AGP Video Charts

Performance Charts for AGP Videocards
http://www.oocities.org/extremetech_linksmaster/videocharts_agp.htm

Click below to head back to the site index (the homepage):
http://www.oocities.org/extremetech_linksmaster/
Or, check out the PCIe Videocards:
http://www.oocities.org/extremetech_linksmaster/videocharts_pcie.htm

Who should look at each segment:

Power Users, enthusiasts and gamers, should only look at the AGP Peformance segment.
Typical Users, who might also game occasionally, should look at the AGP Mainstream segment.
Basic Users, who only use word processing and email, should look at the: AGP Budget segment.

Current Videocards (AGP 8x)

DirectX 9 compliant	AGP 8x, DX9c (or below)
Videocards (Processor Model)	Clockspeeds		PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)	Pixel Engine specs pp = pixel pipelines (pipes) tmu = texture mapping units (per pipe) tex = textures (per tmu) ps = pixel shader (ops per clock) Vertex Engine specs vs = vertex shaders
Videocards (Processor Model)	GPU speed MHz (width: gate, bit)	Memory speed MHz (effective)	PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)
ATI Mobile (DX9b)
Radeon Mobility 9800 (max)	350 MHz (.13ľ, 256-bit)	mobile varies	2800 Mp/s	2800 Mt/s	varies	varies	M18	64, 128 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
ATI Mainstream (DX9b)
Radeon X700 Pro	425MHz (.11ľ, 256-bit)	430 (860 DDR)	5700 Mp/s	5700 Mt/s	256-bit	13.76 GB/s	RV410	256 MB	12 pp, 1 tmu, 6 tex, 6 ps, 6 vs
ATI Performance (DX9b)
Radeon X800 Pro	475MHz (.13ľ, 256-bit)	450 (900 DDR)	5700 Mp/s	5700 Mt/s	256-bit	28.80 GB/s	R423	256 MB	12 pp, 1 tmu, 8 tex, 8 ps, 6 vs
Radeon X800 XL	400MHz (.13ľ, 256-bit)	500 (1000 DDR)	6400 Mp/s	6400 Mt/s	256-bit	32.00 GB/s	R423	256 MB	16 pp, 1 tmu, 8 tex, 8 ps, 6 vs
Radeon X800 XT	500MHz (.13ľ, 256-bit)	500 (1000 DDR)	8000 Mp/s	8000 Mt/s	256-bit	32.00 GB/s	R423	256 MB	16 pp, 1 tmu, 8 tex, 8 ps, 6 vs
Radeon X800 XT PE	520MHz (.13ľ, 256-bit)	560 (1120 DDR)	8320 Mp/s	8320 Mt/s	256-bit	35.84 GB/s	R423	256 MB	16 pp, 1 tmu, 8 tex, 8 ps, 6 vs
NVIDIA Budget (DX9b)
GeForce FX 6200	250 MHz (.13ľ, 256-bit)	200 (400 DDR)	1000 Mp/s	1000 Mt/s	128-bit	06.40 GB/s	NV34	64, 128 MB	custom core, info pending (see below)
NVIDIA Mainstream (DX9c)
GeForce 6600	325 MHz (.11ľ, 256-bit)	350 (700 DDR)	2600 Mp/s	2600 Mt/s	128-bit	11.20 GB/s	NV43	128 MB	8 pp, 1 tmu, 8 tex, 8 ps, 3 vs
GeForce 6600 GT (default)	500 MHz (.11ľ, 256-bit)	450 (900 DDR)	4000 Mp/s	4000 Mt/s	128-bit	14.40 GB/s	NV43	128 MB	8 pp, 1 tmu, 8 tex, 8 ps, 3 vs
GeForce 6600 GT (some)	500 MHz (.11ľ, 256-bit)	500 (1000 DDR)	4000 Mp/s	4000 Mt/s	128-bit	16.00 GB/s	NV43	128 MB	8 pp, 1 tmu, 8 tex, 8 ps, 3 vs
NVIDIA Performance (DX9c)
GeForce 6800	325MHz (.13ľ, 256-bit)	350 (700 DDR)	3900 Mp/s	3900 Mt/s	256-bit	22.40 GB/s	NV45	128 MB	12 pp, 1 tmu, 12 tex, 12 ps, 5 vs
GeForce 6800 GT	350MHz (.13ľ, 256-bit)	500 (1000 DDR)	5600 Mp/s	5600 Mt/s	256-bit	32.00 GB/s	NV45	256 MB	16 pp, 1 tmu, 16 tex, 16 ps, 6 vs
GeForce 6800 Ultra	400MHz (.13ľ, 256-bit)	550 (1100 DDR)	6400 Mp/s	6400 Mt/s	256-bit	35.20 GB/s	NV45	256 MB	16 pp, 1 tmu, 16 tex, 16 ps, 6 vs

