nVidia Graphic Chipsets PDF Print E-mail
Written by Saphalline   
Tuesday, 02 October 2007 16:23

The specs on these graphics chipsets are generally considered to be "standard" by NVidia. However, these are by no means set in stone, as any video card manufacturer can choose to produce a video card with different speeds. Usually, the different speeds are faster (and thus beneficial to gamers), but certain video cards in the past have been known to be significantly slower. Therefore this chart is mainly for your enjoyment and general reference and is not meant to be an all-enclusive tome of every video card ever made.

Chipset Name Core Speed RAM Data GPU Data Transistor Notes Extra Info
GeForce 7950 GX2
G71		 500 MHz x 2
? MHz vertex		 600 MHz x 2
256-bit GDDR3
38.4 GB/s		 24 texture units
8 vertex shaders
48 pixel shader
16 ROPs
32 Z-Comp. units		 90 nm
278 mil.
196 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7900 GX2
G71		 500 MHz x 2
? MHz vertex		 600 MHz x 2
256-bit GDDR3
38.4 GB/s		 24 texture units
8 vertex shaders
48 pixel shader
16 ROPs
32 Z-Comp. units		 90 nm
278 mil.
196 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7900 GTX
G71		 650 MHz
700 MHz vertex		 800 MHz
256-bit GDDR3
51.2 GB/s		 24 texture units
8 vertex shaders
48 pixel shader
16 ROPs
32 Z-Comp. units		 90 nm
278 mil.
196 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7900 GT
G71		 450 MHz
470 MHz vertex		 660 MHz
256-bit GDDR3
42.3 GB/s		 24 texture units
8 vertex shaders
48 pixel shader
16 ROPs
32 Z-Comp. units		 90 nm
278 mil.
196 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7600 GT
G73		 560 MHz
560 MHz vertex		 700 MHz
128-bit GDDR3
22.4 GB/s		 12 texture units
5 vertex shaders
24 pixel shader
8 ROPs
16 Z-Comp. units		 90 nm
178 mil.
125 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7600 GS
G73		 400 MHz
400 MHz vertex		 400 MHz
128-bit GDDR2
12.8 GB/s		 12 texture units
5 vertex shaders
24 pixel shader
8 ROPs
16 Z-Comp. units		 90 nm
178 mil.
125 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7300 GT
G73		 350 MHz
350 MHz vertex		 333 MHz
128-bit GDDR2
10.66 GB/s		 8 texture units
5 vertex shaders
16 pixel shader
4 ROPs		 90 nm
178 mil.
125 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7300 GS
G72		 550 MHz
550 MHz vertex		 405 MHz
64-bit GDDR2
6.5 GB/s		 4 texture units
3 vertex shaders
4 pixel shader
2 ROPs		 90 nm
112 mil.
77 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7300 LE
G72		 450 MHz
450 MHz vertex		 350 MHz
64-bit GDDR2
5.6 GB/s		 4 texture units
3 vertex shaders
4 pixel shader
2 ROPs		 90 nm
112 mil.
