1 105 950 1024 GeForcePr HAL W2K 740 483 85 35 141 135 120 111
Dur 1 105 950 1600 GeForcePr HAL W2K 355 241 72 18 55 54 52 50
2003 fast card 32 bit colour
P4N 5c 122 2813 640 GeF FX5900 HAL WSV 3397 253 85 29 544 355 223 217
P4N 5c 122 2813 1024 GeF FX5900 HAL WSV 3159 250 85 29 519 344 221 214
P4N 5c 122 2813 1280 GeF FX5900 HAL WSV 2259 255 85 29 439 335 218 210
P4N 5c 122 2813 1600 GeF FX5900 HAL WSV 1474 245 85 28 315 298 214 207
CPU/RAM overclocked
P4N 5f 122 3158 640 GeF FX5900 HAL WSV 3860 291 85 33 616 400 253 243
P4N 5f 122 3158 1024 GeF FX5900 HAL WSV 3370 287 85 33 582 385 248 240
P4N 5f 122 3158 1280 GeF FX5900 HAL WSV 2250 287 85 33 441 376 244 237
P4N 5f 122 3158 1600 GeF FX5900 HAL WSV 1416 288 85 28 335 308 239 233
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To Start
Anti-Aliasing, Laptops
The following are all at 32 bit colour settings. Anti-Aliasing tests (x2 and x4) are indicated in the Emul column. It is clear that Anti-Aliasing leads to a significant reduction in speed but this can be negligible when the application depends more on CPU speed.
See also DirectX 9 Results.
Laptops are not generally regarded as suitable for 3D games. The example results are intended to show that performance can be as good as slightly older desktop PCs but it might not be advisable to use maximum screen resolutions.
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Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
2001 Desktop 1999 fast card
P4 2b 113 1900 1024 GeForcePr HAL WXP 763 459 60 36 154 132 114 125
P4 2c 113 1900 1024 GeForcePr AA2 WXP 172 143 60 19 69 65 59 65
P4 2d 113 1900 1024 GeForcePr AA4 WXP 172 144 60 19 69 69 59 65
2002 Desktop
P4N 1 112 2533 1024 Rad 9700P HAL WXP 2150 1182 75 62 398 275 197 181
P4N 1 112 2533 1024 Rad 9700P AA2 WXP 686 590 85 62 338 276 198 181
2005 desktop
A64 3a 126 2210 1280 Rad X800XL HAL W64 3340 1426 60 99 629 461 333 298
A64 3a 126 2210 1280 Rad X800XL AA2 W64 1243 1058 60 96 506 454 329 294
A64 3a 126 2210 1280 Rad X800XL AA4 W64 1005 807 60 57 476 440 333 295
2007 desktop
C2D 2 133 2400 1280 GeF 8600GT HAL V64 1667 1635 97# 28 176 154 135 130
C2D 2 133 2400 1280 GeF 8600GT AA2 V64 1580 1539 86# 26 165 152 132 128
C2D 2 133 2400 1280 GeF 8600GT AA4 V64 1399 1056 89# 23 156 150 132 127
C2D 2 133 2400 1280 GeF 8600GT AA8 V64 1182 730 92# 22 154 148 134 128
# false measurement
Late 2002 laptop
P4NM 1 119 1700 1024 G4Go Laptp HAL WXP 712 113 60 5 189 171 138 136
2005 Media Center laptop
PM 1 127 1862 1024 Rad Mobile HAL WXP 1331 1079 60 68 312 288 254 245
PM 1 127 1862 1280 Rad Mobile HAL WXP 898 780 60 51 195 191 164 167
2007 laptop
T64 1 134 1900 1280*GeF 8400MG HAL Vis 793 741 58 16 58 54 52 52
T64 1 134 1900 1280*GeF 8400MG AA2 Vis 532 517 60 17 58 54 51 50
T64 1 134 1900 1280*GeF 8400MG AA4 Vis 290 285 60 14 49 47 42 42
T64 1 134 1900 1280*GeF 8400MG AA8 Vis 213 200 60 10 39 38 34 35
* x800
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To Start
DirectX 9 Version Description
VideoD3D9_64 and VideoD3D9_32, 64 and 32 bit varieties, have been produced using DirectX 9 functions, where some of the tests can be regarded as the same as in the original version.
The compiled benchmarks and source code can be found in Video64.zip.
The tests are:
1 - Rotating Egg Gouraud shading, as VideoD3D Test 1
2 - Rotating Egg Wireframe, WaitForVerticalBlank
3 - Rotating Egg and 500 Cubes Wireframe, as VideoD3D Test 4
4 - Textured Tunnel and Rotating Objects, as VideoD3D Test 8
5 - Plain/Fancy Colours, 26 Objects, different movements/rotations
6 - As Test 5 but textured
7 - As Test 6 but using Pixel Shader 2.0, added colours each frame
8 - As Test 6 but using Vertex Shader 2.0, added movement and colours
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The benchmark clearly does not plumb the depths of DirectX 9 but it follows the design goals of the Benchmark Collection of being small size, providing a range of useful performance measurements.
Unlike VideoD3D, the new program only attempts to run using HAL graphics hardware acceleration.
It might not run (error message given) on an old graphics card even though DirectX 9 is installed.
It also performs badly on not too old adapters (See results below) and, if more advanced functions were used, it would not run at all via HAL (as proven via Microsoft sample programs).
Besides HAL, there are Software or Hardware Vertex Processing possibilities, the former being responsible for some slower results.
Tests 7 and 8 are not attempted if Pixel and Vertex Shader 2.0 are not available. This is indicated in the log file.
The benchmark uses d3dx9_26.dll and this may have to be downloaded from Internet.
The objects in Tests 5 to 8 include DirectX 9 functions such as D3DXCreateTorus, D3DXCreateSphere and, would you believe, D3DXCreateTeapot. The benchmark uses simple Matrices, Vertices, Meshes, Lights and Effects, with what must be the simplest examples of the high-level shader language (HLSL).
The benchmark can be driven via commands in a BAT file (supplied), to run using different window sizes and with user supplied image files for textures (F1 to F5). Other commands can be used to provide a burn-in test in conjunction with other tests, where the test and window position can be selected (P1 to P4) - See BurnIn64.htm. Examples of commands are:
Single Test - Auto - run, log results, exit
VideoD3D9_64 Auto, Width 1024, Height 768, Test 6, Secs 60
or two at the same time:
Start VideoD3D9_64 Auto, Test 6, Width 640, Height 480, Secs 20, P1, Log GLog1.txt
Start VideoD3D9_64 Auto, Test 6, Width 640, Height 480, Secs 20, P2, Log GLog2.txt
All tests at range of window sizes - Options NoH or NoHeading and NoC or
NoConfig, for series of tests with one heading and one configuration details
VideoD3D9_64 Auto, Width 640, Height 480, NoConfig
VideoD3D9_64 Auto, Width 800, Height 600, NoConfig, NoHeading
VideoD3D9_64 Auto, Width 1024, Height 768, NoConfig, NoHeading
VideoD3D9_64 Auto, Width 1280, Height 1024, NoHeading
Alternative user supplied textures
VideoD3D9_64 F1 IMG1.jpg, F2 IMG2.jpg, F3 IMG3.jpg, F4 IMG4.jpg, F5 IMG5.jpg
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To Start
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Example Log File - via commands in supplied BAT file
Athlon 64 X2 2.21 GHz, DCDDR RAM, Radeon X800XL PCIE, WinXP Pro X64
###########################################################################
DirectX9 D3D Test 64 Bit Version 1.1, Mon Jun 05 12:33:22 2006
Copyright (C) 2006, Roy Longbottom
..................... Frames Per Second ......................
Resolution Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
640 480 32 4389.3 60.0 266.2 1249.0 1132.0 769.3 721.7 307.3
800 600 32 2885.0 60.0 192.8 835.5 1100.3 761.1 714.1 305.7
1024 768 32 1865.8 60.0 138.6 552.9 890.5 559.3 559.2 305.0
1280 1024 32 1139.2 60.0 96.6 365.3 599.0 353.2 351.7 300.3
Test Seconds 10
Commands: Auto, Width 1280, Height 1024, NoHeading
Adapter RADEON X800 Series
CPUID and RDTSC Assembly Code
CPU AuthenticAMD, Features Code 178BFBFF, Model Code 00020FB1
AMD Athlon(tm) 64 X2 Dual Core Processor 4200+ Measured 2211 MHz
Has MMX, Has SSE, Has SSE2, Has SSE3, Has 3DNow,
Windows GetSystemInfo, GetVersionEx, GlobalMemoryStatus
AMD64 processor architecture, 2 CPUs
Windows NT Version 5.2, build 3790, Service Pack 1
Memory 1024 MB, Free 599 MB
User Virtual Space 8388608 MB, Free 8388563 MB
Reliability Test
################################################################
DirectX9 D3D Test 64 Bit Version 1.0, Mon May 01 17:13:13 2006
Copyright (C) 2006, Roy Longbottom
Textured Objects at 640 x 480 x 32 bits
665.9 Frames Per Second over 60 seconds
653.4 Frames Per Second over 60 seconds
648.0 Frames Per Second over 60 seconds
740.0 Frames Per Second over 60 seconds
744.1 Frames Per Second over 60 seconds
680.3 Frames Per Second Overall
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To Start
DirectX 9 Version Results
Below are results at monitor settings of 640 x 480 to 1024 x 768 or 1280 x 1024 at 32 bit colour, including some at 64 bits via WinXP x64, 64-Bit Vista and 64-Bit Windows 7. Others are to compare Windows 98 and Windows 2000, new driver effects and CPU overclocking on the same PC. Speed is also shown for 1M pixel texture image files instead of 65K and appropriate test scores are given for the original VideoD3D benchmark for comparison purposes.
The year that the graphics cards were obtained is also shown, to demonstrate that speed via this benchmark is relatively slow on older cards.
The results for ATHT 2 show that performance is similar via Windows 98 and 2000 and
the latest driver produces some slower and some slightly faster speeds. As performance
on this PC is limited by graphics card speed, overclocking the CPU by 16% makes no difference.
Later results are for an inexpensive DirectX 9 card. This is only faster than the original when texturing.
The ATHB 1 laptop performance is relatively good, compared with the first desktop PCs, unlike the original benchmark.
It appears that the laptop can use Hardware Vertex Processing.
The Athlon 64, A64 3, has a DirectX 9 compliant card and produces high FPS speeds. Performance on Tests 1 to 4 is the same with 32 bit and 64 bit compilations, but see below.
DirectX 9 Version Dual Core CPU
Compilations at 64 bits on the dual core CPU A64 3 system, for Tests 5 to 7
and particularly Test 8, are slower than at 32 bits for lower window sizes.
Here, performance is likely to be limited by CPU or main memory speed. It was noted that CPU utilisation, on running these 64 bit tests, was up to 65% (100% of 1 CPU and 30% of the other), unlike the 32 bit version. The example Reliability Test log file above shows that performance is even lower when running the benchmark and a CPU test at the same time. Furthermore, the CPU test performance was severely degraded (See BurnIn64.htm).
Perhaps there is a cache contention issue on running the particular code on a dual-core CPU.
DirectX 9 Version WideScreen and Dual/Triple Monitor Tests
On executing the program via the EXE file, the test window fills the screen, even with a wide screen. The tunnel test stretches to the edge of the window and Tests 5 to 8 have some objects moving outside the normally viewable area. Run time commands can also be used to test with a wide screen type window.
The benchmark can be used to demonstrate 3D on a dual monitor set up, using command parameters such as "Width 2304, Height 1024" for a 1280 x 1024 monitor and the other at 1024 x 768. On the PC in question, this worked but speed on all tests was around 14 Frames Per Second (on A64 3, see below).
Later tests were run using a 2760 x 1000 pixel window across two monitors, one using on-board graphics and the other a PCIe card (see Phen 2a below). This time, speeds were quite fast.
Then Phen2a was set up with three monitors, adding a 1920 x 1080 HDTV via the PCIe card HDMI connection, and using a 4880 x 1024 display. As shown below, speeds were quite respectable. The HDTV was also tested by itself and using the on-board DVI route.