Previous Videocards (AGP 8x - DirectX 9 - 1st generation)

DirectX 9 compliant	AGP 8x, DX9b (or below)
Videocards (Processor Model)	Clockspeeds		PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)	Pixel Engine specs pp = pixel pipelines (pipes) tmu = texture mapping units (per pipe) tex = textures (per tmu) ps = pixel shader (ops per clock) Vertex Engine specs vs = vertex shaders
Videocards (Processor Model)	GPU speed MHz (width: gate, bit)	Memory speed MHz (effective)	PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)
ATI Mobile (DX8; only "M10" 9600s or up have DX9b support)
Radeon Mobility 9000 (max)	240 MHz (.15ľ, 256-bit)	mobile varies	960 Mp/s	960 Mt/s	varies	varies	M9	32, 64 MB	4 pp, 1 tmu, 4 tex, ? ps, 0 vs
Radeon Mobility 9200 (max)	250 MHz (.15ľ, 256-bit)	mobile varies	1000 Mp/s	1000 Mt/s	varies	varies	M9B	32, 64 MB	4 pp, 1 tmu, 4 tex, ? ps, 0 vs
Radeon Mobility 9600 (max)	350 MHz (.13ľ, 256-bit)	mobile varies	1400 Mp/s	1400 Mt/s	varies	varies	M10	64, 128 MB	4 pp, 1 tmu, 8 tex, ? ps, 2 vs
Radeon Mobility 9700 (max)	446 MHz (.13ľ, 256-bit)	mobile varies	1784 Mp/s	1784 Mt/s	varies	varies	M11	64, 128 MB	4 pp, 1 tmu, 8 tex, ? ps, 2 vs
ATI Budget (DX8; only "R300" 9500s or up have DX9b support)
Radeon 9200 SE	200 MHz (.15ľ, 256-bit)	166 (333 DDR)	800 Mp/s	800 Mt/s	064-bit	05.30 GB/s	RV280	64, 128 MB	4 pp, 1 tmu, 6 tex, ? ps, 2 vs
Radeon 9200 (pro to some)	250 MHz (.15ľ, 256-bit)	200 (400 DDR)	1000 Mp/s	1000 Mt/s	128-bit	06.40 GB/s	RV280	128 MB	4 pp, 1 tmu, 6 tex, ? ps, 2 vs
Radeon 9600 SE	325 MHz (.13ľ, 256-bit)	196 (392 DDR)	1300 Mp/s	1300 Mt/s	064-bit	03.14 GB/s	RV350	64, 128 MB	4 pp, 1 tmu, 8 tex, ? ps, ? vs
ATI Mainstream (DX9b)
Radeon 9500	275 MHz (.15ľ, 256-bit)	270 (540 DDR)	1100 Mp/s	1100 Mt/s	128-bit	08.64 GB/s	R300	64, 128 MB	4 pp, 1 tmu, 8 tex, ? ps, ? vs
Radeon 9500 Pro	275 MHz (.15ľ, 256-bit)	270 (540 DDR)	2200 Mp/s	2200 Mt/s	128-bit	08.64 GB/s	R300	64, 128 MB	8 pp, 1 tmu, 8 tex, ? ps, ? vs
Radeon 9600	325 MHz (.13ľ, 256-bit)	200 (400 DDR)	1300 Mp/s	1300 Mt/s	128-bit	06.40 GB/s	RV350	64, 128 MB	4 pp, 1 tmu, 8 tex, ? ps, ? vs
Radeon 9600 Pro	400 MHz (.13ľ, 256-bit)	300 (600 DDR)	1600 Mp/s	1600 Mt/s	128-bit	09.60 GB/s	RV350	128 MB	4 pp, 1 tmu, 8 tex, ? ps, ? vs
