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(  H  h       ( H h  # !  ! , L% t      !  ", #L $l % & ' ( )" *" +4 ,T -t . /! 0 1 2 3( 4H 5h 6# 7% 8$ 9$ :$ ;@ <` = >$ ?0 @! A B8%BX'B h*P $$)t/403(3.+3 -6.93t;NB094@ X! | !       $  D!  h!  !' ''L#0'|<'$P'P' U ' Xa' d' hh% i' j*k")؎(+$- .\NB08XYZ\]^_`acdefghjklnpqTable of Contents= { Table of Contents Introduction {Using Help} {About AMI SCU} Menus and Submenus {Main Menu} {Step 1} {Step 2} {Step 3} {Step 4} {Step 5} {Step 6} Supplemental Information {Advanced Options} {Utilities} {CFG Files} {CMS File} {INF File} {Settings.Txt File} {Slot Numbers} {Nonvolatile RAM} } Using Help= { Using Help The help window may be accessed at any time by pressing the F1 key. While in the help system you may scroll the window up and down using the up and down cursor keys or the PGUP or PGDN keys. The help window includes a menu with three buttons at the bottom of the window: Back Press F2 to redisplay the last help topic that was shown. Contents Press F3 to display the table of contents for the help system. Quit Press ESC to exit from the help system and return to the SCU. } About AMI SCU= { About System Configuration and AMI SCU The System Configuration Utility from American Megatrends, Inc. configures ISA, EISA, PnPISA, and PCI computer systems. EISA systems and adapter cards are much more complex and flexible than the older ISA designs. Furthermore, PnPISA and PCI systems possess registers on the cards that contain pertinent information about the resources a card requires. The System Configuration Utility was created to automate the configuration process for all of these systems, to maintain system parameters, and to store those parameters in Nonvolatile RAM. The SCU guarantees that there will be no conflicts or contention issues between adapter cards, since it assigns all necessary system resources. The SCU must be executed every time ISA or EISA adapter cards are physically added, removed, or moved. The SCU operates on the information provided by the CFG (configuration) files, configuration registers on PCI and PnP cards, and NVRAM in the system's memory. When a system is powered on, the system BIOS reads the system configuration information from Nonvolatile RAM and initializes all adapter cards in the system. Important Terms .CFG The DOS file extension for a standard EISA configuration file (CFG File) that provides configuration information for a specific EISA Adapter Card. SCU System Configuration Utility EISA Extended Industry Standard Architecture ISA Industry Standard Architecture PnP Plug and Play PCI Peripheral Component Interconnect .OVL The standard DOS file extension for an EISA CFG file extension (Overlay file). In EISA systems, configuration is accomplished through software - CFG files, rather than the hardware switches used by an ISA system. With PCI and PnP systems, the cards contain configuration registers that replace the CFG files used by EISA. The SCU interprets the CFG files or configuration registers to determine resource allocation. EISA is a superset of ISA; whereas, PnPISA is an ISA device with a configuration register (requiring its own BIOS support). PCI operates on its own separate bus system. As far as speed is concerned, PCI is faster than EISA, and EISA is faster than ISA/PnPISA. See also: {CFG Files} {Nonvolatile RAM} {CMS File} {Slot Numbers} {INF File} {Main Menu} {Using Help} } Main Menu= { Main Menu This is the main menu of the AMI System Configuration Utility. For general information on this utility see {About AMI SCU}. The main menu outlines the six steps involved in configuring a system. Steps 1, 2, and 3 are optional. To select a step, use the up and down cursor keys to move to a step and then press ENTER. You may also select a step by pressing its number. {Step 1}: About System Configuration This step displays information for users who are new to expansion device configuration. {Step 2}: Add and Remove Boards This step is optional. Use this step to manually add or delete boards. Most boards are automatically detected and added by the SCU. {Step 3}: Change Configuration Settings This step is optional. Use this step to change configuration settings for any board in the system. If you skip this step, all settings will remain set to their default state. {Step 4}: Save Configuration This step saves the configuration settings to {Nonvolatile RAM} and into a backup file (the {CMS File}). {Step 5}: View Switch/Jumper Settings This step displays how to set DIP switches and jumpers on any board that is switch or jumper configurable. {Step 6}: Exit This step exits to the operating system. If any configuration settings were changed, you are given the option of rebooting the system so that the new settings will take effect. You may access the {Utilities} menu by pressing F9 from the main menu. } Step 1= { Step 1: About System Configuration This step is optional and provides general information about the Configuration Utility. } Step 