Ich versuche gerade mein Gentoo mit 2 Grafikkarten zum laufen zu bringen.
1) PCIe ATI HD 2400 pro
2) PCI ATI Radeon 9200 pro
Es sollen dann 4 Screens unabhängig voneinander ansteuerbar sein : DISPLAY :0.0 – :0.3
Im Moment läuft das alles mit der 1.) Karte und 2 Screens das funktioniert auch wunderbar.
Nun habe ich die 2. Karte eingebaut, die xorg.conf ergänzt aber leider will der X Server nicht so ganz.
Eigentlich müsste die 2. Karte auch mit den Opensource Treibern laufen, sobald ich aber in der xorg.conf auf “radeon” stelle , gitbs einen kompletten Systemabsturz.
lspci sagt folgendes:
04:03.0 VGA compatible controller: ATI Technologies Inc RV280 [Radeon 9200 PRO] (rev 01)
04:03.1 Display controller: ATI Technologies Inc RV280 [Radeon 9200 PRO] (Secondary) (rev 01)
Aber in der Xorg.0.log steht :
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:0) found
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:1) found
Anbei meine xorg.conf:
# File generated by xorgconfig.
#
# Copyright 2004 The X.Org Foundation
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the “Software”),
# to deal in the Software without restriction, including without limitation
# the rights to use, copy, modify, merge, publish, distribute, sublicense,
# and/or sell copies of the Software, and to permit persons to whom the
# Software is furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in
# all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED “AS IS”, WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
# The X.Org Foundation BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
# WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF
# OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.
#
# Except as contained in this notice, the name of The X.Org Foundation shall
# not be used in advertising or otherwise to promote the sale, use or other
# dealings in this Software without prior written authorization from
# The X.Org Foundation.
#
# **********************************************************************
# Refer to the xorg.conf(5x) man page for details about the format of
# this file.
# **********************************************************************
# **********************************************************************
# Module section — this section is used to specify
# which dynamically loadable modules to load.
# **********************************************************************
#
# **********************************************************************
# Files section. This allows default font and rgb paths to be set
# **********************************************************************
# **********************************************************************
# Server flags section.
# **********************************************************************
# **********************************************************************
# Input devices
# **********************************************************************
# **********************************************************************
# Core keyboard’s InputDevice section
# **********************************************************************
# **********************************************************************
# Core Pointer’s InputDevice section
# **********************************************************************
# **********************************************************************
# Other input device sections
# this is optional and is required only if you
# are using extended input devices. This is for example only. Refer
# to the xorg.conf man page for a description of the options.
# **********************************************************************
#
# Section “InputDevice”
# Identifier “Mouse2”
# Driver “mouse”
# Option “Protocol” “MouseMan”
# Option “Device” “/dev/mouse2”
# EndSection
#
# Section “InputDevice”
# Identifier “spaceball”
# Driver “magellan”
# Option “Device” “/dev/cua0”
# EndSection
#
# Section “InputDevice”
# Identifier “spaceball2”
# Driver “spaceorb”
# Option “Device” “/dev/cua0”
# EndSection
#
# Section “InputDevice”
# Identifier “touchscreen0”
# Driver “microtouch”
# Option “Device” “/dev/ttyS0”
# Option “MinX” “1412”
# Option “MaxX” “15184”
# Option “MinY” “15372”
# Option “MaxY” “1230”
# Option “ScreenNumber” “0”
# Option “ReportingMode” “Scaled”
# Option “ButtonNumber” “1”
# Option “SendCoreEvents”
# EndSection
#
# Section “InputDevice”
# Identifier “touchscreen1”
# Driver “elo2300”
# Option “Device” “/dev/ttyS0”
# Option “MinX” “231”
# Option “MaxX” “3868”
# Option “MinY” “3858”
# Option “MaxY” “272”
# Option “ScreenNumber” “0”
# Option “ReportingMode” “Scaled”
# Option “ButtonThreshold” “17”
# Option “ButtonNumber” “1”
# Option “SendCoreEvents”
# EndSection
# **********************************************************************
# Monitor section
# **********************************************************************
# Any number of monitor sections may be present
# **********************************************************************
# Graphics device section
# **********************************************************************
# Any number of graphics device sections may be present
# Standard VGA Device:
# Device configured by xorgconfig:
# **********************************************************************
# Screen sections
# **********************************************************************
# Any number of screen sections may be present. Each describes
# the configuration of a single screen. A single specific screen section
# may be specified from the X server command line with the “-screen”
# option.
# **********************************************************************
# ServerLayout sections.
# **********************************************************************
# Any number of ServerLayout sections may be present. Each describes
# the way multiple screens are organised. A specific ServerLayout
# section may be specified from the X server command line with the
# “-layout” option. In the absence of this, the first section is used.
# When now ServerLayout section is present, the first Screen section
# is used alone.
Section “ServerLayout”
# The Identifier line must be present
# Each Screen line specifies a Screen section name, and optionally
# the relative position of other screens. The four names after
# primary screen name are the screens to the top, bottom, left and right
# of the primary screen. In this example, screen 2 is located to the
# right of screen 1.
# Each InputDevice line specifies an InputDevice section name and
# optionally some options to specify the way the device is to be
# used. Those options include “CorePointer”, “CoreKeyboard” and
# “SendCoreEvents”.
Identifier “Simple Layout”
Screen 0 “aticonfig-Screen[0]” 0 0
Screen 1 “Screen1” 1280 0
Screen 2 “Screen2” 1280 0
Screen 3 “Screen3” 0 0
InputDevice “Mouse1” “CorePointer”
InputDevice “Keyboard1” “CoreKeyboard”
Option “Xinerama” “off”
EndSection
Section “Files”
# The location of the RGB database. Note, this is the name of the
# file minus the extension (like “.txt” or “.db”). There is normally
# no need to change the default.
# RgbPath “/usr/share/X11/rgb”
# Multiple FontPath entries are allowed (which are concatenated together),
# as well as specifying multiple comma-separated entries in one FontPath
# command (or a combination of both methods)
#
#
# FontPath “/usr/share/fonts/TTF/”
# FontPath “/usr/share/fonts/OTF”
# FontPath “/usr/lib/X11/fonts/local/”
# FontPath “/usr/lib/X11/fonts/misc/”
# FontPath “/usr/lib/X11/fonts/75dpi/:unscaled”
# FontPath “/usr/lib/X11/fonts/100dpi/:unscaled”
# FontPath “/usr/lib/X11/fonts/Speedo/”
# FontPath “/usr/lib/X11/fonts/Type1/”
# FontPath “/usr/lib/X11/fonts/TrueType/”
# FontPath “/usr/lib/X11/fonts/freefont/”
# FontPath “/usr/lib/X11/fonts/75dpi/”
# FontPath “/usr/lib/X11/fonts/100dpi/”
# The module search path. The default path is shown here.
# ModulePath “/usr/lib/modules”
FontPath “/usr/share/fonts/misc/”
FontPath “/usr/share/fonts/Type1/”
FontPath “/usr/share/fonts/100dpi/”
FontPath “/usr/share/fonts/75dpi/”
EndSection
Section “Module”
# This loads the DBE extension module.
# This loads the miscellaneous extensions module, and disables
# initialisation of the XFree86-DGA extension within that module.
# This loads the font modules
# Load “type1”
# This loads the GLX module
Load “dbe” # Double buffer extension
SubSection “extmod”
Option “omit xfree86-dga” # don’t initialise the DGA
extension
EndSubSection
Load “freetype”
# Load “xtt”
Load “glx”
# This loads the DRI module
Load “vnc”
Load “type1”
Load “speedo”
Load “dri”
EndSection
Section “InputDevice”
# For most OSs the protocol can be omitted (it defaults to “Standard”).
# When using XQUEUE (only for SVR3 and SVR4, but not Solaris),
# uncomment the following line.
# Option “Protocol” “Xqueue”
# Option “Xleds” “1 2 3”
# Option “LeftAlt” “Meta”
# Option “RightAlt” “ModeShift”
# To customise the XKB settings to suit your keyboard, modify the
# lines below (which are the defaults). For example, for a non-U.S.
# keyboard, you will probably want to use:
# Option “XkbModel” “pc105”
# If you have a US Microsoft Natural keyboard, you can use:
# Option “XkbModel” “microsoft”
#
# Then to change the language, change the Layout setting.
# For example, a german layout can be obtained with:
# Option “XkbLayout” “de”
# or:
# Option “XkbLayout” “de”
# Option “XkbVariant” “nodeadkeys”
#
# If you’d like to switch the positions of your capslock and
# control keys, use:
# Option “XkbOptions” “ctrl:swapcaps”
# These are the default XKB settings for Xorg
# Option “XkbRules” “xorg”
# Option “XkbModel” “pc105”
# Option “XkbLayout” “us”
# Option “XkbVariant” “”
# Option “XkbOptions” “”
# Option “XkbDisable”
Identifier “Keyboard1”
Driver “kbd”
Option “AutoRepeat” “500 30”
# Specify which keyboard LEDs can be user-controlled (eg, with xset(1))
Option “XkbRules” “xorg”
Option “XkbModel” “pc105”
Option “XkbLayout” “de”
EndSection
Section “InputDevice”
# Identifier and driver
# the following line.
# Option “Protocol” “Xqueue”
# Mouse-speed setting for PS/2 mouse.
# Option “Resolution” “256”
# Baudrate and SampleRate are only for some Logitech mice. In
# almost every case these lines should be omitted.
# Option “BaudRate” “9600”
# Option “SampleRate” “150”
# Mouse wheel mapping. Default is to map vertical wheel to buttons 4 & 5,
# horizontal wheel to buttons 6 & 7. Change if your mouse has more than
# 3 buttons and you need to map the wheel to different button ids to avoid
# conflicts.
# Emulate3Timeout is the timeout in milliseconds (default is 50ms)
Identifier “Mouse1”
Driver “mouse”
Option “Protocol” “Auto” # Auto detect
Option “Device” “/dev/input/mice”
# When using XQUEUE, comment out the above two lines, and uncomment
Option “ZAxisMapping” “4 5 6 7”
# Emulate3Buttons is an option for 2-button mice
Option “Emulate3Buttons”
