NOTEBOOK	NOTEBOOK	NOTEBOOK	NOTEBOOK																																																														NOTEBOOK																													NOTEBOOK	NOTEBOOK				NOTEBOOK	NOTEBOOK										NOTEBOOK	NOTEBOOK
							UNIX	UNIX	UNIX	UNIX			UNIX	UNIX	UNIX	PRO							PRO	PRO	PRO	PRO	UNIX							PRO	PRO						PRO	PRO	PRO	PRO								PRO			UNIX	UNIX	PRO	PRO	PRO			PRO	PRO	PRO	PRO	PRO	PRO		PRO			UNIX	PRO	PRO	PRO	PRO	PRO	PRO	PRO						PRO	UNIX	PRO	PRO	UNIX	PRO	PRO			UNIX							PRO			PRO	PRO	PRO	PRO	PRO	UNIX	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	PRO	UNIX	UNIX	UNIX	UNIX	UNIX	PRO	UNIX	PRO	PRO
	Result name	software-mga2-p3nt4-16bpp-f640low	NT4-P133MHz-software-16bpp-w640	sgi-P133MHz-MMX-software-opengl-16bpp-w640low	mesa-P133MHz-MMX-software-opengl-16bpp-w640low	sgi-486dx4-software-opengl-16bpp-w640low	sgi-indigo-xs24z-24bpp-f640	sgi-indigo-entry-8bpp-f640low	sgi-indy-xl24-24bpp-f640	sgi-indy-xz-24bpp-f640	matrox-millennium-16bpp-f640low	matrox-millennium-32bpp-f640low	sgi-maximum-impact-32bpp-f640high	sun-creator3d-32bpp-f640	sgi-indy-xge8-f640	dec-powerstorm-3d30-f640	s3-virge-325-16bpp-f640low	s3-virge-vx-Z-16bpp-f640	s3-virge-vx-MCD-16bpp-f640	ati-rageiiplus-16bpp-f640low-Z	ati-rage-IIplus-oc-72mhz-16bpp-f640	3Dlabs-Permedia-16bpp-f640low	diamond-firegl3000-32bpp-f640low	intergraph-realizm-z13t-32bpp-f640	intergraph-realizm-z13-32bpp-f640	dec4d50t-32bpp-f640	sgi-o2-180mhz-32bpp-f640high	S3-Virge-GX-75MHz-16bpp-f640	S3-Virge-GX-75MHz-MCD-16bpp-f640	S3-Virge-GX-75MHz-SDRAM-16bpp-f640	S3-Virge-DX-45MHz-16bpp-f640	S3-Virge-DX-75MHz-16bpp-f640	S3-Virge-DX-75MHz-24bpp-f640	dynamic-pictures-oxygen-202-32bpp-f640	dynamic-pictures-oxygen-402-32bpp-f640	SiS-6326-64MHz-SGR-16bpp-f640	SiS-6326-90MHz-SGR-16bpp-f640	Rendition-Verite-V2200-16bpp-f640	mga2-16bpp-f640low	mga2-32bpp-f640low	diamond-firegl4000-32bpp-f640	intergraph-realizm2-zx13-32bpp-f640	intergraph-intense-3d-pro-2200-32bpp-f640	elsa-gloria-mx-32bpp-f640low	s3-virge-gx2-16bpp-f640low	s3-virge-gx2-99mhz-z-16bpp-f640	3dlabs-Permedia2-Z-16bpp-f640	3dlabs-Permedia2-Z-32bpp-f640	nvidia-riva128-16bpp-f640	ati-rage-pro-compaq-16bpp-f640	ati-rage-pro-16bpp-f640	accelgraphics-eclipse-32bpp-f640	3dfx-Voodoo2-16bpp-f640	3dfx-Voodoo2-16bpp-f640	Sun-PGX24-Ultra5-8bpp-f640low	sgi-o2-300mhz-32bpp-f640	evans-sutherland-accelgalaxy-32bpp-f640	hp-visualize-fx4plus-nt-32bpp-maxperf-f640	hp-visualize-fx6plus-nt-32bpp-f640high	nvidia-tnt-agp-16bpp-f640	nvidia-tnt-agp-32bpp-f640	compaq-powerstorm-300-32bpp-f640high	intergraph-intense-3D-wildcat-3400-lynx4-32bpp-f640high	intergraph-intense-3D-wildcat-4000ra-32bpp-f640	intergraph-intense-3D-wildcat-4000-32bpp-f640	evans-sutherland-tornado-3000-32bpp-f640high	3dlabs-oxygen-gmx-32bpp-f640low	ati-mobility-m1-16bpp-f640	sgi320-32bpp-f640	3dfx-Voodoo3-2000-PCI-16bpp-Z-f640	nvidia-tnt2-agp-32bpp-f640high	sgi-octane-mxe-32bpp-f640high	evans-sutherland-lightning-1200-32bpp-f640	intergraph-wildcat-4105-32bpp-f640	3dlabs-oxygen-vx1-16bpp-f640	3dlabs-oxygen-vx1-32bpp-f640	3dlabs-oxygen-gvx132bpp-f640low	diamond-firegl1-32bpp-f640high	intergraph-intense-3D-wildcat-4110-32bpp-f640	nvidia-tnt2-m64-agp-16bpp-f640	nvidia-tnt2-m64-agp-32bpp-f640	nvidia-tnt2-vanta-pci-16bpp-f640	nvidia-tnt2-vanta-pci-32bpp-f640	nvidia-tnt2-vanta-pci-overclocked-32bpp-f640	intergraph-intense-3D-wildcat-4210-32bpp-f640	sgi-octane2-vpro-v6-z-32bpp-f640high	nvidia-quadro-sdr-32bpp-f640high	nvidia-quadro-ddr-32bpp-f640high	sgi-o2-400mhz-R12K-32bpp-f640high	hp-visualize-fx5-32bpp-f640high	hp-visualize-fx10-32bpp-f640high	ati-radeon-ve-7000-16bpp-f640	ati-radeon-ve-7000-32bpp-f640	sun-xvr100-32bit-f640	matrox-g450lx-dh-16bpp-f640	matrox-g450lx-dh-32bpp-f640	s3savage4-mv-16bpp-f640	s3savage4-mv-32bpp-f640	trident-blade3d-igp-16bpp-f640	trident-blade3d-igp-32bpp-f640	diamond-firegl2-32bpp-f640high	ati-mobility-m3-16bpp-f640	ati-mobility-m3-32bpp-f640	nvidia-quadro2-mxr-32bpp-f640high	3Dlabs-Oxygen-GVX210-32bpp-f640high	3dlabs-oxygen-gvx420-32bpp-f640high	ati-firegl3-32bpp-f640high	ATI-Fire-GL4-32bpp-f640high	sgi-octane2-vpro-v12-32bpp-f640high	3dlabs-vildcat-5000-32bpp-f640	nec-te5l-32bpp-f640high	3dlabs-wildcat-6210-32bpp-f640high	nvidia-quadro4-gogl-500-16bpp-f640high	nvidia-quadro4-gogl-500-32bpp-f640high	nvidia-quadro4-700-xgl-32bpp-f640high	nvidia-quadro4-900-xgl-32bpp-f640high	3Dlabs-Wildcat-III-6110-32bpp-f640high	3Dlabs-Wildcat-4-7110-32bpp-f640high	3dlabs-wildcat-vp560-32bpp-f640high	ati-firegl-x1-32bpp-f640	nvidia-quadro4-380xgl-32bpp-f640high	nvidia-quadro4-980-xgl-32bpp-f640high	ati-firegl-t2-32bpp-f640	xvr-4000-AA-32bpp-f640high	xvr-4000-noAA-32bpp-f640high	sgi-tezro-vpro-v12-32bpp-f640high	sgi-tezro-vpro-v12-32bpp-f640high	sgi-onyx4-firegl-x1-32bpp-f640high	3dlabs-wildcat-p990pro-32bpp-f640high	sun-xvr-600-32bpp-f640high	3Dlabs-Wildcat-Realizm-200-32bpp-f640high	ati-firegl-x3-256-32bpp-f640high	Intel-UHD620-Core-i7-8565U-32bpp-f640high
Specifications	Chipset	Software (WinNT4, 2xP3 1GHz)	Software (WinNT4, P-MMX 133MHz)	Software (SGI, P-MMX 133MHz)	Software (Mesa, P-MMX 133MHz)	Software (SGI, 486DX4 75MHz)	SGI GR2-XS24-Z (Indigo)	SGI "Entry" LG1MC REX1.5 (Indigo)	SGI Newport XL24 (Indy)	SGI GR3-Elan XZ (Indy)	Matrox Millennium (MGA-2064W R3, 16bit)	Matrox Millennium (MGA-2064W R3, 32bit)	SGI Maximum IMPACT (Indigo2)	Sun Creator3D	SGI Newport XL8/XGE8 (Indy)	DEC PowerStorm 3D30 (Alpha)	S3 ViRGE (325)	S3 ViRGE/VX	S3 ViRGE/VX (MCD)	ATI Rage II+DVD	ATI Rage II+DVD (overclocked)	3Dlabs Permedia	Diamond FireGL 3000	Intergraph Realizm Z13T	Intergraph Realizm Z13	DEC PowerStorm 4D50T	SGI O2 (Crime IGP, 180MHz CPU)	S3 Virge/GX	S3 Virge/GX (MCD)	S3 Virge/GX (SDRAM)	S3 Virge/DX (45MHz, 16bit)	S3 Virge/DX (16bit)	S3 Virge/DX (24bit)	Dynamic Pictures Oxygen 202	Dynamic Pictures Oxygen 402	SiS 6236 AGP	SiS 6236AGP C5 (90MHz)	Rendition Vérité V2200	Matrox Millennium II (MGA-2164WA-B, 16bit)	Matrox Millennium II (MGA-2164WA-B, 32bit)	Diamond FireGL 4000	Intergraph Realizm2 ZX13	Intergraph Intense 3D Pro 2200	ELSA GLoria-L/MX (GLiNT MX + GLINT Delta)	S3 Virge/GX2 (low-end)	S3 Virge/GX2	3Dlabs Permedia 2 (16bit)	3Dlabs Permedia 2 (32bit)	NVIDIA Riva 