To Start
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DirectX 9 Version Results 32 Bits 16M Colours Frames Per Second
Who CPU Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Key Ran MHz Size Graphics Win Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
32 Bit Version
2000 fast card
P4 2f 128 1900 640 GeForcePro WXP 289 60 25 47 92 47 N/A N/A
P4 2f 128 1900 800 GeForcePro WXP 302 60 22 40 99 36 N/A N/A
P4 2f 128 1900 1024 GeForcePro WXP 208 60 17 29 79 25 N/A N/A
P4 2f 128 1900 1024 1M Pixel Texture 208 60 17 15 78 13 N/A N/A
P4 2f 128 1900 1024 Old Benchmark 773 28 114
2001 slow card
ATHT 2 128 2080 640 GeF2 MX400 W2K 341 73 16 37 131 37 N/A N/A
ATHT 2 128 2080 800 GeF2 MX400 W2K 221 72 12 27 93 25 N/A N/A
ATHT 2 128 2080 1024 GeF2 MX400 W2K 143 63 9 20 63 16 N/A N/A
ATHT 2 128 2080 1024 1M Pixel Texture 143 65 9 12 62 11 N/A N/A
ATHT 2 128 2080 1024 Old Benchmark 515 29 85
ATHT 2 128 2080 640 Mar 2006 Driver 296 72 16 37 157 38 N/A N/A
ATHT 2 128 2080 800 Mar 2006 Driver 189 72 12 27 105 26 N/A N/A
ATHT 2 128 2080 1024 Mar 2006 Driver 121 70 9 19 68 17 N/A N/A
ATHT 2 128 2080 1024 1M Pixel Texture 121 72 9 11 68 11 N/A N/A
P2C 7 128 450 640 GeF2 MX400 W98 328 65 15 34 58 34 N/A N/A
P2C 7 128 450 800 GeF2 MX400 W98 212 58 11 23 56 23 N/A N/A
P2C 7 128 450 1024 GeF2 MX400 W98 135 42 9 17 53 16 N/A N/A
2003 slow card
P4N 4 128 3066 640 GeF4 MX440 WXP 363 60 5 46 142 50 N/A N/A
P4N 4 128 3066 800 GeF4 MX440 WXP 237 60 4 33 104 34 N/A N/A
P4N 4 128 3066 1024 GeF4 MX440 WXP 157 60 3 24 75 23 N/A N/A
P4N 4 128 3066 1024 Old Benchmark 592 6 104
More Below To Start
Who CPU Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Key Ran MHz Size Graphics Win Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
32 Bit Version
2003 chip
ATHB 1 128 1800 640 Rad Laptop WXP 226 60 11 45 83 36 N/A N/A
ATHB 1 128 1800 800 Rad Laptop WXP 148 60 8 31 56 24 N/A N/A
ATHB 1 128 1800 1024 Rad Laptop WXP 97 60 6 21 38 16 N/A N/A
ATHB 1 128 1800 1024 1M Pixel Texture 96 60 6 13 30 13 N/A N/A
ATHB 1 128 1800 1024 Old Benchmark 203 18 41
2006 Slow Card
ATHT 2 130 2080 640 GeF FX 5200 W2K 346 69 14 67 143 50 41 70
ATHT 2 130 2080 800 GeF FX 5200 W2K 226 70 11 47 105 37 31 53
ATHT 2 130 2080 1024 GeF FX 5200 W2K 145 59 8 33 72 27 22 38
ATHT 2 130 2080 1024 1M Pixel Texture 145 58 8 22 72 20 17 29
ATHT 2 130 2080 1024 Old Benchmark 512 16 80
ATHT 2 130 2080 640 GeF FX 5200 W98 373 60 11 71 140 53 42 74
ATHT 2 130 2080 800 GeF FX 5200 W98 240 60 9 50 103 40 32 56
ATHT 2 130 2080 1024 GeF FX 5200 W98 153 60 7 34 72 28 22 39
ATHT 2 130 2080 1024 1M Pixel Texture 153 60 7 25 72 20 17 30
ATHT 2 130 2338 640 O/C CPU W2K 349 68 14 68 145 51 41 72
ATHT 2 130 2338 800 O/C CPU W2K 227 69 11 47 105 38 32 55
ATHT 2 130 2338 1024 O/C CPU W2K 145 54 8 33 72 26 23 38
ATHT 2 130 2338 1024 1M Pixel Texture 145 58 8 22 72 19 17 29
2005 Fast X300 laptop graphics Vista Beta
PM 1a 131 1862 640 Rad Laptop Vis 968 57 55 260 481 290 291 382
PM 1a 131 1862 800 Rad Laptop Vis 514 59 41 125 221 190 175 224
PM 1a 131 1862 1024 Rad Laptop Vis 350 60 29 113 195 117 109 171
PM 1a 131 1862 #1680 Rad Laptop Vis 118 59 17 47 75 46 49 63
# x1050
More Below To Start
Who CPU Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Key Ran MHz Size Graphics Win Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
32 Bit Version
2005 As PM 1a Windows Classic desktop theme, not Vista Aero
PM 1b 131 1862 640 Rad Laptop Vis 970 60 56 248 476 291 289 398
PM 1b 131 1862 800 Rad Laptop Vis 546 60 42 174 327 195 196 225
PM 1b 131 1862 1024 Rad Laptop Vis 378 60 31 118 211 121 120 172
PM 1b 131 1862 #1680 Rad Laptop Vis 164 57 20 61 95 62 63 83
PM 1b 131 1862 1024 Old Benchmk WXP 1331 68 245
2006 ATI MOBILITY FireGL V3100
PM 2 131 2128 640 Rad Laptop WXP 585 60 36 165 333 167 164 252
PM 2 131 2128 800 Rad Laptop WXP 405 60 27 111 224 113 111 173
PM 2 131 2128 1024 Rad Laptop WXP 214 60 18 68 126 68 68 100
PM 2 131 2128 #1400 Rad Laptop WXP 120 57 12 40 72 38 40 57
# x1050
1 CPU 2010 Netbook Mobile Intel 945 Express
Atom 1 137 1600 <1024 Intel 945 WXP 207 57 3 52 99 50 49 VS2 N/A
< x600
Dual CPU 2008 laptop Vista Classic
C2DM 1 135 1830 800 Ge8400M GS V32 774 59 32 180 367 210 204 294
C2DM 1 135 1830 1024 Ge8400M GS V32 498 59 24 116 245 136 135 196
C2DM 1 135 1830 &1440 Ge8400M GS V32 308 59 19 74 167 96 95 134
& x900
1 CPU 2008 laptop Vista Home Basic
C2CM 1 135 2000 800 Intl X3100 VBH 238 60 16 65 109 54 52 77
C2CM 1 135 2000 1024 Intl X3100 VBH 130 59 11 42 70 35 34 50
C2CM 1 135 2000 1280 Intl X3100 VBH 104 48 10 33 59 30 30 42
Dual CPU 2007 laptop Vista Aero
T64 1 134 1900 640 GeF 8400MG Vis 785 32 34 186 295 155 166 226
T64 1 134 1900 800 GeF 8400MG Vis 384 59 26 119 234 110 105 165
T64 1 134 1900 1024 GeF 8400MG Vis 202 32 20 74 154 71 70 104
T64 1 134 1900 *1280 GeF 8400MG Vis 207 32 18 51 114 55 55 80
T64 1 134 1900 *1280 1M Pixel Texture 234 32 19 33 125 34 33 53
T64 1 134 1900 1024 Old Benchmark 1040 20 76
As Above Anti-Aliasing x4
T64 1 134 1900 640 GeF 8400MG Vis 244 60 15 123 160 88 85 128
T64 1 134 1900 800 GeF 8400MG Vis 130 55 11 74 81 57 56 84
T64 1 134 1900 1024 GeF 8400MG Vis 106 31 9 45 60 35 34 50
T64 1 134 1900 *1280 GeF 8400MG Vis 69 30 8 31 41 29 29 35
As Above, on Battery (No AA)
T64 1 134 1900 640 GeF 8400MG Vis 243 32 20 72 113 68 66 89
T64 1 134 1900 800 GeF 8400MG Vis 162 35 17 42 83 43 42 63
T64 1 134 1900 1024 GeF 8400MG Vis 80 30 13 28 45 29 29 34
T64 1 134 1900 *1280 GeF 8400MG Vis 42 30 11 22 34 24 24 30
Dual CPU 2007 laptop Vista Classic Desktop
T64 1 134 1900 640 GeF 8400MG Vis 945 31 41 224 355 197 196 270
T64 1 134 1900 800 GeF 8400MG Vis 680 31 32 150 278 138 138 201
T64 1 134 1900 1024 GeF 8400MG Vis 435 31 24 98 198 94 93 137
T64 1 134 1900 *1280 GeF 8400MG Vis 358 31 23 79 174 85 85 123
T64 1 134 1900 *1280 1M Pixel Texture 360 32 23 47 174 48 49 75
T64 1 134 1900 1024 Old Benchmark 1244 20 95
* x800
More Below To Start
Who CPU Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Key Ran MHz Size Graphics Win Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
32 Bit Version
Dual CPU 2006 fast card
C2D 1 132 2400 640 GeF 7950GT WXP 6238 60 88 1450 1208 931 873 866
C2D 1 132 2400 800 GeF 7950GT WXP 5082 60 71 1021 1201 946 882 857
C2D 1 132 2400 1024 GeF 7950GT WXP 3267 60 54 658 1180 716 712 835
C2D 1 132 2400 &1440 GeF 7950GT WXP 2130 60 47 475 1083 534 540 770
C2D 1 132 2400 &1440 1M Pixel Texture 2068 60 47 237 1068 274 279 485
& x900
Dual CPU 2007 medium speed card - 64-Bit Vista, Classic Desktop
C2D 2 133 2400 640 GeF 8600GT V64 3496 60 111 1090 1471 1009 986 989
C2D 2 133 2400 800 GeF 8600GT V64 2831 60 89 782 1203 742 732 932
C2D 2 133 2400 1024 GeF 8600GT V64 1763 60 68 529 849 513 505 694
C2D 2 133 2400 1280 GeF 8600GT V64 1140 60 49 356 567 327 325 459
C2D 2 133 2400 1280 1M Pixel Texture 1135 60 49 213 564 198 194 316
C2D 2 133 2400 1280 Old Benchmark 1646 21 131
As Above Aero Desktop and Anti-Aliasing
C2D 2 133 2400 1280 GeF 8600GT V64 853 60 41 311 520 287 286 408
C2D 2 133 2400 1280 GeF 8600GT AA2 572 60 27 237 316 197 197 273
C2D 2 133 2400 1280 GeF 8600GT AA4 405 60 19 217 254 166 168 240
C2D 2 133 2400 1280 GeF 8600GT AA8 343 60 10 199 223 154 153 216
64 Bit Version - Classic Desktop
C2D 2 133 2400 640 GeF 8600GT V64 3596 60 111 1086 1532 996 964 959
C2D 2 133 2400 800 GeF 8600GT V64 2761 60 89 781 1209 749 737 931
C2D 2 133 2400 1024 GeF 8600GT V64 1833 60 68 530 837 495 503 690
C2D 2 133 2400 1280 GeF 8600GT V64 1131 60 49 357 571 327 326 462
C2D 2 133 2400 1280 1M Pixel Texture 1136 60 49 212 566 196 197 314
64 or 32 Bit Version (similar) - GeF 8600GT Aero and Classic Desktops 1680x1050
C2D 2 136 2400 1680 Aero V64 719 61 42 244 418 240 239 341
C2D 2 136 2400 1680 Classic V64 882 61 47 281 476 281 281 390
32 Bit Version
Dual CPU 2005 fast card - XP Pro x64
A64 3 129 2210 640 Rad 800XL W64 4397 60 267 1252 1274 897 850 786
A64 3 129 2210 800 Rad 800XL W64 2886 60 194 837 1267 834 826 778
