Under Windows 95/98 does not so much brings this option. When the existing BIOS ROM is taken into account through the cache and this brings more performance, but almost only under DOS and Win3.x. We recommend the settings on car Max 266 to leave. This also used the parameters to Graphicspeicher and core. This function adjusts the speed of the FSB. If your memory is an ECC memory, then choose the option ECC. Settings: Non-ECC (should be correct for most of you) and ECC. You define here a less than optimal parity check, which only detects errors, but not eliminated. This option is strongly related to option of test of ECC (error checking and correction). Should be the default setting, so that no memory errors occur. Four strokes suffice in all cases, three bars are indeed faster, but not sufficient at all SIMMs. The value specifies how much time between two memory accesses. This option controls the latency between the active DRAM command and the read/write command. Specify the amount of time in which a storage line (row) is kept open before a Precharge. Under this option, the latency between the DRAM read command and is time, to which the data are actually available, set. This critical parameter info become in the EEPROM memory type, size, speed, voltage interface and module banks saved. Be configured the options from the default 'By SPD', by the contents of the SPD (serial presence detect) device is selected. Under this submenu you can set the optimal timing for options a, depending on the storage engine used by them. ↑ ↓ → ← :Move Enter:Select +/-/PU/PD:Value F10:Save ESC:Exit F1:Helpį5: Previous Values F6: Fail-Safe Defaults F7: Optimized Defaults DRAM Timing Selectable This should be, done carefully there settings here the stability of the overall system affect can. There are three sub-menus that enable a user to select from a listing of available hard drives or other removable devices.In this menu, settings can be made to the functions of the store. This section is important for when you want to boot from a floppy diskette or CD-ROM. As seen below, users can define the boot sequence of the bootable devices. This section enables users to configure how the computer and its peripherals should load during the boot process. The final section in this example of the Phoenix BIOS is the Boot menu. Because this section really has no more than disabling and enabling power management and the hardware with power management features, this illustration is not shown. The next section, or Power menu, enables users to enable and disable the power management options on the computer. How to clear a desktop BIOS or CMOS password.If a user sets a BIOS password and forgets that password, he or she must clear the CMOS or BIOS password. From here, set a User Password, which prompts for a password each time the computer boots or set a Setup Password to enter the BIOS setup. 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 pictures included in this section are from one version of the Phoenix BIOS.
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