128	ATI Rage Pro	ATI Rage Pro	AccelGraphics Eclipse	3Dfx Voodoo2	3Dfx Voodoo2 SLI	Sun PGX24 (SUNWm64 software renderer)	SGI O2 (Crime IGP, 300MHz CPU)	Evans & Sutherland AccelGALAXY	HP Visualize fx4+ (no TMU)	HP Visualize fx6+ (1 TMU)	NVIDIA Riva TNT (16bit)	NVIDIA Riva TNT (32bit)	Compaq PowerStorm 300 (REALimage 2100)	Intergraph Intense 3D 3400 + Lynx4	Intergraph Intense 3D Wildcat 4000RA	Intergraph Intense 3D Wildcat 4000 + Lynx5	E&S Tornado 3000 (REALimage 3000)	3Dlabs Oxygen GMX	ATI Mobility M1	SGI VW 320 (Cobalt IGP)	3Dfx Voodoo3 2000 PCI	NVIDIA Riva TNT2 (ELSA Synergy II)	SGI MXE (Octane)	Evans & Sutherland Lightning 1200	Intergraph Wildcat 4105	3Dlabs Oxygen VX1 (Permedia3, 16bit)	3Dlabs Oxygen VX1 (Permedia3, 32bit)	3Dlabs Oxygen GVX1 (VX1 + geometry)	Diamond Fire GL1	Intergraph Intense 3D Wildcat 4110	NVIDIA Riva TNT2 M64 (16bit)	NVIDIA Riva TNT2 M64 (32bit)	NVIDIA Riva (TNT2) Vanta (16bit)	NVIDIA Riva (TNT2) Vanta (32bit)	NVIDIA Riva (TNT2) Vanta (overclocked)	Intergraph Intense 3D Wildcat 4210	SGI VPro V6 (Octane2)	NVIDIA Quadro (ELSA Gloria II)	NVIDIA Quadro DDR (ELSA Gloria II Pro)	SGI O2 (Crime IGP, 400MHz R12K CPU)	HP Visualize fx5	HP Visualize fx10	ATI Radeon VE (16bit)	ATI Radeon VE (32bit)	Sun XVR-100 (Radeon 7000, software)	Matrox G450LX Dual-Head (16bit)	Matrox G450LX Dual-Head (32bit)	S3 SavageIX/MV (Savage4, 16bit)	S3 SavageIX/MV (Savage4, 32bit)	Trident CyberBlade i7 (16bit)	Trident CyberBlade i7 IGP (32bit)	Diamond/ATI Fire GL2	ATI Mobility M3 (Rage128, 16bit)	ATI Mobility M3 (Rage128, 32bit)	NVIDIA Quadro2 MXR (ELSA Synergy III)	3Dlab Oxygen GVX210	3Dlabs Oxygen GVX420	Diamond/ATI Fire GL3	ATI Fire GL4 (IBM)	SGI VPro V12 (Octane2)	3Dlabs Wildcat II 5000	NEC TE5L	3Dlabs Wildcat III 6210	NVIDIA Quadro4 500 GoGL (16bit)	NVIDIA Quadro4 500 GoGL (32bit)	NVIDIA Quadro4 700 XGL	NVIDIA Quadro4 900 XGL	3Dlabs Wildcat III 6110	3Dlabs Wildcat 4 7110	3Dlabs Wildcat VP560	ATI FireGL X1	NVIDIA Quadro4 380XGL	NVIDIA Quadro4 980 XGL	ATI FireGL T2	Sun XVR-4000 (anti-aliasing)	Sun XVR-4000 (no anti-aliasing)	SGI VPro V12 (Tezro, 700MHz)	SGI VPro V12 (Tezro, 1GHz)	ATI Fire GL X1 (SGI Onyx4)	3Dlabs Wildcat VP990 Pro	Sun XVR-600	3Dlabs Wildcat Realizm 200	ATI FireGL X3-256	Intel UHD620 (Intel Core i7-8565U)
	Year	0	0	0	0	0	early-1992	late-1992	mid-1994	mid-1994	mid-1995	mid-1995	mid-1995	late-1995	early-1996	early-1996	mid-1996	late-1996	late-1996	late-1996	late-1996	late-1996	late-1996	late-1996	late-1996	late-1996	late-1996	early-1997	early-1997	early-1997	early-1997	early-1997	early-1997	early-1997	early-1997	mid-1997	mid-1997	mid-1997	mid-1997	mid-1997	mid-1997	mid-1997	mid-1997	late-1997	late-1997	late-1997	late-1997	late-1997	late-1997	late-1997	late-1997	late-1997	early-1998	early-1998	early-1998	mid-1998	mid-1998	mid-1998	mid-1998	mid-1998	mid-1998	mid-1998	mid-1998	late-1998	late-1998	late-1999	late-1998	early-1999	early-1999	early-1999	early-1999	early-1999	early-1999	mid-1999	mid-1999	mid-1999	mid-1999	mid-1999	late-1999	late-1999	late-1999	late-1999	late-1999	late-1999	mid-2000	early-2000	early-2000	mid-2000	mid-2000	mid-2000	mid-2000	2000	2000	2000	2000	2000	mid-2000	mid-2000	mid-2000	mid-2000	late-2000	late-2000	late-2000	late-2000	late-2000	late-2000	early-2001	2001	early-2001	mid-2001	early-2002	mid-2002	mid-2002	mid-2002	mid-2002	mid-2002	late-2002	late-2002	late-2002	late-2002	early-2003	early-2003	late-2003	2003	2003	2003	2003	mid-2003	mid-2003	early-2004	late-2004	late-2004	2019
	Bus	0	0	0	0	0	GIO32	GIO32	GIO32	GIO32	PCI	PCI	3x GIO64	UPA	GIO32	PCI	PCI	PCI	PCI	PCI	PCI	PCI	PCI	PCI	PCI	PCI	IGP	PCI	PCI	PCI	PCI	PCI	PCI	PCI	PCI	AGP	AGP 2x	PCI	PCI	PCI	PCI	PCI	PCI	PCI	AGP	AGP	AGP	AGP	AGP	AGP	AGP	PCI/AGP 1x	PCI	PCI	PCI	IGP	AGP 1x	AGP 2x	AGP 2x	AGP	AGP	AGP 1x	2xPCI	PCI	PCI+AGP 1x	AGP 2x	AGP	AGP 2x	IGP	PCI	AGP	XIO	AGP 2x	AGP 4x	AGP 2x	AGP 2x	AGP 2x	AGP 2x	AGP Pro	AGP	AGP	PCI	PCI	PCI	AGP Pro	XIO	AGP 4x	AGP 4x	IGP	AGP 2x	AGP 2x	PCI	PCI	PCI	AGP	AGP	AGP 2x	AGP 2x	IGP	IGP	AGP 4x	AGP 2x	AGP 2x	AGP 4x	AGP Pro	AGP 4x + PCI	AGP 4x (set to 2x)	AGP 4x	XIO	AGP Pro	AGP 4x	AGP Pro	AGP 4x	AGP 4x	AGP 4x	AGP 4x	AGP Pro	AGP Pro 8x	AGP 8x (set to 4x)	AGP 4x	AGP 8x (set to 4x)	AGP 8x (set to 4x)	AGP 8x (set to 4x)	CPU bus	CPU bus	XIO	XIO	PCI-X	AGP 8x (set to 4x)	PCI-X 66MHz	AGP 8x	AGP 8x (set to 4x)	UMA
	C clock [MHz]	0	0	0	0	0	50	33?	66	50	60	60	?	75	33/66	75?	55	55	55	48	57,6	70	?	?	?	?	66	75	75	75	45	75	75	?	?	?	?	55	66	66	66	?	?	80	76	99	80	80	100	75	75	66	90	90	-	66	?	100	100	90	90	100	?	?	?	100	33	83	100	143	125	?	?	?	110	110	115	?	?	125	125	100	100	125	?	150	135	135	66	100	100	162	162	-	122	122	100	100	125?	125?	?	105	105	200	120?	?	?	150/205	150	250?	200?	?	220	220	277	300	?	120?	250?	324	275	297	398	?	?	150	150	324	?	?	?	493	1150
	ROP,TMU	0	0	0	0	0	?	?	?	?	1x0	1x0	dual 2x0/1x1	1x1	?	1x0	1x1	1x1	1x1	1x1	1x1	1x1	1x1	?	?	?	1x1	1x1	1x1	1x1	1x1	1x1	1x1	2x1	4x1	1x1	1x1	1x1	1x1	1x1	1x1	?	?	1x1	1x1	1x1	1x1	1x1	1x1	1x1	1x1	?	1x2	2x2	-	1x1	?	2x0	2x1	2x1	2x1	1x1	?	?	?	1x1	2x1	1x1	2x1	1x2	2x1	dual 2x0/1x1	?	?	1x2	1x2	1x2	?	?	2x1	2x1	2x1	2x1	2x1	?	2x1	4x1	4x1	1x1	2x1	2x1	1x3	1x3	-	2x1	2x1	1x1	1x1	1x1	1x1	2x1 TX (4x0 non-TX)?	2x1	2x1	2x2	2x1?	?	2x1 TX (4x0 non-TX)?	2x1 TX (4x0 non-TX)?	2x1	1x1	4x0 / 2x1	2x1?	2x2	2x2	4x2	4x2	?	4x1	4x1?	8x1	2x2	4x2	4x1	?	?	2x1	2x1	8x1	8x1?	?	?	12x1	3x8
	Mem size [MB]	0	0	0	0	0	12	1	6	10-12?	4	4	2x12+2x4	15	2	2	4	2	2	2	2	4	8+16	16+16	16+0	16+16	-	2	2	4	4	4	4	2x8	4x8	8	8	8	4	4	15+16	16+0	16+0	16+8	4	4	4	4	4	4	4	15+16	3x4	6x4	-	-	20+16	18+0	18+16	16	16	15+16	16+16	16+64	16+64	30+32	96	4	-	16	32	2x12+2x4	15+16	16+64	32	32	32	32	64+64+8	32	32	16	16	16	128+128+32	32	64	64	-	64	64	64	64	64	16	16	8	8	-	-	64	8	8	32	64	128	128	128	128	32+32+16	128	256+128+	64	64	64	128	64+128	128+128	64	256	128	128	128	1024	1024	128	128	256	512	128	512	256	up to 2048
	M clock [MHz]	0	0	0	0	0	?	-	16?	?	60	60	?	?	16?	?	55	55	55	60	72	66	?	?	?	?	-	75	75	75	45	75	75	?	?	64	90	110?	66	66	?	?	?	?	76	99	80	80	100	100	100	?	90	90	-	-	?	?	?	110	110	?	?	?	?	?	?	83	-	143	150?	?	?	?	?	?	?	?	?	143	143	125	125	143	?	150	166	333	-	133	133	162	162	-	122	122	100	100	-	-	300	105	105	183	?	?	300	300	150	?	200?	?	445	445	554	648	?	?	?	553	512	648	594	?	?	150	150	553	?	?	?	594	2400