A64 3 129 2210 1024 Rad 800XL W64 1853 60 138 554 959 571 572 724
A64 3 129 2210 1280 Rad 800XL W64 1136 60 97 361 619 355 354 491
A64 3 129 2210 1280 1M Pixel Texture 1575 60 97 214 618 240 242 355
A64 3 129 2210 1280 Old Benchmark 5281 99 297
64 Bit Version
A64 3 129 2210 640 Rad 800XL W64 4389 60 266 1249 1132 769 722 307
A64 3 129 2210 800 Rad 800XL W64 2885 60 193 836 1100 761 714 306
A64 3 129 2210 1024 Rad 800XL W64 1866 60 139 553 891 559 559 305
A64 3 129 2210 1280 Rad 800XL W64 1139 60 97 365 599 353 352 300
A64 3 129 2210 1280 1M Pixel Texture 1137 60 97 215 598 240 238 292
More Below To Start
Who CPU Shaded WireEgg 500 Texture Colour Texture Pixel Vertex
Key Ran MHz Size Graphics Win Egg Vsync Cubes Tunnel Objects Objects Shader2 Shader2
32 Bit Version Aero Desktop
Quad CPU 2009 integrated on motherboard 64-Bit Windows 7
Phen 2b 136 3000 640 Rad HD4200 764 1674 60 76 472 866 455 452 668
Phen 2b 136 3000 800 Rad HD4200 764 1084 60 59 314 603 312 310 459
Phen 2b 136 3000 1024 Rad HD4200 764 651 60 43 205 386 204 203 300
Phen 2b 136 3000 1280 Rad HD4200 764 364 60 28 127 215 112 113 170
Phen 2a 137 3000 1920 Rad HD4200 764 202 50 22 83 137 78 78 109
Phen 2b 136 3000 1280 1M Pixel Texture 373 60 28 81 207 83 80 128
Phen 2b 136 3000 1280 Old Benchmark 1621 12 161
32 Bit Version Aero Desktop - Dual Monitor, GeF GTS250 and Rad HD4200
Phen 2a 136 3000 2760 wide x 1000 1470 30 172 607 967 662 632 787
32 Bit Version Aero Desktop
Quad CPU 2009 medium speed card 64-Bit Windows 7
Phen 2a 136 3000 640 GeF GTS250 764 9064 61 397 2882 1904 1323 1253 1214
Phen 2a 136 3000 800 GeF GTS250 764 7330 61 328 2260 1911 1340 1257 1171
Phen 2a 136 3000 1024 GeF GTS250 764 4936 61 259 1617 1856 1287 1218 1145
Phen 2a 136 3000 1280 GeF GTS250 764 3065 61 191 1099 1562 911 861 1075
Phen 2a 136 3000 1680 GeF GTS250 764 2421 61 182 882 1340 812 778 1027
Phen 2a 136 3000 1280 1M Pixel Texture 3065 61 190 502 1556 448 445 735
Phen 2a 136 3000 1280 Old Benchmark 2798 27 173
64 Bit Version Aero Desktop
Phen 2a 136 3000 640 GeF GTS250 764 9079 61 396 2919 2266 1497 1400 1293
Phen 2a 136 3000 800 GeF GTS250 764 6368 61 327 2247 2002 1409 1288 1260
Phen 2a 136 3000 1024 GeF GTS250 764 4963 61 258 1609 2164 1364 1252 1346
Phen 2a 136 3000 1280 GeF GTS250 764 3065 61 189 1093 1551 908 862 1168
Phen 2a 136 3000 1680 GeF GTS250 764 2422 61 181 876 1330 807 772 1046
Phen 2a 137 3000 1920 GeF GTS250 764 2040 50 176 782 1181 739 710 929
Phen 2a 136 3000 1280 1M Pixel Texture 3058 61 190 498 1547 449 439 734
64 Bit Version Aero Desktop - Triple Monitor, GeF GTS250 DVI plus HDMI and Rad HD4200
Phen 2a 137 3000 4880 wide x 1024 859 30 151 389 616 469 453 532
64 Bit Version Classic Desktop
Phen 2a 136 3000 1280 GeF GTS250 764 3292 61 215 1188 1665 1004 949 1247
Phen 2a 136 3000 1680 GeF GTS250 764 2634 61 207 955 1435 895 856 1144
32 Bit Version
Dual CPU 2012 Laptop
Ci5 1 139 1600 1366 Int HD3000 764 855 60 115 363 456 351 342 346
Quad CPU 2010 top end card - 64-Bit Windows 7
Ci7 1 138 2800 1024 GeF GTX480 764 8809 60 59 3535 2082 1625 1553 1529
Ci7 1 138 2800 1280 GeF GTX480 764 8003 60 42 3370 2009 1572 1489 1486
Ci7 1 138 2800 1680 GeF GTX480 764 7409 60 40 3100 2005 1589 1507 1490
Ci7 1 138 2800 1920 GeF GTX480 764 6487 60 39 2802 2040 1584 1511 1499
Ci7 1 138 2800 1280 1M Pixel Texture 8830 60 42 1527 2081 1250 1130 1438
64 Bit Version
Six Core CPU 2012 top end card - 64-Bit Windows 7
Ci7 2 140 3200 640 GeF GTX680 764 14255 60 207 5070 3493 2531 2392 2385
Ci7 2 140 3200 800 GeF GTX680 764 14260 60 161 5135 3540 2576 2458 2452
Ci7 2 140 3200 1024 GeF GTX680 764 14201 60 118 5073 3523 2585 2440 2419
Ci7 2 140 3200 1280 GeF GTX680 764 14283 60 82 5255 3479 2517 2406 2422
Ci7 2 140 3200 1920 GeF GTX680 764 10293 60 76 4297 3488 2522 2423 2416
32 Bit Version
Quad Core CPU 2014 mid range card - 64-Bit Windows 8.1
Ci7 3 141 3700 640 GeF GTX650 864 9240 60 1111 3838 2495 1901 1814 1797
Ci7 3 141 3700 800 GeF GTX650 864 8955 60 898 3406 2446 1861 1788 1766
Ci7 3 141 3700 1024 GeF GTX650 864 6122 60 665 2379 2435 1832 1760 1734
Ci7 3 141 3700 1280 GeF GTX650 864 3911 60 444 1592 1850 1306 1289 1643
Ci7 3 141 3700 1920 GeF GTX650 864 2749 60 394 1121 1460 994 1053 1298
64 Bit Version
Quad Core CPU 2014 mid range card - 64-Bit Windows 8.1
Ci7 3 141 3700 640 GeF GTX650 864 9856 60 1095 3957 2683 1994 1907 1862
Ci7 3 141 3700 800 GeF GTX650 864 9034 60 892 3424 2714 1978 1890 1838
Ci7 3 141 3700 1024 GeF GTX650 864 5978 60 667 2268 2688 1916 1845 1787
Ci7 3 141 3700 1280 GeF GTX650 864 3915 60 446 1591 1851 1305 1291 1655
Ci7 3 141 3700 1920 GeF GTX650 864 2757 60 394 1121 1443 1005 1002 1332
Ci7 3 141 3700 1920 1M Pixel Texture 2749 60 393 397 1459 565 565 895
Ci7 3 141 3700 1920 10M Pixel Texture 2758 60 392 284 1459 383 375 562
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To Start
Old Version Results 8 Bits 256 Colours Frames Per Second
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
486 1 105 66 640 S3 VLB Ramp W95 13 8 12 0.6 1.4 1.2 1.0 1.0
486 1 105 66 800 S3 VLB Ramp W95 9 6 9 0.5 1.0 0.9 0.8 0.8
486 1 105 66 1024 S3 VLB Ramp W95 7 5 7 0.4 0.7 0.6 0.5 0.5
Dur 1K 105 950 640 GeForcePr Ramp W2K 338 206 84 12 56 46 34 35
Dur 1K 105 950 800 GeForcePr Ramp W2K 256 168 85 9 37 32 25 26
Dur 1K 105 950 1024 GeForcePr Ramp W2K 172 123 85 6 24 21 18 18
P4 2 106 1900 640 GeF2 MX400 Ramp WXP 339 206 75 11 64 53 41 42
P4 2 106 1900 800 GeF2 MX400 Ramp WXP 237 156 75 8 46 38 30 30
P4 2 106 1900 1024 GeF2 MX400 Ramp WXP 159 110 74 5 28 25 21 21
P4 1 104 2052 640 GeForce3 Ramp WXP 426 235 85 13 78 65 50 51
P4 1 104 2052 800 GeForce3 Ramp WXP 310 180 85 10 56 48 36 35
P4 1 104 2052 1024 GeForce3 Ramp WXP 212 135 85 7 35 31 25 25
P4 1 104 2052 1152 GeForce3 Ramp WXP 182 118 83 7 29 26 21 21
P4 1 104 2052 1280 GeForce3 Ramp WXP 153 102 83 6 23 21 17 17
P4 1 104 2052 1600 GeForce3 Ramp WXP 105 76 73 5 16 15 12 13
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To Start
Results 16 Bits 65K Colours Frames Per Second
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
486 1 105 66 640 S3 VLB Ramp W95 11 8 10 0.6 1.3 1.2 0.9 0.9
486 1 105 66 800 S3 VLB Ramp W95 6 5 7 0.5 0.9 0.8 0.7 0.7
Pen 3 105 100 640 DS 64VRM HAL W95 58 23 33 0.9 12 10 6 6
Pen 3 105 100 800 DS 64VRM HAL W95 57 24 32 1.7 12 9 6 6
Pen 3 105 100 1024 DS 64VRM Ramp W95 13 10 12 0.6 1 1 0.8 0.9
PRO 9 105 200 640 Sis 6326 Ramp NT4 39 46 30 5 6 5 4 4
PRO 9 105 200 800 Sis 6326 Ramp NT4 29 33 23 4 3 3 3 3
PRO 9 105 200 1024 Sis 6326 Ramp NT4 20 23 18 2 2 2 2 2
AK6 5 108 380 640 Rage Pro HAL W98 230 48 85 5 42 28 22 20
AK6 5 108 380 800 Rage Pro HAL W98 182 44 85 5 33 23 19 18
AK6 5 108 380 1024 Rage Pro Ramp W98 18 15 17 1 3 3 3 3
MMX 2 105 200 640 Mat Mys2 HAL W95 180 134 75 8 25 18 13 13
MMX 2 105 200 800 Mat Mys2 HAL W95 142 115 75 7 20 15 11 11
MMX 2 105 200 1024 Mat Mys2 Ramp W95 35 22 35 1 4 4 3 3
P2C 11 105 400 640 RageLaptp HAL W98 254 63 60 4 41 31 24 22
P2C 11 105 400 800 RageLaptp HAL W98 198 61 60 3 32 26 20 20
P2C 11 105 400 1024 RageLaptp HAL W98 138 52 60 2 23 20 16 16
PII 21 105 450 640 Rage Pro HAL W98 258 72 120 6 50 37 30 28
PII 21 105 450 800 Rage Pro HAL W98 185 60 100 4 33 28 24 22
PII 21 105 450 1024 Rage Pro HAL W98 120 44 84 3 22 19 16 15
P2C 7 105 450 640 BlasterEx HAL W98 255 229 72 18 54 46 37 35
P2C 7 105 450 800 BlasterEx HAL W98 190 173 73 13 38 35 30 28
P2C 7 105 450 1024 BlasterEx Ramp W98 56 41 36 3 8 7 6 6
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Dur 1 105 700 640 GeForcePr HAL W98 1462 447 86 29 281 147 107 92
Dur 1 105 700 800 GeForcePr HAL W98 1447 447 87 29 275 145 109 93
Dur 1 105 700 1024 GeForcePr HAL W98 1345 445 87 29 251 144 107 92
Dur 1 105 700 1152 GeForcePr HAL W98 1083 442 86 28 214 142 107 91
Dur 1 105 700 1280 GeForcePr HAL W98 898 440 86 28 164 139 106 91
Dur 1 105 700 1600 GeForcePr HAL W98 609 389 76 26 111 104 91 88
Dur 1 105 700 640 GeForcePr HAL W2K 1344 429 85 29 257 140 104 87
Dur 1 105 700 800 GeForcePr HAL W2K 1336 402 85 28 247 106 106 89
