harvey/lib/vgadb

# VGA database.
#
# ctlr:
# These entries are used to identify a particular controller.
# 'numeric offset'="string" identifies the controller by searching
# the BIOS for "string" at 'offset'. There may be multiple identifier
# attributes per ctlr.
# Strings can be found in the BIOS ROM by using the DOS 'debug'
# command and typing 'd c000:0' to obtain a dump of the first part of
# the ROM. Note that some machines (e.g. AT&T/NCR laptops) have the
# ROM mapped at 0xE0000, not 0xC0000.
# The "clock", "ctlr", "link" and "ramdac" entries give a chain in order
# of functions to be called for this controller for initialisation, etc.
# The "clock", "ctlr", "link" and "ramdac" values can all take an extension
# following a '-'. This can be used as a speed-grade or subtype; matching
# is done without the extension.
#
ctlr
	vid=0x8086 did=0x7121		# Intel 82810
	vid=0x8086 did=0x7123		# Intel 82810-DC100
	vid=0x8086 did=0x7125		# Intel 82810E
	vid=0x8086 did=0x1132		# Intel 82815 chipset, fully featured, internal graphics
	vid=0x8086 did=0x1112		# Intel 82815 chipset, internal graphics only
	vid=0x8086 did=0x1102		# Intel 82815 chipset, internal graphics (100MHz dram limit)
	vid=0x8086 did=0x3577		# Intel 830M chipset (IBM R31 notebook))
	link=vga
	ctlr=i81x linear=1
	hwgc=i81xhwgc
ctlr
	0xC006F="8C801"					# STB PowerGraph X-24
	link=vga
	ramdac=att20c491-100
	hwgc=s3hwgc
	link=s3clock clock=icd2061a
	ctlr=s3801 link=ibm8514
ctlr
	0xC004F="86C805"				# Orchid Fahrenheit 1280
	0XC004F="86C801"				# Quadtel S3 86C801/805
 	link=vga
	hwgc=s3hwgc
	ramdac=sc15025-80
	link=s3clock clock=ch9294-g
	ctlr=s3805 link=ibm8514
ctlr
	0xC0067="#9GXE"					# #9GXE Level-1[12]
	0xC0045="Stealth 64 Vers. 1.05"
	link=vga
	ramdac=bt485-135
	hwgc=bt485hwgc
	ctlr=s3928 linear=1
	link=ibm8514
	clock=icd2061a link=s3clock
ctlr
	0xC0064="#9GXE"					# #9GXE Level-16
	link=vga
	hwgc=tvp3020hwgc
	ctlr=s3928 linear=1
	link=ibm8514
	ramdac=tvp3020-200
	clock=icd2061a link=s3clock
ctlr
	0xC0094="#9-864"				# #9GXE64
	0xC012C="V864 PCI"				# GIS Globalyst 550
	link=vga
	hwgc=s3hwgc
	ctlr=vision864 linear=1
	link=ibm8514
	ramdac=att21c498-135
	clock=icd2061a link=s3clock
ctlr
	0xC0094="#9-964 BIOS Version 1.03.03"		# #9GXE64pro
	0xC0094="#9-964 BIOS Version 1.03.11h"		# #9GXE64pro
	0xC0094="#9-964 BIOS Version 2.01.02h"		# #9GXE64pro
	link=vga
	ramdac=tvp3025-170
	hwgc=tvp3020hwgc
	ctlr=vision964 link=ibm8514
	link=s3clock clock=tvp3025clock
ctlr
	0xC00F6="#9 T2R4 SB BIOS"			# #9 Revolution IV
	vid=0x105D did=0x5348		# #9 Revolution IV
	ctlr=t2r4 linear=1
	ramdac=rgb524mn-250 rgb524mnrefclk=37500000
	hwgc=t2r4hwgc
ctlr
	0xC0045="Stealth 64 Video VRAM Vers. 1.0"
	0xC0045="Stealth 64 Video VRAM Vers. 2.0"
	link=vga
	ramdac=tvp3026-175
	ctlr=vision968 link=ibm8514 linear=1 vclkphs=1
	link=s3clock clock=tvp3026clock
	hwgc=tvp3026hwgc
ctlr
	0xC004C="S3 Vision968 IBM RGB524 DAC"		# STB Velocity 64 Video
	link=vga
	ramdac=rgb524-220
	ctlr=vision968 linear=1 disa1sc=1
	link=ibm8514
	hwgc=rgb524hwgc
ctlr
	0xC006B="9FX Motion 771"			# #9FX Motion 771