2= { Step 2: Add and Remove Boards This step is optional. Use this step to manually add or delete boards. Most boards are automatically detected and added by the SCU. This step is also used to move a board from one slot to another. If the SCU did not detect your EISA boards properly, you may add a board manually by pressing INSERT and choosing the board's CFG file (PCI, PnP, and most ISA boards have no CFG files). You may delete a board by moving to that board and pressing DEL. You may move a board from one slot to another by moving to that board and pressing F7. Most ISA boards cannot be automatically detected by the SCU, but most of these boards do not need to be configured anyway. In some rare cases it may be necessary to define an ISA board so it's resources will not be allocated to another board. For more information on this subject see {Define ISA Board}. } Step 3= { Step 3: Change Configuration Settings This step is optional, to skip it, press ESC to return to the main menu. Use this step to change configuration settings on any board that is installed. To view or change a board's settings, use the cursor keys to move to the board and then press ENTER. When you are satisfied with the current settings press ESC to return to the main menu. Pressing F9 will display the {Advanced Options} menu. } Step 4= { This step is used to save the existing configur- ation to the system {Nonvolatile RAM}. This step must be performed to permanently preserve the con- figuration information. This step will also create a .CMS backup file which may be renamed and used at a later time to restore the system configuration using the {Utilities} menu. Saving the configuration will also generate the {Settings.Txt File} in plain text that contains all the current configuration information. This file can be cross-referenced with the information provided by {Step 5} to give a more complete system configuration description. } Step 5= { Step 5: View Switch/Jumper Settings Use this step to verify that all DIP switches and jumpers on the installed boards are set correctly. Some boards have switches and jumpers that have to be set manually. The following screens also display any software statements. Software statements are generated by boards that require special drivers or other software to be loaded. The screens also display other information about the configuration that may be useful. All of this information can be printed or saved on disk by pressing F7. } Step 6= { Step 6: Exit Press ENTER to end the AMI System Configuration Utility and return to DOS. Pressing ESC will return to the main menu. If changes to the configuration have been made the configuraion must be saved to take effect. Changes may have been either user initiated or automatic (i.e. detection of new cards.) If the contents of this system's {Nonvolatile RAM} has been changed during this configuration session, the changes will not take effect until the system is rebooted. If this is the case, you have the option of rebooting now by pressing F10. } Copy CFG File= { Copy CFG File If your system has an EISA bus, before your computer can be configured, the SCU needs a CFG file for each EISA board in the system (including the system board). {CFG Files} are included on a diskette that comes with each EISA product. CFG files have filenames that start with an exclamation point (!) and have an extension of ".CFG". Place the diskette containing the CFG file into drive A. If the file can be found in a different drive or directory, enter a new path to the file. Pressing ENTER will copy the file into the current directory so it can be used by the SCU. Pressing ESC will skip this CFG file and leave the corresponding board unconfigured. } Slot Selection= { Slot Selection You must select a slot for the card that is being configured. There may be several choices available, they are listed in the order of preference. When prompted for the location of a PnP card, the physical slot should be chosen. See Also: {Slot Numbers} } Edit Board= { Edit Board Settings This menu contains a list of all functions for one board. Each function has a "choice" setting and may have one or more resource settings. To change a function's choice setting, use the up and down cursor keys to highlight a function and then press ENTER. Some functions may only have one choice setting and therefore cannot be changed. To change a function's resource settings, use the up and down cursor keys to highlight a function and then press F6. Not all functions have resource settings. When you are satisfied with the current settings press ESC to return to the previous menu. } Edit Function= { Function Choice Selection This menu shows the choice settings available for a function. The current setting is indicated by a mark beside that setting. You may change the current setting by selecting a different choice. If a setting causes a conflict with other functions or boards, you will not be allowed select that choice. Press