77 mm2		 TnL+
DX 9+
SM 3.0
GeForce 7800 GS
AGP
G70		 375 MHz
375 MHz vertex		 600 MHz
256-bit GDDR3
38.4 GB/s		 16 texture units
6 vertex shaders
6 pixel shader
8 ROPs		 110 nm
302 mil.		 TnL+
DX 9+
SM 3.0
GeForce 7800 GTX
512 MB
G70		 550 MHz
550 MHz vertex		 850 MHz
256-bit GDDR3
54.4 GB/s		 24 texture units
8 vertex shaders
16 pixel shader
16 ROPs		 110 nm
302 mil.		 TnL+
DX 9+
SM 3.0
GeForce 7800 GTX
G70		 430 MHz
470 MHz vertex		 600 MHz
256-bit GDDR3
38.4 GB/s		 24 texture units
8 vertex shaders
16 pixel shader
16 ROPs		 110 nm
302 mil.		 TnL+
DX 9+
SM 3.0
GeForce 7800 GT
G70		 400 MHz
440 MHz vertex		 500 MHz
256-bit GDDR3
32.0 GB/s		 20 texture units
7 vertex shaders
16 pixel shader
16 ROPs		 110 nm
302 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 GS
PCIe
NV42		 425 MHz 500 MHz
256-bit GDDR3
32.0 GB/s		 12 texture units
5 vertex shaders
12 pixel shader
12 ROPs
12 Z-Comp. units		 110 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 GS
AGP
NV40		 350 MHz 500 MHz
256-bit GDDR3
32.0 GB/s		 12 texture units
5 vertex shaders
12 pixel shader
12 ROPs
12 Z-Comp. units		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 GTO
NV41		 350 MHz 450 MHz
256-bit DDR
28.8 GB/s		 12 pipelines
5 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 UE
NV40/41		 450 MHz 550 MHz
256-bit GDDR3
35.2 GB/s		 16 pipelines
6 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 Ultra
NV40/41		 400 MHz 550 MHz
256-bit GDDR3
35.2 GB/s		 16 pipelines
6 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 GT
NV40/41		 350 MHz 500 MHz
256-bit DDR
32.0 GB/s		 16 pipelines
6 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 XT
NV42		 325 MHz 350 MHz
256-bit DDR
22.4 GB/s		 8 pipelines
4 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800
NV42		 325 MHz 350 MHz
256-bit DDR
22.4 GB/s		 12 pipelines
5 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6800 LE
NV42		 300 MHz 350 MHz
256-bit DDR
22.4GB/s		 8 pipelines
4 vertex shaders		 130 nm
222 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6600 GT
PCIe
NV43		 500 MHz 500 MHz
128-bit DDR
16.0GB/s		 8 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6600 GT
AGP
NV43		 500 MHz 450 MHz
128-bit DDR
14.4GB/s		 8 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6600
NV43		 300 MHz 250 MHz
128-bit DDR2
8.0GB/s		 8 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6600 LE
NV43		 300 MHz 250 MHz
128-bit DDR
8.0GB/s		 4 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6500
NV43		 350 MHz 250 MHz
64-bit DDR
4.0GB/s		 4 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6200
Turbo Cache
(64-bit TC)
NV43		 350 MHz 350 MHz
64-bit DDR
5.6GB/s		 4 pipelines
3 vertex shaders		 110 nm
75 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6200
Turbo Cache
(32-bit TC)
NV43		 350 MHz 350 MHz
32-bit DDR
2.8GB/s		 4 pipelines
3 vertex shaders		 110 nm
75 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6200
AGP 8x
NV43		 300 MHz 250 MHz
128-bit DDR
8.0GB/s		 4 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6200
NV43		 300 MHz 250 MHz
128-bit DDR
8.0GB/s		 4 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce 6200