	0xC0045="Stealth 64 Video VRAM Vers. 3.0"	# Stealth 64 Video 3000
	link=vga
	ramdac=rgb524-220 rgb524refclk=16000000
	ctlr=vision968 linear=1
	link=ibm8514
	hwgc=rgb524hwgc
ctlr
	0xC0045="Stealth 64 DRAM Vers. 2.01"
	0xC0045="Stealth 64 DRAM Vers. 2.02"
	0xC0045="Stealth 64 DRAM Vers. 2.09"
	0xC0045="Stealth 64 DRAM Vers. 1.14"
	0xC0045="Stealth SE DRAM Vers. 1.01"
	0xC0044="Phoenix S3 TRIO32 Enhanced VGA BIOS. Version 1.3-08-12-57MHz"
	0xC0044="Phoenix S3 TRIO64 Enhanced VGA BIOS. Version 1.3-08"
	0xC0044="Phoenix S3 TRIO64 Enhanced VGA BIOS. Version 1.00-06"
	0xC0044="Phoenix S3 TRIO64 Enhanced VGA BIOS. Version 1.2-07"
	0xC0044="Phoenix S3 TRIO64 Enhanced VGA BIOS. Version 1.5-07"
	0xC0044="Phoenix S3 TRIO64 Enhanced VGA BIOS. PCI Version 1.1"	# ishwar@pali.cps.umich.edu
	0xC0000-0xC0100="S3 86C775/86C785 Video BIOS."	# marcello.magnifico@rccr.cremona.it
	0xC0044="Phoenix S3 TRIO64V+ Enhanced VGA BIOS. Version 1."
	0xC0044="S3 86C325 Video BIOS. Version 1.00-05"
	0xC0044="S3 TRIO64V+ 40MHz V1.01-01"
	0xC0094="#9-764 BIOS Version 1.02.00u"
	0xC0094="#9-764 BIOS Version 1.02.01u"
	0xC0044="S3 86C765 Video BIOS"
	0xC0044="Stealth64 Video 2001"
	0xC993F="S3 86C765 Video BIOS. Version 1.03-08"
	0xC0044="Phoenix S3 TRIO32 Enhanced VGA BIOS. Version 1.3-08"
	link=vga
	hwgc=s3hwgc
	ctlr=trio64 linear=1
	link=ibm8514
ctlr
	vid=0x5333 did=0x5631		# ViRGE
	vid=0x5333 did=0x8A01		# ViRGE DX/GX
	vid=0x5333 did=0x8A10		# ViRGE GX/2
	# vid=0x5333 did=0x8A20		# Savage 3D, not supported
	# vid=0x5333 did=0x8A21		# Savage 3DMV, not supported
	vid=0x5333 did=0x8A22		# Savage 4
	vid=0x5333 did=0x8A25		# ProSavage PN133
	vid=0x5333 did=0x8A26		# ProSavage KN133 
	vid=0x5333 did=0x883D		# ViRGE VX
	vid=0x5333 did=0x8C01		# ViRGE MX
	vid=0x5333 did=0x8C03		# ViRGE MXP
	vid=0x5333 did=0x8C10		# Savage MX/MV
	# vid=0x5333 did=0x8C11		# Savage MX, not supported
	vid=0x5333 did=0x8C12		# Savage IX/MV
	# vid=0x5333 did=0x8C13		# Savage IX, not supported
	vid=0x5333 did=0x8C2E		# SuperSavage IXC/16 (Thinkpad T23)
	vid=0x5333 did=0x8D04		# ProSavage8 in P4M266 chipset
	# vid=0x5333 did=0x9102		# Savage 2000, not supported
	vid=0x5333 did=0x8811		# ViRGE ???
	0xC0048="Stealth 3D 2000 Vers. 1.03"
	0xC0043="Stealth 3D 2000 Vers. 1.04"
	0xC0048="Stealth 3D 2000 Vers. 2.03"
	0xC0047="Stealth 3D 2000 Pro Vers. 3.04"
	0xC0043="Stealth 3D 3000 Vers. 1.01"
	0xC0043="Stealth 3D 3000 Vers. 1.02"
	0xC0043="Stealth 3D 3000 Vers. 2.01"
	0xC0043="Stealth 3D 3000 Vers. 2.02"
	0xC004B="Stealth III S540"		# Savage4-based
	0xC004B="S3 86C395/396/397 Video BIOS."
	0xC0044="STB Velocity 3D BIOS. Version 1.10"	# STB Velocity 3D
	0xC00D8="#9-325 BIOS Version 2.18.08"		# #9FX Reality 332
	0xC001A="PNTNIBM VGA Compatible BIOS" 	# Hercules Terminator
	0xCBCBC="TOSHIBA Savage\MX BIOS Ver. 4.00.20 - 21" # Portégé 3440CT
	0xC0044="S3 86CM65 Video BIOS"		# Compaq Presario 3060 (Aurora64V+)
	0xC0045="S3 Savage\IX BIOS Ver. 4.02.50 - 39"	# IBM Thinkpad T21
	0xC907F="Trio64"			# Microsoft Virtual PC 2004
	0xC000E="VIDEO B"			# Connectix Virtual PC
	link=vga
	hwgc=s3hwgc
	ctlr=virge linear=1