Radeon 9600 XT	500 MHz (.13ľ, 256-bit)	300 (600 DDR)	2000 Mp/s	2000 Mt/s	128-bit	09.60 GB/s	RV360	128 MB	4 pp, 1 tmu, 8 tex, ? ps, ? vs
Radeon 9800 SE (some)	325 MHz (.15ľ, 256-bit)	250 (500 DDR)	1300 Mp/s	1300 Mt/s	128-bit	08.80 GB/s	R350	128 MB	4 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9800 SE (some)	380 MHz (.15ľ, 256-bit)	300 (600 DDR)	1520 Mp/s	1520 Mp/s	128-bit	09.60 GB/s	R350	128 MB	4 pp, 1 tmu, 8 tex, 1 ps, 4 vs
ATI Performance (DX9b)
Radeon 9700	275 MHz (.15ľ, 256-bit)	270 (540 DDR)	2200 Mp/s	2200 Mt/s	256-bit	17.28 GB/s	R300	128 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9700 Pro	325 MHz (.15ľ, 256-bit)	310 (620 DDR)	2600 Mp/s	2600 Mt/s	256-bit	19.84 GB/s	R300	128 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9800	325 MHz (.15ľ, 256-bit)	290 (580 DDR)	2600 Mp/s	2600 Mt/s	256-bit	18.56 GB/s	R350	128 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9800 Pro (128)	380 MHz (.15ľ, 256-bit)	340 (680 DDR)	3040 Mp/s	3040 Mt/s	256-bit	21.76 GB/s	R350	128 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9800 Pro (256)	380 MHz (.15ľ, 256-bit)	350 (700 DDR2)	3040 Mp/s	3040 Mt/s	256-bit	22.40 GB/s	R350	256 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
Radeon 9800 XT (256)	412 MHz (.15ľ, 256-bit)	365 (730 DDR2)	3296 Mp/s	3296 Mt/s	256-bit	23.36 GB/s	R360	256 MB	8 pp, 1 tmu, 8 tex, 1 ps, 4 vs
NVIDIA Mobile (DX9b)
GeForce FX Go 5200 (max)	300 MHz (.15ľ, 256-bit)	mobile varies	1200 Mp/s	1200 Mt/s	varies	varies	NV34M	64, 128 MB	4 pp, 1 tmu, ? tex, 1 ps, 4 vs
GeForce FX Go 5600 (max)	350 MHz (.13ľ, 256-bit)	mobile varies	1400 Mp/s	1400 Mt/s	varies	varies	NV31M	64, 128 MB	4 pp, 1 tmu, ? tex, 1 ps, 6 vs
GeForce FX Go 5650 (max)	400 MHz (.13ľ, 256-bit)	mobile varies	1600 Mp/s	1600 Mt/s	varies	varies	NV31M	64, 128 MB	4 pp, 1 tmu, ? tex, 1 ps, 6 vs
GeForce FX Go 5700 (max-a)	350 MHz (.13ľ, 256-bit)	mobile varies	1400 Mp/s	1400 Mt/s	varies	varies	NV31M	64, 128 MB	4 pp, 1 tmu, ? tex, 1 ps, 6 vs
GeForce FX Go 5700 (max-b)	450 MHz (.13ľ, 256-bit)	mobile varies	1600 Mp/s	1600 Mt/s	varies	varies	NV31M	64, 128 MB	4 pp, 1 tmu, ? tex, 1 ps, 6 vs
NVIDIA Budget (DX9b)