ENTER to change the function's choice setting and return to the previous screen, or press ESC to ignore any changes that you have just made. See {Function Help} for help on the settings available for this function. } Edit Resource= { Resource Editing This screen is used to edit a function's resource settings If you create any conflicts while changing resources, you will be warned and the setting that caused the conflict will not be allowed. Press ENTER to return to the previous screen. Note: For PCI/PnP devices, only IRQ requests are filled by the BIOS. Port and memory assign- ment requests will not be honored. See {Function Help} for help on the settings available for this function. } View Resource= { Resource Viewing This screen is used to view a choice's resources. This information is useful when manually adjusting resources or determining why a particualr choice causes conflicts. No changes made on this screen will be recorded. Press ENTER to return to the previous screen. See {Function Help} for help on the settings available for this function. } Print Config= { Confirm Print This screen is used to print the configuration information or to save it in a file. To print the information, select "Printer" and then press ENTER. To save the information in a file, select "File", then press TAB and enter a filename, then press ENTER. Pressing ESC will return to the previous screen without printing. } Advanced Options= { Advanced Options Menu This is a menu of options for use by an advanced user. There are four choices available. Press ESC to return to the previous screen. Global {Resource Map} This option displays a list of allocated resources (DMA, IRQ, Ports, and Memory). {Board Details} Use this option to display details on individual boards. {System Details} This option displays information on the entire system and its present state of configuration. Physical Board {ID Map} Displays the ID's of boards that are physically present in the system. } Resource Map= { Global Resource Map This screen shows which system resources are currently used in this configuration. System resources include DMA channels, IRQ levels, I/O Ports, and Memory/Address ranges. } Board Details= { Board Details This screen shows the details on one board in the system. Use the up and down arrow keys to scroll the screen. Use PGUP and PGDN to see details on other boards. Press ENTER to return to the previous menu. } System Details= { System Details This screen shows details about the system being configured. Use the up and down arrow keys to scroll the screen. Press ENTER to return to the previous menu. } ID Map= { Physical Board ID Map This chart shows which boards have been physically plugged into your system or devices that are embedded in your system. Only boards with readable IDs are shown. This means that most ISA boards will not be displayed on this screen. } Select CMS= { Selecting a CMS File You are running the SCU in remote mode. You may select a {CMS File} to modify. CMS files each contain a saved configuration for a system. If you wish to start a new remote configuration, press ESC and you will be asked to select CFG files one by one. For more information on how to select a file from this menu see: {File Selection} } Select System CFG= { Selecting System Board CFG File When adding boards one by one, you must first select the system board CFG file. For more information on how to select a file from this menu see: {File Selection} See Also: {CFG Files} } Select CFG= { Selecting a Board to Add Select the CFG File for the board that you want to add. For more information on how to select a file from this menu see: {File Selection} See Also: {CFG Files} If you do not have a CFG file for an ISA board, you may add a user-defined ISA board by selecting "Add ISA". You must define ISA boards before you begin configuration. To do this, select the {Define ISA Board} command from the {Utilities} menu. } Write NVRAM Select= { Selecting CMS File to Write to NVRAM More than one {CMS File} has been found in the current directory, you must choose which one to write to {Nonvolatile RAM}. For more information on how to select a file from this menu see: {File Selection} } Select INF= { Selecting the INF file to Display You are in remote mode so you must select an {INF File} to display. The INF file contains information about a saved configuration. The names of the INF files correspond to the names of the system board {CFG Files} that were used in the configurations. For more information on how to select a file from this menu see: {File Selection} } File Selection= { File Selection Use the up and down cursor keys to move the highlight bar over a file and press ENTER. Only files matching the filespec shown at the top of the screen are shown in the window. You may change the filespec to select files from other drives/directories by pressing SHIFT TAB. } Utilities= { Utilities Menu This screen controls how a configuration is produced. Several