# These use some weird virge/gx2 that has a 202MHz clock instead of a 170MHz.
ctlr
	0xC00DF="#9-357 BIOS Version 4.10.05"		# #9FX Reality 334
	link=vga
	hwgc=s3hwgc
	ctlr=virge-202 linear=1
# This card, in addition to having a weird gx2 clock, has slow memory.
ctlr
	0xC0044="STB Powergraph 64 3D BIOS. Version 1.50"
	link=vga
	hwgc=s3hwgc
	ctlr=virge-202 linear=1
ctlr							# CL-GD542x
	0xC0039="CL-GD540"				# Cirrus Logic BIOS
	0xC0039="CL-GD5422"
	0xC0039="CL-GD542X VGA BIOS"			# NCR 3230
	0xE0039="CL-GD540x/542x VGA BIOS"		# NCR 3230
	0xC0039="CL-GD543x"
	0xC0039="CL-GD5440"
	0xC003B="SpeedStar PRO"				# Diamond SpeedStar Pro
	0xC0038="SpeedStar 64"				# Diamond SpeedStar 64
	0xC00F4="KELVIN 64"				# Orchid Kelvin 64
	0xC0039="CL-GD7543"				# notebook
	link=vga
	ctlr=clgd542x
	hwgc=clgd542xhwgc
ctlr
	0xC0039="CL-GD5436/46 PCI VGA BIOS Version"
	0xC0039="CL-GD5446 PCI VGA BIOS Version"	
	vid=0x1013 did=0x00b8		# CL-GD5446, at least in QEMU
	link=vga
	ctlr=clgd542x linear=1
	hwgc=clgd542xhwgc
ctlr
	vid=0x1013 did=0x00D0		# CL-GD5462
	vid=0x1013 did=0x00D4		# CL-GD5464
	vid=0x1013 did=0x00D6		# CL=GD5465
	0xC0039="CL-GD546x Laguna PCI VGA BIOS Version 1.71D" # ZT5550 SBC
	0xC0039="CL-GD546x Laguna PCI VGA BIOS Version 1.61a" # HP Kayak
	link=vga
	ctlr=clgd546x linear=1
	hwgc=clgd546xhwgc
ctlr
	vid=0x1002 did=0x4354		# CT
	vid=0x1002 did=0x4742		# GB
	vid=0x1002 did=0x474D		# GM
	vid=0x1002 did=0x4750		# GP
	vid=0x1002 did=0x4752		# GR
	vid=0x1002 did=0x4756		# GV
	vid=0x1002 did=0x475A		# GZ
	vid=0x1002 did=0x4C42		# LB
	vid=0x1002 did=0x4C49		# LI
	vid=0x1002 did=0x4C4D		# LM
	vid=0x1002 did=0x4C50		# LP
	vid=0x1002 did=0x5654		# VT
	vid=0x1002 did=0x5656		# VV
	vid=0x1002 did=0x4755		# 3D Rage II+
	0xC00DC="MACH64CTPCIU"				# ATI Graphics Xpression
	0xC00E7="MACH64GPPCIM"				# ATI xpert@work
	0xC00E7="MACH64GBPCIM"				# ATI xpert@work
	0xC00E7="MACH64GZPCIM"				# Rage IIC AGP
	0xC00E7="MACH64GVPCIM"				# Rage IIC PCI
	0xC00E6="MACH64GBPCIM"				# ATI xpert@work
	0xC00E0="MACH64GBPCIMTSGU"			# MS-6131 NLX mb
	0xC00E1="MACH64GBPCIMTSGU"			# MS-6131 NLX mb
	0xC00CA="MACH64GBPCIMTSGU"			# Dell Optiplex GX1
	0xC00ED="MACH64GDPCIMTSGU"			# Dell OptiPlex GXa
	0xC00EB="MACH64GPPCIMTSGU"			# ATI Xpert 98
	0xC00F7="MACH64LIPCIMTSDU"			# Xpert LCD PCI
	0xC00F7="MACH64LBPCIMTSGU"			# Xpert LCD AGP
	0xC00F8="MACH64LIPCIMTSDU"			# Xpert LCD PCI
	0xC00F6="MACH64LMPC"				# COMPAQ Armada E500
	0xC00E1="MACH64GTPCIUYMU"			# ATI Rage II PCI
	0xC0000-0xC0200="MACH64CT"			# generic entries
	0xC0000-0xC0200="MACH64GB"
	0xC0000-0xC0200="MACH64GM"
	0xC0000-0xC0200="MACH64GP"
	0xC0000-0xC0200="MACH64GV"
	0xC0000-0xC0200="MACH64GZ"
	0xC0000-0xC0200="MACH64LB"
	0xC0000-0xC0200="MACH64LI"
	0xC0000-0xC0200="MACH64LM"
	0xC0000-0xC0200="MACH64LP"
	0xC0000-0xC0200="MACH64VT"
	0xC0000-0xC0200="MACH64VV"
	link=vga
	ctlr=mach64xx linear=1
	hwgc=mach64xxhwgc
	membw=530
ctlr
	0xC0083="Hercules Stingray 64(tm)"		# Stingray 64/Video
	link=vga
	clock=ch9294-g
	ramdac=w30c516-135
	ctlr=ark2000pv linear=1
	hwgc=ark2000pvhwgc
ctlr
	0xC0083="Stealth64 Graphics 2001"
	link=vga
	ramdac=ics534x-135
	ctlr=ark2000pv linear=1
	hwgc=ark2000pvhwgc
ctlr
	0xE0090="Chips 65540"				# Globalyst 250
	0xC008D="Chips 65540"				# Midwest Micro Elite