GeForce FX 5200	250 MHz (.13ľ, 256-bit)	200 (400 DDR)	1000 Mp/s	1000 Mt/s	128-bit	06.40 GB/s	NV34	64, 128 MB	custom core, info pending (see below)
GeForce FX 5200 Ultra	325 MHz (.13ľ, 256-bit)	325 (650 DDR)	1300 Mp/s	1300 Mt/s	128-bit	10.40 GB/s	NV34	64, 128 MB	custom core, info pending (see below)
GeForce FX 5600 XT	235 MHz (.13ľ, 256-bit)	200 (400 DDR)	940 Mp/s	940 Mt/s	128-bit	06.40 GB/s	NV31	128, 256 MB	custom core, info pending (see below)
NVIDIA Mainstream (DX9b)
GeForce FX 5600	325 MHz (.13ľ, 256-bit)	275 (550 DDR)	1300 Mp/s	1300 Mt/s	128-bit	08.80 GB/s	NV31	128, 256 MB	custom core, info pending (see below)
GeForce FX 5600 Ultra (v1.0)	350 MHz (.13ľ, 256-bit)	350 (700 DDR)	1400 Mp/s	1400 Mt/s	128-bit	11.20 GB/s	NV31	128 MB	custom core, info pending (see below)
GeForce FX 5600 Ultra (v2.0)	400 MHz (.13ľ, 256-bit)	400 (800 DDR)	1600 Mp/s	1600 Mt/s	128-bit	12.80 GB/s	NV31	128 MB	custom core, info pending (see below)
GeForce FX 5700	425 MHz (.13ľ, 256-bit)	425 (850 DDR)	1700 Mp/s	1700 Mt/s	128-bit	13.60 GB/s	NV36	128,256 MB	custom core, info pending (see below)
GeForce FX 5700 Ultra	475 MHz (.13ľ, 256-bit)	475 (950 DDR2)	1900 Mp/s	1900 Mp/s	128-bit	15.20 GB/s	NV36	128 MB	custom core, info pending (see below)
NVIDIA Performance (DX9b)
GeForce FX 5800	400 MHz (.13ľ, 256-bit)	400 (800 DDR)	3200 Mp/s	3200 Mt/s	128-bit	12.80 GB/s	NV30	128 MB	custom core, info pending (see below)
GeForce FX 5800 Ultra	500 MHz (.13ľ, 256-bit)	500 (1000 DDR2)	4000 Mp/s	4000 Mt/s	128-bit	16.00 GB/s	NV30	256 MB	custom core, info pending (see below)
GeForce FX 5900 XT	390 MHz (.13ľ, 256-bit)	350 (700 DDR)	3120 Mp/s	3120 Mt/s	256-bit	22.40 GB/s	NV35	128 MB	custom core, info pending (see below)
GeForce FX 5900 SE	400 MHz (.13ľ, 256-bit)	350 (700 DDR)	3200 Mp/s	3200 Mt/s	256-bit	22.40 GB/s	NV35	128 MB	custom core, info pending (see below)
GeForce FX 5900	400 MHz (.13ľ, 256-bit)	400 (800 DDR)	3200 Mp/s	3200 Mt/s	256-bit	25.60 GB/s	NV35	128 MB	custom core, info pending (see below)
GeForce FX 5900 Ultra	450 MHz (.13ľ, 256-bit)	425 (850 DDR)	3600 Mp/s	3600 Mt/s	256-bit	27.20 GB/s	NV35	256 MB	custom core, info pending (see below)
GeForce FX 5950 Ultra	475 MHz (.13ľ, 256-bit)	475 (950 DDR)	3800 Mp/s	3800 Mt/s	256-bit	30.40 GB/s	NV38	256 MB	custom core, info pending (see below)

