s680

One, official solution 1. The system itself is unstable or the underlying parameter is improper. First check whether because of root, mistakenly deleted some system files, at this time can try to remove root through the path "settings-backup and

than RedHat6.0 (including 6.0), because the graphics card database does not have i740, You need to download a new graphics. i386.taz, download the xf86config-glibc-1.1.0.i386.tgz XFCom-i740-glibc-1.10-1.i386.taz files, then extract them to the/tmp/usr/X11R6/bin/directory, copy to the corresponding directory of the root directory, and finally configure xf86config. For commercial i740 graphics card drivers, visit: http; // www.metrolink.com. I740 graphics card Xserver has AccelerateX 4.1, but not

graphics database is not i740, to download the new graphics database, 1.i386.taz, download xf86config-glibc-1.1.0.i386.tgz Xfcom-i740-glibc-1.10-1.i386.taz the two files, then extract them into the/tmp/usr/x11r6/bin/directory, then copy them to the corresponding directory in the root directory, and then configure Xf86config. The commercial nature of the i740 graphics driver can be accessed by: http;//www.metrolink.com. The i740 video card Xserver has Acceleratex 4.1, but not free, the price is

RPM package, for RedHat6.0 the following version (including 6.0), because the graphics database is not i740, to download a new graphics database, to http://www.netclub.jlonline.com/~njlug/ Download/default.htm or http://bigfoot.eecs.umich.edu/pub/linux/redhat/ftp.redhat.com/xfcom-i740-glibc-1.1.0- 1.i386.taz, download xf86config-glibc-1.1.0.i386.tgz Xfcom-i740-glibc-1.10-1.i386.taz These two files, and then unzip them to/tmp/usr/x11r6/bin/ directory, and then copy to the corresponding director

): synchronous graphics Ram, enhanced sdrom. It supports write masks and block writes. The write mask can reduce or eliminate read-Modify-write operations on the memory. Block write is helpful for filling the foreground or background. Sgram greatly accelerates data exchange between memory and bus. (For example, Lili s680 and banshee)　　 Mdram (multibank Dram): Multi-clip dram. Mdram can be divided into multiple independent effective segments, reducing

the memory. Block write is helpful for filling the foreground or background. Sgram greatly accelerates data exchange between memory and bus. (For example, Lili s680 and banshee) 　　 Mdram (multibank Dram): Multi-clip dram. Mdram can be divided into multiple independent effective segments, reducing the time consumption of each process during display refresh, video output, or graphic acceleration. 　　 RDRAM (Rambus DRAM): it is mainly used for high-spe