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3D Chipset Specifications

	Voodoo Banshee	Voodoo2	Voodoo2 SLI	V3 2000	V3 3000	V3 3500	V4 4500	V4 4800	V5 5500	V5 6000	Spectre 1000	Spectre 2000	Spectre 3000
3dfx
Core	100MHz	90MHz	90MHz	143MHz	166MHz	183MHz	166MHz	200MHz	166MHz	183MHz	200MHz	200MHz 1xSage	200MHz 1xSage
Pipes	1	1	2x1	1	1	1	2	2	2x2	4x2	4	4	2x4
TMU/Pipe	1	2	2	2	2	2	1	1	1	1	1	1	1
Process	? Million 0.35ľm	? Million 0.35ľm	? Million 0.35ľm	? Million 0.25ľm	? Million 0.25ľm	? Million 0.25ľm	14 Million 0.25ľm	14 Million 0.18ľm	14 Million 0.25ľm	14 Million 0.25ľm	30 Million 0.18ľm	30 Million 0.18ľm	30 Million 0.18ľm
Mem	100MHz 128bit SDRAM	90MHz 192bit SDRAM	90MHz 2x192bit SDRAM	143MHz 128bit SDRAM	166MHz 128bit SDRAM	183MHz 128bit SDRAM	166MHz 128bit SDRAM	200MHz 64bit DDR	166MHz 2x128bit SDRAM	183MHz 4x128bit SDRAM	200MHz 128bit DDR	200MHz 128bit DDR	200MHz 2x128bit DDR
BW	1.6GB/s	2.1GB/s	4.3GB/s	2.3GB/s	2.6GB/s	2.9GB/s	2.6GB/s	3.2GB/s	5.3GB/s	11.7GB/s	6.4GB/s	6.4GB/s	12.8GB/s
Filter	Bilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso
FSAA	--	--	--	--	--	--	2xRGSS	2xRGSS	2xRGSS 4xRGSS	2xRGSS 4xRGSS 8xRGSS	2xRGMS 4xRGMS	2xRGMS 4xRGMS	2xRGMS 4xRGMS
T+L	--	--	--	--	--	--	--	--	--	--	Yes	Yes	Yes
Pixel/ Vertex	--	--	--	--	--	--	--	--	--	--	PS 1.1	PS 1.1 VS 1.0	PS 1.1 VS 1.0
ATI
	Rage 128	Rage 128 Pro	Rage Fury MAXX	Radeon SDR 7200	Radeon VE 7000	Radeon LE DDR	Radeon AIW DDR	Radeon DDR	Radeon 7500	Radeon AIW 7500	Radeon 7500LE
Core	103MHz	125MHz	135MHz	166MHz	183MHz	148MHz	166MHz	183MHz	270MHz	260MHz	250MHz
Pipes	2	2	2x2	2	1	2	2	2	2	2	2
TMU/Pipe	2	2	2	3	3	3	3	3	3	3	3
Process	? Million 0.25ľm	? Million 0.25ľm	? Million ?ľm	30 Million 0.18ľm	? Million 0.18ľm	30 Million 0.18ľm	30 Million 0.18ľm	30 Million 0.18ľm	30 Million 0.15ľm	30 Million 0.15ľm	30 Million 0.15ľm
Mem	103MHz 128bit SDRAM	143MHz 128bit SDRAM	155MHz 2x128bit SDRAM	166MHz 128bit SDRAM	183MHz 64bit DDR	148MHz 128bit DDR	166MHz 128bit DDR	183MHz 128bit DDR	230MHz 128bit DDR	180MHz 128bit DDR	160MHz 128bit DDR
BW	1.6GB/s	2.3GB/s	4.9GB/s	2.6GB/s	2.9GB/s	4.7GB/s	5.3GB/s	5.8GB/s	7.3GB/s	5.7GB/s	5.1GB/s
Filter	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso
FSAA	not really	not really	not really	1x2OGSS 2x2OGSS	?	1x2OGSS 2x2OGSS	1x2OGSS 2x2OGSS	1x2OGSS 2x2OGSS	1x2OGSS 2x2OGSS	1x2OGSS 2x2OGSS	1x2OGSS 2x2OGSS
T+L	--	--	--	Fixed	--	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed
Pixel/ Vertex	--	--	--	--	--	--	--	--	--	--	--

	Radeon 8500	Radeon 8500LE 9100	Radeon 8500LELE	Radeon AIW 8500 64MB	Radeon AIW 8500 128MB	Radeon 9000	Radeon 9000 Pro	Radeon 9200SE	Radeon 9200	Radeon 9200 Pro
Core	275MHz	250MHz	230MHz	230MHz	275MHz	250MHz	275MHz	200MHz	250MHz	300MHz
Pipes	4	4	4	4	4	4	4	4	4	4
TMU/Pipe	2	2	2	2	2	1	1	1	1	1
Process	60 Million 0.15ľm	60 Million 0.15ľm	60 Million 0.15ľm	60 Million 0.15ľm	60 Million 0.15ľm	36 Million 0.15ľm	36 Million 0.15ľm	36 Million 0.15ľm	36 Million 0.15ľm	36 Million 0.15ľm
Mem	275MHz 128bit DDR	250MHz 128bit DDR	230MHz 128bit DDR	190MHz 128bit DDR	275MHz 128bit DDR	200MHz 128bit DDR	275MHz 128bit DDR	166MHz 128bit DDR	200MHz 128bit DDR	300MHz 128bit DDR
BW	8.8GB/s	8.0GB/s	7.3GB/s	6.1GB/s	8.8GB/s	6.4GB/s	8.8GB/s	5.3GB/s	6.4GB/s	9.6GB/s
Filter	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso	Bilinear DualBilinear 16 Aniso 128 Aniso
FSAA	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS	?x?OGSS
T+L	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed
Pixel/ Vertex	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1	PS 1.4 VS 1.1