	0xE0090="TOSHIBA Video BIOS V1.40"
	link=vga
	ctlr=ct65540 linear=1
	hwgc=ct65545hwgc
ctlr
	0xC7345="TVGA BIOS  Z6.1I (0.02)"		# IBM Thinkpad 760ED (U9A)
	0xC7367="TVGA BIOS  Z6.1I (0.05) "		# IBM Thinkpad 560E
	0xC7800-0xC7B00="TVGA BIOS WEN 6.1"		# NEC Versa SX
	0xC0078="Trident CYBER 8620"			# Acer TravelMate 350
	0xC0093="Trident TGUI96xx"
	0xC0044="GL A6.00E"
	0xC68A5="TVGA BIOS LS  6.0 (08)"		# Sharp Actius A250, Cyber 9525/DVD
	0xC7E5F="TVGA BIOS 1.14"				# iTuner 
	link=vga
	ctlr=cyber938x linear=1
	hwgc=cyber938xhwgc
ctlr
	vid=0x102C did=0x00C0		# 69000 HiQVideo
	vid=0x102C did=0x00E0		# 65550 HiQVideo
	vid=0x102C did=0x00E4		# 65554 HiQVideo
	vid=0x102C did=0x00E5		# 65555 HiQVideo
	0xC0090="CHIPS 65550 PCI & VL Accelerated VGA BIOS"	# NEC Versa 6030X/6200MX
	0xC0090="CHIPS 6X554 PCI Accelerated VGA BIOS"	# Digital HiNote Ultra 2000
	0xC0090="CHIPS 69000 PCI Accelerated VGA BIOS"	# Rackmount
	0xC0090="TOSHIBA Video BIOS V1.80"	# 4025CDT
	link=vga
	ctlr=hiqvideo linear=1
	hwgc=hiqvideohwgc
ctlr
	vid=0x102B did=0x0519		# MGA 2064
	vid=0x102B did=0x051B		# MGA 2164
	vid=0x102B did=0x051F		# MGA 2164 AGP
	0xC002D="MATROX/MILLENNIUM  VGA/VBE BIOS (V1.9 )"	# Millennium
	0xC002D="MATROX/MILLENNIUM  VGA/VBE BIOS (V3.0 )"	# Millennium
	0xC002D="MATROX/MILLENNIUM  VGA/VBE BIOS (V2.2 )"	# Millennium
	0xC002D="MATROX/MILLENNIUM  VGA/VBE BIOS (V2.5 )"	# Millennium
	0xC002D="MATROX/MISTRAL  VGA/VBE BIOS (V1."		# Millennium II
	link=vga
	ctlr=mga2164w linear=1
	hwgc=mga2164whwgc
ctlr
	# vid=0x10C8 did=0x0001		# MagicGraph 128, not supported
	# vid=0x10C8 did=0x0002		# MagicGraph 128 V, not supported
	vid=0x10C8 did=0x0003		# MagicGraph 128 ZV, presotto orking on it
	# vid=0x10C8 did=0x0083		# MagicGraph 128 ZV+, not supported
	vid=0x10C8 did=0x0004		# MagicGraph 128 XD
	vid=0x10C8 did=0x0005		# MagicMedia 256 AV
	vid=0x10C8 did=0x0006		# MagicMedia 256 ZX
	0xC0048="MagicGraph 128XD"	# IBM Thinkpad 560X
	0xC0048="MagicMedia 256AV"	# IBM Thinkpad 600E
	0xC0048="MagicGraph 256 AV"	# IBM Thinkpad 570, 600E
	0xC0048="MagicMedia 256ZX"	# IBM Thinkpad 600X
	0xC0048="MagicMedia 128 V/ZV"	# Micron Transport VLX
	ctlr=neomagic linear=1
	hwgc=neomagichwgc
ctlr
	0xC0189="Hercules ISA Bus Dynamite(tm) BIOS. Ver. 8.00N-A2b(04/29/94)"
	link=vga
	clock=ics2494-304
	ramdac=att20c491-90				# really MUSIC MU9C4910
	ctlr=et4000-w32i
	hwgc=et4000hwgc
ctlr
	0xC0189="Hercules PCI Bus Dynamite(tm) BIOS. Ver. 8.00N-B1a(03/30/94)"
	link=vga
	clock=ics2494-324
	ramdac=stg1702-135
	ctlr=et4000-w32p
	hwgc=et4000hwgc
ctlr
	0xC0189="Hercules PCI Bus Dynamite(tm) BIOS. Ver. 8.00N-D2g(11/28/94)"
	0xC01AD="Ver. 8.00N-D2h(05/31/95)"
	0xC0076="Tseng Laboratories, Inc. 06/28/94 V1.0CN"# Cardex Challenger
	link=vga
	ramdac=ics534x-135
	ctlr=et4000-w32p
	hwgc=et4000hwgc
ctlr
	vid=0x121A did=0x0003		# Banshee
	vid=0x121A did=0x0005		# Avenger (a.k.a. Voodoo3)
	0xC0056="Voodoo3 1000 16MB BIOS"		# Voodoo3 1000
	0xC0056="Voodoo3 2000 BIOS"			# Voodoo3 2000
	0xC0056="Voodoo3 3000 BIOS"			# Voodoo3 3000
	0xC0056="Voodoo3 3000 LC BIOS"			# Voodoo3 3000
	link=vga
	ctlr=3dfx linear=1
	hwgc=3dfxhwgc
ctlr
	vid=0x10DE did=*			# NVidia cards all talk the same
	link=vga
	ctlr=nvidia linear=1
	hwgc=nvidiahwgc