	M type	0	0	0	0	0	?	DRAM 8x 4-bit 256Kb	192bit DRAM	?	64bit WRAM	64bit WRAM	?	3D-RAM	64bit DRAM	?	64bit EDO RAM	64bit VRAM	64bit VRAM	64bit EDO RAM	64bit EDO RAM	64bit SGRAM	64bit VRAM + 64bit EDO	?	?	?	UMA	64bit EDO RAM	64bit EDO RAM	64bit SDRAM	64bit EDO RAM	64bit EDO RAM	64bit EDO RAM	SDR	SDR	64bit SDRAM	64bit SDRAM	64bit SGRAM	64bit WRAM	64bit WRAM	3D-RAM+CDRAM	?	?	64bit VRAM + 64bit EDO	64bit SGRAM RAM	64bit SGRAM RAM	64bit SGRAM	64bit SGRAM	128bit SGRAM	64bit SGRAM	64bit SGRAM	3D-RAM FB + CD-RAM TX	3x64bit EDO RAM	6x64bit EDO RAM	-	UMA	3D-RAM FB + CD-RAM TX	?	?	128bit SDRAM	128bit SDRAM	3D-RAM FB + CD-RAM TX	SDRAM	SDRAM	SDRAM	3D-RAM (FB) + CRAM (texture)	?	64bit SGRAM	UMA	128bit SGRAM	128bit SDRAM	?	3D-RAM FB + CD-RAM TX	?	128bit SDR	128bit SDR	128bit SGRAM	SGRAM	128+64+64bit SDRAM	64bit SDRAM	64bit SDRAM	64bit SDRAM	64bit SDRAM	64bit SDRAM	256+128+64bit SDRAM	256bit SDR	128bit SDR	128bit DDR	UMA	r	128bit (?) SDR	64bit DDR	64bit DDR	64bit DDR	64bit DDR	64bit DDR	64bit SDRAM	64bit SDRAM	-	-	256bit DDR-SGRAM	64bit eSDRAM	64bit eSDRAM	128bit SDR	256bit SGRAM	256bit SDR	256bit DDR-SGRAM	DDR-SGRAM	256bit SDR	128+64+64bit	128bit DDR	64+128+64bit	128bit DDR	128bit DDR	128bit DDR	128bit DDR	128+64+64bit SDRAM	128+64bit SDRAM	128bit DDR	256bit DDR	DDR	128bit DDR	128bit DDR	3DRAM-64	3DRAM-64	256bit SDR	256bit SDR	256bit DDR	256bit DDR	128bit DDR	256bit GDDR3	256bit GDDR3	64bit DDR4 (shared)
	color depth	16	16	16	16	16	24	8	24	24	16bpp	32bpp	32	32bpp	8	8	16	16	16	16	16	16	32	32	32	32	32	16	16	16	16	16	24	32	32	16	16	16	16bpp	32bpp	32	32	32	32	16	16	16	32	16	16	16	32	16	16	8	32	32	32	32	16	32	32	32	32	32	32	32	16	32	16	32	32	32	32	16	32	32	32	32	16	32	16	32	32	32	32	32	32	32	32	32	16	32	32	16	32	16	32	16	32	32	16	32	32	32	32	32	32	32	32	32	32	16	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32	32
	Errors	-	-	-	Degraded color precision (gradients, filtering)	-	No texture tests (OpenGL 1.0)	No texture tests (OpenGL 1.0)	No texture tests (OpenGL 1.0)	No texture tests (OpenGL 1.0)	-	-	-	-	Textured polygons are rendered by CPU	Textures ignored by hardware	no texture alpha	no texture alpha	second pass of multiTX done in SW	-	-	no alpha blending	-	-	-	-	-	no texture alpha	second pass of multiTX done in SW	no texture alpha	no texture alpha	no texture alpha	no texture alpha	Not all effect rendered properly	Not all effect rendered properly	-	-	-	-	-	-	-	-	-	no texture alpha	no texture alpha	no alpha blending	no alpha blending	dark when too much blending involved	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	?	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	-	Multitexting doesn't work	Multitexting doesn't work	-	-	-	-	-	-	-	-
	Notes	Microsoft generic OpenGL software renderer; no benefit from multiple CPUs	Microsoft generic OpenGL software renderer	SGI OpenGL for Windows software renderer with MMX support (released in 1997); SGI released this when Microsoft decided not to develop their OpenGL renderer	Open source MESA software renderer (default OpenGL software renderer in Linux)	SGI OpenGL for Windows software renderer with MMX support (released in 1997); SGI released this when Microsoft decided to not develop their OpenGL renderer	24-bit colors, 24-bit Z-Buffer, 1 raster engine, 1 geometry engine; same geneneration of chips as in Indigo2 pre-IMPACT and Indy XZ	Low-end graphics option for an entry-level Indigo workstation. Predecesor to REX3 (Newport/XL8/XL24) graphics in Indy. Unlike REX3, this REX1.5 does not accelerate alpha-blending and supports up to 1024x768x8bit@60Hz (the graphics card itself is from 1991)	Low-end workstation ($5,000+). Newport graphics was introduced in mid-1993 as XL8/XL24. The 24-bit version has three times higher memory bandwidth to provide the same performance in 24-bit colors as XL8 in 8-bit colors.	Highest graphics option for SGI Indy workstation. Unlike Newport/XL graphics, it offers 24-bit HW Z-Buffer and four hardware geometry engines (T&L). No HW support for textures though (only software pipeline). Rasteriser works at 50MHz (like most parts of the card), command engine works at 33MHz.	OpenGL MCD driver with hardware acceleration for gouraud-shaded triangles. Polygons with textures and/or blending are rendered using Microsoft's OpenGL software renderer (software and hardware rendering can be combined in a single frame). All buffers are always stored in video RAM.	OpenGL MCD driver with hardware acceleration for gouraud-shaded triangles. Polygons with textures and/or blending are rendered using Microsoft's OpenGL software renderer (software and hardware rendering can be combined in a single frame). All buffers are always stored in video RAM.	Two High Impact units working together in SLI mode (scan line interleave - like 3Dfx Voodoo2 SLI). This was the most powerful graphics workstation in the world. Each graphics unit has 12MB of frame/Z buffer memory and 4MB of dedicated texture memory.	Sun's own design of 3D accelerator chipset (rasterizer + triangle-setup; SW T&L); Creator3D-equipped Sun Ultra 1 170E workstation with 64MB RAM, 2.1GB HDD and 20-inch monitor cost $27,995	Low-end workstation ($5,000+). Newport graphics was introduced in mid-1993 as XL8/XL24. It was renamed to XGE when installed in machines with MIPS R5000 CPU (due to higher software T&L performance). Pixel fill rate numbers should be the same on 1993 machines. It supports hardware rasterising of Gouraud-shaded lines/spans (including blending).	DEC's own design; OpenGL 1.0.1 + vertex arrays, no texturing, software alpha-blending, 3D30 is fixed to 256 colors, 4D20 has 16MB and supports true-color with the same TGA2 chipset; software T&L using Alpha CPU; driver overhead test limited by FX!32 emulation of the x86 benchmark program	The first 3D accelerator made by S3	Enhanced Virge 325 core with up to 8MB of VRAM memory and faster RAMDAC. No benefits in 3D speed/features.	