	RV370	Radeon 9500	Radeon 9500 Pro	Radeon 9600	Radeon 9600SE	Radeon 9600 Pro	Radeon 9600 Pro AIW	Radeon 9600 XT	Radeon 9600 XT 256MB	RV380	Radeon 9700	Radeon 9700 Pro
Core	?MHz	275MHz	275MHz	325MHz	325MHz	400MHz	400MHz	500MHz	450MHz	?MHz	275MHz	325MHz
Pipes	4	4	8	4	4	4	4	4	4	4	8	8
TMU/Pipe	1	1	1	1	1	1	1	1	1	1	1	1
Process	? Million 0.13ľm	107 Million 0.15ľm	107 Million 0.15ľm	75 Million 0.13ľm	75 Million 0.13ľm	75 Million 0.13ľm	75 Million 0.13ľm	75 Million 0.13ľm	75 Million 0.13ľm	75 Million 0.13ľm	107 Million 0.15ľm	107 Million 0.15ľm
Mem	?MHz 128bit DDR	275MHz 128bit DDR	275MHz 128bit DDR	200MHz 128bit DDR	200MHz 128bit DDR	300MHz 128bit DDR	325MHz 128bit DDR	300MHz 128bit DDR	275MHz 128bit DDR	?MHz 128bit DDR	275MHz 256bit DDR	310MHz 256bit DDR
BW	?GB/s	8.8GB/s	8.8GB/s	6.4GB/s	6.4GB/s	9.6GB/s	10.4GB/s	9.6GB/s	8.8GB/s	?GB/s	17.6GB/s	19.8GB/s
Filter	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso
FSAA	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma
T+L	Program	Program	Program	Program	Program	Program	Program	Program	Program	Program	Program	Program
Pixel/ Vertex	PS 2.0 VS ?	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0

	Radeon 9800SE	Radeon 9800	Radeon 9800 Pro	Radeon 9800 Pro 256MB	Radeon 9800 XT	R420	R500
Core	275MHz	325MHz	380MHz	380MHz	412MHz	?MHz	?MHz
Pipes	4	8	8	8	8	?	?
TMU/Pipe	1	1	1	1	1	?	?
Process	110 Million 0.15ľm	110 Million 0.15ľm	110 Million 0.15ľm	110 Million 0.15ľm	110 Million 0.15ľm	? Million 0.13ľm	? Million 0.11ľm
Mem	275MHz 256bit DDR	310MHz 256bit DDR	340MHz 256bit DDR	350MHz 256bit DDR II	365MHz 256bit DDR	?MHz 256bit DDR II	?MHz ?bit DDR?
BW	17.6GB/s	19.8GB/s	21.8GB/s	22.4GB/s	23.4GB/s	?GB/s	?GB/s
Filter	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso
FSAA	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	2xRGMS 4xRGMS 6xRGMS Gamma	?	?
T+L	Program	Program	Program	Program	Program	Program	?
Pixel/ Vertex	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	?	?
Matrox
	G200	G400	G400 MAX	G450	G550	Parhelia	Parhelia OEM	Parhelia 256MB
Core	100MHz	125MHz	150MHz	125MHz	125MHz	220MHz	220MHz	200MHz
Pipes	1	1	1	2	2	4	4	4
TMU/Pipe	1	3	3	1	2	4	4	4
Process	? Million ?ľm	? Million 0.25ľm	? Million 0.25ľm	? Million 0.18ľm	? Million 0.18ľm	80 Million 0.15ľm	80 Million 0.15ľm	80 Million 0.15ľm
Mem	100MHz 64bit SDRAM	166MHz 128bit SDRAM	200MHz 128bit SDRAM	166MHz 64bit DDR	166MHz 64bit DDR	275MHz 256bit DDR	250MHz 256bit DDR	250MHz 256bit DDR
BW	0.8GB/s	2.6GB/s	3.2GB/s	2.6GB/s	2.6GB/s	17.6GB/s	16GB/s	16GB/s
Filter	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso
FSAA	--	--	--	--	--	2xOGSS 4xOGSS 16xFragment	2xOGSS 4xOGSS 16xFragment	2xOGSS 4xOGSS 16xFragment
T+L	--	--	--	--	not really	?	?	?
Pixel/ Vertex	--	--	--	--	--	PS 1.3 VS 2.0	PS 1.3 VS 2.0	PS 1.3 VS 2.0
nVidia
	TNT	TNT2	TNT2 Vanta LT	TNT2 Vanta	TNT2 M64	TNT2 Pro	TNT2 Ultra
Core	90MHz	125MHz	80MHz	110MHz	150MHz	143MHz	150MHz
Pipes	2	2	2	2	2	2	2
TMU/Pipe	1	1	1	1	1	1	1
Process	8 Million 0.35ľm	15 Million 0.25ľm	15 Million 0.22ľm	15 Million 0.22ľm	? Million ?ľm	15 Million 0.22ľm	15 Million 0.25ľm
Mem	110MHz 128bit SDRAM	150MHz 128bit SDRAM	100MHz 64bit SDRAM	125MHz 64bit SDRAM	150MHz 64bit SDRAM	166MHz 128bit SDRAM	183MHz 128bit SDRAM
BW	1.7GB/s	2.4GB/s	0.8GB/s	1.0GB/s	1.2GB/s	2.6GB/s	2.9GB/s
Filter	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear

	GF 256	GF DDR	GF2 MX200	GF2 MX	GF2 MX400	GF2 GTS-V	GF2 GTS	GF2 Pro	GF2 Ti	GF2 Ultra
Core	120MHz	120MHz	175MHz	175MHz	200MHz	175MHz	200MHz	200MHz	250MHz	250MHz
Pipes	4	4	2	2	2	4	4	4	4	4
TMU/Pipe	1	1	2	2	2	2	2	2	2	2
Process	23 Million 0.22ľm	23 Million 0.22ľm	18 Million 0.18ľm	18 Million 0.18ľm	18 Million 0.18ľm	27 Million 0.18ľm	27 Million 0.18ľm	27 Million 0.18ľm	27 Million 0.15ľm	27 Million 0.18ľm
Mem	166MHz 128bit SDRAM	150MHz 128bit DDR	166MHz 64bit SDRAM	166MHz 64bit DDR	166MHz 64bit DDR	143MHz 128bit DDR	166MHz 128bit DDR	200MHz 128bit DDR	200MHz 128bit DDR	230MHz 128bit DDR
BW	2.6GB/s	4.8GB/s	1.3GB/s	2.6GB/s	2.6GB/s	4.6GB/s	5.3GB/s	6.4GB/s	6.4GB/s	7.3GB/s
Filter	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso
FSAA	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS	1x2OGSS 2.25xOGSS 2x2OGSS 2x2OGSS+9 3x3OGSS 4x4OGSS
T+L	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed	Fixed
Pixel/ Vertex	--	--	--	--	--	--	--	--	--	--

	GF3 Ti200	GF3	GF3 Ti500	GF4 MX420	GF4 MX440	GF4 MX440SE	GF4 MX440 AGP 8x	GF4 MX460	GF4 Ti4200 64MB	GF4 Ti4200 128MB	GF4 Ti4400	GF4 Ti4600	GF4 Ti4800SE
Core	175MHz	200MHz	240MHz	250MHz	270MHz	270MHz	275MHz	300MHz	250MHz	250MHz	275MHz	300MHz	275MHz
Pipes	4	4	4	2	2	2	2	2	4	4	4	4	4
TMU/Pipe	2	2	2	2	2	2	2	2	2	2	2	2	2
Process	57 Million 0.15ľm	57 Million 0.15ľm	57 Million 0.15ľm	29 Million 0.15ľm	29 Million 0.15ľm	29 Million 0.15ľm	29 Million 0.15ľm	29 Million 0.15ľm	63 Million 0.15ľm	63 Million 0.15ľm	63 Million 0.15ľm	63 Million 0.15ľm	63 Million 0.15ľm
Mem	200MHz 128bit DDR	230MHz 128bit DDR	250MHz 128bit DDR	166MHz 128bit SDRAM	200MHz 128bit DDR	183MHz 128bit SDRAM	250MHz 128bit DDR	275MHz 128bit DDR	250MHz 128bit DDR	222MHz 128bit DDR	275MHz 128bit DDR	325MHz 128bit DDR	275MHz 128bit DDR
BW	6.4GB/s	7.3GB/s	8.0GB/s	2.6GB/s	6.4GB/s	2.9GB/s	8.0GB/s	8.8GB/s	8.0GB/s	7.1GB/s	8.8GB/s	10.4GB/s	8.0GB/s
Filter	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 2 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso
FSAA	2xRGMS 2xRGMS+5 4xOGMS Mode 4 Mode 5 4xS 6xS 8xS 4xOGMS+9	2xRGMS 2xRGMS+5 4xOGMS Mode 4 Mode 5 4xS 6xS 8xS 4xOGMS+9	2xRGMS 2xRGMS+5 4xOGMS Mode 4 Mode 5 4xS 6xS 8xS 4xOGMS+9	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6x 6xS 8x 8xS
T+L	Program	Program	Program	Fixed	Fixed	Fixed	Fixed	Fixed	Program	Program	Program	Program	Program
Pixel/ Vertex	PS 1.1 VS 1.1	PS 1.1 VS 1.1	PS 1.1 VS 1.1	--	--	--	--	--	PS 1.3 VS 1.1	PS 1.3 VS 1.1	PS 1.3 VS 1.1	PS 1.3 VS 1.1	PS 1.3 VS 1.1