ctlr
	vid=0x15AD did=0x0710		# VMware 1
	vid=0x15AD did=0x0405		# VMware 2
	link=vga
	ctlr=vmware linear=1
	hwgc=vmwarehwgc

ctlr
	0xC002D="MATROX/Matrox G400"
	0xC002D="MATROX/Matrox G450"
	0xC002D="MATROX/MGA-G200 VGA"
	link=vga
	ctlr=mga4xx linear=1
	hwgc=mga4xxhwgc

#
# mode:
# These entries specify a monitor operating mode.
# Attributes are:
#	clock		the dot clock in MHz
#	shb		start horizontal blanking
#	ehb		end horizontal blanking
#	ht		horizontal total
#	vrs		vertical refresh start
#	vre		vertical refresh end
#	vt		vertical total
#	hsync		horizontal sync polarity
#	vsync		vertical sync polarity
#	interlace	interlace
# The shb, ehb, ht, vrs, vre and vt attributes specify the horizontal and
# vertical timing. The x (hde, horizontal display end), y (vde, vertical
# display end) and z (depth) values are derived from the value of the main
# attribute (e.g. 640x480x8 -> x=640, y=480, z=8).
#
# The clock value 25.175 is known internally as the baseline VGA clock rate.
#
# The defaults for hsync, vsync and interlace are 0. Both hsync and vsync
# must be non-zero if either is to take effect, - and + are valid choices.
#
# An attribute 'include=val' means continue using another entry. In this
# case any non-zero attributes already set will not be overwritten by the
# jumped-to mode. The x, y and z values are fixed by the first mode.
#
# An attribute 'alias=val' means continue using another monitor type. It can
# be used to chain classes together. (bad explanation, i know).
#
include=640x480					# 60Hz, 31.5KHz
	clock=25.175
	shb=664 ehb=760 ht=800
	vrs=491 vre=493 vt=525

include=640x480@72Hz					# 72Hz, 38.5KHz
	clock=32
	shb=664 ehb=704 ht=832
	vrs=489 vre=492 vt=520 

include=800x600					# 60Hz, 37.9KHz
	defaultclock=40
	shb=840 ehb=1000 ht=1056
	vrs=605 vre=607 vt=633

include=1024x768i					# 87Hz, 35.5KHz
	defaultclock=44.9
	shb=1048 ehb=1208 ht=1264
	vrs=776 vre=784 vt=817
	interlace=v

include=1024x768@60Hz					# 60Hz, 48.4KHz
	defaultclock=65
	shb=1032 ehb=1176 ht=1344
	shs=1056
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

include=1024x768					# 70Hz, 57.2KHz
	defaultclock=75
	shb=1096 ehb=1232 ht=1344
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

include=1280x768@60Hz					# 60Hz (VAIO pcg tr1mp vmware)
	defaultclock=80.1
	shb=1280 ehb=1344 ht=1480
	vrs=768 vre=769 vt=772
	hsync=- vsync=-

include=1280x1024i					# 87Hz, 48KHz
	defaultclock=80
	shb=1312 ehb=1528 ht=1576
	vrs=1028 vre=1034 vt=1105
	interlace=v

include=1280x1024@60Hz				# 60Hz, 63.9KHz
	defaultclock=110
	shb=1312 ehb=1496 ht=1720			# All from xvidtune
	vrs=1025 vre=1028 vt=1074

include=1280x1024					# 74Hz, 79.6KHz
	defaultclock=135
	shb=1376 ehb=1544 ht=1712
	shs=1392
	vrs=1028 vre=1034 vt=1075

include=1376x1024					# 70Hz, 75.3KHz
	defaultclock=135
	shb=1440 ehb=1616 ht=1792
	vrs=1032 vre=1040 vt=1075

include=1152x900@70Hz						# 72Hz, 67.9KHz
	clock=100
	shb=1184 ehb=1376 ht=1472
	vrs=900 vre=902 vt=940
	#hsync=- vsync=-

include=1152x768					#Apple titanium 550 (virtualpc)
	defaultclock=75
	shb=1096 ehb=1232 ht=1344
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

#
# VGA.
#
vga=640x480							# 60Hz, 31.5KHz
	include=640x480
vga=800x600							# 60Hz, 37.9KHz
	include=800x600

#
# SVGA (Laptop).
#
svga=640x480
	include=640x480
svga=800x600
	include=800x600


cinema=1280x768						# VAIO (pcg tr1mp in vmware).
	include=1280x768@60Hz
cinema=1152x768						# Titanium 550 (in virtual pc)
	include=1152x768
cinema
	alias=multisync

#
# XGA (Laptop).
#
xga=1024x768
	include=1024x768
xga
	alias=svga

#
# LCD
# Just a convenience, really.
#
lcd
	alias=xga

#
# Multisync monitors with video bandwidth up to 65MHz.
#
multisync65
	videobw=65
	alias=multisync
multisync65=1024x768					# 60Hz, 48.4KHz
	include=1024x768@60Hz

#
# Multisync monitors with video bandwidth up to 75MHz.
#
multisync75
	videobw=75
	alias=multisync

#
# Multisync monitors with video bandwidth up to 110MHz.
#
multisync110
	videobw=110
	alias=multisync
multisync110=1280x1024
	include=1280x1024@60Hz

#
# Multisync monitors with video bandwidth up to 135MHz.
#
multisync135
	videobw=135
	alias=multisync

#
# Multisync monitors.  The entry with alias=multisync supplies the bandwidth,
# which in turn decides the refresh rates when possible.
#
multisync
	alias=vga
multisync=1024x768
	include=1024x768
multisync=1024x768i
	include=1024x768i
multisync=1152x900
	include=1152x900@70Hz
multisync=1280x1024
	include=1280x1024
multisync=1280x1024i
	include=1280x1024i
multisync=1376x1024
	include=1376x1024

#
# Dell VS17X
#
vs17x
	videobw=86
	alias=multisync
vs17x=1024x768					# ??Hz, ??.?KHz
	defaultclock=86
	shb=1128 ehb=1232 ht=1328
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

#
# Dell UltraScan 21TE (MODEL No. D2130T-HS)
# Horizontal timing: 
#	Allowable frequency range: 30-93KHz
# Vertical timing:
#	Allowable frequency range: 50-152Hz
dell21te
	videobw=135
	alias=multisync				# this will do for now

