well the simplest way would be to add the ATI repo to yast and install the driver.or you can download the latest ati driver from Drivers & Software and generate the os specific package and intalla it from a terminal.
There is a howto in the wiki for installing the ATI proprietary driver. Read that carefully all the way through before installing it. If you have not done that, then the video driver being used now is either vesa or the open source ATI driver (named “radeon”) which may not be able to handle your device. You will not see a problem with this during installation because the install uses “framebuffer” graphics with a lower resolution than what is native to your laptop.
Try adding this to the Boot Options, using the default menu choice:
edd=off
If that doesn’t work, and the problem does not occur when using failsafe, then look at the file /boot/grub/menu.lst (must be root) and find the “kernel” line within the Failsafe boot stanza. The line will have a number of kernel arguments (e.g., “acpi=off”). Write those down and try them one at a time in the Boot Options with the default menu choice, until you find which one solves the problem. Then use a text editor to add that argument to the kernel line in the default stanza in menu.lst, which will make it permanent (do this with the edd=off above if that solves the problem).
i dont know about the frequencies but the resolutions are not that great.i dont think you installed the ati driver properly.a 9200 card can support up to 2048 X 1536 resolution which is now whare near the resolutions in your file.
so as mingus725 said go through the installation wiki and see it works.also check with the options from the failsafe kernel arguments.mostly that should work.
lets take one problem at a time.these are the minimum requirements for ATI drivers:
POSIX Shared Memory (/dev/shm) support is required for 3D apps
glibc version 2.2 or 2.3
Linux kernel 2.4 or higher
XOrg 6.7,6.8,6.9,7.0 or 7.1; XFree86 version 4.3
i think they will be available by default in the installation.post where exaclty did the installation fail.
and what exactly is your problem with you adapter??and if post it in the related thread you might get more responses.
I don’t know about the Samsung datasheet by I have a SyncMaster which AFAIK are lcd’s with 60Hz native and 75Hz avail but that compromises performance. Messing with higher resolutions is a good way to fry a display.
As already commented, the base repository should have the dependencies for the ATI driver - you can set the DVD up as a repository in YaST for additional software to be installed from. You can even use the iso file you burned; it is one of the YaST Software Repository options. Installing the ATI driver is where you need to focus your efforts.
You could try one of the Live CDs (Knoppix, (K)ubuntu) and if they manage to run X in a decent fashion, just copy the xorg.conf that they created over the one created by your opensuse installation.
That was the easiest way many years back when I tried to put SuSE 9.0 on a new Centrino-Notebook with Intel Graphics. Not only was SuSE 9.0 unable to automatically create a working X configuration, it was even impossible to create one manually with SaX. Knoppix created one for me.
Btw. opensuse 11.1 did correctly configure xorg.conf on my HP notebook which has an ATI XPress 1150 chipset&graphics, so I’m a little suprised to hear it fails on ATI 9200.
However, these three frequencies concern different functions. 60 Hz is the frequency for writing line 1 to 768, thus “painting” one screen. However, there is another frequency for writing column 1 to 1024, which works at a much higher frequency, and another, still higher, which includes both movements together. (Well, again, I am not a hi frequency technician ;), so this explanation is quite low level).
As you said, it is very important, not to mess around with these data. So, I guess, when using the sax2 tools, g3mon could be able to carefully correct the wrong entry without entering mistaken harmful data.