(64-bit)
NV43		 300 MHz 250 MHz
64-bit DDR
4.0GB/s		 4 pipelines
3 vertex shaders		 110 nm
143 mil.		 TnL+
DX 9+
SM 3.0
GeForce PCX 5950
NV38		 475 MHz 475 MHz
256-bit DDR
30.4GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce PCX 5900
NV38		 350 MHz 275 MHz
256-bit DDR
17.6GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5950 Ultra
NV38		 475 MHz 475 MHz
256-bit DDR
30.4GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5900 Ultra
NV35		 450 MHz 425 MHz
256-bit DDR
27.2GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5900
NV35		 400 MHz 400 MHz
256-bit DDR
25.6GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5900 XT/SE
NV35		 400 MHz 350 MHz
256-bit DDR
22.4GB/s		 4 pipelines
2 TU/pipe		 130 nm
130 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5800 Ultra
NV30		 450 MHz 500 MHz
128-bit DDR2
16.0GB/s		 4 pipelines
2 TU/pipe		 130 nm
125 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5800
NV30		 400 MHz 400 MHz
128-bit DDR2
12.8GB/s		 4 pipelines
2 TU/pipe		 130 nm
125 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce PCX 5750
NV36		 475 MHz 450 MHz
128-bit DDR2
14.4GB/s		 4 pipelines
1 TU/pipe		 130 nm
82 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5700 Ultra
NV36		 475 MHz 450 MHz
128-bit DDR2
14.4GB/s		 4 pipelines
1 TU/pipe		 130 nm
82 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5700
NV36		 425 MHz 275 MHz
128-bit DDR2
8.8GB/s		 4 pipelines
1 TU/pipe		 130 nm
82 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5700 LE
NV36		 250 MHz 200 MHz
128-bit DDR2
6.4GB/s		 4 pipelines
1 TU/pipe		 130 nm
82 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5600 Ultra
NV31		 400 MHz 400 MHz
128-bit DDR
12.8GB/s		 4 pipelines
1 TU/pipe		 130 nm
80 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5600
NV31		 325 MHz 275 MHz
128-bit DDR
8.8GB/s		 4 pipelines
1 TU/pipe		 130 nm
80 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5600 XT
NV31		 235 MHz 200 MHz
128-bit DDR
6.4GB/s		 4 pipelines
1 TU/pipe		 130 nm
80 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5500
NV34		 250 MHz 200 MHz
128-bit DDR
6.4GB/s		 2 pipelines
2 TU/pipe		 150 nm
45 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce PCX 5300
NV34		 325 MHz 325 MHz
128-bit DDR
10.4GB/s		 2 pipelines
2 TU/pipe		 150 nm
45 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5200 Ultra
NV34		 325 MHz 325 MHz
128-bit DDR
10.4GB/s		 2 pipelines
2 TU/pipe		 150 nm
45 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5200
NV34		 250 MHz 200 MHz
128-bit DDR
6.4GB/s		 2 pipelines
2 TU/pipe		 150 nm
45 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce FX 5200
(64-bit)
NV34		 240 MHz 200 MHz
64-bit DDR
3.2GB/s		 2 pipelines
2 TU/pipe		 150 nm
45 mil.		 TnL+
DX 9
PS 2.0
VS 2.0
GeForce4 Ti 4800
(AGP 8x)
NV28		 300 MHz 325 MHz
128-bit DDR
10.4GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 Ti 4800SE
(AGP 8x)
NV25		 275 MHz 275 MHz
128-bit DDR
8.8GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 Ti 4600
NV25		 300 MHz 325 MHz
128-bit DDR
10.4GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 Ti 4400
NV25		 275 MHz 275 MHz
128-bit DDR