#
# Dell 2000FP at 1600x1200 with geforce2 DVI card
#
dell2000fp
	videobw=200
	alias=multisync
dell2000fp=1600x1200
	defaultclock=200
	shb=1664 ehb=1864 ht=2136
	vrs=1202 vre=1207 vt=1251

#
# EIZO (Nanao) FlexScan 6600 (greyscale)
#
eizo6600
	videobw=230
	alias=multisync
eizo6600=1600x1200			# 85Hz, 106.25KHz
	defaultclock=230
	ht=2160 shb=1696 ehb=1888
	vt=1250 vrs=1201 vre=1204

#
# Hitachi CM751U
# Horizontal timing:
#	Allowable frequency range: 31-100 kHz
#		for 31-52,  fp>0.1µs, 1.0µs<sync width<3.8µs,
#			    bp>1.2µs, blank width>3.5µs
#		for 52-100, fp>0.1µs, 0.8µs<sync width<2.4µs,
#			    bp>1.1µs, blank width>2.4µs
# Vertical timing:
#	Allowable frequency range: 50-160Hz
#		fp>9µs, sync width<100µs, bp>400µs, blank width>450µs
# Video bandwidth:
#	200MHz monitor
#
cm751u
	videobw=200
	alias=multisync
cm751u=1600x1200					# 75Hz, 93.75 kHz
	defaultclock=200
	shb=1664 ehb=1864 ht=2136
	vrs=1202 vre=1207 vt=1260

#
# Hitachi CM801U
# Horizontal timing: 
#	Allowable frequency range: 31-96KHz
# Vertical timing:
#	Allowable frequency range: 50-160Hz
# Video bandwidth:
#	200MHz monitor
#
cm801u
	videobw=200
	alias=multisync
cm801u=1600x1200						# 75Hz, 93.3KHz
	defaultclock=200
	shb=1792 ehb=1896 ht=2032
	shs=1680
	vrs=1202 vre=1205 vt=1232
cm801u=1376x1024						# ??Hz, ??.?KHz
	defaultclock=150
	shb=1456 ehb=1616 ht=1864
	shs=1424
	vrs=1028 vre=1034 vt=1064

#
# IBM Thinkpad T23
#
# We can't seem to set the clock higher than 100MHz here.
# Maybe it's because we don't have clock doubling code in aux/vga,
# maybe it's because the chip won't go that high.  
# Using a clock of 75 produces noticeable refresh pulsing on the LCD,
# a clock of 100 seems okay.  I'd like to go higher.
# If only we had documentation.  -rsc
t23=1400x1050							# 50Hz, ??.?KHz
	clock=100
	shb=1460 ehb=1644 ht=1820
	vrs=1060 vre=1068 vt=1100
t23=1280x1024
	include=1280x1024@60Hz
t23=1024x768
	noclockset=1
	include=1024x768
t23
	alias=xga
#
# IDEK 5421
#
mf5421
	videobw=135
	alias=multisync
mf5421=1376x1024						# 72Hz, 90.4KHz
	defaultclock=135
	shb=1544 ehb=1616 ht=1792
	vrs=1028 vre=1034 vt=1075

#
# IDEK Vision Master 17 (model no. MF-8617)
# Horizontal timing:
#	Allowable frequency range: 23.5-86.0KHz
# Vertical timing:
#	Allowable frequency range: 50-120Hz
# Video bandwidth:
#	135MHz
#
ms8617
	videobw=135
	alias=multisync

#
# IDEK Vision Master 21 (model no. MF-8221E)
# Horizontal timing: 
#	Allowable frequency range: 24.8-94.0KHz
# Vertical timing:
#	Allowable frequency range: 50-160Hz
# Video bandwidth:
#	200MHz monitor
#
mf8221e
	videobw=200
	alias=multisync
mf8221e=1600x1200					# 75Hz, 93.3KHz
	defaultclock=200
	shb=1664 ehb=2088 ht=2144
	shs=1648
	vrs=1202 vre=1208 vt=1240
mf8221e=1376x1024					# ??Hz, ??.?KHz
	defaultclock=150
	shb=1456 ehb=1616 ht=1864
	shs=1424
	vrs=1028 vre=1034 vt=1064

#
# Iiyama Vision Master 502
# horizontal sync: 27-110kHz, vertical: 50-160Hz
#
pro502
 	videobw=240
 	alias=multisync
pro502=1800x1350					# 60Hz, 89.4KHz
	defaultclock=220				# 219.5MHz @ 1800x1440
	shb=1872 ehb=2128 ht=2248
	shs=1824 ehs=1896
	vrs=1356 vre=1368 vt=1394
pro502=1600x1200					# 72Hz, 90.0KHz
	defaultclock=200				# 195.9MHz
	shb=1664 ehb=2088 ht=2144
	shs=1648
	vrs=1202 vre=1208 vt=1240
pro502=1024x768
	clock=79
	include=1024x768

#
# Micron 17FGx
# Horizontal timing: 
#	Allowable frequency range: 30-64KHz
# Vertical timing:
#	Allowable frequency range: 50-100Hz
# Video bandwidth:
#	75MHz
#
micron-17FGx
	videobw=75
	alias=multisync
micron-17FGx=1024x768
	defaultclock=75
	shb=1072 ehb=1232 ht=1296
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

#
# Nanao FlexScan 6500 (greyscale)
#
nanao6500
	videobw=135
	alias=multisync
nanao6500=1376x1024					# ??Hz, ??.?KHz
	defaultclock=135
	shb=1448 ehb=1616 ht=1760
	shs=1536
	vrs=1028 vre=1034 vt=1064