	GF FX 5200	GF FX 5200 Ultra	GF FX 5600	GF FX 5600 Ultra	GF FX 5700 Ultra	GF FX 5800	GF FX 5800 Ultra	GF FX 5900	GF FX 5900 Ultra	GF FX 5950	NV40	NV45
Core	250MHz	325MHz	325MHz	400MHz	450MHz	400MHz	500MHz	400MHz	450MHz	475MHz	?MHz	?MHz
Pipes	2	2	4	4	4	4	4	4	4	4	?	?
TMU/Pipe	2	2	1	1	1	2	2	2	2	2	?	?
Process	45 Million 0.15ľm	45 Million 0.15ľm	80 Million 0.13ľm	80 Million 0.13ľm	? Million 0.13ľm	125 Million 0.13ľm	125 Million 0.13ľm	130 Million 0.13ľm	130 Million 0.13ľm	130 Million 0.13ľm	150 Million 0.13ľm	? Million 0.11ľm
Mem	200MHz 128bit DDR	325MHz 128bit DDR	275MHz 128bit DDR	400MHz 128bit DDR	400MHz 128bit DDR	400MHz 128bit DDR II	500MHz 128bit DDR II	400MHz 256bit DDR	425MHz 256bit DDR	475MHz 256bit DDR	???MHz ?bit DDR?	???MHz ?bit DDR?
BW	6.4GB/s	10.4GB/s	8.8GB/s	12.8GB/s	12.8GB/s	12.8GB/s	16.0GB/s	25.6GB/s	27.2GB/s	30.4GB/s	???GB/s	???GB/s
Filter	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	Bilinear Trilinear 8 Aniso	?	?
FSAA	2xRGMS 2xRGMS+5 4xOGMS 4xS	2xRGMS 2xRGMS+5 4xOGMS 4xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	2xRGMS 2xRGMS+5 4xOGMS 4xS 6xS new 6xS 8xS new 8xS	?	?
T+L	Program	Program	Program	Program	Program	Program	Program	Program	Program	Program	?	?
Pixel/ Vertex	PS 2.0	PS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	?	?
S3 (VIA)
	Savage4	Savage4 Pro	Savage 2000	DC S4	DC S4 Nitro	DC S8	DC S8 Nitro	DC F1	DC F1 Pole
Core	125MHz	125MHz	125MHz	?MHz	?MHz	275MHz	315MHz	?MHz	?MHz
Pipes	1	1	2	4	4	8	8	8	8
TMU/Pipe	2	2	2	1	1	1	1	1	1
Process	? Million ?ľm	? Million ?ľm	? Million ?ľm	? Million 0.13ľm	? Million 0.13ľm	? Million 0.13ľm	? Million 0.13ľm	? Million 0.13ľm	? Million 0.13ľm
Mem	125MHz 128bit SDRAM	143MHz 128bit SDRAM	155MHz 128bit SDRAM	275MHz 128bit DDR	300MHz 128bit DDR	275MHz 128bit DDR	300MHz 128bit DDR	?MHz 128bit DDR	?MHz 128bit DDR
BW	2.0GB/s	2.2GB/s	2.5GB/s	8.8GB/s	9.6GB/s	8.8GB/s	9.6GB/s	?GB/s	?GB/s
Filter	?	?	?	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso	Bilinear Trilinear 16 Aniso
FSAA	?	?	?	2xSS	2xSS	2xSS	2xSS	2xSS	2xSS
Pixel/ Vertex	--	--	--	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0
SiS
	Xabre 80	Xabre 200	Xabre 400	Xabre 600	Xabre II	341
Core	183MHz	200MHz	250MHz	300MHz	375MHz	?MHz
Pipes	4	4	4	4	8	4
TMU/Pipe	2	2	2	2	1	1
Process	? Million 0.15ľm	? Million 0.15ľm	? Million 0.15ľm	? Million 0.13ľm	85 Million 0.13ľm	? Million ?ľm
Mem	166MHz 64bit DDR	166MHz 128bit DDR	250MHz 128bit DDR	300MHz 128bit DDR	500MHz 128bit DDR II	?MHz ?bit DDR
BW	2.6GB/s	5.3GB/s	8.0GB/s	9.6GB/s	16.0GB/s	?GB/s
Filter	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear	Bilinear Trilinear 4 Aniso	Bilinear Trilinear ? Aniso
FSAA	1x2OGSS	1x2OGSS	Blur 1x2OGSS	Blur 1x2OGSS	?	?
T+L	Fixed	Fixed	Fixed	Fixed	?	?
Pixel/ Vertex	PS 1.3	PS 1.3	PS 1.3	PS 1.3	PS 2.0 VS 2.0	PS 2.0 VS 2.0
STMicro/Imagination
	Kyro	Kyro II	Kyro II SE	~~Kyro3~~	???
Core	125MHz	175MHz	200MHz	250MHz	?MHz
Pipes	2	2	2	4	?
TMU/Pipe	1	1	1	1	?
Process	12 Million 0.25ľm	15 Million 0.18ľm	15 Million 0.18ľm	? Million ?ľm	? Million 0.13ľm
Mem	125MHz 128bit SDRAM	175MHz 128bit SDRAM	200MHz 128bit SDRAM	???MHz 128bit DDR	???MHz ?bit DDR
BW	2.0GB/s	2.8GB/s	3.2GB/s	???GB/s	???GB/s
Filter	Bilinear Trilinear 4 Aniso	Bilinear Trilinear 4 Aniso	Bilinear Trilinear 4 Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso
FSAA	1x2OGSS 2x1OGSS 2x2OGSS	1x2OGSS 2x1OGSS 2x2OGSS	1x2OGSS 2x1OGSS 2x2OGSS	?	?
T+L	--	--	--	Yes	?
Pixel/ Vertex	--	--	--	--	?
Trident
	XP4 T1	XP4 T2	XP4 T3
Core	250MHz	250MHz	300MHz
Pipes	4	4	4
TMU/Pipe	2	2	2
Process	30 Million 0.13ľm	30 Million 0.13ľm	30 Million 0.13ľm
Mem	250MHz 64bit DDR	250MHz 128bit DDR	300MHz 128bit DDR
BW	4.0GB/s	8.0GB/s	9.6GB/s
Filter	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso
FSAA	? SS	? SS	? SS
T+L	--	--	--
Pixel/ Vertex	DX 8.1	DX 8.1	DX 8.1
XGI (SiS/Trident)
	Volari V3	Volari V5	Volari V5 Ultra	Volari V8	Volari V8 Ultra	Volari Duo V5 Ultra	Volari Duo V8 Ultra
Core	300MHz	300MHz	350MHz	300MHz	350MHz	350MHz	350MHz
Pipes	2	2	2	4	4	2x2	2x4
TMU/Pipe	?	2	2	2	2	2	2
Process	25 Million 0.13ľm	? Million ?ľm	? Million ?ľm	? Million ?ľm	? Million ?ľm	? Million ?ľm	? Million ?ľm
Mem	300MHz 128bit DDR	325MHz 128bit DDR	375MHz 128bit DDR	325MHz 128bit DDR	375MHz 128bit DDR	375MHz 2x128bit DDR	375MHz 2x128bit DDR
BW	9.6GB/s	10.4GB/s	12.0GB/s	10.4GB/s	12.0GB/s	24.0GB/s	24.0GB/s
Filter	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso	Bilinear Trilinear ? Aniso
FSAA	Yes?	2xFSAA 4xFSAA	2xFSAA 4xFSAA	2xFSAA 4xFSAA	2xFSAA 4xFSAA	2xFSAA 4xFSAA	2xFSAA 4xFSAA
T+L	?	Program	Program	Program	Program	Program	Program
Pixel/ Vertex	DX 8.1	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0	PS 2.0 VS 2.0