Dur 1 105 700 1024 GeForcePr HAL W2K 1321 430 85 29 247 143 105 88
Dur 1 105 700 1152 GeForcePr HAL W2K 1078 419 85 29 212 141 104 88
Dur 1 105 700 1280 GeForcePr HAL W2K 904 426 85 28 161 138 103 87
Dur 1 105 700 1600 GeForcePr HAL W2K 595 392 72 26 108 105 91 85
Dur 1 105 950 640 GeForcePr HAL W98 1983 606 86 43 388 190 141 120
Dur 1 105 950 800 GeForcePr HAL W98 1938 604 86 43 371 189 143 122
Dur 1 105 950 1024 GeForcePr HAL W98 1357 600 87 42 263 187 142 121
Dur 1 105 950 1152 GeForcePr HAL W98 1083 586 86 40 218 184 141 120
Dur 1 105 950 1280 GeForcePr HAL W98 899 517 86 35 167 148 130 119
Dur 1 105 950 1600 GeForcePr HAL W98 609 389 76 26 112 105 94 96
Dur 1 105 950 640 GeForcePr HAL W2K 1669 565 85 38 343 182 134 110
Dur 1 105 950 800 GeForcePr HAL W2K 1647 566 85 38 324 135 135 113
Dur 1 105 950 1024 GeForcePr HAL W2K 1357 564 85 37 260 178 134 112
Dur 1 105 950 1152 GeForcePr HAL W2K 1094 549 85 37 222 177 133 111
Dur 1 105 950 1280 GeForcePr HAL W2K 921 518 85 34 171 146 128 110
Dur 1 105 950 1600 GeForcePr HAL W2K 596 399 72 27 108 107 95 93
Ath 6 101 1200 640 GeF2 MX200 HAL W98 931 281 60 28 157 131 106 109
Ath 6 101 1200 800 GeF2 MX200 HAL W98 677 260 60 22 112 101 85 87
Ath 6 101 1200 1024 GeF2 MX200 HAL W98 447 224 60 17 80 73 63 65
Ath 6 101 1200 1152 GeF2 MX200 HAL W98 358 200 60 15 67 62 53 54
Ath 6 101 1200 1280 GeF2 MX200 HAL W98 291 176 60 13 52 47 38 40
ATHB 1 119 1800 640 Rad Laptop HAL WXP 578 467 60 39 183 155 130 128
ATHB 1 119 1800 800 Rad Laptop HAL WXP 403 348 60 27 121 106 87 88
ATHB 1 119 1800 1024 Rad Laptop HAL WXP 260 240 60 19 68 61 54 55
P4NM 1 119 1700 640 G4Go Laptp HAL WXP 2116 188 60 9 361 215 143 137
P4NM 1 119 1700 800 G4Go Laptp HAL WXP 1650 156 59 7 362 217 144 138
P4NM 1 119 1700 1024 G4Go Laptp HAL WXP 1054 124 60 5 260 215 144 138
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Dur 1 117 750 640 GeF2 MX400 HAL W2K 1309 275 85 24 256 143 99 93
Dur 1 117 750 800 GeF2 MX400 HAL W2K 1297 274 85 23 251 142 98 93
Dur 1 117 750 1024 GeF2 MX400 HAL W2K 964 273 85 23 183 140 98 93
Dur 1 117 750 1152 GeF2 MX400 HAL W2K 780 272 85 23 144 124 96 92
Dur 1 117 750 1280 GeF2 MX400 HAL W2K 644 272 85 23 108 100 86 89
Dur 1 117 750 1600 GeF2 MX400 HAL W2K 422 273 72 20 74 73 64 67
ATHT 2 124 2080 640 GeF2 MX400 HAL W2K 2045 781 85 59 446 383 290 276
ATHT 2 124 2080 800 GeF2 MX400 HAL W2K 1440 758 85 48 300 259 225 245
ATHT 2 124 2080 1024 GeF2 MX400 HAL W2K 974 560 85 36 192 177 148 164
ATHT 2 130 2080 640 GeF FX5200 HAL W2K 1326 154 70 23 277 246 208 215
ATHT 2 130 2080 800 GeF FX5200 HAL W2K 926 156 70 20 182 169 142 149
ATHT 2 130 2080 1024 GeF FX5200 HAL W2K 615 155 70 16 111 105 93 96
P4 2 106 1900 640 GeF2 MX400 HAL WXP 1937 495 75 36 348 203 142 136
P4 2 106 1900 800 GeF2 MX400 HAL WXP 1444 498 75 37 271 202 141 136
P4 2 106 1900 1024 GeF2 MX400 HAL WXP 962 501 75 35 185 157 135 133
P4 2 106 1900 1152 GeF2 MX400 HAL WXP 752 492 75 31 148 130 116 121
P4 2 106 1900 1280 GeF2 MX400 HAL WXP 638 436 60 27 112 101 94 98
P4 2a 113 1900 640 GeForcePr HAL WXP 1963 458 60 37 342 202 135 131
P4 2a 113 1900 800 GeForcePr HAL WXP 1958 458 60 36 333 198 136 130
P4 2a 113 1900 1024 GeForcePr HAL WXP 1385 458 60 37 249 192 135 129
P4 2f 117 1900 640 GeForcePr HAL WXP 1535 303 75 29 283 182 121 114
P4 2f 117 1900 800 GeForcePr HAL WXP 1510 303 75 28 280 180 121 115
P4 2f 117 1900 1024 GeForcePr HAL WXP 1350 300 75 28 242 177 120 112
P4 1 104 2052 640 GeForce3 HAL WXP 2325 345 85 32 393 230 155 151
P4 1 104 2052 800 GeForce3 HAL WXP 2366 344 85 33 389 230 157 151
P4 1 104 2052 1024 GeForce3 HAL WXP 2334 346 85 33 367 226 154 148
P4 1 104 2052 1152 GeForce3 HAL WXP 1921 343 85 32 322 223 154 149
P4 1 104 2052 1280 GeForce3 HAL WXP 1682 342 85 32 252 220 151 146
P4 1 104 2052 1600 GeForce3 HAL WXP 1186 341 75 32 186 171 143 143
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Ath4 4 111 1667 640 GF4 Ti4600 HAL W2K 3996 433 85 38 541 293 210 202
Ath4 4 111 1667 800 GF4 Ti4600 HAL W2K 3936 433 85 38 524 286 208 198
Ath4 4 111 1667 1024 GF4 Ti4600 HAL W2K 3857 431 85 38 494 277 205 195
Ath4 4 111 1667 1152 GF4 Ti4600 HAL W2K 3570 431 85 38 460 270 199 191
Ath4 4 111 1667 1280 GF4 Ti4600 HAL W2K 2962 430 85 38 375 258 196 185
Ath4 4 111 1667 1600 GF4 Ti4600 HAL W2K 1960 428 85 38 283 230 181 173
AthT 1a 118 1733 640 GF4 Ti4600 HAL WXP 4086 269 85 30 616 337 235 225
AthT 1a 118 1733 800 GF4 Ti4600 HAL WXP 4047 266 85 29 593 334 233 223
AthT 1a 118 1733 1024 GF4 Ti4600 HAL WXP 3917 264 85 29 577 329 231 222
AthT 1a 118 1733 1152 GF4 Ti4600 HAL WXP 3510 267 85 29 507 326 230 220
AthT 1a 118 1733 1280 GF4 Ti4600 HAL WXP 2988 267 85 29 417 319 228 219
AthT 1a 118 1733 1600 GF4 Ti4600 HAL WXP 1970 263 85 29 304 275 223 215
AthT 1b 118 2166 640 GF4 Ti4600 HAL WXP 5113 331 85 37 763 420 293 279
AthT 1b 118 2166 800 GF4 Ti4600 HAL WXP 5104 337 85 37 737 412 289 276
AthT 1b 118 2166 1024 GF4 Ti4600 HAL WXP 4019 338 85 37 640 402 286 274
AthT 1b 118 2166 1152 GF4 Ti4600 HAL WXP 3518 333 85 37 536 402 284 271
AthT 1b 118 2166 1280 GF4 Ti4600 HAL WXP 2994 334 85 37 430 382 282 270
AthT 1b 118 2166 1600 GF4 Ti4600 HAL WXP 1973 332 85 37 309 291 249 250
AthT 1d 118 2301 640 GF4 Ti4600 HAL WXP 5445 356 85 39 812 445 306 296
AthT 1d 118 2301 800 GF4 Ti4600 HAL WXP 5344 355 85 39 776 440 309 292
AthT 1d 118 2301 1024 GF4 Ti4600 HAL WXP 4021 355 85 39 652 429 300 290
AthT 1d 118 2301 1152 GF4 Ti4600 HAL WXP 3520 353 85 39 541 428 298 286
AthT 1d 118 2301 1280 GF4 Ti4600 HAL WXP 2995 357 85 38 433 390 297 286
AthT 1d 118 2301 1600 GF4 Ti4600 HAL WXP 1974 350 85 39 310 293 250 255
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
P4N 5 122 2813 640 GeF FX5900 HAL WSV 3353 235 84 27 539 349 220 211
P4N 5 122 2813 800 GeF FX5900 HAL WSV 3374 242 85 27 527 345 219 211
P4N 5 122 2813 1024 GeF FX5900 HAL WSV 3328 241 84 25 512 338 216 209
P4N 5 122 2813 1152 GeF FX5900 HAL WSV 3258 238 85 23 506 334 216 207
P4N 5 122 2813 1280 GeF FX5900 HAL WSV 2948 242 85 22 489 329 213 206
P4N 5 122 2813 1600 GeF FX5900 HAL WSV 1899 238 84 18 405 269 209 202
P4N 5a 122 2813 640 GeF FX5900 HAL WSV 3321 244 84 28 537 348 221 207
P4N 5a 122 2813 800 GeF FX5900 HAL WSV 3303 244 85 27 525 346 219 211
P4N 5a 122 2813 1024 GeF FX5900 HAL WSV 3360 236 85 27 509 338 217 207
P4N 5a 122 2813 1152 GeF FX5900 HAL WSV 3224 235 85 26 506 334 212 208
P4N 5a 122 2813 1280 GeF FX5900 HAL WSV 3076 239 85 23 492 329 214 205
P4N 5a 122 2813 1600 GeF FX5900 HAL WSV 1994 240 84 21 418 286 208 202
P4N 5b 122 2813 640 GeF FX5900 HAL WSV 3389 238 85 28 538 350 220 211
P4N 5b 122 2813 800 GeF FX5900 HAL WSV 3296 241 85 27 526 346 219 210
P4N 5b 122 2813 1024 GeF FX5900 HAL WSV 3320 242 85 26 509 338 216 207
P4N 5b 122 2813 1152 GeF FX5900 HAL WSV 3219 240 84 26 504 334 214 207
P4N 5b 122 2813 1280 GeF FX5900 HAL WSV 3128 236 84 24 496 330 215 207
P4N 5b 122 2813 1600 GeF FX5900 HAL WSV 2160 238 84 21 433 295 211 203
P4N 5c 122 2813 640 GeF FX5900 HAL WSV 3386 256 85 29 547 355 225 216
P4N 5c 122 2813 800 GeF FX5900 HAL WSV 3381 256 85 29 534 352 223 216
P4N 5c 122 2813 1024 GeF FX5900 HAL WSV 3374 252 85 29 516 345 221 213
P4N 5c 122 2813 1152 GeF FX5900 HAL WSV 3128 253 85 29 510 341 220 212
P4N 5c 122 2813 1280 GeF FX5900 HAL WSV 2629 254 85 29 491 337 218 211
P4N 5c 122 2813 1600 GeF FX5900 HAL WSV 1887 254 85 28 400 326 214 207
P4N 5d 122 2813 640 GeF FX5900 HAL WSV 3396 257 85 29 546 356 224 217
P4N 5d 122 2813 800 GeF FX5900 HAL WSV 3355 246 85 29 535 352 222 215
P4N 5d 122 2813 1024 GeF FX5900 HAL WSV 3353 255 85 29 517 346 222 214
P4N 5d 122 2813 1152 GeF FX5900 HAL WSV 3269 251 85 29 511 341 219 212
P4N 5d 122 2813 1280 GeF FX5900 HAL WSV 3060 245 85 29 505 338 219 212
P4N 5d 122 2813 1600 GeF FX5900 HAL WSV 2139 244 85 28 423 326 214 208
P4N 5e 122 2813 640 GeF FX5900 HAL WSV 3378 254 85 29 545 352 224 215
P4N 5e 122 2813 800 GeF FX5900 HAL WSV 3419 258 85 29 534 351 224 215
P4N 5e 122 2813 1024 GeF FX5900 HAL WSV 3398 254 85 29 521 344 221 213