#
# NEC 4FG
# Horizontal timing:
#	Allowable frequency range: 27-57KHz
# Vertical timing:
#	Allowable frequency range: 55-90Hz
# Video bandwidth:
#	75MHz
#
nec4fg
	videobw=75
	alias=multisync

#
# NEC 5FG
# Horizontal timing:
#	Allowable frequency range: 27-79KHz
# Vertical timing:
#	Allowable frequency range: 55-90Hz
# Video bandwidth:
#	135MHz monitor
#	75MHz cable
#
nec5fg
	videobw=135
	alias=multisync
nec5fg=1280x1024
	defaultclock=135
	shb=1352 ehb=1544 ht=1712
	shs=1328
	vrs=1028 vre=1034 vt=1075
nec5fg=1024x768					# 70Hz, 57.2KHz
	defaultclock=75
	shb=1080 ehb=1232 ht=1328
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

#
# NEC Versa 6030X/6200MX Laptop.
# These use a C&T 65550 and a native panel size of 1024x768.
# The clock isn't actually programmed.
#
versa6xxx=1024x768
	clock=63
	include=1024x768@60Hz
versa6xxx=800x600
	clock=63
	include=800x600@60Hz
versa6xxx=640x480
	clock=63
	include=640x480@60Hz

#
# NEC Versa LX Laptop, 13.3" 1024x768 screen.
#
versalx=1024x768
	clock=65
	include=1024x768

# smaller modes require programming centering, which i don't have right yet. -rsc
# versalx=800x600
# 	clock=15
# 	include=800x600
# versalx=640x480
# 	clock=15
# 	shb=832 ehb=1264 ht=1344
# 	shs=872
# 	vrs=626 vre=664 vt=806
# 	hsync=- vsync=-

#
# Nokia Multigraph 445X
# Horizontal timing:
#	Allowable frequency range: 30-102KHz
#	Blanking time: <= 20% of line period min.
#	Back porch time: 0.6->1.0µs
# Vertical timing:
#	Allowable frequency range: 50-120Hz
#	Sync width time: 0.045ms min. between start of sync
#			 and start of video
# Video bandwidth:
#	200MHz
#
445x
	videobw=200
	alias=multisync
445x=1280x1024					# 74Hz, 79.6KHz
	defaultclock=135
	shb=1352 ehb=1544 ht=1712
	shs=1392
	vrs=1028 vre=1034 vt=1075
445x=1600x1200					# 72Hz, 90.4KHz
	defaultclock=200
	shb=1664 ehb=2088 ht=2208
	vrs=1202 vre=1208 vt=1256
445x=640x480						# 72Hz, 38.5KHz
	defaultclock=32
	shb=664 ehb=760 ht=800
	vrs=491 vre=493 vt=525

# 
# Panasonic E70i 17" monitor
# from aam396@mail.usask.ca
#
e70i
	videobw=135
	alias=multisync
e70i=1280x1024
	defaultclock=110
	shb=1328 ehb=1520 ht=1712
	vrs=1025 vre=1028 vt=1054

#
#
# Sampo KDM-1788
# Horizontal timing: 
#	Allowable frequency range: 30-82KHz
# Vertical timing:
#	Allowable frequency range: 50-120Hz
# Video bandwidth:
#	135MHz
#
kdm-1788
	videobw=135
	alias=multisync

#
# Samsung SyncMaster 17GLsi
# Horizontal timing: 
#	Allowable frequency range: 30-85KHz
# Vertical timing:
#	Allowable frequency range: 50-120Hz
# Video bandwidth:
#	135MHz monitor
#
sm17GLsi
	videobw=135
	alias=multisync
sm17GLsi=1280x1024					# 74Hz, 79.6KHz
	defaultclock=135
	shb=1344 ehb=1544 ht=1616
	shs=1304
	vrs=1028 vre=1034 vt=1064
sm17GLsi=1024x768						# 70Hz, 57.2KHz
	defaultclock=75
	shb=1080 ehb=1232 ht=1328
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-

# Samsung SyncMaster 753DF
sm753DF=1024x768
	defaultclock=94.5
	shb=1072 ehb=1168 ht=1376
	shs=1072
	vrs=769 vre=772 vt=808
	hsync=+ vsync=+

#
# Sony CPD-1304
# Horizontal timing:
#	Allowable frequency range: 28-50KHz
# Vertical timing:
#	Allowable frequency range: 50-87Hz
#
cpd-1304
	videobw=65
	alias=multisync

#
# Viewsonic 17 (model no. 1782)
# Horizontal timing:
#	Allowable frequency range: 30.0-82.0KHz
#	Blanking time: 3.0µs min.
#	Back porch time: 1.25µs min.
#	Front porch time: length of back porch time or less
#	Sync width time: 1.2µs min.
# Vertical timing:
#	Allowable frequency range: 50.0-90.0Hz
#	Blanking time: 0.5ms min.
#	Back porch time: 0.5ms min.
#	Sync width time: 0.045ms min.
#
vs1782
	videobw=135
	alias=multisync135
vs1782=1280x1024
	defaultclock=135
	shb=1360 ehb=1544 ht=1632
	shs=1312
	vrs=1028 vre=1034 vt=1075

#
# Viewsonic G790
# Hacked from the VS1782 for now
#
g790
	videobw=135
	alias=multisync
g790=1280x1024
	defaultclock=135
	shb=1360 ehb=1544 ht=1632
	shs=1312 ehs=1542
	vrs=1028 vre=1034 vt=1075