Legacy Videocards (AGP - DirectX 8 generation)

DirectX 8 compliant	AGP 4x or 8x, DX8.1 (or below)
Videocards (Processor Model)	Clockspeeds		PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)	Pixel Engine specs pp = pixel pipelines (pipes) tmu = texture mapping units (per pipe) tex = textures (per tmu) ps = pixel shader (ops per clock) Vertex Engine specs vs = vertex shaders
Videocards (Processor Model)	GPU speed MHz (width: gate, bit)	Memory speed MHz (effective)	PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)
ATI Budget (DX8.1)
Radeon 9000	250 MHz (.15ľ, 256-bit)	200 (400 DDR)	1000 Mp/s	1000 Mt/s	128-bit	06.40 GB/s	RV250	64, 128 MB	4 pp, 1 tmu, 6 tex, ? ps, 2 vs
Radeon 9100	250 MHz (.15ľ, 256-bit)	250 (500 DDR)	1000 Mp/s	1000 Mt/s	128-bit	08.00 GB/s	RV250	64, 128 MB	4 pp, 1 tmu, 6 tex, ? ps, 2 vs
ATI Performance (DX8.1)
Radeon 8500 LE	250 MHz (.15ľ, 256-bit)	250 (500 DDR)	1000 Mp/s	2000 Mt/s	128-bit	08.00 GB/s	R200	64, 128 MB	4 pp, 2 tmu, 3 tex, ? ps, 2 vs
Radeon 8500	275 MHz (.15ľ, 256-bit)	275 (550 DDR)	1100 Mp/s	2200 Mt/s	128-bit	08.80 GB/s	R200	64, 128 MB	4 pp, 2 tmu, 3 tex, ? ps, 2 vs
Radeon 9000 Pro	275 MHz (.15ľ, 256-bit)	275 (550 DDR)	1100 Mp/s	1100 Mt/s	128-bit	08.80 GB/s	RV250	64, 128 MB	4 pp, 1 tmu, 6 tex, ? ps, 2 vs
Matrox Performance (DX8.1)
Parhelia 512	220 MHz (.15ľ, 512-bit)	225 (550 DDR)	880 Mp/s	3520 Mt/s	256-bit	17.60 GB/s	G1000	128 MB	4 pp, 4 tmu, 4 tex, 5 ps, 4 vs
NVIDIA Performance (DX8.1)
GeForce 3 Ti200	175 MHz (.15ľ, 256-bit)	200 (400 DDR)	700 Mp/s	1400 Mt/s	128-bit	06.40 GB/s	NV20	64, 128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs
GeForce 3 (original)	200 MHz (.18ľ, 256-bit)	230 (460 DDR)	800 Mp/s	1600 Mt/s	128-bit	07.36 GB/s	NV20	64, 128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs
GeForce 3 Ti500	240 MHz (.15ľ, 256-bit)	250 (500 DDR)	960 Mp/s	1920 Mt/s	128-bit	08.00 GB/s	NV20	64, 128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs
GeForce 4 Ti4200-8x (Ti4200)	250 MHz (.15ľ, 256-bit)	250 (500 DDR)	1000 Mp/s	2000 Mt/s	128-bit	08.00 GB/s	NV25, 28	64, 128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs
GeForce 4 Ti4800SE (Ti4400)	275 MHz (.15ľ, 256-bit)	275 (550 DDR)	1100 Mp/s	2200 Mt/s	128-bit	08.80 GB/s	NV25, 28	128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs
GeForce 4 Ti4800 (Ti4600)	300 MHz (.15ľ, 256-bit)	325 (650 DDR)	1200 Mp/s	2400 Mt/s	128-bit	10.40 GB/s	NV25, 28	128 MB	4 pp, 2 tmu, 4 tex, ? ps, 2 vs