options are available, each one can be enabled or disabled by pressing SPACE when an option is highlighted. Remote Mode Turn off remote mode if the configuration that you are working on is for this computer. If you want to produce a configuration for a computer other than this one, turn on remote mode. If remote mode is off, configuration information will be stored in this computer's {Nonvolatile RAM} as well as a {CMS File} and {INF File}. If remote mode is on, the configuration will be stored in the files only. These files can be copied to another computer and the configuration can be copied into that system's NVRAM using the "Restore configuration from backup" option on this screen. Advanced/Dealer Mode Some EISA boards have CFG files that contain options that are not ordinarily configured by end users. If this mode is turned on, any functions that are marked as EXP (expert) will be visible and can be changed. Force new configuration When turned on, this mode will ignore any existing configuration settings in NVRAM for PCI devices. Information for all PCI devices are generated from the configuration registers only. Load CFG files manually from directory list When this mode is turned on, the SCU will not automatically detect and add boards to the configuration. You will be prompted to select boards one by one. Load CFG files listed in CFGLIST.DAT If you prefer to specify a list of CFG files to load, you may create a file called CFGLIST.DAT that contains the filenames of the CFG files to be added. Turning this option on causes the SCU to use this file. Ignore ID mismatches Normally the SCU will only configure boards that are physically present in the system. If a board was present in a previous configuration but was then physically removed, the SCU will normally not load the CFG file for this board. Turning this option on causes the SCU to load CFG files for all boards that were in the previous configuration regardless of whether or not they are physically installed. Press F5 to restore a configuration from a CMS file. See {Write EISA CMOS} for more information on this option. Press F6 to display the physical board {ID Map}. Press F7 to {Define ISA Board}. } Write EISA CMOS= { Write EISA CMOS from CMS File This option will copy the contents of a {CMS File} into this system's {Nonvolatile RAM} which is main tained when the system is turned off. Doing this will erase any previous configuration information stored in Nonvolatile RAM. If there is more than one CMS File in the current directory, you will be asked which one to use. } Define ISA Board= { ISA Board Definition If you have an ISA board with no CFG file, you may use this screen to define the board. It is only necessary to define an ISA board when you want to prevent other boards in the system from using the same IRQ levels, DMA channels, I/O Port addresses, or Memory addresses that your ISA board uses. To define an ISA board, you must: 1. Enter a description of the board in the "Board Name" box. 2. Enter the board manufacturer's name in the next box. 3. Select a board type in the "Board Type" box. 4. Select a slot type in the "Slot Type" box. 5. Define up to 4 DMA channels needed by the board by selecting one of the DMA boxes. 6. Define up to 7 IRQ levels used by the board by selecting one of the IRQ boxes. 7. Define up to 8 ranges of I/O ports used by the board by selecting one of the Port boxes. 8. Define up to 8 memory/address ranges used by the board by selecting one of the Memory boxes. 9. Press F10 to save your ISA board definition for use in a later configuration session. The following additional options are available at any time: Load (Press F9) Loads an ISA board definition that was created before. The definition can be modified and then resaved. New (Press F2) Starts a new ISA board definition. Delete (Press F4) Removes an ISA board definition from the SCU's internal ISA board database. Quit (Press ESC) Returns to the main menu without saving any changes. } ISA DMA= { ISA DMA Definition Use this screen to define a DMA channel used by the ISA board. Select the DMA channel, transfer size, and timing, and then press ENTER to return to the main ISA definition screen. Press ESC to ignore any changes and return to the previous screen. Press F4 to remove the DMA channel from the ISA board's definition. } ISA IRQ= { ISA IRQ Definition Use this screen to define an IRQ level used by the ISA board. Select the IRQ level and trigger type, and then press ENTER to return to the main ISA definition screen. Press ESC to ignore any changes and return to the previous screen. Press F4 to remove the IRQ level from the ISA board's definition. } ISA Port= { ISA Port Definition Use this screen to define a range of I/O ports used by the ISA board. Enter the starting and ending ports, select the size, and then press ENTER to return to the main ISA definition screen. Press ESC to ignore any changes and return to the previous screen. Press F4 to remove the