# Option “Emulate3Timeout” “50”
# ChordMiddle is an option for some 3-button Logitech mice
# Option “ChordMiddle”
EndSection
# HorizSync is in kHz unless units are specified.
# HorizSync may be a comma separated list of discrete values, or a
# comma separated list of ranges of values.
# NOTE: THE VALUES HERE ARE EXAMPLES ONLY. REFER TO YOUR MONITOR’S
# USER MANUAL FOR THE CORRECT NUMBERS.
# HorizSync 30-64 # multisync
# HorizSync 31.5, 35.2 # multiple fixed sync frequencies
# HorizSync 15-25, 30-50 # multiple ranges of sync frequencies
# VertRefresh is in Hz unless units are specified.
# VertRefresh may be a comma separated list of discrete values, or a
# comma separated list of ranges of values.
# NOTE: THE VALUES HERE ARE EXAMPLES ONLY. REFER TO YOUR MONITOR’S
# USER MANUAL FOR THE CORRECT NUMBERS.
Section “Monitor”
Identifier “aticonfig-Monitor[0]”
Option “VendorName” “ATI Proprietary Driver”
Option “ModelName” “Generic Autodetecting Monitor”
Option “DPMS” “true”
EndSection
Section “Monitor”
Identifier “Monitor1”
HorizSync 60
VertRefresh 30-150
# HorizSync 30-81
# VertRefresh 50-88
EndSection
Section “Monitor”
Identifier “Monitor2”
HorizSync 60
VertRefresh 30-150
# HorizSync 30-81
# VertRefresh 50-88
EndSection
Section “Monitor”
Identifier “Monitor3”
HorizSync 60
VertRefresh 30-150
EndSection
Section “Device”
# The chipset line is optional in most cases. It can be used to override
# the driver’s chipset detection, and should not normally be specified.
# Chipset “generic”
# The Driver line must be present. When using run-time loadable driver
# modules, this line instructs the server to load the specified driver
# module. Even when not using loadable driver modules, this line
# indicates which driver should interpret the information in this section.
# The BusID line is used to specify which of possibly multiple devices
# this section is intended for. When this line isn’t present, a device
# section can only match up with the primary video device. For PCI
# devices a line like the following could be used. This line should not
# normally be included unless there is more than one video device
# intalled.
# BusID “PCI:0:10:0”
# VideoRam 256
# Clocks 25.2 28.3
Identifier “Standard VGA”
Driver “vga”
VendorName “Unknown”
BoardName “Unknown”
EndSection
Section “Device”
# unsupported card
# Insert Clocks lines here if appropriate
Identifier “ATI-1-1”
Driver “fglrx”
VideoRam 262144
BusID “PCI:1:0:0”
Option “BusType” “PCIE”
Option “XAANoOffscreenPixmaps” “true”
Option “NoTV” “no”
Option “TVFormat” “PAL-G”
Option “TVStandard” “PAL-G”
Option “TVHSizeAdj” “0”
Option “TVVSizeAdj” “0”
Option “TVHPosAdj” “0”
Option “TVVPosAdj” “0”
Option “TVHStartAdj” “0”
Option “TVColorAdj” “0”
Option “GammaCorrectionI” “0x06419064”
Option “GammaCorrectionII” “0x07d1905b”
# Option “DesktopSetup” “clone”
Option “EnablePrivateBackZ” “yes”
EndSection
Section “Device”
# unsupported card
# Insert Clocks lines here if appropriate
Identifier “atiPCI-1”
Driver “fglrx”
VideoRam 131072
BusID “PCI:4:3:0”
Option “BusType” “PCI”
Option “XAANoOffscreenPixmaps” “true”
Option “NoTV” “no”
Option “TVFormat” “PAL-G”
Option “TVStandard” “PAL-G”
Option “TVHSizeAdj” “0”
Option “TVVSizeAdj” “0”
Option “TVHPosAdj” “0”
Option “TVVPosAdj” “0”
Option “TVHStartAdj” “0”
Option “TVColorAdj” “0”
Option “GammaCorrectionI” “0x06419064”
Option “GammaCorrectionII” “0x07d1905b”
Option “DesktopSetup” “clone”
Option “EnablePrivateBackZ” “yes”
Screen 2
EndSection
Section “Screen”
Identifier “aticonfig-Screen[0]”
Device “ATI-1-1”
Monitor “aticonfig-Monitor[0]”
DefaultDepth 24
SubSection “Display”
Viewport 0 0
Modes “800×600”
Depth 24
EndSubSection
Option “passwordFile” “/root/.vnc/passwd”
EndSection
Section “DRI”
Mode 0666
EndSection
Section “Device”
Identifier “ATI-1-2”
Driver “fglrx”
BusID “PCI:1:0:0”
Screen 1
EndSection
Section “Device”
Identifier “atiPCI-2”
Driver “fglrx”
BusID “PCI:4:3:1”
Screen 3
EndSection
Section “Screen”
Identifier “Screen1”
Device “ATI-1-2”
Monitor “Monitor1”
DefaultDepth 24
Subsection “Display”
Depth 24
Modes “800×600@50”
ViewPort 0 0 # initial origin if mode is smaller than desktop
EndSubsection
Option “passwordFile” “/root/.vnc/passwd”
EndSection
Section “Screen”
Identifier “Screen2”
Device “atiPCI-1”
Monitor “Monitor2”
DefaultDepth 24
Subsection “Display”
Depth 24
Modes “800×600@50”
ViewPort 0 0 # initial origin if mode is smaller than desktop
EndSubsection
Option “passwordFile” “/root/.vnc/passwd”
EndSection
Section “Screen”
Identifier “Screen3”
Device “atiPCI-2”
Monitor “Monitor3”
DefaultDepth 24
Subsection “Display”
Depth 24
Modes “800×600@50”
ViewPort 0 0 # initial origin if mode is smaller than desktop
EndSubsection
Option “passwordFile” “/root/.vnc/passwd”
EndSection
Section “Extensions”
Option “XTEST” “Enable”
EndSection
—————————————————————————————————————————————————————-
PS: Ich habe das Problem schon in beiden deutschen gentoo foren beschrieben,
jedoch leider keine Antwort bekommen, vielleicht habe ich ja hier “Glück”.
Danke schonmal im Vorraus.
Hallo Harald,
mir ist nicht so ganz klar, was du vor hast. Möchtest du 4 zeitgleich
voneinander unabhängig ansteuerbare Monitore , die jeweils einem DISPLAY
zugeordnet sind, an den Computer anschließen? In diesem Fall dürften dir die
schon die Hardware der Grafikkarten schon einen Strich durch die Rechnung
machen, denn “normale” Grafikkarten können, auch bei mehreren
Monitoranschlüssen, nur eine Grafikausgabe erzeugen.
Wenn du einfach nur 4 dieser DISPLAYS willst. Wäre es vielleicht einfacher,
mehrere X-Server mit verschiedenen Konfigurationen zu starten.
Weiterhin richtest du, wenn ich richtig gezählt habe, 5 Grafikkarten ein und
nutzt davon 4 verschiedene Geräte in deinen 4 Screendefinitionen. Ich könnte
mir vorstellen, dass angesichts dessen, dass du nur zwei Grakas hast, der
X-Server etwas durcheinander kommt.
Zum Thema Absturz:
Die verschiedenen Treiber für ATI-Karten scheinen kombiniert miteinander nicht
zu funktionieren[1]. Du müßtest dich für beide Karten auf einen Treiber
festlegen.
mfg
Rico
Anmerkung: der aktuelle fglrx driver unterstützt keine 9200-Karten. Der letzte fglrx-Treiber mit 9200-Support unterstützt keine x2400-Karten.
Vesa und Framebuffer und VGA kommen nicht in Frage, weil es wird nur 1 Screen. unterstützt.
Die einzige Chance sehe ich in der Verwendung neuerer Treiber aus dem Development-Branch von X.org.
Das ist einmal eine Ansage … !
Vielen vielen Dank für die Information, wenn das wirklich so ist, erklärt dass das ganze Problem.
Habe gestern gelesen das Xorg 7.4 für Mai angekündigt ist. u.a. wird sich da einiges an der Handhabung von PCI geräten ändern.
Warten zahlt sich da aber nicht wirklich aus. Wir benötigen das System ja schon davor.
Die billigste Variante das alles nun wie gewünscht zum laufen zum bekommen wäre wohl eine 30€ Nvidia PCI Karte. Oder hat sonst noch jemand einen besseren Einfall ?
Dann können wir uns die weitere Grübelei ja schenken.
Hast du es eigentlich nun mal mit den radeon oder ati Treibern versucht? Die
unterstützen in der neuesten Version definitiv die HD 2400 pro. Nur auf
3D-Beschleunigung wirst du verzichten müssen.
wie gesagt, das umstellen auf radeon brachte einen system absturz.
Aber ich kanns ja , wenn ich das nächste mal bei der Maschine bin nochmals testen.
Du verwendest ein X11 für alle Monitore. Es gibt bei X11 auch Möglichkeit verschiedene xorg.config als Option anzugeben. Ich würde eine X11/xorg01.config für die 1. Karte bauen und dann ein X11/xorg02.config für die 2. Grafikkarte. Es könnte so möglich sein X11 zweimal zu starten. Einmal von der Konsole als User1 und das andere auf die andere Grafikkarte als User2. Die dann ausgegebenen Fehlermeldungen könnten vielleicht noch einen Hinweis liefern, wo man noch suchen könnte.
Ich habe nur mal eine kleine Anmerkung, nachdem hier geschrieben wurde, es ginge nur mit gleichen Treibern.
Ich habe vor Jahren mal eine Onboardkarte von Intel zusammen mit einer AGP Matrox Irgendwas mit drei Monitoren im Xinerama-Modus betrieben.
Man kann also durchaus eine Karte mit dem einen Treiber und die andere mit einem anderen Treiber ansteuern.
Ich würde eher mal die jetzt funktionierende Karte ausbauen, dann eine Konfiguration mit der verbliebenen erstellen und die beiden dann zusammenbasteln…
Ich glaub du hast da etwas überlesen oder falsch verstanden.
Ich habe 2 ati karten , wobei der neueste treiber die karte B nicht will, und der letzte Treiber der die Karte B will , will die Karte A noch nicht.
Und nein.. 2 ATI Treiber parallel installiert zu haben funktioniert nicht.
Egal!
Ich habe das Problem halb gelöst in dem ich eine 30€ Nvidia Karte gekauft habe.
Kanns aber in der Endkonfiguration noch nicht testen weil ich auf die weiteren VGA Screens warten muss.
Im mom funktioniert jeweil der 1. Port von der Nvidia, und von der ATI gleichzeitig.
Sobald ich die weiteren Screens bei mir habe, versuche ich dann den 2. Port beider Karten zum laufen zu bringen.
Trotzdem Danke, an alle die sich hier beteiligt haben.
Ich wüßte eigentlich nicht, was dagegen sprechen sollte, schließlich gibst du doch für jedes Device den verwendeten Treiber an. Und ob Device 1 nun Treiber von Intel und Device 2 Treiber von Matrox lädt oder ob Device 1 Treiber A von ATI und Device 2 Treiber B von ATI lädt, sollte doch egal sein. Aber du hast es sicher getestet. :-)
Also, viel Erfolg noch…
Eigentlich hast du recht aber:
Ich verwende Gentoo und da kann ich schon mal nicht übern Portage 2 Versionen parallel installiert haben .. bzw wüsste ich nun nicht wie das ginge ..
und den 2. dann von hand zu baun, ist mir irgendwie zu mühsam .. egal .. nun gibts
eine Nvidia und eine ATI .. bin mal gespannt was da noch alles kommen wird hehe.