Windows 2000 built-in OpenGL MCD driver for ViRGE (the one that is available in Windows 2000 Driver Development Kit)	ATI's first OpenGL MCD driver (only for NT 4.0). The visual quality is higher than in Direct3D but performance sometimes suffers. The card has serious performance issues when too many draw calls are required.	ATI's first OpenGL MCD driver (only for NT 4.0). The visual quality is higher than in Direct3D but performance sometimes suffers. The card has serious performance issues when too many draw calls are required.	PowerColor C3000	GLiNT 500TX + GLINT Delta + AvanceLogic ALG2564 as DOS VGA	Texture memory is optional (in slot). Some triangle-rate tests didn't run properly (seems like cheating here) - they are removed from results.	No texture memory installed (but texture mapping unit is integrated and uses system RAM). Some triangle-rate tests didn't run properly (seems like cheating here) - they are removed from results.	Underclocked version of Z13T for Digital (DEC) Alpha 500/600 workstations. Tested on x86 PC with Intergraph drivers. Some triangle-rate tests didn't run properly (seems like cheating here) - they are removed from results.	Rendering engine is integrated with memory controller and uses system memory	STB Nitro 3D; Not as bad as I thought - bilinear filtering is what kills the Virge performance	Windows 2000 built-in OpenGL MCD driver for ViRGE (the one that is available in Windows 2000 Driver Development Kit)	SDRAM version of Virge GX. It doesn't matter if you have DX/GX/GX2; the only performance change is between EDO (better) and SDRAM/SGRAM (worse)	Budget version of the chip. Disappointing performance is caused by the low clock - that's how many people remember Virge chips.	Virge DX was usually clocked to 45-60MHz. This is one of the best ones (fast EDO RAM) and overclocked to prove identical performance to GX.	True color (texture color depth and Z-Buffer depth unchanged). Virge DX was usually clocked to 45-60MHz. This is one of the best ones (fast EDO RAM) and overclocked to prove identical performance to GX.	Uses two rasteriser chips to improve performance. Each with 8MB of memory. We were not able to get the performance results similar to manufacturer's claims in texturing tests (other OpenGL programs behaved the same).	Uses four rasteriser chips to improve performance. Each with 8MB of memory. We were not able to get the performance results similar to manufacturer's claims in texturing tests (other OpenGL programs behaved the same).	OpenGL ICD beta driver (codename Java)	OpenGL ICD driver from May 1999 (the newest version we were able to find)	3D performance similar to 3Dfx Voodoo Graphics. Support for DirectX5 and OpenGL ICD.	OpenGL MCD driver with hardware acceleration for gouraud-shaded triangles and point-sampled textures. Polygons with bilinear filtered textures and/or blending are rendered using Microsoft's OpenGL software renderer (software and hardware rendering can be combined in a single frame). All buffers are always stored in video RAM.	OpenGL MCD driver with hardware acceleration for gouraud-shaded triangles and point-sampled textures. Polygons with bilinear filtered textures and/or blending are rendered using Microsoft's OpenGL software renderer (software and hardware rendering can be combined in a single frame). All buffers are always stored in video RAM.	Mitsubishi 3DPro/2mp chipset  (Evans & Sutherland REALimage 1000); 16MB of texture memory on a separate module	Maybe only higher clocked Realizm Z13. No texture memory installed (but texture mapping unit is integrated and uses system RAM). Some triangle-rate tests didn't run properly (seems like cheating here) - they are removed from results.	More integrated version of Realizm. The 2D core is finally on the same board. Still the same issue with triangle-rate tests.	GLiNT MX + GLINT Delta + S3 Virge (DOS VGA compatibility)	generic low-end clone proves that Virge GX2 doesn't offer better performance than GX with the same clock	generic low-end clone overclocked to 99MHz (default for hi-end GX2 cards)	ELSA GLoria Synergy-4	ELSA GLoria Synergy-4	ASUS AGP-V3000	Integrated on mainboard with dedicated 4 MB of video memory	ATI All-in-Wonder Pro	Mitsubishi 3DPro/2mp; REALimage 1000, 15MB FB mem, 16MB tex mem, $3495	FBI and both TMUs have 4MB of 64bit memory each	Two Voodoo2 cards connected in SLI mode splitting the work into odd and even scan lines. The rasterization performance is almost doubled.	Sun integrated a generic ATI Rage Pro (4MB) chipset on the mainboard. However, drivers are primitive without ani 3D/video acceleration. This shows performance of the Sun's software OpenGL - it's the far slowest implementation (133MHz Pentium with Windows beats it).	Rendering engine is integrated with memory controller and uses system memory; no performance difference in 16bit rendering	Dual-head version of REALimage 2100, 20MB FB mem, 16MB tex mem, $2199	Lower geometry performance (compared to fx6+); "Max performance" 3D profile was used; no texture module installed	TMU and texture memory are on an optional module; This module has only 1 TMU so one pixel pipeline is disabled on textured polys (2-TMU module was also available)	-	-	Mid-range; based on the REALimage 2100 chipset; 15MB FB mem, 16MB tex mem	Additional Lynx4 geometry accelerator board was installed in another PCI slot. Still the same "cheating" issue with triangle-rate tests. Rasteriser architecture seems to be the same as in the Wildcat 4000 (the cards even have the same PCB layout), just less texture memory and lower core clock.	No geometry accelerator. Still the same issue with triangle-rate tests.	Additional Lynx5 geometry accelerator board. Still the same issue with triangle-rate tests.	Hi-end E&S card - the last one before they went out of the workstation accelerator business. Based on the REALimage 3000 chipset; 30MB FB mem, 32MB tex mem	2x GLINT MX (rasterizer), 1x GLINT Gamma (geometry), Permedia2 as a DOS core (with own memory), 24MB EDO for textures, the rest for buffers	Mobile version of Rage Pro with integrated memory. From the results, it seems that memory has the same clock as the core (unlike desktop Rage Pro chips).	