Port range from the ISA board's definition. } ISA Memory= { ISA Memory Definition Use this screen to define a memory address range used by the ISA board. Enter the size of the block of memory in kilobytes (1k = 1024), and enter the start address of the block in hex (Note: Use an absolute address, instead of C000:0000 use 000C0000). Also select RAM or ROM, Cacheable or Non-cacheable, the memory type, width,and decode width. If you are not sure about any of these options, just use the default (which is always at the top of each box). When you are finished, press ENTER to return to the main ISA definition screen. Press ESC to ignore any changes and return to the previous screen. Press F4 to remove the Memory range from the ISA board's definition. } ISA Board Delete= { Delete ISA Board Definition Choose an ISA board definition to delete. Use this option to remove an existing ISA board definition from the SCU's internal ISA board database. Press ESC to abort and return to the previous screen. } ISA Board Load= { Load ISA Board Definition Choose an ISA board definition to load. Use this option to modify an existing ISA board definition. Press ESC to abort and return to the previous screen. } Add ISA Board= { Add ISA Board Select an ISA board to add to the current configuration. You must define ISA boards using the utilities menu (F9 from the main menu). Press ESC to abort and return to the previous screen. } Confirm Remove= { Press ENTER to remove the board from the configuration. Press ESC to keep the board in the current configuration. } Confirm Restart= { Once you have saved the configuration, you cannot add or remove boards or make changes to the settings without restarting the SCU. Press ENTER to restart the SCU. Press ESC to return to the main menu without restarting. } Amperage Warning= { The SCU keeps track of how much current is drawn by each board that is configured. The total amount of current needed by all boards in your system currently exceeds the capacity of your system board. If the system is powered on with all of these boards installed, physical damage may occur. } Swap File= { The amount of free memory in this system is low. The SCU must page some data to the disk to free up more memory. This data may be needed at any time so do not remove the diskette from the drive. } SUBCHOICE conflict= { SUBCHOICE conflict The SUBCHOICE that you selected contained request(s) for resource(s) already allocated to some other function. Selecting this subchoice will result in an irresolvable conflict. So this subchoice has been ignored, and the previous subchoice has been restored. } CHOICE conflict= { CHOICE conflict The CHOICE that you selected contained request(s) for resource(s) already allocated to some other function. Selecting this choice will result in an irresolvable conflict. So this choice has been ignored, and the previous choice has been restored. } IRQ conflict= { IRQ level conflict The IRQ level that you selected has already been allocated to some other function. Selecting this IRQ will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } DMA conflict= { DMA channel conflict The DMA channel that you selected has already been allocated to some other function. Selecting this DMA channel will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } MEMORY conflict= { MEMORY block conflict The MEMORY block that you selected has already been allocated to some other function. Selecting this MEMORY block will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } PORT conflict= { PORT block conflict The PORT block that you selected has already been allocated to some other function. Selecting this PORT block will result in a irresolvable conflict. So this selection has been ignored, and the previous selection has been restored. } No resources= { The current choice setting for this function is not using any system resources (IRQ, DMA, Ports, or Memory). } Insert Source= { Insert Source Diskette Insert the diskette that contains the {CFG Files} to be copied. } Insert Destination= { Insert Destination Diskette Insert the SCU diskette so the {CFG files} can be copied onto it. } ISA Definition Changed= { The ISA definition that you are editing has been changed since it was last saved. Press ENTER if you do not want to save the changes. Press ESC to abort the command and return to the editing screen. } ISA Definition Saved= { The ISA definition that you are editing has been saved in the SCU's internal ISA board database. } CFG Version= { This CFG file contains a statement that indicates that the CFG file is not compatible with this version of the SCU. The SCU may behave unpredictably if this CFG file is loaded. } Save before view= { You have made changes to the configuration, but have not saved it using Step 4. Any switch/jumper settings that are displayed before saving may be inaccurate. } CFG Files= { CFG Files The CFG file describes the adapter card characteristics and the system resources that it