Ich werde hier auf alle Fälle weiteres berichten.
Auch wenn’s nich’ mehr zur Problemlösung beiträgt und ich nichts Genaues weiß, weil noch nicht selbst genutzt:
“With Portage different versions of a single package can coexist on a system. While other distributions tend to name their package to those versions (like freetype and freetype2) Portage uses a technology called SLOTs. An ebuild declares a certain SLOT for its version. Ebuilds with different SLOTs can coexist on the same system. For instance, the freetype package has ebuilds with SLOT=”1″ and SLOT=”2″.”
Man ist aber darauf angewiesen ob ein ebuild mehrere slots hat oder nicht.
z.B.: gcc hat 7 slots , damit man version 3 und version 4 parallel installiert haben kann.
ati-drivers hat definitiv keine slots. Vielleicht könnte man ja das irgendwie über einen local overlay manuell einrichten, aber wie !?! keine ahnung.
Man lernt doch nie aus…
Hab ganz vergessen hier meinen Erfahrungsbericht zu schreiben.
Da es mit gentoo dann doch nicht ganz so einfach war die radeon 9200 zum laufen zu bekommen (hätte einen xserver downgrade erfordert) .. habe ich mich dazu entschlossen, einfach 2 30€ nvidia karten reinzustecken.
und wie immmer … nvidia da, alles gut … zumindest was grafikkarten auf linux betrifft.
Nochmals vielen Dank an alle die sich bemüht haben mir zu helfen!
Vielen Vielen Dank für eine Antwort (in den anderen Foren hats noch niemand geschafft)!
Also die 5. Grafikkarte ist als “vga” konfiguriert und wird auch sonst keine Monitor oder so zugewiesen (das ist die Standart Karte die aticonfig einrichtet). Ich dachte mir es nicht weitertragisch diese drin zu lassen, da sie ja sowieso nicht verwendet wird.
Bez. der Ausagbe und Displays.
Also der aktuelle Status ist so:
Mit der von mir geposteten xorg.conf wird gestartet: einmal eine Xsession auf :0.0 einmal eine auf :0.1.
Das ist kein Twinview xinerama oder so: man kann keine fenster von einem Screen zum nächsten schieben usw. dafür aber mit startparamet festlegen auf welchem Screen ein programm gestartet werden soll (“DISPLAY=”:0.0″ programmname).
Genau diese funktion hätte ich nun gerne “verdoppelt”. also mit der 2. Grafikkarte genau das gleiche nochmals. Dann hätte ich 4 Displayvariablen zur verfügung.
Was mich etwas stutzig macht ist folgendes:
die ausgabe von lspci sagt mir eben das da ein VGA adapter auf BusID:4:3:0 (bzw. 4:3:1) sei.
Im Xorg.0.log steht aber genau das gegenteil:
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:0) found
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:1) found
Diese Meldung bedeutet doch, dass der XServer meldet er sieht hier auf den zwei Adressen ein Gerät welches aber nicht in der xorg.conf konfiguriert ist.
Also nochmals kurzgesagt: Ich verwende nun eine Grafikkarte mit 2 Ausgänge = 2 unabhängige Screens, ich hätte gerne 2 Grafikkarten mit 4 Ausgängen = 4 unabhängige Screens.
Entweder hab ich dein Anliegen immer noch nicht kapiert, oder du machst es dir
unnötig schwer.
Du kannst doch einfach neue X-Server starten, z.B. mit startx — :1 oder X :1
Dann reicht eine Grafikkarte mit einem Screen völlig aus.
mfg
Rico
Danke das du dich mal mit dem Problem widmest!
Ich habe wohl vergessen dazu zusagen, dass es auch 4 Monitore gibt die gleichzeitig 4 verschiedenen Screens darstellen sollen.
Es reicht leider nicht wenn alle 4 Screens z.B.mit VNC erreichbar sind.
Man möge mich eines Besseren belehren, aber ich behaupte mal, dass
funktioniert mit herkömmlichen Grafikkarten nicht, denn eine Grafikkarte müßte
dann zeitgleich zwei Bilder erzeugen. Du bräuchtest dann schon 4 Grafikkarten,
für jeden Monitor eine.
Mit der Option -screen könntest du dann jeweils einem X-Server einen Screen
zuordnen, also z.B.
X -screen aticonfig-Screen[0] :0
X -screen Screen1 :1
usw.
man Xorg liefert hier viele hilfreiche Details.
Zuerst müßtest du aber mal deine xorg.conf etwas systematisieren, z.B. eben
nur zwei Sektionen Device übrig lassen und demzufolge die Screens anpassen.
Da sieht doch keiner mehr durch.
Übrigens soll es von Matrox Karten geben, die genau das von dir Geforderte
beherrschen. Die spielen aber in einer gehobenen Preisklasse.
Also ich versteh das nicht ganz.
Im Moment sind zwar 2 Grafikkarten eingebaut, aber es wird vom X Server nur eine erkannt.
An dieser hängen 2 Monitore, die 2 unterschiedliche Screens anzeigen.
Das heißt die Grafikkarte liefert ja zeitgleich 2 bilder. Also dachte ich mir 2 Grafikkarten müssten doch 4 liefern.
Mit Google habe ich auch ein paar Beiträge zu “Triple View” gefunden, jedoch verwendet da niemand 2 ATI Karten. (meistens Nvidia).
Daher müsste es doch theoretisch möglich sein.
Zum besseren Verständnis hier eine Erklärung unseres Projekts inkl. Grafiken die den Aufbau des Setups (Turntable, Monitore usw) zeigen.
http://www.gas-werk.org/htm/fewpixx.htm
Ich nehme mal das zuvor geschrieben zurück. Ich habe gerade noch mal die Doku
zu xorg.conf gewälzt und bin mir nun fast sicher, dass es nicht an deinen
Screen/Device-Einstellungen liegt.
Vielleicht könnte auch der fglrx-Treiber schuld sein.
Was passiert, wenn du in allen Device Sektionen z.B. radeon oder ati benutzt?
Leider bringt das umstellen auf radeon bzw vesa das system zum absturz.
Ausserdem wird die HD2400pro doch garnicht vom freien radeon treiber unterstützt
PS: Wenn ich das problem umgehen kann, in dem ich 2 30€ Nvidia karten kaufe, mach ich wohl das ;)
Das mit den Screen 0…4 in der config konnte ich nicht ganz logisch zuordnen. Die Angabe ist nicht überall da und scheint unterschiedlich verteilt zu sein.
Das stimmmt, jedoch ist mir aufgefallen dass das im Moment sowieso irrelevant ist, da die 2. Karte sowieso (warum auch immer) nicht angesprochen werden kann, egal ob mit Screen einträgen oder nicht.
Das Problem ist ja auch nicht das ich die 4 Screens zur Verfügung habe, aber nicht anordnern kann, sonder dass die 2. Karte einfach nicht ansprechbar ist.
Hast du auch die erste Karte herausgezogen (oder deaktiviert, wenn onboard) und die zweite Grafikkarte in dem Slot belassen (die 2. müsste eine PCI sein, nicht AGP), ob diese so alleine funktioniert und dann alle Parameter ausgelesen (lsdev, lspci, hwinfo)?
Der neueste radeon Treiber unterstützt die HD2400 Pro.
Könntest du mal deine komplette Xorg.log zur Verfügung stellen und auch die
Kernelmeldungen überprüfen? Vielleicht läuft etwas komplett anderes schief.
mfg
Rico
Natürlich kann ich das:
X Window System Version 1.3.0
Release Date: 19 April 2007
X Protocol Version 11, Revision 0, Release 1.3
Build Operating System: UNKNOWN
Current Operating System: Linux fileserver 2.6.23-gentoo-r8 #6 SMP Sat Mar 15 19:16:21 GMT 2008 i686
Build Date: 24 February 2008
Before reporting problems, check http://wiki.x.org
to make sure that you have the latest version.
Module Loader present
Markers: (–) probed, (**) from config file, (==) default setting,
(++) from command line, (!!) notice, (II) informational,
(WW) warning, (EE) error, (NI) not implemented, (??) unknown.