Anti-aliasing:
- 1x2: Sample image at double the resolution in the Y-direction only and then downsample (e.g 800x1200 downsampled to 800x600). This anti-aliases near-horizontal lines only; vertical edges are not affected.
- 2x1: Same as 1x2, but on opposite axes. Not as good-looking as 1x2; horizontal lines are more plentiful and edge crawling is generally more noticable on horizontal edges than vertical ones.
- 2x2: Oversample at double the resolution in both X- and Y-directions, then downsample.
- OG: Ordered Grid
- RG: Rotated Grid
- MS: Multi-Sample
- SS: Super Sample
- Gamma: Card supports Gamma-correct blending, which produces a very smooth edge gradient.
Trilinear filtering on the Voodoo5 cannot be used while multi-texturing.
The Radeon 8500 uses some flavor of dual bilinear instead of trilinear filtering.
The Radeon 8500, 9100, and 9200 use an adaptive anisotropic filtering method rather than always using a fixed number of samples. And they do bilinear filtering instead of trilinear when aniso is enabled. There are also "32", "64", and "128" settings for OpenGL aniso; not sure exactly what they do, but they are different from the 16 sample and lower settings [B3D Thread].

In Quality mode the Radeon 8500, 9100, and 9200 use an OGSS solution that jitters at the sub-pixel level (rather than jittering the vertices themselves like the V5's RGSS) [B3D Thread]. Performance mode is a series of OGSS modes [B3D Article]. My guesstimates:

	Performance	Quality
2x	1x2OGSS	2xRGSS
3x	1.5x2OGSS	1x3OGSS
4x	2x2OGSS	4xRGSS
5x	2x2.5OGSS	2x3OGSS
6x	2.5x2.5OGSS	2.5x3OGSS

Some off-brand (non ATI) Radeon 8500LE and 9100 cards have their memory clocked as low as 166MHz. Normally it runs at 250MHz, a significant difference.
The 'Performance' Aniso mode on the Radeon 9500/9600/9700/9800 chips is similar to the one on the Radeon 8500, and can only do bilinear filtering when aniso is enabled. 'Quality' mode is slightly slower, but can do trilinear with aniso. Anisotropic filtering on the 9500/9600/9700/9800 is not negatively affected by planes at ~45° like the Radeon 8500 is.
Some off-brand (non ATI) Radeon 9600 Pro cards may come with memory cloked at 200MHz rather than the normal 300MHz.
The Matrox Parhelia is limited to using bilinear when doing 16-sample anisotropic filtering. It can do 8-sample aniso with trilinear. But unfortunately the drivers currently limit anisotropic filtering to 2 samples.
The Matrox Parhelia does something called Fragment AA, which is a 16xOGSS AA, but it picks out and samples only the edges of objects.
Some Geforce 2 MX cards run at 143/143 or 166/166 rather than the "standard" 175/166.
Some Geforce 2 MX400 cards run at 200/175 rather than the "standard" 200/166.
On the GeForce 2 you can set a high MIP-Map level or low MIP-Map level in combination with the chosen FSAA level. This simply adjusts the LOD to give a better resulting image; it's not specifically an FSAA thing [B3D Article]. The "2.25x" FSAA sampling method (1.5x1.5 oversample by 50% in both directions) is only found in certain driver revs.
Geforce3 chips have three "mystery" FSAA modes (4, 5, and 6) for D3D [B3D Thread]. And one extra 4xOGMS plus 9-tap filter for OpenGL.
- Mode 1: 2xRGMS
- Mode 2: 2xRGMS plus 5-tap filter (aka Quincunx)
- Mode 3: 4xOGMS
- Mode 4: 2xRGMS plus 9-tap filter
- Mode 5: 2xRGMS plus 1x2OGSS
- Mode 6: 2xRGMS plus 1x2OGSS plus 9-tap filter (aka 4xS)
The 4xS mode on the GeForce 4 appears to be 2xRGMS combined with 1x2OGSS plus 9-tap filter.
Geforce3 and Geforce4 chips now have two more modes that have been revealed in drivers [B3D Thread].
- Mode 6: 2xRGMS plus 1.5x2OGSS (aka 6xS)
- Mode 7: 2xRGMS plus 2x2OGSS (aka 8xS)
Clock speeds for the Geforce4 Ti4200 can vary significantly from one manufacturer to the next.
The Geforce4 Ti4800SE is the same as the Ti4600 except that it is clocked lower and supports AGP 8x.
Like the Radeon 9700 the GeForce FX can opt to take fewer samples when doing anisotropic filtering to achieve greater speeds while losing very little visual quality.
On the Geforce FX "2xRGMS" and Quincunx ("2xRGMS+5") are done differently than on previous chips; they mostly utilize a post filter to show AA effects.
The new 6xS and 8xS on the Geforce FX are different than the 6xS and 8xS modes on the GF3/4 chips. The older modes can be enabled with third party utilities [B3D Thread].
- 4x: 4xOGMS
- 6x: 4xOGMS plus 1.5x1OGSS
- 8x: 4xOGMS plus 2x1OGSS
- 6xS: 2xRGMS plus 1.5x2OGSS
- 8xS: 2xRGMS plus 2x2OGSS
- new "6xS": 2xOGMS plus 1x3OGSS
- new "8xS": 4xOGMS plus 1x2OGSS
Drivers for the GeForce FX chips starting at rev. 52.10 greatly reduce trilinear and anisotropic filtering quality. These 'optimizations' appear not to affect older chips (e.g. GeForce4 and below) [3D Center Article].
FSAA on the S3 DeltaChrome chips maxes out at 1024x768.
The SiS Xabre 80 may be paired with 64-bit DDR or 128-bit SDRAM memory.
Trilinear filtering on the Xabre 400 and 600 only seems to be available at 640x480 and lower.
On the Xabre 400 and 600 chips, 3xFSAA and 4xFSAA modes appear to be the same setting. And 2x mode is some sort of blur filter.