requires. Configuration information for the motherboard and each adapter card in an EISA system is provided in a configuration file (CFG file) read by the System Configuration Utility (SCU). The CFG file should be on a floppy disk provided with the EISA motherboard or EISA adapter card. ISA cards can also have CFG files. Older ISA adapter cards will not. PCI and PnPISA have configuration registers instead of CFG files. The SCU reads all CFG files and optimally configures the computer so there are no resource conflicts between the system and any adapter card. This configuration information is saved in {Nonvolatile RAM}. See also: {CMS File} {INF File} {Settings.Txt File} } CMS File= { CMS File The CMS file contains a copy of the configuration information that is written into the system's {Nonvolatile RAM}. The default name for a CMS fil matches the ID of the system board that was used in the configuration. Each CMS file should have a corresponding INF file. See also: {CFG Files} {INF File} {Settings.Txt File} } INF File= { INF File The INF file contains detailed information about a configuration such as switch and jumper settings, software statements, connection statements, and resource allocation. The INF file is used by {Step 5} to recall information on a saved configuration. Each INF file should have a corresponding CMS file. See also: {CFG Files} {CMS File} {Settings.Txt File} } Settings.Txt File= { Settings.Txt File The "settings.txt" file is created when a config- uration is saved during {Step 4}. This plain text file contains all the current configuration in- formation and can be cross-referenced with the in- formation provided by {Step 5} to give a more com- plete system configuration description. See also: {CFG Files} {CMS File} {INF File} } Slot Numbers= { Slot Numbers Each EISA, ISA or PnPISA adapter card is installed in an EISA or ISA expansion slot (connector) on the motherboard. The slots are numbered from 1 to n (n can be 1 through 15). The motherboard is always slot 0. Each slot is given a unique I/O address space of 1024 bytes (1 KB). The BIOS uses the I/O ports and associated registers and the information written to {Nonvolatile RAM} to initialize the EIS slot devices during POST. If the slot device is an ISA adapter card, the I/O space is limited to 100h - 3FFh. The SCU displays the proper switch and jumper settings for the ISA device if a CFG file is provided with the device. PCI devices are placed in slots 16 to 64, but like ISA and PnP ISA the slots are not limited to one particular physical slot (as is the case with EISA). } Nonvolatile RAM= { Nonvolatile RAM Initialization and configuration information is read by the SCU and stored in Nonvolatile RAM. A backup of NVRAM configuration data is also stored on disk. When the system is rebooted, the BIOS reads the NVRAM configuration data and executes the initialization instructions during POST. The initialization usually consists of writing to the I/O ports assigned to the slot device. Configuration information is stored in NVRAM so that the BIOS can initialize the system (including adapter cards) at power up. The contents of NVRAM is maintained by a battery. If the battery runs down, the contents of NVRAM may be lost. It is then necessary to either reconfigure the system or copy a backed up configuration into NVRAM using the {Utilities} menu. } Juggling= { The SCU has determined that the card being added requests resources that are being used by another card in the system. Pressing will allow the SCU to attempt to resolve these conflicts but will cause the con- flicting cards to be assigned different resources unless the conflicting cards are locked. Pressing will cancel the addition of the new card, leaving the current configuration unchanged. } Canceled Request= { The user has pressed when asked to choose a slot for a new card. The card will not be added. } No Video= { No Video Resources Detected Just before saving, the SCU examines the system resources to insure that video has been allo- cated memory resources at C0000h. If this region has been assigned to a non-video device, the SCU will warn the user that no functional video device was detected. If you receive this message, it is possible that your system may experience loss of video at the next boot due to a resource conflict. You should choose 'ESC' and verify that your video device does indeed have the required resources. (Serial redirection video may not require this memory region and this error may be ignored.) At the yellow "Warning" window, press 'ENTER' to continue saving or 'ESC' to abort saving and examine the system resource allocation (Global {Resource Map}). } H󤪃K_^YX[þ1 t &}VuWu6>ˋ3&_;u @S-ڌ͋€NN++؎Ŏ3+567$0?SMI DLL H7$pz_IWMF DLL ڲ7$*LTSSB01 DLL j$XL_CP932 CLS n$_IPIC DLL Ͳ7$_ICNV DLL 7$0COLLSTD CLS @x$N01,06, System Configuration Utility 3.31 Release 01,09, Overlay 1.20 Release 01,14, Copyright 1995-96 Intel Corporation 01,15, Copyright 1995-96 American Megatrends, Inc. 01,16, All Rights Reserved 01,23, Press the key to continue. start :scsi 7870cfg.exe L? 