P4N 5e 122 2813 1152 GeF FX5900 HAL WSV 3265 253 85 29 512 340 220 212
P4N 5e 122 2813 1280 GeF FX5900 HAL WSV 3054 252 85 28 503 334 218 211
P4N 5e 122 2813 1600 GeF FX5900 HAL WSV 2227 252 85 28 444 325 214 207
P4N 5f 122 3158 640 GeF FX5900 HAL WSV 3790 283 85 32 612 399 252 244
P4N 5f 122 3158 800 GeF FX5900 HAL WSV 3831 290 85 33 598 392 251 242
P4N 5f 122 3158 1024 GeF FX5900 HAL WSV 3714 286 85 32 585 384 249 239
P4N 5f 122 3158 1152 GeF FX5900 HAL WSV 3333 287 85 33 579 382 248 239
P4N 5f 122 3158 1280 GeF FX5900 HAL WSV 2699 274 85 33 549 377 247 239
P4N 5f 122 3158 1600 GeF FX5900 HAL WSV 1917 286 85 29 415 364 242 235
P4N 5g 122 3158 640 GeF FX5900 HAL WSV 3764 289 85 33 611 397 252 242
P4N 5g 122 3158 800 GeF FX5900 HAL WSV 3755 289 85 32 604 392 250 242
P4N 5g 122 3158 1024 GeF FX5900 HAL WSV 3622 288 85 32 583 385 247 240
P4N 5g 122 3158 1152 GeF FX5900 HAL WSV 3597 286 85 32 575 380 247 238
P4N 5g 122 3158 1280 GeF FX5900 HAL WSV 3288 289 85 31 563 376 247 237
P4N 5g 122 3158 1600 GeF FX5900 HAL WSV 2140 286 85 32 425 368 243 234
P4N 5h 122 3158 640 GeF FX5900 HAL WSV 3777 291 85 32 611 397 252 243
P4N 5h 122 3158 800 GeF FX5900 HAL WSV 3857 287 85 33 598 392 251 242
P4N 5h 122 3158 1024 GeF FX5900 HAL WSV 3738 286 85 33 585 385 247 241
P4N 5h 122 3158 1152 GeF FX5900 HAL WSV 3628 283 85 33 576 381 248 239
P4N 5h 122 3158 1280 GeF FX5900 HAL WSV 3375 284 85 33 566 375 245 237
P4N 5h 122 3158 1600 GeF FX5900 HAL WSV 2229 283 85 32 449 369 244 235
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
PM 1 127 1862 640 Rad Mobile HAL WXP 3386 1284 60 86 701 419 278 254
PM 1 127 1862 800 Rad Mobile HAL WXP 2452 1281 60 86 631 409 274 250
PM 1 127 1862 1024 Rad Mobile HAL WXP 1581 1234 60 74 423 386 269 246
PM 1 127 1862 1280 Rad Mobile HAL WXP 1094 894 60 56 258 251 226 226
P4E 1 125 3000 640 Rad X600P HAL WXP 3062 1188 60 57 464 314 205 193
P4E 1 125 3000 800 Rad X600P HAL WXP 2968 1185 60 57 446 305 205 189
P4E 1 125 3000 1024 Rad X600P HAL WXP 2256 1185 60 56 412 287 200 185
P4E 1 125 3000 1280 Rad X600P HAL WXP 1559 1164 60 56 332 275 193 179
A64 3 126 2210 640 Rad X800XL HAL W64 5424 1454 60 101 877 512 356 317
A64 3 126 2210 800 Rad X800XL HAL W64 5407 1450 60 100 844 501 352 313
A64 3 126 2210 1024 Rad X800XL HAL W64 5669 1459 60 100 781 483 344 305
A64 3 126 2210 1280 Rad X800XL HAL W64 5389 1448 60 98 743 464 337 299
Phen 2a 136 3000 640 GeF GTS250 HAL 764 1646 1666 70 39 308 240 192 190
Phen 2a 136 3000 800 GeF GTS250 HAL 764 3830 3814 118 37 451 402 271 252
Phen 2a 136 3000 1024 GeF GTS250 HAL 764 3995 3750 118 41 420 373 265 246
Phen 2a 136 3000 1280 GeF GTS250 HAL 764 3048 3282 118 38 287 258 197 172
C2D 2 133 2400 640 GeF 8600GT HAL V64 1736 1783 178 24 270 211 151 146
C2D 2 133 2400 800 GeF 8600GT HAL V64 1765 1769 119 25 258 200 148 143
C2D 2 133 2400 1024 GeF 8600GT HAL V64 1769 1799 118 24 225 176 142 139
P4N 1 112 2533 640 Rad 9700P HAL WXP 2720 1169 75 62 487 298 207 189
P4N 1 112 2533 800 Rad 9700P HAL WXP 2834 1195 75 62 458 287 203 184
P4N 1 112 2533 1024 Rad 9700P HAL WXP 2784 1176 75 61 418 276 197 179
P4N 1 112 2533 1280 Rad 9700P HAL WXP 2074 1175 75 60 361 265 191 173
P4N 1 112 2533 1600 Rad 9700P HAL WXP 1424 1142 75 61 257 244 181 165
A64 1 122 2150 640 Rad 9700P HAL WXP 5282 1988 85 105 907 529 369 331
A64 1 122 2150 800 Rad 9700P HAL WXP 4118 1977 85 106 844 513 366 326
A64 1 122 2150 1024 Rad 9700P HAL WXP 2960 1950 85 105 571 491 354 317
A64 1 122 2150 1152 Rad 9700P HAL WXP 2412 1941 85 104 486 448 348 311
A64 1 122 2150 1280 Rad 9700P HAL WXP 2077 1727 85 102 372 363 321 301
A64 1 122 2150 1600 Rad 9700P HAL WXP 1401 1223 85 83 261 256 245 250
A64 1a 122 2150 640 Rad 9800P HAL WXP 5403 1981 85 105 906 527 369 331
A64 1a 122 2150 800 Rad 9800P HAL WXP 4621 1969 85 105 863 511 365 327
A64 1a 122 2150 1024 Rad 9800P HAL WXP 3345 1966 85 105 632 494 354 315
A64 1a 122 2150 1152 Rad 9800P HAL WXP 2746 1949 85 103 527 475 347 312
A64 1a 122 2150 1280 Rad 9800P HAL WXP 2364 1922 85 102 406 395 337 306
A64 1a 122 2150 1600 Rad 9800P HAL WXP 1602 1388 85 92 288 281 269 271
P4N 2 116 2533 640 GF4 Ti4200 HAL W2K 3386 394 75 37 506 299 197 192
P4N 2 116 2533 800 GF4 Ti4200 HAL W2K 3314 402 75 37 499 298 198 192
P4N 2 116 2533 1024 GF4 Ti4200 HAL W2K 3258 416 75 38 486 290 198 186
P4N 4 121 3066 640 GF4 MX440 HAL WXP 1446 229 60 11 425 344 224 208
P4N 4 121 3066 800 GF4 MX440 HAL WXP 1560 188 60 8 255 198 216 207
P4N 4 121 3066 1024 GF4 MX440 HAL WXP 1047 147 60 7 202 188 154 142
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To Start
Results 24 Bits 16M Colours Frames Per Second
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
PRO 9 105 200 640 Sis 6326 Ramp NT4 39 45 30 5 6 5 4 4
PRO 9 105 200 800 Sis 6326 Ramp NT4 28 33 23 4 3 3 3 3
PRO 9 105 200 1024 Sis 6326 Ramp NT4 19 24 17 3 2 2 2 2
P2C 11 105 400 640 RageLaptp Ramp W98 49 47 30 3 5 4 4 4
P2C 11 105 400 800 RageLaptp Ramp W98 34 37 30 2 3 3 3 3
P2C 11 105 400 1024 RageLaptp Ramp W98 24 28 20 2 2 2 2 2
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To Start
Results 32 Bits 16M Colours Frames Per Second
Emul Column - BP Best Performance AA2 Anti-aliasing X 2 AA4 Anti-aliasing X 4
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
MMX 2 105 200 640 Mat Mys2 HAL W95 108 93 75 8 18 15 11 11
MMX 2 105 200 800 Mat Mys2 HAL W95 16 17 16 1 1 1 1 1
MMX 2 105 200 1024 Mat Mys2 Ramp W95 11 13 11 0.8 0.7 0.7 0.6 0.6
AK6 5 108 380 640 Rage Pro HAL W98 174 45 84 5 32 23 19 18
AK6 5 108 380 800 Rage Pro Ramp W98 16 17 15 1 2 2 2 2
AK6 5 108 380 1024 Rage Pro Ramp W98 11 12 10 1 1 1 1 1
P2C 11 105 400 640 RageLaptp HAL W98 176 60 60 4 32 26 20 20
P2C 11 105 400 800 RageLaptp HAL W98 134 53 60 3 23 20 16 15
P2C 11 105 400 1024 RageLaptp HAL W98 81 39 59 2 14 12 10 10
PII 21 105 450 640 Rage Pro HAL W98 174 61 120 5 33 27 23 22
PII 21 105 450 800 Rage Pro HAL W98 118 47 99 3 22 19 17 16
PII 21 105 450 1024 Rage Pro HAL W98 68 30 42 2 12 12 10 10
P2C 7 105 450 640 BlasterEx HAL W98 232 207 72 16 51 45 36 34
P2C 7 105 450 800 BlasterEx Ramp W98 32 34 27 3 3 3 3 3
P2C 7 105 450 1024 BlasterEx Ramp W98 22 25 19 2 2 2 2 2
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Dur 1 105 700 640 GeForcePr HAL W98 1464 448 86 29 279 147 107 92
Dur 1 105 700 800 GeForcePr HAL W98 1179 447 86 29 234 146 108 93
Dur 1 105 700 1024 GeForcePr HAL W98 743 439 87 28 144 131 107 92
Dur 1 105 700 1152 GeForcePr HAL W98 601 404 86 28 117 109 97 91
Dur 1 105 700 1280 GeForcePr HAL W98 473 332 86 25 86 81 74 74
Dur 1 105 700 1600 GeForcePr HAL W98 300 229 76 18 58 56 49 50
Dur 1 105 700 640 GeForcePr HAL W2K 1370 420 85 29 271 145 107 90
Dur 1 105 700 800 GeForcePr HAL W2K 1174 434 85 29 233 144 105 89
Dur 1 105 700 1024 GeForcePr HAL W2K 757 421 85 29 147 131 105 88
Dur 1 105 700 1152 GeForcePr HAL W2K 585 405 85 29 113 109 96 87
Dur 1 105 700 1280 GeForcePr HAL W2K 457 337 85 25 90 81 74 73
Dur 1 105 700 1600 GeForcePr HAL W2K 354 241 72 19 55 54 52 50
Dur 1 105 950 640 GeForcePr HAL W98 1741 604 86 42 360 190 140 120
Dur 1 105 950 800 GeForcePr HAL W98 1180 606 87 42 239 188 143 122
Dur 1 105 950 1024 GeForcePr HAL W98 743 478 87 37 144 135 120 119
Dur 1 105 950 1152 GeForcePr HAL W98 602 405 86 31 117 110 99 102
Dur 1 105 950 1280 GeForcePr HAL W98 473 333 86 25 86 82 74 76
Dur 1 105 950 1600 GeForcePr HAL W98 300 229 76 18 58 56 49 51
Dur 1 105 950 640 GeForcePr HAL W2K 1681 553 85 38 343 183 135 114
Dur 1 105 950 800 GeForcePr HAL W2K 1193 570 85 37 243 182 135 113
Dur 1 105 950 1024 GeForcePr HAL W2K 740 483 85 35 141 135 120 111
Dur 1 105 950 1280 GeForcePr HAL W2K 457 341 85 26 82 79 74 74
Dur 1 105 950 1600 GeForcePr HAL W2K 355 241 72 18 55 54 52 50
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Ath 6 101 1200 640 GeF2 MX200 HAL W98 557 241 60 25 98 89 77 78
Ath 6 101 1200 800 GeF2 MX200 HAL W98 374 209 60 19 69 64 56 57
Ath 6 101 1200 1024 GeF2 MX200 HAL W98 232 160 60 14 40 37 33 34
Ath 6 101 1200 1152 GeF2 MX200 HAL W98 178 132 60 12 28 27 26 26