(==) Log file: “/var/log/Xorg.0.log”, Time: Mon Mar 24 23:02:55 2008
(==) Using config file: “/etc/X11/xorg.conf”
(==) ServerLayout “Simple Layout”
(**) |–>Screen “aticonfig-Screen[0]” (0)
(**) | |–>Monitor “aticonfig-Monitor[0]”
(**) | |–>Device “ATI-1-1”
(**) |–>Screen “Screen1” (1)
(**) | |–>Monitor “Monitor1”
(**) | |–>Device “ATI-1-2”
(**) |–>Screen “Screen2” (2)
(**) | |–>Monitor “Monitor2”
(**) | |–>Device “atiPCI-1”
(**) |–>Screen “Screen3” (3)
(**) | |–>Monitor “Monitor3”
(**) | |–>Device “atiPCI-2”
(**) |–>Input Device “Mouse1”
(**) |–>Input Device “Keyboard1”
(**) FontPath set to:
/usr/share/fonts/misc/,
/usr/share/fonts/Type1/,
/usr/share/fonts/100dpi/,
/usr/share/fonts/75dpi/
(==) RgbPath set to “/usr/share/X11/rgb”
(==) ModulePath set to “/usr/lib/xorg/modules”
(**) Option “Xinerama” “off”
(**) Extension “XTEST” is enabled
(WW) Open ACPI failed (/var/run/acpid.socket) (No such file or directory)
(II) No APM support in BIOS or kernel
(II) Loader magic: 0x81d9520
(II) Module ABI versions:
X.Org ANSI C Emulation: 0.3
X.Org Video Driver: 1.2
X.Org XInput driver : 0.7
X.Org Server Extension : 0.3
X.Org Font Renderer : 0.5
(II) Loader running on linux
(II) LoadModule: “pcidata”
(II) Loading /usr/lib/xorg/modules//libpcidata.so
(II) Module pcidata: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
ABI class: X.Org Video Driver, version 1.2
(–) using VT number 7
(II) PCI: PCI scan (all values are in hex)
(II) PCI: 00:00:0: chip 8086,29c0 card 105b,0ce7 rev 02 class 06,00,00 hdr 00
(II) PCI: 00:01:0: chip 8086,29c1 card 0000,0000 rev 02 class 06,04,00 hdr 01
(II) PCI: 00:1a:0: chip 8086,2937 card 105b,0ce7 rev 02 class 0c,03,00 hdr 80
(II) PCI: 00:1a:1: chip 8086,2938 card 105b,0ce7 rev 02 class 0c,03,00 hdr 00
(II) PCI: 00:1a:2: chip 8086,2939 card 105b,0ce7 rev 02 class 0c,03,00 hdr 00
(II) PCI: 00:1a:7: chip 8086,293c card 105b,0ce7 rev 02 class 0c,03,20 hdr 00
(II) PCI: 00:1b:0: chip 8086,293e card 105b,0ce7 rev 02 class 04,03,00 hdr 00
(II) PCI: 00:1c:0: chip 8086,2940 card 0000,0000 rev 02 class 06,04,00 hdr 81
(II) PCI: 00:1c:4: chip 8086,2948 card 0000,0000 rev 02 class 06,04,00 hdr 81
(II) PCI: 00:1d:0: chip 8086,2934 card 105b,0ce7 rev 02 class 0c,03,00 hdr 80
(II) PCI: 00:1d:1: chip 8086,2935 card 105b,0ce7 rev 02 class 0c,03,00 hdr 00
(II) PCI: 00:1d:2: chip 8086,2936 card 105b,0ce7 rev 02 class 0c,03,00 hdr 00
(II) PCI: 00:1d:7: chip 8086,293a card 105b,0ce7 rev 02 class 0c,03,20 hdr 00
(II) PCI: 00:1e:0: chip 8086,244e card 0000,0000 rev 92 class 06,04,01 hdr 01
(II) PCI: 00:1f:0: chip 8086,2916 card 105b,0ce7 rev 02 class 06,01,00 hdr 80
(II) PCI: 00:1f:2: chip 8086,2922 card 105b,0ce7 rev 02 class 01,06,01 hdr 00
(II) PCI: 00:1f:3: chip 8086,2930 card 105b,0ce7 rev 02 class 0c,05,00 hdr 00
(II) PCI: 01:00:0: chip 1002,94c3 card 174b,e400 rev 00 class 03,00,00 hdr 80
(II) PCI: 01:00:1: chip 1002,aa10 card 174b,aa10 rev 00 class 04,03,00 hdr 80
(II) PCI: 03:00:0: chip 197b,2361 card 197b,2361 rev 02 class 01,06,01 hdr 80
(II) PCI: 03:00:1: chip 197b,2361 card 197b,2361 rev 02 class 01,01,85 hdr 00
(II) PCI: 04:01:0: chip 104c,8023 card 105b,0ce7 rev 00 class 0c,00,10 hdr 00
(II) PCI: 04:02:0: chip 8086,107c card 8086,1376 rev 05 class 02,00,00 hdr 00
(II) PCI: 04:03:0: chip 1002,5960 card 174b,0250 rev 01 class 03,00,00 hdr 80
(II) PCI: 04:03:1: chip 1002,5940 card 174b,0251 rev 01 class 03,80,00 hdr 00
(II) PCI: End of PCI scan
(II) Intel Bridge workaround enabled
(II) Host-to-PCI bridge:
(II) Bus 0: bridge is at (0:0:0), (0,0,4), BCTRL: 0x0008 (VGA_EN is set)
(II) Bus 0 I/O range:
[0] -1 0 0x00000000 – 0x0000ffff (0x10000) IX[B]
(II) Bus 0 non-prefetchable memory range:
[0] -1 0 0x00000000 – 0xffffffff (0x0) MX[B]
(II) Bus 0 prefetchable memory range:
[0] -1 0 0x00000000 – 0xffffffff (0x0) MX[B]
(II) PCI-to-PCI bridge:
(II) Bus 1: bridge is at (0:1:0), (0,1,1), BCTRL: 0x001a (VGA_EN is set)
(II) Bus 1 I/O range:
[0] -1 0 0x0000c000 – 0x0000cfff (0x1000) IX[B]
(II) Bus 1 non-prefetchable memory range:
[0] -1 0 0xfe900000 – 0xfe9fffff (0x100000) MX[B]
(II) Bus 1 prefetchable memory range:
[0] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B]
(II) PCI-to-PCI bridge:
(II) Bus 2: bridge is at (0:28:0), (0,2,2), BCTRL: 0x0002 (VGA_EN is cleared)
(II) PCI-to-PCI bridge:
(II) Bus 3: bridge is at (0:28:4), (0,3,3), BCTRL: 0x0002 (VGA_EN is cleared)
(II) Bus 3 I/O range:
[0] -1 0 0x0000d000 – 0x0000dfff (0x1000) IX[B]
(II) Bus 3 non-prefetchable memory range:
[0] -1 0 0xfea00000 – 0xfeafffff (0x100000) MX[B]
(II) Subtractive PCI-to-PCI bridge:
(II) Bus 4: bridge is at (0:30:0), (0,4,4), BCTRL: 0x0002 (VGA_EN is cleared)
(II) Bus 4 I/O range:
[0] -1 0 0x0000e000 – 0x0000efff (0x1000) IX[B]
(II) Bus 4 non-prefetchable memory range:
[0] -1 0 0xfeb00000 – 0xfebfffff (0x100000) MX[B]
(II) Bus 4 prefetchable memory range:
[0] -1 0 0xd0000000 – 0xdfffffff (0x10000000) MX[B]
(II) PCI-to-ISA bridge:
(II) Bus -1: bridge is at (0:31:0), (0,-1,-1), BCTRL: 0x0008 (VGA_EN is set)
(–) PCI:*(1:0:0) ATI Technologies Inc unknown chipset (0x94c3) rev 0, Mem @ 0xc0000000/28, 0xfe9f0000/16, I/O @ 0xc000/8, BIOS @ 0xfe9c0000/17
(–) PCI: (4:3:0) ATI Technologies Inc RV280 [Radeon 9200 PRO] rev 1, Mem @ 0xd8000000/27, 0xfebe0000/16, I/O @ 0xe000/8, BIOS @ 0xfeb60000/17
(–) PCI: (4:3:1) ATI Technologies Inc RV280 [Radeon 9200 PRO] (Secondary) rev 1, Mem @ 0xd0000000/27, 0xfeb50000/16
(II) Addressable bus resource ranges are
[0] -1 0 0x00000000 – 0xffffffff (0x0) MX[B]
[1] -1 0 0x00000000 – 0x0000ffff (0x10000) IX[B]
(II) OS-reported resource ranges:
[0] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[1] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[2] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[3] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[4] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[5] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
(II) Active PCI resource ranges:
[0] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[1] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[2] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[3] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[4] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[5] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[6] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[7] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[8] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[9] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[10] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[11] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[12] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[13] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[14] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[15] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[16] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[17] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[18] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[19] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[20] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[21] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[22] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[23] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[24] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[25] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[26] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[27] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[28] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[29] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[30] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[31] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[32] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[33] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[34] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
(II) Inactive PCI resource ranges:
[0] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[1] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[2] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[3] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
(II) Active PCI resource ranges after removing overlaps:
[0] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[1] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[2] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[3] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[4] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[5] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[6] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[7] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[8] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[9] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[10] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[11] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[12] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[13] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[14] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[15] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[16] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[17] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[18] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[19] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[20] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[21] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[22] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[23] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[24] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[25] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[26] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[27] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[28] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[29] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[30] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[31] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[32] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[33] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[34] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
(II) Inactive PCI resource ranges after removing overlaps:
[0] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[1] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[2] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[3] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
(II) OS-reported resource ranges after removing overlaps with PCI:
[0] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[1] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[2] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[3] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[4] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[5] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
(II) All system resource ranges:
[0] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[1] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[2] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[3] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[4] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[5] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[6] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[7] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[8] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[9] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[10] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[11] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[12] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[13] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[14] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[15] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[16] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[17] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[18] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[19] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[20] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[21] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[22] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[23] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[24] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
[25] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[26] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[27] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[28] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[29] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[30] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[31] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[32] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[33] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[34] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[35] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[36] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[37] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[38] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[39] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[40] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[41] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[42] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[43] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
[44] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
(II) LoadModule: “dbe”
(II) Loading /usr/lib/xorg/modules/extensions//libdbe.so
(II) Module dbe: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
Module class: X.Org Server Extension
ABI class: X.Org Server Extension, version 0.3
(II) Loading extension DOUBLE-BUFFER
(II) LoadModule: “extmod”
(II) Loading /usr/lib/xorg/modules/extensions//libextmod.so
(II) Module extmod: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
Module class: X.Org Server Extension
ABI class: X.Org Server Extension, version 0.3
(II) Loading extension SHAPE
(II) Loading extension MIT-SUNDRY-NONSTANDARD
(II) Loading extension BIG-REQUESTS
(II) Loading extension SYNC
(II) Loading extension MIT-SCREEN-SAVER
(II) Loading extension XC-MISC
(II) Loading extension XFree86-VidModeExtension
(II) Loading extension XFree86-Misc
(II) Loading extension DPMS
(II) Loading extension TOG-CUP
(II) Loading extension Extended-Visual-Information
(II) Loading extension XVideo
(II) Loading extension XVideo-MotionCompensation
(II) Loading extension X-Resource
(II) LoadModule: “freetype”
(II) Loading /usr/lib/xorg/modules/fonts//libfreetype.so
(II) Module freetype: vendor=”X.Org Foundation & the After X-TT Project”
compiled for 1.3.0, module version = 2.1.0
Module class: X.Org Font Renderer
ABI class: X.Org Font Renderer, version 0.5
(II) Loading font FreeType
(II) LoadModule: “glx”
(II) Loading /usr/lib/xorg/modules/extensions//libglx.so
(II) Module glx: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
ABI class: X.Org Server Extension, version 0.3
(==) AIGLX enabled
(II) Loading extension GLX
(II) LoadModule: “vnc”
(II) Loading /usr/lib/xorg/modules/extensions//libvnc.so
(II) Module vnc: vendor=”RealVNC Ltd”
compiled for 4.3.99.902, module version = 1.0.0
Module class: X.Org Server Extension
ABI class: X.Org Server Extension, version 0.3
(II) Loading extension VNC
(II) LoadModule: “type1″
(II) Loading /usr/lib/xorg/modules/fonts//libtype1.so
(II) Module type1: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.2
Module class: X.Org Font Renderer
ABI class: X.Org Font Renderer, version 0.5
(II) Loading font Type1
(II) LoadModule: “dri”
(II) Loading /usr/lib/xorg/modules/extensions//libdri.so
(II) Module dri: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
ABI class: X.Org Server Extension, version 0.3
(II) Loading extension XFree86-DRI
(II) LoadModule: “fglrx”
(II) Loading /usr/lib/xorg/modules/drivers//fglrx_drv.so
(II) Module fglrx: vendor=”FireGL – ATI Technologies Inc.”
