The Security menu enables you to set BIOS passwords on the computer. The Resource Configuration enables users to reserve or make available any memory or IRQ resources. The Video Configuration lets you set settings related to the video including the Palette Snooping, AGP aperture size, and the default adapter. The DMI Event Logging enables users to view the DMI event log, clear the log and enable or disable this feature. The Diskette Options enables you to enable, disable, and change settings relating to the diskette drive connected to the computer. The IDE configuration allows a user to define or change any values relating to IDE devices connected to the computer (e.g., hard drive and CD-ROM drive). The Peripheral Configuration section contains options for the computer's serial ports, parallel ports, and legacy USB ports. As shown, this menu is broken down into six additional sub-menus that enable you to change settings for each of the different categories. The Advanced menu, as shown below, lets you change the system settings. In the below illustration of the Main menu portion of the BIOS, a user can see the computer specifications and change the time, date, and other system specific settings. As you can see in the picture below, this BIOS is broken up into different menus. These pictures are a general idea of what to look for in the Phoenix BIOS.īelow are example pictures of the Phoenix BIOS setup screens. The version of the Phoenix BIOS on your computer may be different, and therefore it could look different than shown in these pictures. The latter is not trivial on a boot disk with XP.The pictures included in this section are from one version of the Phoenix BIOS. Add the drivers to the OS allowing it to boot with the default settings.Proper solution: Replace the backup battery (and thus keep all BIOS settings intact when the PC is off.).And just like any non-legacy mode XP requires drivers for this. It appears that the last option is the default. In your BIOS you will find three options for the SATA controller: Usually this means it will return to its defaults. If this backup battery is empty then the BIOS will loose its stored configuration when you turn the computer off. Either by having the computer turned on, or from a backup battery when the power is turned off. It does that by writing this information to a chip which need electricity to keep that information. I Just wrote that in your case the BIOS must be set to legacy mode. This is why your XP will not boot unless the BIOS is set to configure the disk controller in legacy mode. The person which installed your computer has done the last. Or you could set the BIOS to ancient legacy mode and just install XP without bothering with extra drivers.You could set the BIOS to AHCI (that is the normal SATA mode) and install XP with extra drivers.Since this was annoying to most people many computers got shipped with an option to use SATA devices in a legacy (IDE compatible) mode. Drivers which are not on the XP installation CD. This is not the same as the classic ATA (also called PATA). Your computer seems to have a SATA controller and a SATA disk. This could be done after installing the OS on a supported disk, or by pressing F6 and inserting the floppy with the drivers during installation of XP. a RAID card, many SCSI drivers, …) then you still need to load the drivers for that. If you used something to new or something unanticipated (e.g. Windows XP (and other operating systems) took advantage of this and added the most common drivers to their OS. ![]() In the past those drivers were loaded before you could start installing.Įventually the disk controllers and disks in most PC type computers standardised to something called IDE or ATA. In order to access a disk you need the right drivers. As Joseph already wrote, the problem is caused by the BIOS battery.
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