Codenames

SST1 - Voodoo 1
Avenger - Voodoo 3
Napalm (VSA-100) - Voodoo4/5
Daytona (VSA-101) - Voodoo4 4800 (V5 w/ 64-bit DDR)
Rampage - Spectre (rasterizer and pixel shader part)
Sage - T&L and vertex shader chip for Spectre
Fear - Fusion rasterizer w/ Gigapixel tiled renderer + Sage2 combo (DX 8.1)
Mojo - Integrated Fear and Sage 2; tiled renderer

Rage 6, R100 - Radeon, Radeon 7200
RV100 - Radeon VE, 7000
RV200 - Radeon 7500
R200 - Radeon 8500LELE, 8500LE, 8500, 9100
RV250 - Radeon 9000, 9000 Pro
RV280 - Radeon 9200, 9200 Pro (AGP 8x)
R300 - Radeon 9500, 9500 Pro, 9700, 9700 Pro
R350 - Radeon 9800SE, 9800, 9800 Pro
~~R350 (0.13ľm)~~ - ???
R360 - Radeon 9800 XT
RV350 - Radeon 9600, 9600 Pro
RV360 - Radeon 9600SE, 9600 XT (Low-K)
RV370 - ??? (PCI Express)
RV380 - ??? (PCI Express RV360)
R390, R420 - ???
R423 - ??? (PCI Express R420)
R450 - ???
~~R400~~, R500 - ???

Twister - G100
Eclipse - G200
Toucan - G400
Condor 1 - G450, G550
Condor 2 - G800
Parhelia 512
Parhelia II

NV3 - Riva
NV4 - TNT
NV5 - TNT2
NV6 - Vanta
NV10 - GeForce
NV11 - GeForce 2 MX
NV15 - GeForce 2
NV17 - GeForce 4 MX
NV18 - GeForce 4 MX (AGP 8x)
NV20 - GeForce 3
NV25 - GeForce 4 Ti
NV28 - GeForce 4 Ti (AGP 8x)
NV30 - GeForce FX 5800, 5800 Ultra
NV31 - GeForce FX 5600, 5600 Ultra
NV34 - GeForce FX 5200, 5200 Ultra
NV35 - GeForce FX 5900, 5900 Ultra
NV36 - GeForce FX 5700, 5700 Ultra
NV38 - GeForce FX 5950
NV40 - ???
NV41 - ???
NV42 - ???
NV45 - ???
NV50 - ???

328 - Xabre 80
332 - Xabre 200
334 - Xabre 400
336 - Xabre 600
340 - Xabre II
341 - ???

STG 4000X - Kyro
STG 4500 (PowerVR 3) - Kyro II
STG 4800 - Kyro II SE (Ultra)
STG 5500 (PowerVR 4) - Kyro 3
PowerVR 5 - ???

Relative Performance Ranking

A rough guide to relative performance of various of video cards. List favors higher resolutions and faster CPUs. Most cards generally stay within a position or two of their current listing. Kyro chips, however, can vary a lot depending on what it's doing. Collected from links below.

Mystique
Rendition V1000
Voodoo Rush
Voodoo 4MB
Voodoo 6MB (Canopus)
Rage Pro (Xpert@play, Xpert98)
i752 (integrated Intel 810)
Riva 128
Rendition V2100
Riva 128ZX
i740
Rendition V2200
i754 (integrated Intel 815)
TNT2 Vanta LT
Voodoo Banshee
Permedia3
G200
Savage4
Voodoo2
TNT2 Vanta
Rage 128 (Xpert 2000)
VIA P4M-266 (integrated Savage8)
TNT
TNT2 M64
Savage4 Pro
AIW 128
Voodoo2 SLI
V3 2000
SiS 650 (integrated SiS 315)
G450
G550
G400
TNT2
V3 3000
G400 MAX
V3 3500
TNT2 Pro
TNT2 Ultra
i845GL (integrated Intel Extreme)
i845G (integrated Intel Extreme)
nForce 220 (integrated GF2 MX)
Savage 2000 (Diamond Viper II)
i865G (integrated Intel Extreme 2)
GF2 MX200
V4 4500
Rage Fury MAXX
nForce 420 (integrated GF2 MX)
Kyro
Radeon VE 7000
GF 256 SDR
GF2 MX
GF2 MX400
Radeon SDR 7200
Radeon 9200SE
GF4 MX420
GF4 MX440 SE
GF2 GTS-V
Radeon LE
GF DDR
Radeon DDR
V5 5500
GF2 GTS
Kyro II
GF2 Pro
Kyro II SE
GF2 Ti
Radeon 7500
Xabre 400
GF4 MX440
GF2 Ultra
GF4 MX460
Radeon 9000
GF FX 5200
Radeon 9100 IGP (integrated Radeon 9100)
Xabre 600
Radeon 9000 Pro
GF FX 5200 Ultra
GF3 Ti200
Radeon 9500
Parhelia
GF FX 5600
Radeon 9100
Radeon 8500LE
GF3
GF3 Ti500
Radeon 8500
GF4 Ti4200
GF FX 5600 Ultra
Radeon 9600 Pro
GF4 Ti4400
Radeon 9500 Pro
GF4 Ti4800 SE
GF4 Ti4600
Radeon 9700
GF FX 5800
GF FX 5800 Ultra
Radeon 9700 Pro
Radeon 9800
GF FX 5900 Ultra
Radeon 9800 Pro
Radeon 9800 Pro 256MB
Radeon 9800 XT