#
# Viewsonic P815
#
p815
	videobw=220
	alias=multisync
p815=1800x1350					# 70Hz, xx.xKHz
	defaultclock=220
	shb=1872 ehb=2128 ht=2248
	shs=1824 ehs=1896
	vrs=1356 vre=1368 vt=1394
p815=1792x1350					# 70Hz, xx.xKHz
	defaultclock=220
	shb=1872 ehb=2128 ht=2248
	shs=1824 ehs=1896
	vrs=1356 vre=1368 vt=1394
p815=1600x1200					# 75.4Hz, 93.5KHz
	defaultclock=200
	shb=1664 ehb=2088 ht=2144
	shs=1648
	vrs=1202 vre=1208 vt=1240
p815=1024x768
	clock=79
	include=1024x768
#
# SGI 1600SW Flat Panel
# Usually coupled with a #9 Ticket to Ride IV.
#
sgi1600sw=1600x1024
	clock=103.125
	shb=1608 ehb=1624 ht=1632
	vrs=1024 vre=1029 vt=1030
	hsync=+ vsync=+
sgi1600sw=800x512
	#clock=103.125
	clock=54.375
	shb=800 ehb=840 ht=848
	vrs=512 vre=514 vt=515
	zoom=1
	hsync=+ vsync=+
#
# SGI 1600SW Flat Panel with Multilink Adapter.
#
multilink=1600x1024
	defaultclock=108
	shb=1608 ehb=1624 ht=1712
	shs=1608 ehs=1624
	vrs=1027 vre=1030 vt=1055
	hsync=- vsync=-

#
# SGI 1600SW Flat Panel with Multilink Adapter on an Nvidea card using digital DVI
#
multilinx=1600x1024
	clock=103.125
	shb=1592 ehb=1624 ht=1672
	shs=1592 
	vrs=1024 vre=1029 vt=1029
	hsync=+ vsync=+
#
# IBM X20
#
x20=1024x768
	clock=100
	shb=1096 ehb=1232 ht=1328
	shs=1072
	vrs=771 vre=777 vt=806
	hsync=- vsync=-
#
# Viewsonic VPD150
# Usually coupled with an ATI Xpert LCD PCI/AGP.
#
vpd150=1280x1024
	clock=65.14
	shb=1096 ehb=1232 ht=1344
	shs=1064 ehs=1200
	vrs=770 vre=776 vt=806
	hsync=- vsync=-
vpd150=1024x768
	clock=65.14
	shb=1096 ehb=1232 ht=1344
	shs=1064 ehs=1200
	vrs=770 vre=776 vt=806
	hsync=- vsync=-
vpd150=800x600
	clock=65.14
	include=800x600
vpd150=640x480
	clock=65.14
	include=640x480
#
# NEC Multisync LCD1525X
# Usually coupled with an ATI Xpert LCD PCI/AGP.
#
lcd1525x=1024x768
	clock=78.82
	shb=1096 ehb=1232 ht=1344
	shs=1064 ehs=1200
	vrs=770 vre=776 vt=806
	hsync=- vsync=-
#
# COMPAQ Armada E500
# This uses an ATI Rage Mobility and a native panel size of 800x600.
# The clock value is a guess.
#
e500=800x600
	clock=40
	include=800x600
e500=640x480
	clock=40
	include=640x480

raptop=1024x768
	clock=65
	include=1024x768

xga@99=1024x768
	clock=99
	include=1024x768

xga@101=1024x768
	clock=101
	include=1024x768

#
# Viglen VL700
#
vl700=1280x1024
	defaultclock=110
	shb=1328 ehb=1520 ht=1712
	vrs=1025 vre=1028 vt=1054

#
# IIYAMA Vision Master Pro 450
#
a901ht
videobw=300
	alias=multisync
a901ht=1920x1440
	defaultclock=297
	shb=2064 ehb=2288 ht=2640
	shs=2030
	vrs=1441 vre=1444 vt=1500
	hsync=- vsync=-
a901ht=1800x1350     # 60Hz, 89.4KHz
	defaultclock=220# 219.5MHz @ 1800x1440
	shb=1872 ehb=2128 ht=2248
	shs=1824 ehs=1896
	vrs=1356 vre=1368 vt=1394
a901ht=1600x1200     # 72Hz, 90.0KHz
	defaultclock=200# 195.9MHz
	shb=1664 ehb=2088 ht=2144
	shs=1648
	vrs=1202 vre=1208 vt=1240
a901ht=1024x768
	clock=79
	include=1024x768

#
# Planar PT1704A flat panel.
#
planar=1280x1024
	defaultclock=135
	shb=1376 ehb=1544 ht=1712
	shs=1392
	vrs=1072 vre=1073 vt=1075

#
# Samsung 213T
#
213t=1600x1200
	defaultclock=200
	shb=1664 ehb=1864 ht=2136
	vrs=1202 vre=1207 vt=1251

#
# QVGA		320x240		Quarter Video Graphics Array
# VGA		640x480		Video Graphics Array
# SVGA		800x600		Super Video Graphics Array
# XGA		1024x768	eXtended Graphics Array
# SXGA		1280x1024	Super eXtended Graphics Array
# SXGA+		1400x1050
# UXGA		1600x1200	Ultra eXtended Graphics Array
# QXGA		2048x1536	Quad XGA 
# QSXGA		2560x2048	Quad SXGA 
# QUXGA		3200x2400	Quad UXGA
# QUXGA-W	3840x2400	Wide-QUXGA
#