8.8GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 Ti 4200
128MB
NV25		 250 MHz 222 MHz
128-bit DDR
7.1GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 Ti 4200
64MB
NV25		 250 MHz 250 MHz
128-bit DDR
8.0GB/s		 4 pipelines
2 TU/pipe		 150 nm
63 mil.		 TnL+
DX 8
PS 1.3
VS 1.1
GeForce4 MX 460
NV17		 300 MHz 275 MHz
128-bit DDR
8.8GB/s		 2 pipelines
2 TU/pipe		 150 nm
29 mil.		 TnL
DX 7
GeForce4 MX 440
(AGP 8x)
NV18		 275 MHz 250 MHz
128-bit DDR
8.0GB/s		 2 pipelines
2 TU/pipe		 150 nm
29 mil.		 TnL
DX 7
GeForce4 MX 440SE
NV17		 270 MHz 183 MHz
64-bit DDR
2.9GB/s		 2 pipelines
2 TU/pipe		 150 nm
29 mil.		 TnL
DX 7
GeForce4 MX 440
NV17		 270 MHz 200 MHz
128-bit DDR
6.4GB/s		 2 pipelines
2 TU/pipe		 150 nm
29 mil.		 TnL
DX 7
GeForce4 MX 420
NV17		 250 MHz 166 MHz
128-bit SDRAM
2.6GB/s		 2 pipelines
2 TU/pipe		 150 nm
29 mil.		 TnL
DX 7
GeForce3 Ti 500
NV20		 240 MHz 250 MHz
128-bit DDR
8.0GB/s		 4 pipelines
2 TU/pipe		 150 nm
57 mil.		 TnL+
DX 8
PS1.1
VS 1.1
GeForce3
NV20		 200 MHz 230 MHz
128-bit DDR
7.3GB/s		 4 pipelines
2 TU/pipe		 150 nm
57 mil.		 TnL+
DX 8
PS1.1
VS 1.1
GeForce3 Ti 200
NV20		 175 MHz 200 MHz
128-bit DDR
6.4GB/s		 4 pipelines
2 TU/pipe		 150 nm
57 mil.		 TnL+
DX 8
PS1.1
VS 1.1
GeForce2 Ultra
NV15		 250 MHz 230 MHz
128-bit DDR
7.3GB/s		 4 pipelines
2 TU/pipe		 180 nm
27 mil.		 TnL
DX 7
GeForce2 Ti
NV15		 250 MHz 200 MHz
128-bit DDR
6.4GB/s		 4 pipelines
2 TU/pipe		 150 nm
27 mil.		 TnL
DX 7
GeForce2 Pro
NV15		 200 MHz 200 MHz
128-bit DDR
6.4GB/s		 4 pipelines
2 TU/pipe		 180 nm
27 mil.		 TnL
DX 7
GeForce2 GTS
NV15		 200 MHz 166 MHz
128-bit DDR
5.3GB/s		 4 pipelines
2 TU/pipe		 180 nm
27 mil.		 TnL
DX 7
GeForce2 GTS-V
NV15		 175 MHz 143 MHz
128-bit DDR
4.6GB/s		 4 pipelines
2 TU/pipe		 180 nm
27 mil.		 TnL
DX 7
GeForce2 MX400
NV11		 200 MHz 166 MHz
64-bit DDR
2.6GB/s		 2 pipelines
2 TU/pipe		 180 nm
18 mil.		 TnL
DX 7
GeForce2 MX
NV11		 175 MHz 166 MHz
64-bit DDR
2.6GB/s		 2 pipelines
2 TU/pipe		 180 nm
18 mil.		 TnL
DX 7
GeForce2 MX200
NV11		 175 MHz 166 MHz
64-bit SDRAM
1.3GB/s		 2 pipelines
2 TU/pipe		 180 nm
18 mil.		 TnL
DX 7
GeForce DDR
NV10		 120 MHz 150 MHz
128-bit DDR
4.8GB/s		 4 pipelines
1 TU/pipe		 0.22 micron
23 mil.		 TnL
DX 7
GeForce 256
NV10		 120 MHz 166 MHz
128-bit SDRAM
2.6GB/s		 4 pipelines
1 TU/pipe		 0.22 micron
23 mil.		 TnL
DX 7
TNT2 Ultra
NV5		 150 MHz 183 MHz
128-bit SDRAM
2.9GB/s		 2 pipelines
1 TU/pipe		 250 nm
15 mil.		 DX ?
TNT2 Pro
NV5		 143 MHz 166 MHz
128-bit SDRAM
2.6GB/s		 2 pipelines
1 TU/pipe		 0.22 micron
15 mil.		 DX ?
TNT2 M64
NV5/6 ?		 150 MHz 150 MHz
64-bit SDRAM
1.2GB/s		 2 pipelines
1 TU/pipe		 ? micron
? mil.		 DX ?
TNT2 Vanta
NV6		 110 MHz 125 MHz
64-bit SDRAM
1.0GB/s		 2 pipelines
1 TU/pipe		 0.22 micron
15 mil.		 DX ?
TNT2 Vanta LT
NV6		 80 MHz 100 MHz
64-bit SDRAM
800MB/s		 2 pipelines
1 TU/pipe		 0.22 micron
15 mil.		 DX ?
TNT2
NV5		 125 MHz 150 MHz
128-bit SDRAM
2.4GB/s		 2 pipelines
1 TU/pipe		 250 nm
15 mil.		 DX ?
TNT
NV4		 90 MHz 110 MHz
128-bit SDRAM
1.7GB/s		 2 pipelines
1 TU/pipe		 0.35 micron
8 mil.		 DX ?
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Last Updated on Saturday, 01 May 2010 03:26