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u V?!r԰ ,FV?!r t~tѸB!~ t V떋V딀~ uQWGtct+IAAw tLs 30?&= t;ru"rHs3#R.Zs t+WGw JBw _YËGtJwN;v9Ws6BSQގƱuGt Ƌ+ÎËشJ!Y[rGtJWWw;w uwt$OO_U׋ތ؎~3u~+FtI]U׋ދv؎3ы~ǨtI]U׌؎~3I]UWV~vߋN t2^_]UVWNF3҃ u~ u>u S[!WV3Vb@tG966s^_ÐUWVvI65V3FPvP^_]UWVv |96  4&=}3#tV t > ^_]ÐUW~3ъFt3E_]UW~3OFt3E_]U^ ,A<saC u]U׌؎~ߋNFtI]N FV~W t u y -ۃڋ3 t0<9v' uODD;rX_^]U^h!_UFN ȋNu F]S؋Ff ؋F[]US^vvw7W[]U^;r >u t B3ɋ!rtnV3FFWVfN8 uJ=vFܺ=(s+ԋN< t ;t"j ;u F ^_^PSQ+Q^@!Yr F;wY[Xß~us @t ^?u F+Ff^_N uV@!s u@t ڀ?uY;s+3UV^d9\s KK9\v\^]UVWNwd(s!grs39tv uЙ_^]ASw_ 3#[uBSw_;t6K3 T;sr#tH;s#rЭtƒD[GG[Lt +H+ƌUVA!QMS Run-Time Library - Copyright (c) 1992, Microsoft CorpPUsage %s : %s [-m msg] [-d [key1=val1 ...] ] %s: Memory allocation failed %c=%d%s: Unrecognized option %s %s: Value assoicated with choice must be less than %d %s: Choice %c associated with more than one value %s: Unrecognized option /%c %s: Unrecognized option %s %s%c _C_FILE_INFO=Q0  \\ - ]]EEE50P 0PX000WP ``````ppxxxx(null)  ((((( H  <>R6000 - stack overflow R6003 - integer divide by 0 R6009 - not enough space for environment run-time error R6002 - floating-point support not loaded R6001 - null pointer assignment 'ub'w'y'{'}'("(B(b((((()")B)b)))))*"*B*b***; ; Xxpress 15" - Series Premium System Board 12/1/95 ; BOARD ID="INT3190" NAME="System Board" MFR="Intel" CATEGORY="SYS" SLOT=EMB(0) READID=YES COMMENTS="This system board contains the following on-board features:\n \t1) 2 CPU module slots supporting up to\n \t\t4 processors,\n \t2) 2 ECC Memory connectors\n \t\t(Up to 768MB Total Memory),\n \t3) 5 PCI connectors,\n \t4) 6 EISA connectors,\n \t5) Static RAM Cache,\n \t6) Shadow RAM Control,\n \t7) Paged Memory,\n \t8) Dual I/O APIC Units,\n \t9) 1 Parallel Port,\n \t10) 2 Serial Ports,\n \t11) Onboard Video Controller,\n \t12) Onboard Floppy Controller,\n \t13) Onboard IDE Hard Disk Controller,\n \t14) Onboard mouse/keyboard interface,\n \t15) 2 Onboard SCSI Controllers.\n" HELP="This is the base module configuration options file. The user should review and configure selectable options per system resources." SYSTEM NONVOLATILE = 8K AMPERAGE = 18000 SLOT(1) = EISA LENGTH = 341 BUSMASTER = YES SLOT(2) = EISA LENGTH = 341 BUSMASTER = YES SLOT(3) = EISA LENGTH = 341 BUSMASTER = YES SLOT(4) = EISA LENGTH = 341 BUSMASTER = YES SLOT(5) = EISA LENGTH = 341 BUSMASTER = YES SLOT(6) = EISA LENGTH = 341 BUSMASTER = YES MEMORY=640K ADDRESS=0K CACHE=YES STEP=16K MEMORY=384K ADDRESS=0A0000h CACHE=YES STEP=16K MEMORY=4095M ADDRESS=1M CACHE=YES STEP=1M IOPORT(1) = 0zC02h SIZE = BYTE INITVAL = rrrrxrrr IOPORT(2)=09c5ch ;Interrupt definition INITVAL = X000XXXX IOPORT(3)=09c84h ;Interrupt definition INITVAL = rrrrrrrX ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; ; include the configuraton file extension (overlay) INCLUDE = "INT3190.OVL" ; line 177 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; GROUP = "Reserved System Resources" FUNCTION = "Reserved EISA ID Ports" TYPE = "EISAIDP" SHOW = NO CHOICE = "EISA ID ports" FREE PORT = 0C80H-0C83H ; Reserve EISA ID ports PORT = 01C80H-01C83H PORT = 02C80H-02C83H PORT = 03C80H-03C83H PORT = 04C80H-04C83H PORT = 05C80H-05C83H PORT = 06C80H-06C83H FUNCTION = "Reserve ISA PIC ports" TYPE = "ISAPP" SHOW = NO CHOICE = "ISA PIC ports" FREE PORT = 020H-021H PORT = 0A0H-0A1H FUNCTION = "Reserve EISA DMA ports" TYPE = "EISADMAP" SHOW = NO CHOICE = "EISA DMA ports" FREE DMA = 4 PORT = 0H-0FH PORT = 80H-90H PORT = 94H-9FH PORT = 0C0H-0DEH PORT = 040BH PORT = 0410H-043FH PORT = 0481H-0483H PORT = 0487H PORT = 0489H-048CH PORT = 04D6H FUNCTION = "Reserve Timer ports" TYPE = "TIMERP" SHOW = NO CHOICE = "Timer ports" FREE IRQ = 0 PORT = 040H-043H FUNCTION = "Reserve Real Time Clock ports" TYPE = "RTCP" SHOW = NO CHOICE = "RTC ports" FREE IRQ = 8 PORT = 070H-071H FUNCTION = "Reserve Speaker ports" TYPE = "SPKP" SHOW = NO CHOICE = "Speaker ports" FREE PORT = 061H FUNCTION = "Reserve Math Co-processor ports" TYPE = "MCP" SHOW = NO CHOICE = "Math Co-processor ports" FREE IRQ = 13 PORT = 0F0H-0FFH FUNCTION = "Reserve Keyboard Controller ports" TYPE = "KCP" SHOW = NO CHOICE = "Keyboard Controller ports" FREE IRQ = 1 PORT = 060H PORT = 064H FUNCTION = "Reserve VGA Resources" TYPE = "VID,VGA" SHOW = YES HELP = "These resources are required by the on-board VGA controller. If the on-board VGA controller is disabled on the baseboard the user should also change this selection to 'disable' to allow an off-board video controller to access the standard video resources." CHOICE = "Reserve VGA Memory (On-board video)" FREE MEMORY = 64K ADDRESS=0A0000H MEMTYPE=OTH MEMORY = 64K ADDRESS=0B0000H MEMTYPE=OTH MEMORY = 32K ADDRESS=0C0000H MEMTYPE=OTH WRITABLE=NO CACHE=YES PORT=03B4H-03B5H PORT=03BAH PORT=03C0H-03CAH PORT=03CCH PORT=03CEH-03CFH PORT=03D4H-03D5H PORT=03DAH CHOICE = "Disable On-board Video" FUNCTION = "Reserve SYSTEM Memory" TYPE = "SYSME" SHOW = NO SUBFUNCTION = "MEM AT 0E8000H" CHOICE = "Memory AT 0E8000" FREE MEMORY = 96K ADDRESS=0E8000H MEMTYPE=OTH WRITABLE=NO CACHE=YES SUBFUNCTION = "MEM AT 0FFF80000H" CHOICE = "Memory AT 0FFF80000" FREE MEMORY = 512K ADDRESS=0FFF80000H MEMTYPE=OTH WRITABLE=NO CACHE=YES FUNCTION = "Reserve P54C Memory" TYPE = "P54M" SHOW = NO CHOICE = "P54C Memory" FREE MEMORY = 4K ADDRESS=0FEE00000H MEMTYPE=OTH CACHE=YES FUNCTION = "Reserve IC2 ports" TYPE = "IC2P" SHOW = NO CHOICE = "IC2 ports" FREE PORT = 0CA0H-0CA1H ENDGROUP JUMPER(1) = 1 NAME = "TDV" JTYPE = TRIPOLE VERTICAL = NO REVERSE = NO LABEL = LOC(1) "J4H1" FACTORY = LOC(1) 0 COMMENTS = "\tJ4H1 = Secondary CPU Module\n \t\tPosition 0 = Enable--Allows TDV modules.