Rendering engine has fast access to system memory; no performance difference in 15bit rendering	-	Riva TNT2 chip with full 128-bit memory interface. Popular choice among consumer cards with 32-bit color support and full OpenGL ICD driver. The ELSA version allows to add a module with a digital video output. Btw the performance hit with Z-Buffer enabled is interesting.	The enhanced version of original Maximum Impact from Indigo2/Octane. The full-size graphics board contains two units working together in SLI mode. Each graphics unit has 12MB of frame/Z buffer memory and 4MB of dedicated texture memory. This version of the graphics card was released in 1998.	REALimage 1200, 15MB FB mem, 16MB tex mem, $699	Same OpenGL extensions as older Intergraph cards. Low textured fill rate. Still the same issue with triangle-rate tests.	Memory bandwidth limited when working with high-res textures (huge drop in comparison with low-res textures). Hi-res texturing performance is unacceptable for this era - second TMU can help only with low-res textures.	Memory bandwidth limited when working with high-res textures (huge drop in comparison with low-res textures). Hi-res texturing performance is unacceptable for this era - second TMU can help only with low-res textures.	GLINT R3 (Permedia 3) + GLINT Gamma G1	IBM 256 bit Graphics Rasterizer Chipset	Finally new OpenGL driver with many new extensions. 64bit DirectBurst memory.	Lower-clocked TNT2 with crippled bus to 64bit	Lower-clocked TNT2 with crippled bus to 64bit	-	-	Vanta has bad geometry performance even with TNT2 M64 frequencies - not sure if it's caused by PCI bus	64bit DirectBurst memory.	The only difference between VPro V6 and V8 is in memory size (32 x 128MB). Performance is exactly the same for both cards.	Professional version of GeForce 256 (mostly special drivers)	Quadro with DDR memory instead of SDR (effective mem bandwidth was doubled)	Rendering engine is integrated with memory controller and uses system memory; 400MHz MIPS R12000 CPU helps a lot with software geometry procesing. Rasterisation is very slow for a workstation in 2000.	The last generation of Visualize fx cards (FSAA, Direct3D support, unified memory). Fx5 has 3 geometry units (one chip).	The last generation of Visualize fx cards (FSAA, Direct3D support, unified memory). Fx10 has 6 geometry units (two chips). Otherwise identical to fx5.	-	-	Sun's generic software renderer for Solaris - probably the slowest among software renderers. Although Radeon 7000 was a capable 3D accelerator, Sun never made 3D accelerated drivers for low-end ATI cards. Thus, the chip is degraded to a simple frame buffer.	-	-	-	-	Integrated graphics core in VIA PLE133, 8MB of shared memory (133MHz SDRAM)	Integrated graphics core in VIA PLE133, up to 8MB of shared memory (133MHz SDRAM)	IBM RC1000 rasterizer (?MHz) and IBM GT1000 geometry engine (?MHz); 256bit rasterizer provides extreme performance in CAD - looks like there are four pixel pipes, each delivering two non-textured pixels per clock… but only two have also texture mapping support	Single-chip solution for business notebooks, embedded RAM	Single-chip solution for business notebooks, embedded RAM	Professional version of GeForce2 MX 400; $499	2x GLINT R3 PT + GLINT Gamma2	High-end workstation accelerator using 2x GLINT R4 rasterisers and GLINT Gamma 2 geometry processor. "Digital Stripe Interleaving architecture" to double fill-rate when only a single CRT/LCD is connected.	IBM RC1000 rasterizer (?MHz) and IBM GT1000 geometry engine (?MHz); 256bit rasterizer provides extreme performance in CAD - looks like there are four pixel pipes, each delivering two non-textured pixels per clock… but only two have also texture mapping support	IBM RC1000 rasterizer (150MHz) and IBM GT1000 geometry engine (205MHz); 256bit rasterizer provides extreme performance in CAD - looks like there are four pixel pipes, each delivering two non-textured pixels per clock… but only two have also texture mapping support	Rasterization performance unchanged from V6/V8 generation. Slightly improved vertex processing + optimized code to fix the performance in triangle strips	Lowcost version of Wildcat II 5110 with disabled second pixel pipe	Sold only as part of NEC workstations Express5800. No DirectX support, no multi-texturing, OpenGL 1.1. Looks like four pixel pipelines, but only two of them can do texturing. Geometry unit has its own additional 32MB of DDR memory (not sure if 16 or 32bit data-bus).	Hi-end CAD accelerator. Memory is divided to 256MB texture memory (64bit), 128MB Framebuffer (128bit) and 32MB DirectBurst cache (64bit).	Professional version of GeForce4Go 460 (GeForce 4MX)	Professional version of GeForce4Go 460 (GeForce 4MX)	Professional version of GeForce4Ti 4200	Professional version of GeForce4Ti 4600	Mainstream version of Wildcat 6210 with reduced memory size	High-end profi OpenGL card	P10 Visual Processor architecture, lower-cost version (P9)	Profi version of Radeon 9700 PRO with doubled memory size, but underclocked	Professional version of GeForce4 MX	Professional version of GeForce4Ti 4800; newer revision with AGP 8x (no other difference)	Lowcost profi card based on Radeon 9600 PRO	Special GPU built for extremely high accuracy and real-time antialiasing	Special GPU built for extremely high accuracy and real-time antialiasing. Anti-aliasing disabled using fbconfig.	Slight improvement in geometry performance over V12 in Octane2 (not sure if caused by more CPU power)	Slight improvement in geometry performance over V12 in Octane2 (not sure if caused by more CPU power). Another machine - faster CPUs	The system is equipped with two FireGL X1 graphics cards. XFree86 is used instead of SGI's native  display server. I'm not sure about the benchmark compatibility with the system.	P10 Visual Processor architecture	Based on 3Dlabs Wildcat 4	The last AGP card from 3Dlabs. Codename: P20, Vertex Shader 2.0 (16x), Pixel Shader 3.0 (48x); Extremely high color precision.	Mainstream profi version of Radeon X800 PRO	Integrated graphics with shared memory; dual-channel mode.