compiled for 7.1.0, module version = 8.47.3
Module class: X.Org Video Driver
(II) LoadModule: “mouse”
(II) Loading /usr/lib/xorg/modules/input//mouse_drv.so
(II) Module mouse: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.2.3
Module class: X.Org XInput Driver
ABI class: X.Org XInput driver, version 0.7
(II) LoadModule: “kbd”
(II) Loading /usr/lib/xorg/modules/input//kbd_drv.so
(II) Module kbd: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.1.0
Module class: X.Org XInput Driver
ABI class: X.Org XInput driver, version 0.7
(II) Primary Device is: PCI 01:00:0
(II) ATI Proprietary Linux Driver Version Identifier:8.47.3
(II) ATI Proprietary Linux Driver Release Identifier: UNSUPPORTED-8.471
(II) ATI Proprietary Linux Driver Build Date: Feb 25 2008 21:22:09
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:0) found
(WW) fglrx: No matching Device section for instance (BusID PCI:4:3:1) found
(–) Chipset Supported AMD Graphics Processor (0x94C3) found
(–) Chipset Supported AMD Graphics Processor (0x94C3) found
(II) AMD Video driver is running on a device belonging to a group targeted for this release
(II) AMD Video driver is signed
(II) resource ranges after xf86ClaimFixedResources() call:
[0] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[1] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[2] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[3] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[4] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[5] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[6] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[7] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[8] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[9] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[10] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[11] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[12] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[13] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[14] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[15] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[16] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[17] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[18] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[19] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[20] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[21] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[22] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[23] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[24] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
[25] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[26] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[27] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[28] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[29] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[30] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[31] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[32] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[33] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[34] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[35] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[36] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[37] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[38] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[39] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[40] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[41] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[42] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[43] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
[44] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
(II) fglrx(0): pEnt->device->identifier=0x81f7e58
(II) fglrx(1): pEnt->device->identifier=0x81f7e58
(II) resource ranges after probing:
[0] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[1] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[2] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[3] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[4] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[5] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[6] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[7] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[8] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[9] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[10] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[11] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[12] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[13] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[14] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[15] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[16] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[17] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[18] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[19] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[20] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[21] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[22] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[23] 0 0 0x000a0000 – 0x000affff (0x10000) MS[B]
[24] 0 0 0x000b0000 – 0x000b7fff (0x8000) MS[B]
[25] 0 0 0x000b8000 – 0x000bffff (0x8000) MS[B]
[26] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[27] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
[28] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[29] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[30] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[31] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[32] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[33] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[34] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[35] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[36] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[37] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[38] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[39] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[40] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[41] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[42] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[43] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[44] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[45] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[46] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
[47] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
[48] 0 0 0x000003b0 – 0x000003bb (0xc) IS[B]
[49] 0 0 0x000003c0 – 0x000003df (0x20) IS[B]
(II) Setting vga for screen 0.
(II) Setting vga for screen 1.
(II) fglrx(0): === [atiddxPreInit] === begin
(II) Loading sub module “vgahw”
(II) LoadModule: “vgahw”
(II) Loading /usr/lib/xorg/modules//libvgahw.so
(II) Module vgahw: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 0.1.0
ABI class: X.Org Video Driver, version 1.2
(II) fglrx(0): PCI bus 1 card 0 func 0
(**) fglrx(0): Depth 24, (–) framebuffer bpp 32
(II) fglrx(0): Pixel depth = 24 bits stored in 4 bytes (32 bpp pixmaps)
(==) fglrx(0): Default visual is TrueColor
(**) fglrx(0): Option “BusType” “PCIE”
(**) fglrx(0): Option “GammaCorrectionI” “0x06419064”
(**) fglrx(0): Option “GammaCorrectionII” “0x07d1905b”
(**) fglrx(0): Option “EnablePrivateBackZ” “yes”
(**) fglrx(0): Option “TVFormat” “PAL-G”
(**) fglrx(0): Option “TVStandard” “PAL-G”
(**) fglrx(0): Option “TVHSizeAdj” “0”
(**) fglrx(0): Option “TVVSizeAdj” “0”
(**) fglrx(0): Option “TVHPosAdj” “0”
(**) fglrx(0): Option “TVVPosAdj” “0”
(**) fglrx(0): Option “TVHStartAdj” “0”
(**) fglrx(0): Option “TVColorAdj” “0”
(**) fglrx(0): Option “DPMS” “true”
(II) fglrx(0): Loading PCS database from /etc/ati/amdpcsdb
(==) fglrx(0): RGB weight 888
(II) fglrx(0): Using 8 bits per RGB (8 bit DAC)
(**) fglrx(0): Gamma Correction for I is 0x06419064
(**) fglrx(0): Gamma Correction for II is 0x07d1905b
(==) fglrx(0): Buffer Tiling is ON
(–) fglrx(0): Chipset: “ATI Radeon HD 2400 PRO” (Chipset = 0x94c3)
(–) fglrx(0): (PciSubVendor = 0x174b, PciSubDevice = 0xe400)
(–) fglrx(0): board vendor info: third party graphics adapter – NOT original ATI
(–) fglrx(0): Linear framebuffer (phys) at 0xc0000000
(–) fglrx(0): MMIO registers at 0xfe9f0000
(==) fglrx(0): ROM-BIOS at 0x000c0000
(II) Loading sub module “int10”
(II) LoadModule: “int10″
(II) Loading /usr/lib/xorg/modules//libint10.so
(II) Module int10: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
ABI class: X.Org Video Driver, version 1.2
(II) fglrx(0): Primary V_BIOS segment is: 0xc000
(II) Loading sub module “vbe”
(II) LoadModule: “vbe”
(II) Loading /usr/lib/xorg/modules//libvbe.so
(II) Module vbe: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.1.0
ABI class: X.Org Video Driver, version 1.2
(II) fglrx(0): VESA BIOS detected
(II) fglrx(0): VESA VBE Version 3.0
(II) fglrx(0): VESA VBE Total Mem: 16384 kB
(II) fglrx(0): VESA VBE OEM: ATI ATOMBIOS
(II) fglrx(0): VESA VBE OEM Software Rev: 10.59
(II) fglrx(0): VESA VBE OEM Vendor: (C) 1988-2005, ATI Technologies Inc.
(II) fglrx(0): VESA VBE OEM Product: RV610
(II) fglrx(0): VESA VBE OEM Product Rev: 01.00
(II) fglrx(0): ATI Video BIOS revision 9 or later detected
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmGetBusid returned ”
(II) Loading sub module “fglrxdrm”
(II) LoadModule: “fglrxdrm”
(II) Loading /usr/lib/xorg/modules/linux//libfglrxdrm.so
(II) Module fglrxdrm: vendor=”FireGL – ATI Technologies Inc.”
compiled for 7.1.0, module version = 8.47.3
ABI class: X.Org Server Extension, version 0.3
(II) fglrx(0): Using adapter: 1:0.0.
(II) fglrx(0): Video RAM override, using 262144 kB instead of 262144 kB
(**) fglrx(0): VideoRAM: 262144 kByte, Type: DDR2
(II) fglrx(0): PCIE card detected
(–) fglrx(0): Using per-process page tables (PPPT) as GART.
(WW) fglrx(0): board is an unknown third party board, chipset is supported
(**) fglrx(0): ForceMonitors Settings: 1
(II) Loading sub module “ddc”
(II) LoadModule: “ddc”(II) Module already built-in
(II) fglrx(0): Connected Display1: CRT on primary DAC [crt1]
(II) fglrx(0): Display1 EDID data —————————
(II) fglrx(0): Manufacturer: XXX Model: 3 Serial#: 0
(II) fglrx(0): Year: 1990 Week: 0
(II) fglrx(0): EDID Version: 1.3
(II) fglrx(0): Analog Display Input, Input Voltage Level: 0.700/0.300 V
(II) fglrx(0): Sync:
(II) fglrx(0): Max H-Image Size [cm]: horiz.: 40 vert.: 30
(II) fglrx(0): Gamma: 1.00
(II) fglrx(0): DPMS capabilities: StandBy Suspend Off; Non RGB Multicolor Display
(II) fglrx(0): First detailed timing not preferred mode in violation of standard!(II) fglrx(0): redX: 0.000 redY: 0.000 greenX: 0.000 greenY: 0.000
(II) fglrx(0): blueX: 0.000 blueY: 0.000 whiteX: 0.000 whiteY: 0.000
(II) fglrx(0): Supported VESA Video Modes:
(II) fglrx(0): 640×480@60Hz
(II) fglrx(0): 800×600@60Hz
(II) fglrx(0): 1024×768@60Hz
(II) fglrx(0): Manufacturer’s mask: 0
(II) fglrx(0): Supported Future Video Modes:
(II) fglrx(0): #0: hsize: 640 vsize 480 refresh: 60 vid: 16433
(II) fglrx(0): #1: hsize: 800 vsize 600 refresh: 60 vid: 16453
(II) fglrx(0): #2: hsize: 1024 vsize 768 refresh: 60 vid: 16481
(II) fglrx(0): EDID (in hex):
(II) fglrx(0): 00ffffffffffff006318030000000000
(II) fglrx(0): 0000010300281e00f000000000000000
(II) fglrx(0): 00000021080031404540614000000000
(II) fglrx(0): 00000000000000000000000000000000
(II) fglrx(0): 00000000000000000000000000000000
(II) fglrx(0): 00000000000000000000000000000000
(II) fglrx(0): 00000000000000000000000000000000
(II) fglrx(0): 0000000000000000000000000000008e
(II) fglrx(0): End of Display1 EDID data ——————–
(II) fglrx(0): Connected Display2: TV on TVDAC [tv]
(II) fglrx(0): Display2: No EDID information from DDC.
(II) fglrx(0): Display2: Failed to get EDID information.
(II) fglrx(0): Primary Controller – CRT on primary DAC
(II) fglrx(0): Secondary Controller – TV on TVDAC
(II) fglrx(0): Internal Desktop Setting: 0x00000001
(==) fglrx(0): Qbs is not supported in this release. Disabled.
(==) fglrx(0): FAST_SWAP disabled
(==) fglrx(0): PseudoColor visuals disabled
(==) fglrx(0): Center Mode is disabled
(==) fglrx(0): TMDS coherent mode is enabled
(II) fglrx(0): Total of 10 modes found for primary display.