Ath 6 101 1200 1280 GeF2 MX200 HAL W98 120 105 60 9 19 21 19 19
ATHB 1 119 1800 640 Rad Laptop HAL WXP 442 379 60 32 121 109 91 91
ATHB 1 119 1800 800 Rad Laptop HAL WXP 301 280 60 23 78 71 60 61
ATHB 1 119 1800 1024 Rad Laptop HAL WXP 203 200 60 18 49 47 40 41
P4NM 1 119 1700 640 G4Go Laptp HAL WXP 1998 190 60 9 372 220 144 139
P4NM 1 119 1700 800 G4Go Laptp HAL WXP 1349 151 60 7 307 219 142 138
P4NM 1 119 1700 1024 G4Go Laptp HAL WXP 712 113 60 5 189 171 138 136
Dur 1 117 750 640 GeF2 MX400 HAL W2K 1184 274 85 23 232 144 99 94
Dur 1 117 750 800 GeF2 MX400 HAL W2K 817 274 85 23 155 133 98 93
Dur 1 117 750 1024 GeF2 MX400 HAL W2K 515 273 85 23 91 88 77 81
Dur 1 117 750 1152 GeF2 MX400 HAL W2K 387 274 85 23 71 73 64 66
Dur 1 117 750 1280 GeF2 MX400 HAL W2K 291 246 85 20 52 54 45 48
Dur 1 117 750 1600 GeF2 MX400 HAL W2K 176 167 72 15 30 29 26 27
ATHT 2 124 2080 640 GeF2 MX400 HAL W2K 1193 739 85 54 248 230 203 218
ATHT 2 124 2080 800 GeF2 MX400 HAL W2K 816 545 85 42 165 148 130 138
ATHT 2 124 2080 1024 GeF2 MX400 HAL W2K 515 377 84 29 97 92 82 85
ATHT 2 130 2080 640 GeF FX5200 HAL W2K 1144 156 70 23 229 210 184 190
ATHT 2 130 2080 800 GeF FX5200 HAL W2K 786 156 70 20 147 136 121 125
ATHT 2 130 2080 1024 GeF FX5200 HAL W2K 512 155 70 16 91 86 79 80
P4 2 106 1900 640 GeF2 MX400 HAL WXP 1198 500 75 36 243 201 140 135
P4 2 106 1900 800 GeF2 MX400 HAL WXP 793 502 75 38 162 141 125 129
P4 2 106 1900 1024 GeF2 MX400 HAL WXP 491 395 75 30 92 91 82 85
P4 2 106 1900 1152 GeF2 MX400 HAL WXP 386 323 75 25 74 72 67 68
P4 2 106 1900 1280 GeF2 MX400 HAL WXP 320 277 60 22 57 57 51 52
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
P4 2a 113 1900 640 GeForcePr HAL WXP 1762 459 60 37 336 200 135 130
P4 2a 113 1900 800 GeForcePr HAL WXP 1233 459 60 37 238 191 136 125
P4 2a 113 1900 1024 GeForcePr HAL WXP 763 464 60 36 153 132 113 124
P4 2b 113 1900 640 GeForcePr BP WXP 1745 450 60 37 334 202 135 131
P4 2b 113 1900 800 GeForcePr BP WXP 1232 461 60 37 239 192 135 131
P4 2b 113 1900 1024 GeForcePr BP WXP 763 459 60 36 154 132 114 125
P4 2c 113 1900 640 GeForcePr AA2 WXP 439 325 60 33 183 155 130 130
P4 2c 113 1900 800 GeForcePr AA2 WXP 287 231 60 28 112 102 92 102
P4 2c 113 1900 1024 GeForcePr AA2 WXP 172 143 60 19 69 65 59 65
P4 2d 113 1900 640 GeForcePr AA4 WXP 319 249 59 28 119 104 93 103
P4 2d 113 1900 800 GeForcePr AA4 WXP 210 178 60 22 78 75 64 69
P4 2d 113 1900 1024 GeForcePr AA4 WXP 172 144 60 19 69 69 59 65
P4 2f 117 1900 640 GeForcePr HAL WXP 1533 291 75 29 287 180 120 115
P4 2f 117 1900 800 GeForcePr HAL WXP 1203 299 75 28 232 181 122 115
P4 2f 117 1900 1024 GeForcePr HAL WXP 773 303 75 28 146 129 110 114
P4 1 104 2052 640 GeForce3 HAL WXP 2318 342 85 33 394 230 159 153
P4 1 104 2052 800 GeForce3 HAL WXP 2343 342 85 32 387 228 156 151
P4 1 104 2052 1024 GeForce3 HAL WXP 1614 342 85 33 270 228 156 150
P4 1 104 2052 1152 GeForce3 HAL WXP 1286 341 85 33 229 209 155 149
P4 1 104 2052 1280 GeForce3 HAL WXP 1067 342 85 32 177 162 141 142
P4 1 104 2052 1600 GeForce3 HAL WXP 686 339 75 31 119 110 104 105
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
Ath4 3 110 1794 1024 GF4 Ti4600 HAL WXP 3104 476 60 47 515 369 265 253
Ath4 3 110 1794 1280 GF4 Ti4600 HAL WXP 2020 474 60 46 322 302 257 249
Ath4 3 110 1794 1600 GF4 Ti4600 HAL WXP 1308 471 60 46 220 212 191 191
Ath4 4 111 1667 640 GF4 Ti4600 HAL W2K 3976 433 85 38 539 294 210 202
Ath4 4 111 1667 800 GF4 Ti4600 HAL W2K 3927 433 85 38 515 285 207 197
Ath4 4 111 1667 1024 GF4 Ti4600 HAL W2K 2843 431 85 38 428 271 203 193
Ath4 4 111 1667 1152 GF4 Ti4600 HAL W2K 2238 430 85 38 353 263 195 186
Ath4 4 111 1667 1280 GF4 Ti4600 HAL W2K 1819 429 85 38 281 234 187 177
Ath4 4 111 1667 1600 GF4 Ti4600 HAL W2K 1151 427 85 37 192 168 150 149
Ath4 4 111 1667 1920 GF4 Ti4600 HAL W2K 852 425 60 37 132 123 115 115
AthT 1a 118 1733 640 GF4 Ti4600 HAL WXP 4090 264 85 29 611 338 235 225
AthT 1a 118 1733 800 GF4 Ti4600 HAL WXP 4049 265 85 29 600 334 234 223
AthT 1a 118 1733 1024 GF4 Ti4600 HAL WXP 2848 265 85 29 464 328 230 221
AthT 1a 118 1733 1152 GF4 Ti4600 HAL WXP 2678 266 85 29 570 341 236 226
AthT 1a 118 1733 1280 GF4 Ti4600 HAL WXP 1845 269 85 30 295 274 228 219
AthT 1a 118 1733 1600 GF4 Ti4600 HAL WXP 1175 268 85 29 199 193 174 174
AthT 1b 118 2166 640 GF4 Ti4600 HAL WXP 5158 335 85 37 760 419 292 279
AthT 1b 118 2166 800 GF4 Ti4600 HAL WXP 4506 338 85 37 705 410 290 277
AthT 1b 118 2166 1024 GF4 Ti4600 HAL WXP 2851 337 85 37 477 402 285 274
AthT 1b 118 2166 1152 GF4 Ti4600 HAL WXP 2262 336 85 37 380 354 283 271
AthT 1b 118 2166 1280 GF4 Ti4600 HAL WXP 1845 338 85 37 298 285 250 252
AthT 1b 118 2166 1600 GF4 Ti4600 HAL WXP 1176 337 85 37 200 195 177 179
AthT 1d 118 2301 640 GF4 Ti4600 HAL WXP 5439 357 85 39 802 445 305 297
AthT 1d 118 2301 800 GF4 Ti4600 HAL WXP 4533 355 85 39 718 438 308 294
AthT 1d 118 2301 1024 GF4 Ti4600 HAL WXP 2851 355 85 39 482 428 299 292
AthT 1d 118 2301 1152 GF4 Ti4600 HAL WXP 2263 350 85 39 382 359 299 287
AthT 1d 118 2301 1280 GF4 Ti4600 HAL WXP 1846 355 85 39 299 287 252 256
AthT 1d 118 2301 1600 GF4 Ti4600 HAL WXP 1176 352 85 39 200 196 178 180
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
P4N 5 122 2813 640 GeF FX5900 HAL WSV 3423 238 85 28 535 348 219 211
P4N 5 122 2813 800 GeF FX5900 HAL WSV 3373 242 85 27 525 345 219 210
P4N 5 122 2813 1024 GeF FX5900 HAL WSV 3252 242 85 26 510 339 217 209
P4N 5 122 2813 1152 GeF FX5900 HAL WSV 2814 242 85 23 504 335 216 208
P4N 5 122 2813 1280 GeF FX5900 HAL WSV 2327 243 85 21 450 311 213 206
P4N 5 122 2813 1600 GeF FX5900 HAL WSV 1493 242 85 18 329 231 200 198
P4N 5a 122 2813 640 GeF FX5900 HAL WSV 3414 241 84 27 538 348 219 211
P4N 5a 122 2813 800 GeF FX5900 HAL WSV 3402 243 85 27 528 346 219 210
P4N 5a 122 2813 1024 GeF FX5900 HAL WSV 3250 239 85 26 512 339 217 209
P4N 5a 122 2813 1152 GeF FX5900 HAL WSV 2929 240 85 25 505 334 214 207
P4N 5a 122 2813 1280 GeF FX5900 HAL WSV 2425 239 85 24 462 326 213 206
P4N 5a 122 2813 1600 GeF FX5900 HAL WSV 1548 242 85 20 333 245 207 202
P4N 5b 122 2813 640 GeF FX5900 HAL WSV 3402 237 85 28 535 349 221 212
P4N 5b 122 2813 800 GeF FX5900 HAL WSV 3339 238 85 28 527 346 219 212
P4N 5b 122 2813 1024 GeF FX5900 HAL WSV 3249 237 85 25 509 339 216 208
P4N 5b 122 2813 1152 GeF FX5900 HAL WSV 3097 239 85 24 506 334 215 207
P4N 5b 122 2813 1280 GeF FX5900 HAL WSV 2508 238 85 24 481 330 214 206
P4N 5b 122 2813 1600 GeF FX5900 HAL WSV 1673 240 85 20 363 257 206 202
P4N 5c 122 2813 640 GeF FX5900 HAL WSV 3397 253 85 29 544 355 223 217
P4N 5c 122 2813 800 GeF FX5900 HAL WSV 3382 257 85 29 534 351 223 214
P4N 5c 122 2813 1024 GeF FX5900 HAL WSV 3159 250 85 29 519 344 221 214
P4N 5c 122 2813 1152 GeF FX5900 HAL WSV 2863 244 85 29 509 340 220 212
P4N 5c 122 2813 1280 GeF FX5900 HAL WSV 2259 255 85 29 439 335 218 210
P4N 5c 122 2813 1600 GeF FX5900 HAL WSV 1474 245 85 28 315 298 214 207
P4N 5d 122 2813 640 GeF FX5900 HAL WSV 3434 249 85 29 549 356 224 217
P4N 5d 122 2813 800 GeF FX5900 HAL WSV 3383 257 85 29 536 350 223 216
P4N 5d 122 2813 1024 GeF FX5900 HAL WSV 3053 255 85 29 516 344 221 213
P4N 5d 122 2813 1152 GeF FX5900 HAL WSV 2906 254 85 29 512 341 220 211
P4N 5d 122 2813 1280 GeF FX5900 HAL WSV 2536 256 85 28 467 337 219 211
P4N 5d 122 2813 1600 GeF FX5900 HAL WSV 1655 243 85 29 334 305 215 208
P4N 5e 122 2813 640 GeF FX5900 HAL WSV 3468 247 85 29 544 351 224 216
P4N 5e 122 2813 800 GeF FX5900 HAL WSV 3431 246 85 29 537 350 223 216
P4N 5e 122 2813 1024 GeF FX5900 HAL WSV 3365 254 85 29 519 343 220 212
P4N 5e 122 2813 1152 GeF FX5900 HAL WSV 3103 254 85 29 512 340 220 211
P4N 5e 122 2813 1280 GeF FX5900 HAL WSV 2683 255 85 29 480 336 219 211
P4N 5e 122 2813 1600 GeF FX5900 HAL WSV 1752 252 85 28 365 322 214 207
P4N 5f 122 3158 640 GeF FX5900 HAL WSV 3860 291 85 33 616 400 253 243
P4N 5f 122 3158 800 GeF FX5900 HAL WSV 3872 290 85 32 605 392 251 242
P4N 5f 122 3158 1024 GeF FX5900 HAL WSV 3370 287 85 33 582 385 248 240