3D Concept.net - German page of chip specs.
Accelenation - 7 Years of Graphics.
AnandTech - Banshee, V2, V2 SLI, V3 2000, V3 3000, Rage Fury 128, TNT
AnandTech - Banshee, V2, V2 SLI, V3 2000, V3 3000, Rage Fury, TNT, TNT2, Savage4 Pro
AnandTech - Banshee, V2, V2 SLI, V3 2000, V3 3000, Rage Fury, G400, G400MAX, TNT2, Savage4 Pro
AnandTech - V3 2000, V3 3000, G400, G400MAX, TNT2 M64, TNT2, TNT2 Pro, TNT2 Ultra
AnandTech - Velocity 100, V3 2000, V3 3000, G400, G400MAX, TNT2 M64, TNT2, TNT2 Pro, TNT2 Ultra, Savage4 Pro
AnandTech - V3 2000, V3 3000, V3 3500, G400, G400MAX, TNT2, TNT2 Ultra, GF 256, Savage 2000
AnandTech - V3 3000, V4 4500, V5 5500, Rage 128 Pro, Rage Fury MAXX, Kyro, G400MAX, GF 256, TNT2 Ultra, GF DDR, GF2 GTS, Savage 2000
AnandTech - V5 5500, Rage Fury MAXX, GF DDR, GF2 GTS
AnandTech - V3 3000, V4 4500, V5 5500, Rage 128 Pro, Rage Fury MAXX, TNT2 Ultra, GF 256, GF DDR, GF2 MX, GF2 GTS
AnandTech - V3 3000, V4 4500, V5 5500, Rage 128 Pro, Rage Fury MAXX, Radeon DDR, TNT2 Ultra, GF 256, GF DDR, GF2 MX, GF2 GTS
AnandTech - V5 5500, Rage Fury MAXX, Radeon DDR, TNT2 Ultra, GF DDR, GF 256, GF2 MX, GF2 GTS, GF2 Ultra, Savage 2000
AnandTech - V4 4500, V5 5500, Rage Fury MAXX, Radeon DDR, G400MAX, TNT2 Ultra, GF 256, GF DDR, GF2 MX, GF2 GTS, GF2 Ultra, Savage 2000
AnandTech - G400, G400MAX, G450, TNT2 Ultra, GF DDR, GF2 MX
AnandTech - V4 4500, Radeon VE, Radeon 7200, G450, GF2 MX
AnandTech - V5 5500, Radeon 7200, Radeon DDR, Kyro2, GF2 MX, GF2 GTS, GF2 Pro, GF2 Ultra
AnandTech - V5 5500, Radeon 7200, Radeon DDR, Kyro2, GF2 MX, GF2 MX400, GF2 GTS, GF2 Pro
AnandTech - Radeon 7200, Radeon LE, Radeon DDR, Kyro2, GF2 MX400, GF2 GTS, GF2 Pro
AnandTech - Radeon DDR, Radeon 7500, Radeon 8500, Kyro2, GF2 MX400, GF2 Pro, GF3
AnandTech - Radeon 7500, nForce 220, nForce 420, GF2 MX400, GF3
AnandTech - Radeon 8500LE, Radeon 8500, GF2 Ti, GF3 Ti200, GF3, GF3 Ti500, GF4 MX440, GF4 MX460, GF4 Ti4400, GF4 Ti4600
AnandTech - Radeon 7500, Radeon 8500LE, Radeon 8500, Radeon 9000 Pro, Parhelia, GF4 MX440, GF4 MX460, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
AnandTech - Radeon 9700 Pro, GF4 Ti4600
AnandTech - Radeon 9500 Pro, Radeon 9700, Radeon 9700 Pro, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
AnandTech - Radeon 9700, Radeon 9700 Pro, GF FX 5800, GF FX 5800 Ultra
AnandTech - Radeon 9700 Pro, Radeon 9800 Pro, GF FX 5800 Ultra
AnandTech - Radeon 9000 Pro, Radeon 9500 Pro, GF4 MX440, GF4 Ti4200, GF FX 5200 Ultra, GF FX 5600 Ultra
AnandTech - Radeon 9500, Radeon 9500 Pro, Radeon 9600 Pro, GF3 Ti500, GF4 Ti4200, GF4 Ti4600
Area 3D - Graphics cards specs.
Area 3D - Graphics cards overview.
Ars Technica Compilation
Ars Technica GeForce Compilation
Beyond 3D - Graphics chip comparison chart.
Beyond 3D - Radeon 8500, Radeon 9700 Pro
Beyond 3D - Radeon 9000 Pro, Radeon 9500, Radeon 9700 Pro
Beyond 3D - i845, i865
Beyond 3D - Radeon 9100 IGP, Radeon 9200SE, GF4 MX440SE, GF FX 5200
Digitlife - TNT2, GF2 MX200, GF2 MX, GF2 MX400, GF2 GTS
Digitlife - Radeon 9000 Pro, GF4 MX440, Xabre 400, Xabre 600
Digitlife - Tests of 59 different video cards from S3 Savage 4 to Radeon 9800 Pro.
Digitlife - Radeon 9100 IGP, Radeon 9800 Pro, i865G