(–) fglrx(0): Virtual size is 800×600 (pitch 0)
(**) fglrx(0): *Mode “800×600”: 40.0 MHz (scaled from 0.0 MHz), 37.9 kHz, 60.0 Hz
(II) fglrx(0): Modeline “800×600” 40.00 800 840 968 1056 600 601 605 628
(**) fglrx(0): Default mode “800×600”: 36.0 MHz (scaled from 0.0 MHz), 35.2 kHz, 56.0 Hz
(II) fglrx(0): Modeline “800×600” 36.00 800 824 896 1024 600 601 603 625
(**) fglrx(0): Default mode “800×600”: 29.6 MHz (scaled from 0.0 MHz), 29.8 kHz, 47.0 Hz (I)
(II) fglrx(0): Modeline “800×600” 29.60 800 816 896 992 600 601 604 635 interlace +hsync
(**) fglrx(0): Default mode “720×480”: 26.7 MHz (scaled from 0.0 MHz), 29.8 kHz, 60.0 Hz
(II) fglrx(0): Modeline “720×480” 26.71 720 736 808 896 480 481 484 497 +hsync
(**) fglrx(0): Default mode “640×480”: 25.2 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz
(II) fglrx(0): Modeline “640×480” 25.18 640 656 752 800 480 490 492 525 +hsync +vsync
(**) fglrx(0): Default mode “640×400”: 24.9 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz
(II) fglrx(0): Modeline “640×400” 24.92 640 664 760 792 400 460 462 525
(**) fglrx(0): Default mode “512×384”: 19.8 MHz (scaled from 0.0 MHz), 29.8 kHz, 60.0 Hz
(II) fglrx(0): Modeline “512×384” 19.81 512 544 624 664 384 451 453 497
(**) fglrx(0): Default mode “400×300”: 22.3 MHz (scaled from 0.0 MHz), 45.0 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “400×300” 22.33 400 416 480 496 300 601 605 742 doublescan
(**) fglrx(0): Default mode “320×240”: 12.6 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “320×240” 12.59 320 328 376 400 240 491 493 525 doublescan
(**) fglrx(0): Default mode “320×200”: 12.6 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “320×200” 12.59 320 336 384 400 200 457 459 524 doublescan
(–) fglrx(0): Display dimensions: (400, 300) mm
(–) fglrx(0): DPI set to (50, 50)
(–) fglrx(0): Virtual size is 800×600 (pitch 832)
(**) fglrx(0): *Mode “800×600”: 40.0 MHz (scaled from 0.0 MHz), 37.9 kHz, 60.0 Hz
(II) fglrx(0): Modeline “800×600” 40.00 800 840 968 1056 600 601 605 628
(**) fglrx(0): Default mode “800×600”: 36.0 MHz (scaled from 0.0 MHz), 35.2 kHz, 56.0 Hz
(II) fglrx(0): Modeline “800×600” 36.00 800 824 896 1024 600 601 603 625
(**) fglrx(0): Default mode “800×600”: 29.6 MHz (scaled from 0.0 MHz), 29.8 kHz, 47.0 Hz (I)
(II) fglrx(0): Modeline “800×600” 29.60 800 816 896 992 600 601 604 635 interlace +hsync
(**) fglrx(0): Default mode “720×480”: 26.7 MHz (scaled from 0.0 MHz), 29.8 kHz, 60.0 Hz
(II) fglrx(0): Modeline “720×480” 26.71 720 736 808 896 480 481 484 497 +hsync
(**) fglrx(0): Default mode “640×480”: 25.2 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz
(II) fglrx(0): Modeline “640×480” 25.18 640 656 752 800 480 490 492 525 +hsync +vsync
(**) fglrx(0): Default mode “640×400”: 24.9 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz
(II) fglrx(0): Modeline “640×400” 24.92 640 664 760 792 400 460 462 525
(**) fglrx(0): Default mode “512×384”: 19.8 MHz (scaled from 0.0 MHz), 29.8 kHz, 60.0 Hz
(II) fglrx(0): Modeline “512×384” 19.81 512 544 624 664 384 451 453 497
(**) fglrx(0): Default mode “400×300”: 22.3 MHz (scaled from 0.0 MHz), 45.0 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “400×300” 22.33 400 416 480 496 300 601 605 742 doublescan
(**) fglrx(0): Default mode “320×240”: 12.6 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “320×240” 12.59 320 328 376 400 240 491 493 525 doublescan
(**) fglrx(0): Default mode “320×200”: 12.6 MHz (scaled from 0.0 MHz), 31.5 kHz, 60.0 Hz (D)
(II) fglrx(0): Modeline “320×200” 12.59 320 336 384 400 200 457 459 524 doublescan
(II) Loading sub module “fb”
(II) LoadModule: “fb”
(II) Loading /usr/lib/xorg/modules//libfb.so
(II) Module fb: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.0.0
ABI class: X.Org ANSI C Emulation, version 0.3
(II) Loading sub module “ramdac”
(II) LoadModule: “ramdac”(II) Module already built-in
(==) fglrx(0): NoAccel = NO
(II) Loading sub module “xaa”
(II) LoadModule: “xaa”
(II) Loading /usr/lib/xorg/modules//libxaa.so
(II) Module xaa: vendor=”X.Org Foundation”
compiled for 1.3.0, module version = 1.2.0
ABI class: X.Org Video Driver, version 1.2
(==) fglrx(0): NoDRI = NO
(II) Loading sub module “fglrxdrm”
(II) LoadModule: “fglrxdrm”
(II) Reloading /usr/lib/xorg/modules/linux//libfglrxdrm.so
(II) fglrx(0): Depth moves disabled by default
(==) fglrx(0): Capabilities: 0x00000000
(==) fglrx(0): CapabilitiesEx: 0x00000000
(==) fglrx(0): cpuFlags: 0x8000001d
(==) fglrx(0): OpenGL ClientDriverName: “fglrx_dri.so”
(**) fglrx(0): ATI GART size: 256 MB
(II) fglrx(0): [pcie] 258048 kB allocated
(II) fglrx(0): [drm] DRM buffer queue setup: nbufs = 100 bufsize = 65536
(==) fglrx(0): UseFastTLS=0
(==) fglrx(0): BlockSignalsOnLock=1
(II) fglrx(1): === [atiddxPreInit] === begin
(II) Loading sub module “vgahw”
(II) LoadModule: “vgahw”
(II) Reloading /usr/lib/xorg/modules//libvgahw.so
(II) fglrx(1): PCI bus 1 card 0 func 0
(**) fglrx(1): Depth 24, (–) framebuffer bpp 32
(II) fglrx(1): Pixel depth = 24 bits stored in 4 bytes (32 bpp pixmaps)
(==) fglrx(1): Default visual is TrueColor
(==) fglrx(1): RGB weight 888
(II) fglrx(1): Using 8 bits per RGB (8 bit DAC)
(==) fglrx(1): Buffer Tiling is ON (copy from primary)
(–) fglrx(1): Chipset: “ATI Radeon HD 2400 PRO” (Chipset = 0x94c3)
(–) fglrx(1): (PciSubVendor = 0x174b, PciSubDevice = 0xe400)
(–) fglrx(1): board vendor info: third party graphics adapter – NOT original ATI
(II) fglrx(1): Video RAM override, using 262144 kB instead of 262144 kB
(**) fglrx(1): VideoRAM: 131072 kByte, Type: DDR2
(WW) fglrx(1): board is an unknown third party board, chipset is supported
(==) fglrx(1): PseudoColor visuals disabled
(==) fglrx(1): Center Mode is disabled
(==) fglrx(1): TMDS coherent mode is enabled
(II) fglrx(1): Total of 10 modes found for primary display.
(–) fglrx(1): Virtual size is 800×600 (pitch 0)
(**) fglrx(1): *Mode “800×600@50”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “800×600@50” 53.20 800 2852 2884 3405 600 582 586 625 interlace
(**) fglrx(1): Default mode “720×576”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 50.0 Hz (I)
(II) fglrx(1): Modeline “720×576” 53.20 720 2852 2884 3405 576 582 586 625 interlace
(**) fglrx(1): Default mode “720×480”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “720×480” 53.20 720 2852 2884 3405 480 582 586 625 interlace
(**) fglrx(1): Default mode “640×480”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×480” 53.20 640 2852 2884 3405 480 582 586 625 interlace
(**) fglrx(1): Default mode “640×432”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×432” 53.20 640 2852 2884 3405 432 582 586 625 interlace
(**) fglrx(1): Default mode “640×400”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×400” 53.20 640 2852 2884 3405 400 582 586 625 interlace
(**) fglrx(1): Default mode “512×384”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “512×384” 53.20 512 2852 2884 3405 384 582 586 625 interlace
(**) fglrx(1): Default mode “400×300”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “400×300” 53.20 400 2852 2884 3405 300 582 586 625 interlace
(**) fglrx(1): Default mode “320×240”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “320×240” 53.20 320 2852 2884 3405 240 582 586 625 interlace
(**) fglrx(1): Default mode “320×200”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “320×200” 53.20 320 2852 2884 3405 200 582 586 625 interlace
(==) fglrx(1): DPI set to (75, 75)
(–) fglrx(1): Virtual size is 800×600 (pitch 832)
(**) fglrx(1): *Mode “800×600@50”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “800×600@50” 53.20 800 2852 2884 3405 600 582 586 625 interlace
(**) fglrx(1): Default mode “720×576”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 50.0 Hz (I)
(II) fglrx(1): Modeline “720×576” 53.20 720 2852 2884 3405 576 582 586 625 interlace
(**) fglrx(1): Default mode “720×480”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “720×480” 53.20 720 2852 2884 3405 480 582 586 625 interlace
(**) fglrx(1): Default mode “640×480”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×480” 53.20 640 2852 2884 3405 480 582 586 625 interlace
(**) fglrx(1): Default mode “640×432”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×432” 53.20 640 2852 2884 3405 432 582 586 625 interlace
(**) fglrx(1): Default mode “640×400”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “640×400” 53.20 640 2852 2884 3405 400 582 586 625 interlace
(**) fglrx(1): Default mode “512×384”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “512×384” 53.20 512 2852 2884 3405 384 582 586 625 interlace
(**) fglrx(1): Default mode “400×300”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “400×300” 53.20 400 2852 2884 3405 300 582 586 625 interlace
(**) fglrx(1): Default mode “320×240”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “320×240” 53.20 320 2852 2884 3405 240 582 586 625 interlace
(**) fglrx(1): Default mode “320×200”: 53.2 MHz (scaled from 0.0 MHz), 15.6 kHz, 60.0 Hz (I)
(II) fglrx(1): Modeline “320×200” 53.20 320 2852 2884 3405 200 582 586 625 interlace
(II) Loading sub module “fb”
(II) LoadModule: “fb”
(II) Reloading /usr/lib/xorg/modules//libfb.so
(==) fglrx(1): NoAccel = NO (copy from primary screen)
(==) fglrx(1): bNoDRI = NO (copy from primary screen)
(==) fglrx(1): UseFastTLS=0
(==) fglrx(1): BlockSignalsOnLock=1
(–) Depth 24 pixmap format is 32 bpp
(II) do I need RAC? Yes, I do.