	Computer	PC1 Dual P-III 1GHz	Toshiba S-Pro 440CDT (133MHz)	Toshiba S-Pro 440CDT (133MHz)	Toshiba S-Pro 440CDT (133MHz)	Siemens-Nixdorf PCD-4ND (DX4 75MHz)	SGI Indigo R3000 33MHz	SGI Indigo R4000SC 100MHz	SGI Indy 200MHz R4400	SGI Indy 200MHz R4400	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	SGI Indigo2 Maximum Impact	Sun Ultra 1 167MHz	SGI Indy XGE8 150MHz	Digital Personal Workstation 500a	PC3 Dual AthlonMP 2GHz	PC1 Dual P-III 1GHz	PC6 Duron 700MHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC2 P-III 1GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	SGI O2 R5000SC 180MHz	PC1 Dual P-III 1GHz	PC6 Duron 700MHz	PC5 Duron 1400MHz	PC5 Duron 1400MHz	PC5 Duron 1400MHz	PC5 Duron 1400MHz	HP Visualize X-Class 1x1GHz P3	HP Visualize X-Class 1x1GHz P3	PC5 Duron 1400MHz	PC2 P-III 1GHz	PC6 AtlonXP 2200+	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	Compaq DeskPro SFF P3-550	PC1 Dual P-III 1GHz	PC3 Dual AthlonMP 2GHz	PC2 P-III 1GHz	PC2 P-III 1GHz	Sun Ultra 5 270MHz	SGI O2 R5200SC 300MHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	HP Visualize X-Class 2x733	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	HP Visualize X-Class 1x1GHz P3	HP Visualize X-Class 1x1GHz P3	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	HP Visualize X-Class 1x1GHz P3	PC3 Dual AthlonMP 2GHz	HP OmniBook 900 P3 500MHz	SGI 320 1xP-II 400MHz?	PC1 Dual P-III 1GHz	HP Visualize X-Class 1x1GHz P3	SGI Octane 2xR12000 300MHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	PC3 Dual AthlonMP 2GHz	SGI Octane2 1x400MHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	SGI O2 R12000 400MHz	HP Visualize P600c	HP Visualize P600c	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	Sun Blade 1500 1GHz	PC1 Dual P-III 1GHz	PC1 Dual P-III 1GHz	HP OmniBook XE3 850MHz	HP OmniBook XE3 850MHz	PC4 Celeron 950MHz	PC4 Celeron 950MHz	PC3 Dual AthlonMP 2GHz	DELL Latitude C600 800MHz	DELL Latitude C600 800MHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	SGI Octane2 2x600MHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	DELL Precision M50 1.8GHz	DELL Precision M50 1.8GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	Sun Fire V880z	Sun Fire V880z	SGI Tezro 4x700MHz	SGI Tezro 4x1GHz	SGI Onyx4 4CPU	PC3 Dual AthlonMP 2GHz	Sun Blade 1500 1GHz	PC3 Dual AthlonMP 2GHz	PC3 Dual AthlonMP 2GHz	Acer Swift SF515-51T
	OS	Windows NT 4.0	Windows NT4.0	Windows NT4.0	Windows NT4.0	Windows NT4.0	IRIX 5.3	IRIX 5.3	IRIX 6.2	IRIX 6.2	Windows NT 4.0 SP6a	Windows NT 4.0 SP6a	IRIX 6.5	Solaris	IRIX 6.5	Windows NT4 SP6a	Windows XP SP3	Windows 98 SE	Windows 2000	Windows NT 4.0 SP6a	Windows NT 4.0 SP6a	Windows 98 SE	Windows 2000 SP2	Windows XP SP3	Windows XP SP3	Windows XP SP3	IRIX 6.5	Windows 98 SE	Windows 2000	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows NT4.0 SP5	Windows NT4.0 SP5	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows NT 4.0 SP6a	Windows NT 4.0 SP6a	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 98 SE	Windows 2000 SP2	Windows 98 SE	Windows 98 SE	Solaris 8	IRIX 6.5	Windows XP SP3	Windows 2000 SP2	Windows 2000	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows XP SP3	Windows XP SP3	Windows 2000 SP4	Windows XP SP3	Windows 2000	Windows 2000	Windows 98 SE	Windows 2000 SP4	IRIX 6.5	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows XP SP3	IRIX 6.5	Windows XP SP3	Windows XP SP3	IRIX 6.5.7	Windows NT4 SP5	Windows NT4 SP5	Windows 2000 SP4	Windows 2000 SP4	Solaris 10	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows 2000 SP4	Windows 98 SE	Windows 98 SE	Windows XP SP3	Windows 2000	Windows 2000	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	IRIX 6.5	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows 2000 SP4	Windows 2000 SP4	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Windows XP SP3	Solaris 10	Solaris 10	IRIX 6.5	IRIX 6.5	IRIX 6.5	Windows XP SP3	Solaris 10	Windows XP SP3	Windows XP SP3	Windows 10 Home
Fill Rate (Mpix/s)	shaded only	69,4	8,1	36,4	2,4	1,3	36,6	26,1	48,6	37,8	33,5	28,3	240,0	68,2	49,7	68,9	44,3	43,7	21,4	47,4	58,7	32,7	23,6	80,2	80,2	66,0	64,2	60,6	34,8	59,4	36,6	60,9	56,2	122,9	132,1	28,1	38,8	48,6	56,8	56,3	60,5	92,1	68,4	27,1	60,0	78,7	75,0	70,6	96,0	70,9	71,6	60,5	83,9	152,5	5,3	61,5	95,1	198,6	199,1	170,6	165,1	94,4	168,9	218,1	170,3	94,4	63,2	77,8	185,4	139,1	244,8	227,6	85,1	189,9	92,1	92,1	112,2	199,1	145,4	231,0	198,6	187,3	165,1	198,6	290,8	295,6	465,9	478,1	64,1	179,3	179,3	141,1	134,1	8,9	240,2	240,2	93,5	88,1	126,0	119,2	880,7	205,7	157,0	363,2	231,8	175,0	921,1	1 100,9	296,1	251,6	737,0	415,0	431,6	427,9	1 084,1	1 175,7	518,8	440,4	981,9	1 597,6	526,5	1 158,2	1 191,0	81,1	307,0	296,1	309,6	1 700,9	1 409,3	200,5	1 789,2	2 749,6	5 255,9
(without Z-Buffer)	+blend	5,3	1,0	6,1	0,8	0,1	14,9	0,4	18,9	14,8	1,0	0,6	151,4	68,2	19,0	1,4	20,7	24,5	21,1	27,4	46,7	13,6	10,7	52,6	52,6	44,7	61,5	35,0	34,4	32,1	20,9	34,8	32,6	22,0	34,8	19,1	27,0	48,6	1,2	0,8	61,4	62,3	44,0	13,8	31,2	43,0	38,4	36,6	95,5	71,3	70,5	60,6	84,3	152,5	0,6	58,8	95,1	181,6	179,3	170,3	121,0	93,1	73,4	99,1	85,5	95,5	31,4	66,1	183,6	139,1	181,6	136,6	83,8	115,6	92,1	88,1	101,1	193,7	93,6	184,3	97,6	156,6	83,8	97,6	187,3	300,3	269,0	337,8	63,6	181,6	179,3	119,3	103,0	6,0	209,2	126,6	92,7	73,0	123,6	84,3	459,5	148,6	71,5	229,5	207,5	166,9	478,1	559,1	302,4	108,4	377,4	417,6	431,6	419,6	895,3	1 037,5	417,3	477,7	589,1	1 245,6	526,5	1 037,5	855,5	80,5	307,3	295,8	309,6	2 527,2	1 051,9	192,4	1 388,1	1 918,1	5 591,4