P4N 5f 122 3158 1152 GeF FX5900 HAL WSV 2775 282 85 33 546 383 246 238
P4N 5f 122 3158 1280 GeF FX5900 HAL WSV 2250 287 85 33 441 376 244 237
P4N 5f 122 3158 1600 GeF FX5900 HAL WSV 1416 288 85 28 335 308 239 233
P4N 5g 122 3158 640 GeF FX5900 HAL WSV 3775 289 85 33 608 395 252 243
P4N 5g 122 3158 800 GeF FX5900 HAL WSV 3735 290 85 33 598 392 251 242
P4N 5g 122 3158 1024 GeF FX5900 HAL WSV 3487 288 85 33 583 384 248 240
P4N 5g 122 3158 1152 GeF FX5900 HAL WSV 3022 288 85 32 574 383 248 238
P4N 5g 122 3158 1280 GeF FX5900 HAL WSV 2536 289 85 32 482 376 246 237
P4N 5g 122 3158 1600 GeF FX5900 HAL WSV 1615 289 85 29 345 315 235 235
P4N 5h 122 3158 640 GeF FX5900 HAL WSV 3765 291 85 33 615 397 251 243
P4N 5h 122 3158 800 GeF FX5900 HAL WSV 3726 288 85 32 601 392 250 242
P4N 5h 122 3158 1024 GeF FX5900 HAL WSV 3598 287 85 29 574 384 248 238
P4N 5h 122 3158 1152 GeF FX5900 HAL WSV 3160 285 85 32 572 380 246 238
P4N 5h 122 3158 1280 GeF FX5900 HAL WSV 2684 285 85 32 503 376 244 238
P4N 5h 122 3158 1600 GeF FX5900 HAL WSV 1752 290 85 29 371 335 241 235
P4E 1 125 3000 640 Rad X600P HAL WXP 2982 1188 60 57 467 316 208 192
P4E 1 125 3000 800 Rad X600P HAL WXP 2768 1190 60 57 446 304 204 189
P4E 1 125 3000 1024 Rad X600P HAL WXP 1858 1182 60 57 370 288 199 184
P4E 1 125 3000 1280 Rad X600P HAL WXP 1243 1057 60 56 239 228 192 179
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
PM 1 127 1862 640 Rad Mobile HAL WXP 2834 1286 60 87 691 421 277 253
PM 1 127 1862 800 Rad Mobile HAL WXP 2056 1281 60 86 487 408 274 250
PM 1 127 1862 1024 Rad Mobile HAL WXP 1331 1079 60 68 312 288 254 245
PM 1 127 1862 1280 Rad Mobile HAL WXP 898 780 60 51 195 191 164 167
T64 1 134 1900 640 GeF Mobile HAL Vis C 1256 1282 60 20 191 151 109 101
T64 1 134 1900 800 GeF 8400MG HAL Vis C 1271 1265 60 20 180 150 107 101
T64 1 134 1900 1024 GeF 8400MG HAL Vis C 1244 1214 60 20 152 137 101 95
T64 1 134 1900*1280 GeF 8400MG HAL Vis C 995 931 60 19 131 121 95 88
T64 1 134 1900 640 GeF 8400MG HAL Vis A 1094 1097 60 21 167 145 104 97
T64 1 134 1900 800 GeF 8400MG HAL Vis A 1077 1070 60 21 149 137 95 89
T64 1 134 1900 1024 GeF 8400MG HAL Vis A 1040 1064 60 20 95 87 77 76
T64 1 134 1900*1280 GeF 8400MG HAL Vis A 793 741 58 16 58 54 52 52
* x800 Desktop A = Aero, C = Classic
Atom 1 137 1600 <1024 Intel 945 HAL WXP 450 271 62 14 112 100 82 77
< x600
C2DM 1 135 1830 640 Ge8400M GS HAL V32 C 1483 1488 59 21 236 177 128 123
C2DM 1 135 1830 800 Ge8400M GS HAL V32 C 1457 1487 60 21 216 166 124 119
C2DM 1 135 1830 1024 Ge8400M GS HAL V32 C 1477 1327 60 21 181 153 119 113
C2DM 1 135 1830&1440 Ge8400M GS HAL V32 C 991 952 60 21 144 131 107 102
& x900
C2CM 1 135 2000 640 Intl X3100 HAL VHB 908 325 37 9 131 124 101 95
C2CM 1 135 2000 800 Intl X3100 HAL VHB 688 294 37 9 81 74 67 66
C2CM 1 135 2000 1024 Intl X3100 HAL VHB 465 253 35 9 47 46 45 45
C2CM 1 135 2000 1280 Intl X3100 HAL VHB 324 227 38 9 41 39 35 38
C2D 2 133 2400 640 GeF 8600GT HAL V64 1681 1669 179 25 267 211 149 145
C2D 2 133 2400 800 GeF 8600GT HAL V64 1670 1684 120 26 252 197 145 142
C2D 2 133 2400 1024 GeF 8600GT HAL V64 1664 1674 120 24 225 175 141 136
C2D 2 133 2400 1280 GeF 8600GT HAL V64 1646 1660 101 32 185 156 136 131
Ci7 1 138 2800 640 GeF GTX480 HAL 764 1184 1164 120 36 228 205 129 125
Ci7 1 138 2800 800 GeF GTX480 HAL 764 1216 1188 60 36 227 207 134 128
Ci7 1 138 2800 1024 GeF GTX480 HAL 764 1197 1175 60 36 213 180 131 127
Ci7 1 138 2800 1280 GeF GTX480 HAL 764 1183 1163 60 37 188 176 128 120
Ci7 1 138 2800 1920 GeF GTX480 HAL 764 1244 1242 60 42 169 161 129 125
Ci7 3 141 3700 640 GeF GTX650 HAL 864 4701 4941 414 39 634 534 379 356
Ci7 3 141 3700 800 GeF GTX650 HAL 864 4938 4878 238 40 575 500 357 335
Ci7 3 141 3700 1024 GeF GTX650 HAL 864 4611 4903 238 39 498 421 323 304
Ci7 3 141 3700 1280 GeF GTX650 HAL 864 4375 4324 179 33 376 329 269 265
Ci7 3 141 3700 1600 GeF GTX650 HAL 864 4803 4787 198 39 375 322 265 262
Ci7 3 141 3700 1920 GeF GTX650 HAL 864 4782 4749 188 39 316 282 250 249
Phen 2b 136 3000 640 Rad HD4200 HAL 764 4165 4183 241 13 578 459 336 306
Phen 2b 136 3000 800 Rad HD4200 HAL 764 3311 3324 181 13 417 349 280 265
Phen 2b 136 3000 1024 Rad HD4200 HAL 764 2293 2366 232 13 285 263 251 249
Phen 2b 136 3000 1280 Rad HD4200 HAL 764 1621 1728 179 12 190 170 162 161
Phen 2a 136 3000 640 GeF GTS250 HAL 764 3969 3995 114 43 520 426 285 265
Phen 2a 136 3000 800 GeF GTS250 HAL 764 4011 3869 112 43 470 391 266 258
Phen 2a 136 3000 1024 GeF GTS250 HAL 764 3154 3222 117 41 375 303 245 226
Phen 2a 136 3000 1280 GeF GTS250 HAL 764 2798 2788 120 27 268 249 187 173
Phen 2a 136 3000 1680 GeF GTS250 HAL 764 3735 3685 111 42 309 274 228 213
Phen 2a 137 3000 1920 GeF GTS250 HAL 764 3457 3308 138 43 276 261 212 196
A64 3 126 2210 640 Rad X800XL HAL W64 5830 1449 60 101 877 511 356 318
A64 3 126 2210 800 Rad X800XL HAL W64 5752 1446 60 101 848 502 353 314
A64 3 126 2210 1024 Rad X800XL HAL W64 5627 1437 60 100 795 484 344 304
A64 3 126 2210 1280 Rad X800XL HAL W64 5281 1424 60 99 631 460 334 297
A64 3a 126 2210 1280 Rad X800XL AA2 W64 1243 1058 60 96 506 454 329 294
A64 3a 126 2210 1280 Rad X800XL AA4 W64 1005 807 60 57 476 440 333 295
A64 3a 126 2210 1280 Rad X800XL HAL W64 3340 1426 60 99 629 461 333 298
More Below To Start
Who CPU egg egg egg cubes plain textur wrap_& multi
Key Ran MHz Size Graphics Emul Win solid wirefm vsynch wirefm colors wrap shadow textur
P4N 1 112 2533 640 Rad 9700P HAL WXP 2813 1193 75 62 487 302 208 189
P4N 1 112 2533 800 Rad 9700P HAL WXP 2863 1181 75 63 457 290 205 187
P4N 1 112 2533 1024 Rad 9700P HAL WXP 2150 1182 75 62 398 275 197 181
P4N 1 112 2533 1280 Rad 9700P HAL WXP 1557 1174 75 61 264 253 191 174
P4N 1 112 2533 1600 Rad 9700P HAL WXP 1003 904 75 59 176 169 155 155
P4N 1 112 2533 640 Rad 9700P AA2 WXP 1607 1154 85 62 479 303 208 189
P4N 1 112 2533 800 Rad 9700P AA2 WXP 1120 955 85 62 456 287 202 185
P4N 1 112 2533 1024 Rad 9700P AA2 WXP 686 590 85 62 338 276 198 181
P4N 1 112 2533 1600 Rad 9700P AA2 WXP 304 275 85 37 145 143 138 138
A64 1 122 2150 640 Rad 9700P HAL WXP 4705 1980 85 107 918 528 367 332
A64 1 122 2150 800 Rad 9700P HAL WXP 3485 1950 85 106 731 513 364 328
A64 1 122 2150 1024 Rad 9700P HAL WXP 2541 1967 85 105 485 461 355 317
A64 1 122 2150 1152 Rad 9700P HAL WXP 2094 1772 85 104 393 384 339 312
A64 1 122 2150 1280 Rad 9700P HAL WXP 1828 1570 85 100 303 294 277 282
A64 1 122 2150 1600 Rad 9700P HAL WXP 1235 1097 85 79 218 212 199 204
A64 1a 122 2150 640 Rad 9800P HAL WXP 5243 1987 85 105 923 529 369 333
A64 1a 122 2150 800 Rad 9800P HAL WXP 3915 1971 85 105 792 512 364 327
A64 1a 122 2150 1024 Rad 9800P HAL WXP 2870 1959 85 104 526 485 352 316
A64 1a 122 2150 1152 Rad 9800P HAL WXP 2382 1942 85 103 441 425 347 311
A64 1a 122 2150 1280 Rad 9800P HAL WXP 2069 1776 85 103 346 336 309 300
A64 1a 122 2150 1600 Rad 9800P HAL WXP 1403 1241 85 88 245 241 226 231
P4N 3 120 3633 640 Rad 9800P HAL WXP 3827 1757 85 86 643 436 299 273
P4N 3 120 3633 800 Rad 9800P HAL WXP 3713 1751 85 85 617 417 290 268
P4N 3 120 3633 1024 Rad 9800P HAL WXP 3284 1749 85 83 562 395 281 264
P4N 3 120 3633 1152 Rad 9800P HAL WXP 2670 1751 85 85 488 389 276 261
P4N 3 120 3633 1280 Rad 9800P HAL WXP 2325 1717 85 85 381 364 273 257
P4N 3 120 3633 1600 Rad 9800P HAL WXP 1583 1378 75 83 271 262 250 243
P4N 2 116 2533 640 GF4 Ti4200 HAL W2K 3353 419 75 38 501 302 202 193
P4N 2 116 2533 800 GF4 Ti4200 HAL W2K 3274 418 75 37 480 290 194 189
P4N 2 116 2533 1024 GF4 Ti4200 HAL W2K 2344 421 75 38 387 287 192 187
P4N 4 121 3066 640 GF4 MX440 HAL WXP 1242 220 60 11 315 278 215 206
P4N 4 121 3066 800 GF4 MX440 HAL WXP 895 176 60 9 196 189 161 173
P4N 4 121 3066 1024 GF4 MX440 HAL WXP 592 136 60 6 126 121 103 104
|
To Start
Systems Used
Key System, MHz, Options, Cache, OS
486 1 X Escom, 80486DX2 66.7 MHz, CIS chipset, 128K cache,
486 1 S3 86C801 VLB video 1MB, DOS 6.2,
Pen 3 X Escom, Pentium 100 MHz, Neptune chipset, 8/256K cache
Pen 3 Diamond Stealth 64 Video VRAM 2MB, mainly Diamond
Pen 3 driver, 64VRMS is standard S3 driver.