GotApex - Radeon 7500, Radeon 8500, GF2 Ti, GF3 Ti200, GF3 Ti500, GF4 MX440, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
HardOCP - Radeon 9700 Pro, GF FX 5800 Ultra
HardOCP - Radeon 9000 Pro, Radeon 9500 Pro, GF4 Ti4200, GF FX 5200 Ultra, GF FX 5600 Ultra
HardOCP - Radeon 9800 Pro 256MB, GF FX 5900 Ultra
HardOCP - Radeon 9500 Pro, Radeon 9600 Pro, GF FX 5600 Ultra
Hardware Hun Page - Lots of specs.
Hot Hardware - Radeon 9700 Pro, Radeon 9800 Pro, Radeon 9800 Pro 256MB, GF FX 5800 Ultra
Hot Hardware - Radeon 9100 IGP, i865G
Mike's Hardware - Roadmap information.
Neoseeker - G450, G550, GF2 MX, GF2 Ultra
Not For Idiots - Rumors of upcoming video chipsets.
Reactor Critical - Lots of specs.
Review Finder - Links to lots of reviews.
Specialty Tech - Lots of BMs.
Tech Report - Graphics chip comparison chart.
Tech Report - Radeon 7500, Radeon 8500LE, Radeon 8500, Radeon 9000, GF4 MX440, GF4 Ti4200, Xabre 400
Tech Report - Radeon 8500LE, Radeon 8500, Radeon 9000 Pro, GF3 Ti200, GF3, GF3 Ti500, GF4 MX440, GF4 MX460, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
Tech Report - Radeon 9700 Pro, Radeon 9800 Pro, GF4 Ti4600
Tech Report - Radeon 9500 Pro, Radeon 9600 Pro, GF4 Ti4200-8x, GF FX 5200 Ultra, GF FX 5600 Ultra
Tech Report - Radeon 9800 Pro 256MB, Radeon 9800 XT, GF FX 5900 Ultra
Tom's Hardware Guide - Voodoo Rush, Voodoo, Voodoo 6MB, Permedia2, Rage Pro, PowerVR, Riva 128, Rendition 2200, SiS 6326
Tom's Hardware Guide - V2 SLI, V3 2000, V3 3000, V3 3500, Rage 128, TNT2, TNT2 Pro, TNT2 Ultra
Tom's Hardware Guide - V3 2000, V3 3000, V3 3500, Rage 128, AIW 128, G400, G400MAX, TNT2 M64, TNT2, TNT2 Ultra, Savage4
Tom's Hardware Guide - V3 3000, V3 3500, Rage 128, Rage Fury Pro, G400, G400MAX, TNT2, TNT2 Ultra
Tom's Hardware Guide - V3 3500, Rage Fury MAXX, G400, TNT2 Ultra, GF 256, GF DDR, Savage 2000
Tom's Hardware Guide - Radeon 7500, Radeon 8500, Kyro2, GF2 MX400, GF2 Ti, GF2 Pro, GF3 Ti200, GF3, GF3 Ti500
Tom's Hardware Guide - Radeon 7500, Radeon 8500, GF2 Ti, GF3 Ti500, GF4 MX440, GF4 MX460, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
Tom's Hardware Guide - Radeon 9000 Pro, GF4 MX440, GF4 MX440-8x, GF4 Ti4200, GF4 Ti4200-8x
Tom's Hardware Guide - Radeon 9500 Pro, Radeon 9700, Radeon 9700 Pro, GF4 Ti4200, GF4 Ti4400, GF4 Ti4600
Tom's Hardware Guide - Radeon 9000 Pro, Radeon 9500, Radeon 9500 Pro, Radeon 9700 Pro, GF4 Ti4200, GF FX 5200 Ultra, GF FX 5600 Ultra
Tom's Hardware Guide - Radeon 9000 Pro, Radeon 9600 Pro, Radeon 9700 Pro, Radeon 9800 Pro, Radeon 9800 Pro 256MB, GF4 Ti4200, GF FX 5200 Ultra, GF FX 5600 Ultra, GF FX 5800 Ultra, GF FX 5900 Ultra
Tom's Hardware Guide - Radeon 9500 Pro, Radeon 9600 Pro, Radeon 9700 Pro, Radeon 9800 Pro, Radeon 9800 Pro 256MB, Radeon 9800 XT, GF FX 5600 Ultra, GF FX 5900 Ultra
Xbit Labs - nForce 220, nForce 420, GF2 MX200, GF2 MX400 (oc'ed)
Xbit Labs - Radeon 7500, GF2 MX400, GF2 Ti, GF4 MX420, GF4 MX440
Xbit Labs - Radeon 8500LE, GF3 Ti200, GF4 MX440, Xabre 400
Xbit Labs - Radeon 9000, Radeon 9000 Pro, GF4 MX440-8x, Xabre 400, Xabre 600
Xbit Labs - Radeon 8500LE, Radeon 9000, Radeon 9000 Pro, Radeon 9100, GF4 MX440-8x
Xbit Labs - i845G, i845GL, GF2 MX400, SiS 650, VIA P4M-266