Legacy Videocards (DirectX 7 generation)

DirectX 7 compliant	AGP 2x, 4x, 8x, DX7.1 (or below)
Videocards (Processor Model)	Clockspeeds		PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)	Pixel Engine specs pp = pixel pipelines (pipes) tmu = texture mapping units (per pipe) tex = textures (per tmu) ps = pixel shader (ops per clock) Vertex Engine specs vs = vertex shaders
Videocards (Processor Model)	GPU speed MHz (width: gate, bit)	Memory speed MHz (effective)	PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)
NVIDIA Budget (DX7.1)
GeForce 2 MX 200 (SDR)	175 MHz (.18ľ, 256-bit)	166 (166 SDR)	350 Mp/s	700 Mt/s	064-bit	01.33 GB/s	NV15	32, 64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 2 MX (SDR)	175 MHz (.18ľ, 256-bit)	166 (166 SDR)	350 Mp/s	700 Mt/s	128-bit	02.70 GB/s	NV15	32, 64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 2 MX (DDR)	175 MHz (.18ľ, 256-bit)	166 (333 DDR)	350 Mp/s	700 Mt/s	064-bit	02.70 GB/s	NV15	32, 64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 2 MX 400 (SDR)	200 MHz (.18ľ, 256-bit)	166 (333 DDR)	400 Mp/s	800 Mt/s	128-bit	02.70 GB/s	NV15	32, 64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 2 MX 400 (DDR)	200 MHz (.18ľ, 256-bit)	166 (166 SDR)	400 Mp/s	800 Mt/s	064-bit	02.70 GB/s	NV15	32, 64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 4 MX 420 (MX4000)	250 MHz (.15ľ, 256-bit)	163 (325 DDR)	500 Mp/s	1000 Mt/s	064-bit	02.60 GB/s	NV17	64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 4 MX 440-SE	250 MHz (.15ľ, 256-bit)	163 (325 DDR)	500 Mp/s	1000 Mt/s	128-bit	05.20 GB/s	NV18	64 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 4 MX 440	275 MHz (.15ľ, 256-bit)	200 (400 DDR)	550 Mp/s	1100 Mt/s	128-bit	06.40 GB/s	NV17	64, 128 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 4 MX 440-8x	275 MHz (.15ľ, 256-bit)	250 (500 DDR)	550 Mp/s	1100 Mt/s	128-bit	08.00 GB/s	NV18	64, 128 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
GeForce 4 MX 460	300 MHz (.15ľ, 256-bit)	275 (550 DDR)	600 Mp/s	1200 Mt/s	128-bit	08.80 GB/s	NV17	64, 128 MB	2 pp, 2 tmu, 4 tex, ? ps, 0 vs
NVIDIA Performance (DX7.1)
GeForce (256 SDR)	120 MHz (.25ľ, 256-bit)	166 (166 SDR)	480 Mp/s	960 Mt/s	128-bit	02.66 GB/s	NV10	32, 64 MB	2 pp, 2 tmu, 2 tex, ? ps, ? vs
GeForce (256 DDR)	120 MHz (.25ľ, 256-bit)	150 (300 DDR)	480 Mp/s	960 Mt/s	128-bit	04.80 GB/s	NV10	32, 64 MB	2 pp, 2 tmu, 2 tex, ? ps, ? vs
GeForce 2 (GTS)	200 MHz (.18ľ, 256-bit)	166 (333 DDR)	800 Mp/s	1600 Mt/s	128-bit	05.30 GB/s	NV15	32, 64 MB	4 pp, 2 tmu, 4 tex, ? ps, ? vs
GeForce 2 Pro	200 MHz (.18ľ, 256-bit)	200 (400 DDR)	800 Mp/s	1600 Mt/s	128-bit	06.40 GB/s	NV15	32, 64 MB	4 pp, 2 tmu, 4 tex, ? ps, ? vs
GeForce 2 Ti	250 MHz (.18ľ, 256-bit)	200 (400 DDR)	1000 Mp/s	2000 Mt/s	128-bit	06.40 GB/s	NV15	32, 64 MB	4 pp, 2 tmu, 4 tex, ? ps, ? vs
GeForce 2 Ultra	250 MHz (.18ľ, 256-bit)	230 (460 DDR)	1000 Mp/s	2000 Mt/s	128-bit	07.36 GB/s	NV15	32, 64 MB	4 pp, 2 tmu, 4 tex, ? ps, ? vs