(II) resource ranges after preInit:
[0] 0 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B]
[1] 0 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B]
[2] 0 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B]
[3] 0 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B]
[4] -1 0 0x00100000 – 0x3fffffff (0x3ff00000) MX[B]E(B)
[5] -1 0 0x000f0000 – 0x000fffff (0x10000) MX[B]
[6] -1 0 0x000c0000 – 0x000effff (0x30000) MX[B]
[7] -1 0 0x00000000 – 0x0009ffff (0xa0000) MX[B]
[8] -1 0 0xfeba0000 – 0xfebbffff (0x20000) MX[B]
[9] -1 0 0xfebc0000 – 0xfebdffff (0x20000) MX[B]
[10] -1 0 0xfebf8000 – 0xfebfbfff (0x4000) MX[B]
[11] -1 0 0xfebff800 – 0xfebfffff (0x800) MX[B]
[12] -1 0 0xfeafe000 – 0xfeafffff (0x2000) MX[B]
[13] -1 0 0xfe9ec000 – 0xfe9effff (0x4000) MX[B]
[14] -1 0 0xfe8fec00 – 0xfe8fecff (0x100) MX[B]
[15] -1 0 0xfe8ff000 – 0xfe8ff7ff (0x800) MX[B]
[16] -1 0 0xfe8ff800 – 0xfe8ffbff (0x400) MX[B]
[17] -1 0 0xfe8f8000 – 0xfe8fbfff (0x4000) MX[B]
[18] -1 0 0xfe8ffc00 – 0xfe8fffff (0x400) MX[B]
[19] -1 0 0xfeb50000 – 0xfeb5ffff (0x10000) MX[B](B)
[20] -1 0 0xd0000000 – 0xd7ffffff (0x8000000) MX[B](B)
[21] -1 0 0xfe9c0000 – 0xfe9dffff (0x20000) MX[B](B)
[22] -1 0 0xfe9f0000 – 0xfe9fffff (0x10000) MX[B](B)
[23] -1 0 0xc0000000 – 0xcfffffff (0x10000000) MX[B](B)
[24] -1 0 0xfeb20000 – 0xfeb3ffff (0x20000) MX[B](B)
[25] -1 0 0xfebe0000 – 0xfebeffff (0x10000) MX[B](B)
[26] -1 0 0xd8000000 – 0xdfffffff (0x8000000) MX[B](B)
[27] 0 0 0x000a0000 – 0x000affff (0x10000) MS[B](OprU)
[28] 0 0 0x000b0000 – 0x000b7fff (0x8000) MS[B](OprU)
[29] 0 0 0x000b8000 – 0x000bffff (0x8000) MS[B](OprU)
[30] 0 0 0x0000c000 – 0x0000c0ff (0x100) IX[B]
[31] 0 0 0x0000c000 – 0x0000c0ff (0x100) IX[B]
[32] -1 0 0x0000ffff – 0x0000ffff (0x1) IX[B]
[33] -1 0 0x00000000 – 0x000000ff (0x100) IX[B]
[34] -1 0 0x0000ec00 – 0x0000ec3f (0x40) IX[B]
[35] -1 0 0x0000d400 – 0x0000d40f (0x10) IX[B]
[36] -1 0 0x0000d480 – 0x0000d483 (0x4) IX[B]
[37] -1 0 0x0000d800 – 0x0000d807 (0x8) IX[B]
[38] -1 0 0x0000d880 – 0x0000d883 (0x4) IX[B]
[39] -1 0 0x0000dc00 – 0x0000dc07 (0x8) IX[B]
[40] -1 0 0x00000400 – 0x0000041f (0x20) IX[B]
[41] -1 0 0x0000a480 – 0x0000a49f (0x20) IX[B]
[42] -1 0 0x0000a800 – 0x0000a803 (0x4) IX[B]
[43] -1 0 0x0000a880 – 0x0000a887 (0x8) IX[B]
[44] -1 0 0x0000ac00 – 0x0000ac03 (0x4) IX[B]
[45] -1 0 0x0000b000 – 0x0000b007 (0x8) IX[B]
[46] -1 0 0x0000b080 – 0x0000b09f (0x20) IX[B]
[47] -1 0 0x0000b400 – 0x0000b41f (0x20) IX[B]
[48] -1 0 0x0000b480 – 0x0000b49f (0x20) IX[B]
[49] -1 0 0x0000b800 – 0x0000b81f (0x20) IX[B]
[50] -1 0 0x0000b880 – 0x0000b89f (0x20) IX[B]
[51] -1 0 0x0000bc00 – 0x0000bc1f (0x20) IX[B]
[52] -1 0 0x0000c000 – 0x0000c0ff (0x100) IX[B](B)
[53] -1 0 0x0000e000 – 0x0000e0ff (0x100) IX[B](B)
[54] 0 0 0x000003b0 – 0x000003bb (0xc) IS[B](OprU)
[55] 0 0 0x000003c0 – 0x000003df (0x20) IS[B](OprU)
(II) fglrx(0): driver needs X.org 7.1.x.y with x.y >= 0.0
(II) fglrx(0): detected X.org 7.1.0.0
(II) Loading extension ATIFGLRXDRI
(II) fglrx(0): doing DRIScreenInit
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenByBusid: Searching for BusID PCI:1:0:0
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenByBusid: drmOpenMinor returns 6
drmOpenByBusid: drmGetBusid reports
drmOpenDevice: node name is /dev/dri/card1
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card2
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card3
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card4
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card5
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card6
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card7
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card8
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card9
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card10
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card11
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card12
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card13
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card14
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: open result is -1, (No such device)
drmOpenDevice: Open failed
drmOpenByBusid: drmOpenMinor returns -19
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 6, (OK)
drmGetBusid returned ”
(II) fglrx(0): [drm] DRM interface version 1.0
(II) fglrx(0): [drm] created “fglrx” driver at busid “PCI:1:0:0”
(II) fglrx(0): [drm] added 8192 byte SAREA at 0x2000
(II) fglrx(0): [drm] mapped SAREA 0x2000 to 0xb761c000
(II) fglrx(0): [drm] framebuffer handle = 0x3000
(II) fglrx(0): [drm] added 1 reserved context for kernel
(II) fglrx(0): DRIScreenInit done
(II) fglrx(0): Kernel Module Version Information:
(II) fglrx(0): Name: fglrx
(II) fglrx(0): Version: 8.47.3
(II) fglrx(0): Date: Feb 25 2008
(II) fglrx(0): Desc: ATI FireGL DRM kernel module
(II) fglrx(0): Kernel Module version matches driver.
(II) fglrx(0): Kernel Module Build Time Information:
(II) fglrx(0): Build-Kernel UTS_RELEASE: 2.6.23-gentoo-r8
(II) fglrx(0): Build-Kernel MODVERSIONS: no
(II) fglrx(0): Build-Kernel __SMP__: yes
(II) fglrx(0): Build-Kernel PAGE_SIZE: 0x1000
(II) fglrx(0): [drm] register handle = 0x00004000
(II) fglrx(0): Interrupt handler installed at IRQ 16.
(II) fglrx(0): Exposed events to the /proc interface
(II) fglrx(0): DRI initialization successfull!
(II) fglrx(0): FBADPhys: 0xc0000000 FBMappedSize: 0x01005800
(II) fglrx(0): FBMM initialized for area (0,0)-(832,5048)
(II) fglrx(0): FBMM auto alloc for area (0,0)-(832,600) (front color buffer – assumption)
(II) fglrx(0): Largest offscreen area available: 832 x 4448
(**) fglrx(0): Change to Configured TV Format PAL-G
(**) fglrx(0): Invalid TV Signal Standard PAL-G
(**) fglrx(0): TV HSizeAdj: 0
(**) fglrx(0): TV VSizeAdj: 0
(**) fglrx(0): TV HPosAdj: 0
(**) fglrx(0): TV VPosAdj: 0
(**) fglrx(0): TV HStartAdj: 0
(**) fglrx(0): TV ColorAdj: 0
(==) fglrx(0): Backing store disabled
(II) Loading extension FGLRXEXTENSION
(II) Loading extension ATITVOUT
(**) fglrx(0): DPMS enabled
(**) fglrx(0): Textured Video is enabled.
(II) LoadModule: “glesx”
(II) Loading /usr/lib/xorg/modules//glesx.so
(II) Module glesx: vendor=”X.Org Foundation”
compiled for 7.1.0, module version = 1.0.0
ABI class: X.Org Server Extension, version 0.3
(II) Loading extension GLESX
(II) fglrx(0): GLESX enableFlags = 26
(**) fglrx(0): Option “XaaNoOffscreenPixmaps” “true”
(II) fglrx(0): Using XFree86 Acceleration Architecture (XAA)
Screen to screen bit blits
Solid filled rectangles
Solid Horizontal and Vertical Lines
Driver provided ScreenToScreenBitBlt replacement
Driver provided FillSolidRects replacement
(II) fglrx(0): GLESX is enabled
(WW) fglrx(0): Option “NoTV” is not used
(WW) fglrx(0): Option “VendorName” is not used
(WW) fglrx(0): Option “ModelName” is not used
(WW) fglrx(0): Option “passwordFile” is not used
(II) fglrx(0): X context handle = 0x1
(II) fglrx(0): [DRI] installation complete
(II) fglrx(0): Direct rendering enabled
[atiddx] ASYNCIO init succeed!
Receive enable interrupt ret message
…irqEnableMask: 10000000
…dwIRQEnableId: 00000006
Receive enable interrupt ret message
…irqEnableMask: 60000001
…dwIRQEnableId: 00000007
Receive enable interrupt ret message
…irqEnableMask: 00000040
…dwIRQEnableId: 00000008
Receive enable interrupt ret message
…irqEnableMask: ff00002c
…dwIRQEnableId: 00000009
Receive enable interrupt ret message
…irqEnableMask: ff00002d
…dwIRQEnableId: 0000000a
Receive enable interrupt ret message
…irqEnableMask: 20000400
…dwIRQEnableId: 0000000b
(II) fglrx(0): Finished Initialize PPLIB!
(II) fglrx(0): Enable the clock gating
(==) fglrx(0): Silken mouse enabled
(==) fglrx(0): Using hardware cursor
(==) RandR enabled
(II) fglrx(1): driver needs X.org 7.1.x.y with x.y >= 0.0
(II) fglrx(1): detected X.org 7.1.0.0
(II) fglrx(1): doing DRIScreenInit
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 7, (OK)
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 7, (OK)
drmOpenByBusid: Searching for BusID PCI:1:0:0
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 7, (OK)
drmOpenByBusid: drmOpenMinor returns 7
drmOpenByBusid: drmGetBusid reports PCI:1:0:0
(II) fglrx(1): [drm] DRM interface version 1.0
(II) fglrx(1): [drm] created “fglrx” driver at busid “PCI:1:0:0”
(II) fglrx(1): [drm] added 8192 byte SAREA at 0x2000
(II) fglrx(1): [drm] mapped SAREA 0x2000 to 0xb7b09000
(II) fglrx(1): [drm] framebuffer handle = 0x3000
(II) fglrx(1): [drm] added 1 reserved context for kernel
(II) fglrx(1): DRIScreenInit done
(II) fglrx(1): DRI initialization successfull!