Pen 3 Pen 3 36 using DirectX 6.0
MMX 2 X Roy's, Pentium MMX 200 MHz, Micronics TX, 32 MB SDRAM,
MMX 2 512K PB cache, D75 DOS 7, Matrox Mystique 220 4 MB
MMX 2 SGRAM, Win95. MY2- using no device bitmaps caching
MMX 2 R no rectangle accel, C no polygon (ellipse?) accel
MMX 2 MMX 2 36 using DirectX 6.0
PRO 9 X Dell XPS Pro 200n, Pentium Pro 200 MHz, 440FX PCIset,
PRO 9 8/8/256K cache, NT 4.0 as PRO 1
PRO 9 PRO 9 79 & 105 SIS 6326 graphics
AK6 5 X Compaq Presario, AMD K6-2 380 MHz, 512K cache, 64MB
AK6 5 RAM, ATI Rage LT Pro AGP 2x 4MB
AK6 5 Latest versions Feb 2002
P2C 7 X Roy's, ABIT BH6, Celeron 300A o/c to 450MHz, CAS 2
P2C 7 and 300/66 MHz, 64MB SDRAM, Win95
P2C 7 Creative Blaster Exxtreme 4MB with OpenGL ICD
P2C 7 GeForce 2 MX 400
P2C 11 X Rock Sigma Laptop, Celeron A 400 MHz, 96MB SDRAM,
P2C 11 ATI Rage Pro Lt graphics 8MB, Fujitsu MFH 2043 4.3GB
P2C 11 disk, Windows 98 v2/DOS 7, Mitac 6120 mobo.
PM 1 x Janet's Dell Inspiron 6000 Laptop, Pentium M 1.86GHz,
PM 1 533FSB, 2GB Dual Channel DDR2-533, PC2-4200, ATI
PM 1 Mobility Radeon X300 128MB, Windows XP Media Center
PM 1 Edition 2005
PM 1a Using Vista Beta Windows
PM 1b Windows Classic theme, not Vista Aero
PM 2 Laptop, Pentium M 2128 MHz, Mobility FireGL V3100 64MB
PM 2 Windows XP Media Center
P4 2 X Roy's P4 1900 MHz, MSI MS 6534, 256MB PC133, Seagate
P4 2 ST340810A 40GB 5400 RPM disk, C418 graphics
P4 2 WinXP Home.
P4 2a X Roy's P4 1900 MHz, MSI MS 6534, 512MB PC133, Seagate
P4 2a ST340810A 40GB 5400 RPM disk, GeForce 256 Pro graphics
P4 2a WinXP Home, LCD 15" monitor
P4 2b Best Perfoemance was best quality
P4 2c Anti-aliasing x 2
P4 2d Anti-aliasing x 4
P4 2f X Nvidia: 41.09 driver installed (+ DirectX 9)
P4N 1 X Bill's P4 Northwood 2.53 GHz, Gigabyte 8IHXP, Intel
P4N 1 850 chipset, 1024MB C367,ATI Radeon 9700 Pro
P4N 1 128 MB, WinXP
P4N 2 X P4 2.53 GHz at 133 MHz, NVIDIA GeForce4 Ti 4200 AGP8X,
P4N 2 Asus P4S8X, 256MB DDR-SDRAM PC-2700, Win2K
P4N 3 X John's P4 3633 MHz, Abit 1C7G Canterwood, 1 GB Dual
P4N 3 Channel DDR RAM at 448 x 2 MHz, WinXP, Radeon 9800
P4N 3 Pro, 256 MB
P4N 4 X Steve's P4 3.06 GHz, 512 MB DDR, GeForce4 MX 440
P4N 4 graphics, Win XP
P4NM 1 X Toshiba Satellite SP6100 laptop, 1700 MHz P4 M
P4NM 1 Northwood CPU, 512 KB L2 cache, 256 MB DDR RAM, WinXP
P4NM 1 GeForce4 420Go graphics
P4N 5 X Janet's P4 2.8/533FSB, Gigabyte 8INXP (E7205 Granite
P4N 5 Bay chipset), 2 GB dual channel DDR at 266 MHz x 2
P4N 5 BFG Technologies Asylum GeForce FX5900
P4N 5 Windows Server 2003 Enterprise Edition
P4N 5 4533 driver, core MHz 400, memory MHz 850
P4N 5a 4533 driver, core MHz 451, memory MHz 850 (ultra speed)
P4N 5b 4533 driver, core MHz 451, memory MHz 950
P4N 5c 5213 driver, core MHz 400, memory MHz 850
P4N 5d 5213 driver, core MHz 451, memory MHz 850 (ultra speed)
P4N 5e 5213 driver, core MHz 451, memory MHz 950
P4N 5f CPU at 3158 MHz, RAM at 300 MHz x 2
P4N 5f 5213 driver, core MHz 400, memory MHz 850
P4N 5g 5213 driver, core MHz 451, memory MHz 850 (ultra speed)
P4N 5h 5213 driver, core MHz 451, memory MHz 950
P4E 1 X HP Pavilion t685, 3.0 GHz Prescott P4, 16 KB L2, 1 MB
P4E 1 L1 cache, 1 GB 400 MHz DDR RAM, Intel 915P Ex chipset
P4E 1 Radeon X600 Pro PCI-Express, WinXP
ATOM 1 X Samsung N140 Netbook, 1.6 GHz Atom, 1 GB 533 MHz DDR2 RAM,
ATOM 1 Intel 945GSE chipset/Graphics, Windows XP
C2D 1 X Core 2 Duo 2.4 GHz, Asus P5NSLI NForce 570, 2 GB DDR2 533 MHz,
C2D 1 Nvidia GeForce 7950 GT, WinXP
C2D 2 X Core 2 Duo 2.4 GHz, Asus P5B, 4 GB 800 MHz DDR2, Nvidia
C2D 2 GeForce 8600 GT, Vista 64-Bit
C2DM 1 X Acer 7720G Laptop, Core 2 Duo 1.83 GHz, 2 GB 666 MHz DDR2 RAM,
C2DM 1 GeForce 8400M GS, Vista Home Premium
C2CM 1 X Compaq 6720s Laptop, Celeron 550 2 GHz, 1 GB 533 MHz RAM,
C2CM 1 Intel GMA X3100, Vista Home Basic
Ci5 1 X Samsung Series 9 13.3-Inch Laptop, 1.6 GHz Core i5-2467M CPU,
Ci5 1 8 GB DDR3, Intel HD 3000 graphics, Windows 7-64
Ci5 1 CPU 1600 MHz running at up to 2300 MHz using Turbo Boost
Ci7 1 X Core i7 930, 2.8 GHz, GeForce GTX 480, 8 GB 0066 MHz DDR3 RAM,
Ci7 1 64-Bit Windows 7
Ci7 2 X Core i7-3930K overclocked at >4000 MHz, GeForce GTX 680,
Ci7 2 32 GB 1333 MHz DDR3, Win7-64
Ci7 3 x Core i7-4820K 3.7 GHz, Asus P9X79 LE, 4 Channel 32 GB 800 MHz
Ci7 3 DDR3 RAM, GeForce GTX 650, 64-Bit Windows 8.1
Dur 1 X Roy's AMD Duron 700, Abit KT7-RAID, 128 MB CAS 2
Dur 1 RAM, DOS. At 600 to 950MHz, Win98
Dur 1 Creative GeForce 256 Pro AGP2 graphics 32 MB
Dur 1a Drivers installed + AGP 4 and Fast Write
Dur 1K Windows 2000, updated driver for D3D HW acceleration
Dur 1 Dur 1 96, W98 and W2K revised version 3.1 Video3D1
Dur 1 and VideoDD1. Later Creative drivers
Dur 1 Dur 1 117, 750 MHz, GeForce2 MX400
Ath 6 X AMD Tbird 1200 MHz, ECS K7SEM board, Quantum Fireball
Ath 6 AS 20 GB 7200 RPM ATA100, 128 MB PC133, Win98
Ath 6 Low cost GeForce2 MX 200 card 32 MB
Ath4 3 X John's Palomino @ 1794 Mhz Bus @ 199 Mhz, Abit KR7A-
Ath4 3 RAID, Corsair XMS-2700 RAM, GeForce4 Ti4600, AGP 2x
Ath4 3 WinXP
Ath4 4 X Rick's Dual Athlon 2000 1.67 GHz, Asus A7M266-DL,
Ath4 4 1 GB Mushkin PC2100 ECC Registered DDR, Adaptec
Ath4 4 19160 SCSI, 15K RPM Seagate Cheetah disks, Vision
Ath4 4 Tek Xtasy Gefore4 Ti4600 128MB, Win2K
ATHT 1a X AMD 2100+ Thoroughbred B 1.73 GHz (13 x 133), AOpen
ATHT 1a WinXPAK79D-1394 nForce2, Mushkin PC2700 RAM at
ATHT 1a 133 MHz, GeForce4 Ti4600, WinXP
ATHT 1b X At 13 x 166 = 2166 MHz
ATHT 1d X At 177 x 13 = 2301 MHz
ATHT 2 X AMD 2600+ Tbred 2.08 GHz, Biostar M7NCD, PC2700/333
ATHT 2 MHz, 512 MB, GeForce 2 MX 400, Win2K, Win98
ATHT 2 XFX GeForce FX5200
ATHB 1 X Fujitsu Siemens AmiloA Laptop, AMD XP 2400+ 1800 MHz
ATHB 1 Barton CPU, 512 KB L2 cache, 512 MB 266 MHz DDR RAM,
ATHB 1 Radeon IGP 320M shared memory graphics, WinXP
A64 1 X Janet's Athlon 64 3200+ 2.15 GHz, FSB 215, Gigabyte
A64 1 GA-K8NNXP, nForce3 150 chipset,1 GB PC3200 Level One
A64 1 Mushkin, Winbond CH-5 chips, Crucial Radeon 9700 Pro,
A64 1 Win XP, Catalyst 3.7 driver
A64 1a Visiontek Radeon 9800 Pro 128MB, same driver
A64 3 X Athlon 64 X2 Dual Core 4200+ 2.21 GHz, Asus A8N-SLI
A64 3 Deluxe, 1 GB DCDDR RAM, Asus Radeon X800XL PCIE 256
A64 3 MB, WinXP Pro X64
A64 3a Anti-aliasing x2, x4 and normal at the same time
T64 1 X Acer Aspire 5520G Laptop, Turion 64 X2 1900 MHz
T64 1 GeForce 8400M G, Vista
Phen 2a X Phenom II 3000 MHz, Asus M4A785TD-V, 8 GB DCDDR3 RAM,
Phen 2a GeForce GTS 250, 64-Bit Windows 7
Phen 2b As 2a but using on-board ATI Radeon HD 4200 graphics
Who Ran and When Year only shown
101 2001
108 2002
114 2003
124 2004
126 2005
128 2006
132 2007
135 2008
136 2009
137 2010
138 2011
139 2012
141 2014
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To Start
Roy Longbottom September 2014
The Internet Home for my PC Benchmarks is via the link
Roy Longbottom's PC Benchmark Collection
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