	+Tx	2,7	0,3	0,3	0,3	0,1	-	-	-	-	2,7	2,8	105,4	9,5	0,2	69,0	4,8	5,1	2,1	2,7	2,8	22,2	4,3	29,1	2,9	23,6	32,5	11,2	2,1	8,5	6,8	11,2	10,5	3,4	5,9	11,3	24,8	48,9	2,7	2,8	44,7	2,5	2,7	19,3	6,4	8,5	32,4	25,4	52,1	53,3	56,3	42,8	75,7	137,7	1,5	30,7	62,3	2,0	70,5	145,2	108,5	62,6	46,0	52,6	49,5	77,3	31,3	54,5	154,3	126,7	157,9	120,7	66,1	51,9	77,0	44,0	53,1	31,6	93,6	158,9	99,0	132,1	83,9	99,0	187,3	200,2	199,0	320,3	39,4	167,6	168,9	141,1	132,1	3,5	148,6	130,1	92,7	73,7	69,0	65,2	147,3	134,6	90,7	248,7	83,5	74,1	157,9	177,2	203,6	99,0	177,2	341,9	427,9	420,0	782,0	921,5	363,5	368,5	207,7	972,9	526,0	907,6	883,4	40,0	135,0	200,4	200,4	1 634,4	237,0	155,9	778,9	1 733,3	4 859,7
	+Tx(point)	13,0	1,8	4,1	0,4	0,4	-	-	-	-	14,5	11,2	105,3	18,9	1,4	69,0	5,3	7,0	11,7	14,3	16,8	22,2	10,6	29,1	2,9	23,9	35,7	19,7	11,8	17,1	10,7	19,7	17,9	9,3	15,4	18,3	32,3	48,6	16,8	11,2	55,0	2,7	2,7	27,0	16,7	22,0	38,8	37,0	51,5	60,9	70,5	53,4	81,9	149,5	2,3	33,8	78,3	3,1	70,5	143,1	108,4	78,9	46,0	52,6	49,5	85,5	51,4	65,4	158,9	96,4	157,9	120,6	66,1	51,9	79,5	56,8	67,0	41,7	93,6	159,6	100,5	132,1	83,8	99,0	187,3	200,2	199,0	320,3	44,8	169,0	167,7	140,9	134,1	4,1	157,2	137,6	93,5	76,3	88,6	84,3	173,0	155,5	97,2	252,2	110,1	100,9	181,6	204,5	200,4	108,4	193,9	391,4	431,6	420,0	782,8	908,5	357,9	368,5	216,8	1 068,0	526,5	907,6	911,4	40,7	146,8	200,4	212,8	1 637,6	279,6	178,6	837,9	1 816,1	4 473,1
	+blend+Tx	2,1	0,2	0,2	0,2	0,1	-	-	-	-	1,4	1,1	102,8	9,5	0,2	1,4	4,3	4,6	0,7	1,2	1,2	13,6	4,2	29,8	2,9	23,6	28,2	9,8	0,7	7,6	5,9	9,9	9,2	4,9	4,3	10,7	22,7	38,8	1,4	1,2	44,0	2,5	2,7	12,8	5,8	7,7	22,7	18,8	52,2	32,7	32,5	43,4	75,7	137,7	0,3	28,1	63,2	2,0	70,5	135,6	82,6	62,6	46,0	51,9	48,8	78,1	27,4	36,0	146,1	126,6	119,7	105,8	66,1	48,1	73,7	43,4	50,8	30,3	90,8	126,6	64,1	108,4	55,9	65,0	181,6	200,2	147,3	213,6	33,9	149,2	149,2	115,6	103,0	2,9	128,6	92,1	81,8	49,5	68,6	53,5	125,3	90,8	52,5	167,7	82,5	74,1	136,2	151,3	203,0	104,6	167,6	368,5	420,0	333,5	671,0	782,8	391,4	368,5	213,8	787,6	481,0	782,0	614,4	40,6	136,4	200,4	206,6	1 514,1	234,4	181,9	767,6	1 603,2	4 468,7
	+blend+Tx(point)	5,7	1,0	2,9	0,3	0,1	-	-	-	-	1,0	0,6	102,8	18,7	1,3	1,4	4,8	6,2	0,8	0,8	1,9	13,6	10,6	29,1	2,9	24,2	29,9	14,7	0,7	12,7	8,7	14,6	13,7	4,5	7,7	15,5	24,6	40,0	1,3	0,8	55,0	2,7	2,7	13,8	12,3	16,4	25,4	23,8	51,1	32,9	32,5	53,4	81,9	149,5	0,3	30,7	79,0	3,1	71,3	135,5	83,9	78,9	46,0	52,6	48,8	85,4	31,3	37,1	150,2	96,8	121,1	103,8	66,1	52,6	74,7	55,0	64,2	38,7	89,5	128,6	65,0	108,4	55,9	65,0	178,7	200,2	147,3	213,8	37,2	149,2	149,2	117,3	101,4	3,3	137,6	93,6	85,6	51,5	89,5	59,7	145,3	97,1	54,5	167,6	105,3	98,1	160,3	177,2	194,7	106,1	186,2	357,9	419,6	333,5	670,3	770,6	363,1	348,2	220,2	854,6	487,8	769,9	626,2	40,5	150,7	200,4	213,4	1 511,2	237,0	179,5	838,7	1 631,8	4 524,6
	+LowResTx	2,8	0,3	0,3	0,3	0,1	-	-	-	-	2,8	2,8	121,6	10,6	0,2	68,9	5,4	5,6	4,2	6,6	8,9	22,1	4,3	37,4	2,8	30,3	58,8	9,8	8,3	8,9	5,8	9,7	9,1	4,4	7,9	21,6	35,6	48,6	2,8	2,8	60,6	2,5	2,7	26,3	9,3	12,2	38,8	37,8	94,6	53,3	52,6	59,6	84,3	152,5	1,6	48,3	90,8	2,0	71,2	151,8	145,2	89,7	59,6	68,4	57,1	93,2	57,5	57,2	181,8	132,9	213,8	139,0	68,4	68,4	92,1	92,1	110,0	42,2	128,5	206,7	193,0	167,6	156,4	193,0	256,9	300,3	465,6	477,7	65,2	181,6	179,3	141,1	134,2	3,6	225,7	223,4	93,6	88,1	125,5	119,2	232,0	174,0	155,6	363,2	229,5	172,9	242,2	286,9	307,3	175,9	367,9	415,4	432,0	431,6	1 084,1	1 174,6	421,2	478,1	261,7	1 597,6	534,4	1 158,2	1 191,0	41,1	161,0	296,1	309,6	1 700,9	274,0	200,4	1 141,3	2 752,3	4 623,9
	+LowResTx(point)	17,0	1,8	4,2	0,4	0,5	-	-	-	-	16,8	11,4	121,6	22,0	1,5	68,9	5,4	7,2	5,9	14,2	20,2	22,1	10,6	37,9	2,9	30,7	58,8	19,7	14,5	17,1	10,9	19,7	17,9	9,9	18,2	28,0	38,6	48,6	17,0	11,2	59,6	2,7	2,7	26,8	18,7	24,4	38,6	38,0	94,6	70,9	71,6	59,7	83,9	152,5	2,4	48,3	92,1	3,2	71,2	153,2	146,4	92,0	60,0	67,5	57,1	94,4	62,0	77,0	181,8	133,5	213,6	139,0	70,5	67,4	92,1	92,1	110,0	46,9	128,5	206,7	193,0	167,7	156,4	193,0	258,5	300,3	465,6	477,7	62,9	181,6	179,3	140,9	134,1	4,2	240,2	236,7	93,5	88,1	125,5	118,6	231,8	207,5	157,0	363,2	229,5	173,0	242,2	286,9	298,4	175,9	372,5	421,2	432,0	431,6	1 084,1	1 175,7	420,8	471,8	261,7	1 597,6	533,9	1 158,2	1 191,0	41,1	161,5	296,1	309,6	1 699,2	271,5	200,2	1 245,0	2 752,3	4 696,7
	multi-texture	1,0	0,2	0,1	0,1	0,0	-	-	-	-	0,8	0,8	52,6	0,2	0,2	2,0	2,3	2,4	0,5	0,7	1,5	9,8	2,1	14,9	1,5	12,0	15,0	5,3	0,5	4,0	3,2	5,3	4,9	22,3	3,0	5,5	12,0	21,3	0,8	0,8	22,0	1,2	1,4	7,7	3,0	4,1	13,5	10,9	26,2	20,3	21,1	21,4	75,3	137,1	0,9	15,4	31,1	1,9	35,6	60,6	42,1	31,3	23,1	26,3	24,5	39,1	14,5	22,2	77,1	81,9	55,9	56,0	39,8	25,9	43,4	16,8	26,3	16,4	47,4	60,6	36,3	51,1	30,7	36,3	92,1	100,1	92,0	136,2	19,3	78,1	78,1	134,2	103,0	3,7	75,9	72,6	44,0	30,3	34,8	29,9	25,0	58,3	46,4	121,1	41,8	37,1	26,5	29,5	97,3	55,9	86,5	184,0	354,1	192,1	510,8	587,8	181,6	184,0	105,8	424,9	210,6	579,1	280,7	40,8	156,2	97,3	100,1	1 694,1	117,2	89,6	368,5	715,6	3 295,7