(II) fglrx(1): FBADPhys: 0xc1014000 FBMappedSize: 0x003e9000
(II) fglrx(1): FBMM initialized for area (0,0)-(832,1232)
(II) fglrx(1): FBMM auto alloc for area (0,0)-(832,600) (front color buffer – assumption)
(II) fglrx(1): Largest offscreen area available: 832 x 632
(==) fglrx(1): Backing store disabled
(**) fglrx(1): Textured Video is enabled.
(II) fglrx(1): X context handle = 0x2
(II) fglrx(1): [DRI] installation complete
(II) fglrx(1): Direct rendering enabled
(II) fglrx(1): Finished Initialize PPLIB!
(==) fglrx(1): Silken mouse enabled
(==) fglrx(1): Using hardware cursor
(==) RandR enabled
(II) Entity 0 shares no resources
(II) Entity 1 shares no resources
(II) Initializing built-in extension MIT-SHM
(II) Initializing built-in extension XInputExtension
(II) Initializing built-in extension XTEST
(II) Initializing built-in extension XKEYBOARD
(II) Initializing built-in extension XC-APPGROUP
(II) Initializing built-in extension XAccessControlExtension
(II) Initializing built-in extension SECURITY
(II) Initializing built-in extension XINERAMA
(II) Initializing built-in extension XFIXES
(II) Initializing built-in extension XFree86-Bigfont
(II) Initializing built-in extension RENDER
(II) Initializing built-in extension RANDR
(II) Initializing built-in extension COMPOSITE
(II) Initializing built-in extension DAMAGE
(II) Initializing built-in extension XEVIE
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 8, (OK)
drmOpenByBusid: Searching for BusID PCI:1:0:0
drmOpenDevice: node name is /dev/dri/card0
drmOpenDevice: open result is 8, (OK)
drmOpenByBusid: drmOpenMinor returns 8
drmOpenByBusid: drmGetBusid reports PCI:1:0:0
(WW) AIGLX: 3D driver claims to not support visual 0x23
(WW) AIGLX: 3D driver claims to not support visual 0x24
(WW) AIGLX: 3D driver claims to not support visual 0x25
(WW) AIGLX: 3D driver claims to not support visual 0x26
(WW) AIGLX: 3D driver claims to not support visual 0x27
(WW) AIGLX: 3D driver claims to not support visual 0x28
(WW) AIGLX: 3D driver claims to not support visual 0x29
(WW) AIGLX: 3D driver claims to not support visual 0x2a
(WW) AIGLX: 3D driver claims to not support visual 0x2b
(WW) AIGLX: 3D driver claims to not support visual 0x2c
(WW) AIGLX: 3D driver claims to not support visual 0x2d
(WW) AIGLX: 3D driver claims to not support visual 0x2e
(WW) AIGLX: 3D driver claims to not support visual 0x2f
(WW) AIGLX: 3D driver claims to not support visual 0x30
(WW) AIGLX: 3D driver claims to not support visual 0x31
(WW) AIGLX: 3D driver claims to not support visual 0x32
(WW) AIGLX: 3D driver claims to not support visual 0x33
(WW) AIGLX: 3D driver claims to not support visual 0x34
(WW) AIGLX: 3D driver claims to not support visual 0x35
(WW) AIGLX: 3D driver claims to not support visual 0x36
(WW) AIGLX: 3D driver claims to not support visual 0x37
(WW) AIGLX: 3D driver claims to not support visual 0x38
(WW) AIGLX: 3D driver claims to not support visual 0x39
(WW) AIGLX: 3D driver claims to not support visual 0x3a
(WW) AIGLX: 3D driver claims to not support visual 0x3b
(WW) AIGLX: 3D driver claims to not support visual 0x3c
(WW) AIGLX: 3D driver claims to not support visual 0x3d
(WW) AIGLX: 3D driver claims to not support visual 0x3e
(WW) AIGLX: 3D driver claims to not support visual 0x3f
(WW) AIGLX: 3D driver claims to not support visual 0x40
(WW) AIGLX: 3D driver claims to not support visual 0x41
(WW) AIGLX: 3D driver claims to not support visual 0x42
(WW) AIGLX: 3D driver claims to not support visual 0x43
(WW) AIGLX: 3D driver claims to not support visual 0x44
(WW) AIGLX: 3D driver claims to not support visual 0x45
(WW) AIGLX: 3D driver claims to not support visual 0x46
(WW) AIGLX: 3D driver claims to not support visual 0x47
(WW) AIGLX: 3D driver claims to not support visual 0x48
(WW) AIGLX: 3D driver claims to not support visual 0x49
(WW) AIGLX: 3D driver claims to not support visual 0x4a
(WW) AIGLX: 3D driver claims to not support visual 0x4b
(WW) AIGLX: 3D driver claims to not support visual 0x4c
(WW) AIGLX: 3D driver claims to not support visual 0x4d
(WW) AIGLX: 3D driver claims to not support visual 0x4e
(WW) AIGLX: 3D driver claims to not support visual 0x4f
(WW) AIGLX: 3D driver claims to not support visual 0x50
(WW) AIGLX: 3D driver claims to not support visual 0x51
(WW) AIGLX: 3D driver claims to not support visual 0x52
(WW) AIGLX: 3D driver claims to not support visual 0x53
(WW) AIGLX: 3D driver claims to not support visual 0x54
(WW) AIGLX: 3D driver claims to not support visual 0x55
(WW) AIGLX: 3D driver claims to not support visual 0x56
(WW) AIGLX: 3D driver claims to not support visual 0x57
(WW) AIGLX: 3D driver claims to not support visual 0x58
(WW) AIGLX: 3D driver claims to not support visual 0x59
(WW) AIGLX: 3D driver claims to not support visual 0x5a
(WW) AIGLX: 3D driver claims to not support visual 0x5b
(WW) AIGLX: 3D driver claims to not support visual 0x5c
(WW) AIGLX: 3D driver claims to not support visual 0x5d
(WW) AIGLX: 3D driver claims to not support visual 0x5e
(WW) AIGLX: 3D driver claims to not support visual 0x5f
(WW) AIGLX: 3D driver claims to not support visual 0x60
(WW) AIGLX: 3D driver claims to not support visual 0x61
(WW) AIGLX: 3D driver claims to not support visual 0x62
(WW) AIGLX: 3D driver claims to not support visual 0x63
(WW) AIGLX: 3D driver claims to not support visual 0x64
(WW) AIGLX: 3D driver claims to not support visual 0x65
(WW) AIGLX: 3D driver claims to not support visual 0x66
(WW) AIGLX: 3D driver claims to not support visual 0x67
(WW) AIGLX: 3D driver claims to not support visual 0x68
(WW) AIGLX: 3D driver claims to not support visual 0x69
(WW) AIGLX: 3D driver claims to not support visual 0x6a
(WW) AIGLX: 3D driver claims to not support visual 0x6b
(WW) AIGLX: 3D driver claims to not support visual 0x6c
(WW) AIGLX: 3D driver claims to not support visual 0x6d
(WW) AIGLX: 3D driver claims to not support visual 0x6e
(WW) AIGLX: 3D driver claims to not support visual 0x6f
(WW) AIGLX: 3D driver claims to not support visual 0x70
(WW) AIGLX: 3D driver claims to not support visual 0x71
(WW) AIGLX: 3D driver claims to not support visual 0x72
(II) AIGLX: Loaded and initialized /usr/lib/dri/fglrx_dri.so
(II) GLX: Initialized DRI GL provider for screen 0
(WW) AIGLX: 3D driver claims to not support visual 0x8a
(WW) AIGLX: 3D driver claims to not support visual 0x8b
(WW) AIGLX: 3D driver claims to not support visual 0x8c
(WW) AIGLX: 3D driver claims to not support visual 0x8d
(WW) AIGLX: 3D driver claims to not support visual 0x8e
(WW) AIGLX: 3D driver claims to not support visual 0x8f
(WW) AIGLX: 3D driver claims to not support visual 0x90
(WW) AIGLX: 3D driver claims to not support visual 0x91
(WW) AIGLX: 3D driver claims to not support visual 0x92
(WW) AIGLX: 3D driver claims to not support visual 0x93
(WW) AIGLX: 3D driver claims to not support visual 0x94
(WW) AIGLX: 3D driver claims to not support visual 0x95
(WW) AIGLX: 3D driver claims to not support visual 0x96
(WW) AIGLX: 3D driver claims to not support visual 0x97
(WW) AIGLX: 3D driver claims to not support visual 0x98
(WW) AIGLX: 3D driver claims to not support visual 0x99
(WW) AIGLX: 3D driver claims to not support visual 0x9a
(WW) AIGLX: 3D driver claims to not support visual 0x9b
(WW) AIGLX: 3D driver claims to not support visual 0x9c
(WW) AIGLX: 3D driver claims to not support visual 0x9d
(WW) AIGLX: 3D driver claims to not support visual 0x9e
(WW) AIGLX: 3D driver claims to not support visual 0x9f
(WW) AIGLX: 3D driver claims to not support visual 0xa0
(WW) AIGLX: 3D driver claims to not support visual 0xa1
(WW) AIGLX: 3D driver claims to not support visual 0xa2
(WW) AIGLX: 3D driver claims to not support visual 0xa3
(WW) AIGLX: 3D driver claims to not support visual 0xa4
(WW) AIGLX: 3D driver claims to not support visual 0xa5
(WW) AIGLX: 3D driver claims to not support visual 0xa6
(WW) AIGLX: 3D driver claims to not support visual 0xa7
(WW) AIGLX: 3D driver claims to not support visual 0xa8
(WW) AIGLX: 3D driver claims to not support visual 0xa9
(WW) AIGLX: 3D driver claims to not support visual 0xaa
(WW) AIGLX: 3D driver claims to not support visual 0xab
(WW) AIGLX: 3D driver claims to not support visual 0xac
(WW) AIGLX: 3D driver claims to not support visual 0xad
(WW) AIGLX: 3D driver claims to not support visual 0xae
(WW) AIGLX: 3D driver claims to not support visual 0xaf
(WW) AIGLX: 3D driver claims to not support visual 0xb0
(WW) AIGLX: 3D driver claims to not support visual 0xb1
(WW) AIGLX: 3D driver claims to not support visual 0xb2
(WW) AIGLX: 3D driver claims to not support visual 0xb3
(WW) AIGLX: 3D driver claims to not support visual 0xb4
(WW) AIGLX: 3D driver claims to not support visual 0xb5
(WW) AIGLX: 3D driver claims to not support visual 0xb6
(WW) AIGLX: 3D driver claims to not support visual 0xb7
(WW) AIGLX: 3D driver claims to not support visual 0xb8
(WW) AIGLX: 3D driver claims to not support visual 0xb9
(WW) AIGLX: 3D driver c
nein noch nicht.
Das wäre der nächste Schritt gewesen, ich dachte mir ich lass mal alles so in dem Zustand den das System hatte , als ich das Posting geschrieben habe.
Wollte nicht das sich in der zwischenzeit wieder alles ändert.