Note: The GeForce 4 MX family is actually based on the GeForce 2 series of graphics processors.

Legacy Videocards (DirectX 6 generation)

DirectX 6 compliant	AGP 1x or 2x, DX6.1 (or below)
Videocards (Processor Model)	Clockspeeds		PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)	Pixel Engine specs pp = pixel pipelines (pipes) tmu = texture mapping units (per pipe) tex = textures (per tmu) ps = pixel shader (ops per clock) Vertex Engine specs vs = vertex shaders
Videocards (Processor Model)	GPU speed MHz (width: gate, bit)	Memory speed MHz (effective)	PFR Pixel Fill Rate (Mpixels/s) GPU pp*	TFR Texel Fill Rate (Mtexels/s) PFR tmu*	Bus Width (in bits)	Memory Bandwidth (G Bytes/s)	GPU Core (model)	Video Memory (amount)
NVIDIA Budget (DX6.1)
TNT2 M64	115 MHz (.25ľ, 128-bit)	150 (150 SDR)	230 Mp/s	460 Mt/s	064-bit	01.20 GB/s	NV5	16, 32 MB	2 pp, 2 tmu, 2 tex, 0 ps, 0 vs
NVIDIA Performance (DX6.1)
TNT2	125 MHz (.25ľ, 128-bit)	150 (150 SDR)	250 Mp/s	500 Mt/s	128-bit	02.40 GB/s	NV5	16, 32 MB	2 pp, 2 tmu, 2 tex, 0 ps, 0 vs
TNT2 Pro	142 MHz (.25ľ, 128-bit)	166 (166 SDR)	284 Mp/s	568 Mt/s	128-bit	02.66 GB/s	NV5	16, 32 MB	2 pp, 2 tmu, 2 tex, 0 ps, 0 vs
TNT2 Ultra	150 MHz (.25ľ, 128-bit)	183 (183 SDR)	300 Mp/s	600 Mt/s	128-bit	02.93 GB/s	NV5	16, 32 MB	2 pp, 2 tmu, 2 tex, 0 ps, 0 vs

Note: I may add more legacy videocards if I have time.

Quick Chart Reminder:

Keep in mind these are all reference speeds for the products above. Some videocard manufacturers clock their cards slightly higher. But, these are the recommended settings from ATI, Matrox, NVIDIA and others. The majority of videocards run exactly as specified by the manufacturers.

A few important videocard performance calculations:

Bandwidth (GB/s): Memory clockspeed * Data Multiplier (DDR = 2) * Bus Width (in Bytes) = Maximum Memory Bandwidth
Actual bandwidth calculating requires caution. There are decimal and binary equivalents involved together. Fortunately, marketing departments throw all that technically correct jargon out the door. Or would that be "Windows"? Ha. Anyway, below are the decimal-only values with no correctional factors included.
Pixel Fill Rate: GPU Core clockspeed * pp (pixel pipelines) = Maximum Pixel Fill Rate
A purely decimal calculation. It's simple when the manufacturer tells you the numbers (accurately).
Texel Fill Rate: Pixel Fill Rate (see above) * tmu (texture mapping units) = Maximum Texel Fill Rate
A purely decimal calculation. It's simple when the manufacturer tells you the numbers (accurately).
That's all for the calculations for now. More later perhaps.

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