	multi-pass	1,0	0,2	0,1	0,1	0,0	-	-	-	-	0,8	0,8	52,6	0,2	0,2	2,0	2,3	2,5	0,5	0,7	1,5	9,7	2,1	14,7	1,5	11,8	14,9	5,3	0,5	4,0	3,2	5,3	4,9	0,9	3,0	5,5	11,9	21,3	0,8	0,8	22,3	1,2	1,3	7,7	3,0	4,0	13,5	11,0	26,3	20,3	20,8	21,7	37,8	69,0	0,2	15,3	31,1	1,9	35,2	71,6	47,4	31,6	23,1	25,9	24,5	39,1	14,3	22,2	77,1	46,4	68,5	56,0	37,9	26,2	40,4	22,4	26,3	16,5	46,7	72,6	39,8	60,5	33,9	39,8	92,1	100,1	86,4	131,3	19,3	79,0	79,0	62,3	52,6	1,4	69,5	53,4	44,0	30,3	34,8	29,9	67,9	53,4	33,4	94,4	41,3	37,1	71,9	80,7	96,8	64,1	85,4	181,6	210,0	178,5	335,2	391,0	181,6	186,2	106,9	441,7	252,2	391,0	368,7	17,1	43,6	97,3	101,6	508,7	118,4	89,6	385,3	737,8	1 955,1
Triangle Rate (Ktri/s)	Triangle Strips	965	104	114	72	23	75	67	134	314	314	310	1 267	1 493	177	606	214	249	87	415	417	517	670	1 137	1 137	1 035	435	248	87	193	154	197	196	979	1 507	272	280	596	471	471	405	972	943	670	323	324	1 024	1 016	1 181	541	612	598	2 347	2 145	317	656	3 690	6 365	7 492	4 107	4 021	4 021	2 176	979	3 352	3 916	3 280	462	3 617	2 192	3 145	2 209	3 349	2 927	2 254	2 234	3 184	6 443	6 065	4 150	4 153	1 534	1 534	1 534	12 045	6 603	13 947	14 145	974	5 967	8 614	1 010	1 011	808	849	854	1 379	1 389	1 658	1 630	8 060	1 226	1 242	14 145	4 019	5 614	7 485	7 492	11 942	10 609	14 559	18 182	18 384	17 885	15 435	15 435	12 739	14 145	28 940	148 796	13 947	15 435	139 006	24 865	28 417	13 274	13 261	136 705	30 870	4 785	97 988	225 373	93 976
	Independed Triangles	554	59	68	25	9	55	32	84	221	248	245	333	213	100	329	171	190	72	307	314	313	277	-	-	-	302	189	72	169	133	171	171	855	806	187	214	542	349	349	271	-	59 773	277	229	231	444	469	577	272	403	267	789	730	133	247	1 591	2 480	1 108	1 384	1 384	1 299	-	-	-	1 200	1 833	279	668	718	1 146	935	1 591	-	1 369	1 384	1 686	2 357	4 609	1 415	1 430	544	539	539	5 536	2 839	3 743	3 743	340	1 330	1 351	352	352	377	505	501	460	460	463	477	2 727	394	394	3 743	1 794	1 768	2 807	2 768	3 135	5 158	3 690	5 230	4 554	4 596	3 855	3 916	3 978	4 613	2 100	77 335	3 746	3 920	77 411	1 147	1 165	4 592	4 592	805	23 517	1 159	37 199	120 407	24 698
	Hi-Res Textured I. Triangles	307	30	33	18	8	-	-	-	-	258	269	333	79	26	269	14	15	135	265	272	311	201	-	-	-	216	136	138	118	84	119	119	76	120	172	184	374	258	269	0	-	40 136	201	19	19	354	370	515	246	309	251	768	720	62	176	1 107	300	1 107	1 201	1 201	980	-	-	-	979	1 543	204	606	706	1 019	941	979	-	1 146	1 026	1 235	1 902	4 546	1 212	1 212	505	505	505	5 536	2 276	3 307	3 690	258	1 330	1 349	255	256	239	377	379	361	361	358	356	2 894	349	349	3 536	1 768	1 236	2 960	2 940	3 125	4 750	3 690	4 899	4 596	4 643	3 855	3 859	3 855	4 546	1 968	51 934	3 690	3 855	41 155	1 139	1 146	3 315	3 315	808	10 149	1 160	27 011	80 350	22 537
	One Triangle per Draw Call	130	12	12	4	1	4	7	14	13	33	32	100	17	21	17	124	139	29	26	27	106	177	340	340	340	35	144	30	127	96	130	130	63	57	56	57	300	46	45	134	310	305	204	163	171	176	164	280	78	87	197	255	263	7	54	340	807	218	310	310	153	40	310	601	139	483	55	99	225	295	127	407	886	266	266	729	969	1 152	305	305	272	272	266	847	100	467	467	114	203	205	121	122	38	115	115	213	205	86	90	1 622	166	165	467	811	799	1 646	1 622	136	1 102	724	1 089	489	489	446	453	1 058	983	581	531	470	453	531	103	117	166	230	235	556	174	566	541	899
Fill Rate (Mpix/s)	shaded only	17,7	2,5	8,0			32,4	8,0	13,1	34,1	32,1	28,3		68,1	9,2	37,7		23,5	13,1	20,8								29,6	20,8	21,5	16,7	29,5	27,2	41,5	57,1	18,8	27,7	48,6	28,3	24,2						28,9	68,6	57,8						150,2	3,5	56,1				150,8	85,4	94,4	80,7			94,4		41,2		137,9	125,3	157,6														295,6			63,5	179,5	179,5														210,4												518,8	477,7						80,6	314,7		309,6				1 192,5		4 915,6
(with Z-Buffer)	+blend	3,7	0,5	3,6			13,9	0,4	14,2	14,2	0,5	0,4		68,2	9,1	1,2		14,2	13,3	14,3								21,1	20,5	17,8	12,4	21,2	19,7	13,4	22,4	11,5	16,9	48,6	1,2	1,0						23,5	37,8	33,5						150,2	0,5	48,3				117,3	64,1	94,4	56,3			95,5		34,0		137,7	94,4	93,1														295,6			58,2	142,5	142,4														159,8												412,7	478,9						80,6	309,3		309,3				1 158,2		5 394,5
	+Tx	2,4	0,2	0,3			-	-	-	-	1,1	1,1		9,5	0,2	37,1		4,4	0,6	1,0								8,8	0,6	6,8	5,3	8,8	8,2	?	8,6	8,5	18,6	42,4	1,3	1,3						6,8	29,6	22,5						135,5	1,2	19,9				119,3	64,1	62,6	46,0			78,1		32,1		98,7	89,7	113,7														200,2			31,4	126,7	126,7														82,5												363,5	373,7						40,6	136,2		206,6				671,0		4 357,0
	+blend+Tx	1,9	0,2	0,2			-	-	-	-	0,8	0,7		9,5	0,2	1,2		4,1	0,4	0,7								7,7	0,4	6,2	4,7	7,7	7,3	3,1	4,2	8,0	15,8	32,4	0,9	0,8						6,2	21,9	17,5						135,5	0,3	19,9				95,0	51,2	63,2	46,0			78,1		23,8		98,7	72,7	87,1														200,2			29,1	108,4	106,8														74,1												357,9	348,2						39,4	136,2		200,4				670,3		4 468,7
	+LowResTx	2,5	0,2	0,3			-	-	-	-	1,1	1,1		10,6	0,2	36,9		4,8	3,8	4,6								7,8	6,9	7,0	4,7	7,8	7,3	5,0	11,7	16,9	27,3	45,2	1,3	1,3						9,4	38,2	36,4						150,2	1,2	42,3				146,4	84,2	90,8	59,5			93,1		41,2		121,2	125,3	124,3														295,6			59,4	179,5	179,5														204,7												421,2	477,7						41,2	160,0		317,1				1 348,8		4 584,9
	+LowResTx(point)	9,6	1,1	3,0			-	-	-	-	0,9	0,9		22,0	1,4	38,5		6,3	5,3	11,7								13,1	11,0	11,0	7,7	13,1	12,3	9,2	16,8	18,5	27,5	48,6	11,2	9,5						15,3	38,6	37,5						150,2	1,6	42,2				148,5	85,4	92,0	60,1			94,4		42,4		121,8	125,3	124,2														295,8			59,8	179,5	181,6														204,7												397,9	477,7						41,1	160,5		316,2				1 341,9		4 584,9