\n \t\tPosition 1 = Disable--Allows X-series modules.\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(2) = 1 NAME = "Video Sleep" JTYPE = TRIPOLE VERTICAL = NO REVERSE = NO LABEL = LOC(1) "J6A1" FACTORY = LOC(1) 1 COMMENTS = "\tJ6A1 = Video Sleep (starting addresses)\n \t\tPosition 0 = Register 46E8h\n \t\tPosition 1 = Register 03C3h\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(3) = 1 NAME = "Program Boot Block" JTYPE = TRIPOLE VERTICAL = NO REVERSE = NO LABEL = LOC(1) "J7C1" FACTORY = LOC(1) 0 COMMENTS = "\tJ7C1 = Program Boot Block\n \t\tPosition 0 = Disable--Prevents writing to BIOS Boot Block\n \t\tPosition 1 = Enable--Allows writing to BIOS Boot Block\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(4) = 1 NAME = "Boot Block" JTYPE = TRIPOLE VERTICAL = YES REVERSE = NO LABEL = LOC(1) "J7D2" FACTORY = LOC(1) 0 COMMENTS = "\tJ7D2 = Boot Block\n \t\tPosition 0 = Disable--Normal BIOS boot.\n \t\tPosition 1 = Enable--Recovery BIOS boot.\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(5) = 1 NAME = "Floppy 1" JTYPE = TRIPOLE VERTICAL = YES REVERSE = NO LABEL = LOC(1) "FD1" FACTORY = LOC(1) 1 COMMENTS = "\tFD1 = Floppy 1\n \t\tPosition 0 = Disables 2.88 MB detection.\n \t\tPosition 1 = Enables Auto size detection.\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(6) = 1 NAME = "Floppy 0" JTYPE = TRIPOLE VERTICAL = YES REVERSE = NO LABEL = LOC(1) "FD0" FACTORY = LOC(1) 1 COMMENTS = "\tFD0 = Floppy 0\n \t\tPosition 0 = Disables 2.88 MB detection.\n \t\tPosition 1 = Enables Auto size detection.\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" JUMPER(7) = 1 NAME = "Power Control" JTYPE = TRIPOLE VERTICAL = NO REVERSE = NO LABEL = LOC(1) "PWRCTRL" FACTORY = LOC(1) 0 COMMENTS = "\tPWRCTRL = Power Control\n \t\tPosition 0 = Disable--Disables RTC power control.\n \t\tPosition 1 = Enable--Enables power supply voltage control.\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" SWITCH(1) = 3 NAME = "S8C1" STYPE = DIP VERTICAL = NO REVERSE = NO LABEL = LOC(1-3) "Flash En." "Pwd Cl." "CMOS Cl." FACTORY = LOC(1-3) 000 COMMENTS = "\tSwitch: S8C1\n \t\tSwitch 1 = CMOS/NVRAM Clear\n \t\t\tOff = Normal\n \t\t\tOn = Clear\n \t\tSwitch 2 = Password Clear\n \t\t\tOff = Normal\n \t\t\tOn = Clear\n \t\tSwitch 3 = Flash Program Enable\n \t\t\tOff = Normal\n \t\t\tOn = Program Enable\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" ׃=٣===>#>C>c>>>>>?#?C?c?????@@echo off :start cls echo. echo MS-DOS Startup Menu echo ------------------- echo. echo 1. Execute AMISCU echo 2. Execute AMISCU (baseboard configuration only) echo 3. Execute AMISCU using the Overlay Lite echo. mkchoice -m "Enter a choice: " -d 1=1 2=2 3=3 if errorlevel 1 set config=scu if errorlevel 2 set config=scufat if errorlevel 3 set config=sculite if errorlevel 4 set config=start echo. echo Please wait... echo. goto %config% :scu SCU :scufat echo Execute AMISCU (baseboard configuration only) is no longer supported. echo To configure your system - please execute the AMISCU. echo. pause goto start :sculite echo Execute AMISCU using the Overlay Lite is no longer supported. echo To configure your system - please execute the AMISCU. echo. pause goto start  01,23, Press the key to continue. 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FNJLV^QPuFNhjV^QP~QPBF~u>Bt n ډFV~u    N  3 #&6&6Pvv並 P6N6LF=0t,.  + #&6&6PnQP P6N6LF=tF=t3FFFF V؎&F~|݃F=t=@t = t3g> t P PNF~u[FV  + PvvBF#&6&6PXQP P6N6L~@uu~t> uh> ua#&6&6j u#&6&6 #&6&6QPQP  ~t NF~}L~@tE  + #&6&6PXQP P6N6LF~}v [F_]ːU"WV~uF ^F8F FF$~tF ^F@FuFFFF^ QPvvN t4~}.FF ^ RPvvN ũ~|F''FVn ^ ‹&tuMFVȸn ^ &E*ƃ ӎ‹ء  &*+ ҹ  ؎&ȡ   ہӋ؎&FVȸn ^ &E*ƃ ӎ‹ء  &G&WPQP2RR&Rtd FVȸnN^ ^ ؎&G*F V؎&w&^_]U WV~    6>6 >   ~@ B F H 6V >X \ ^ FFFF@@QPvBFPB~tJP`[FNt5F$u^#&(NF$<u^#& ^#&F,FFFc~Vsi3P[P[P[P[^_]UWV^&Fc؎#&FFh ¯؎&&W  F      #&6&63P8 P P66=tF t Ht5HucnRPvBF#&Fh ¯؎&&W. 0 cn؎#&F&*N&V&V&*V+RPRP6 tFF#&&TV&&#&&&(#&(&*F&H&Jbd&<&>&؋Ɂы&&U#&T&VF&t&vpr&h&jËɁы&&U#&&F&&~&&Ë Ɂы&&U#&&F&&&&ËɁы&&U#&&F&&&&ËɁы؎&&W#&&#&6&63P P& P66=uJcn؎#F&F&F&F&F& cn؎#F&v[^_]U&WVcnFF~uF %~uF ~uF ~uF ^F^ QPvvN t4~}.FF ^ RPvvN ũ~|F''FVn ^ ‹&t!t>!u>!t>!t #& #&F]U V ^&ÌɁы؎& ɁщFVFP[ t!B3F }^&?t&?;tF%F^&?u& ^&?%tF%F^&?u &ÌɁы؎& P[ th"Pv=B""h"j"Fh"v&^FsF&F~|^&?t&?;tF%F^&?u& FF9F~}N+FF^&?t&?%tF%F^&?u &ÌɁы؎& Nu3^]ːUFVFV‹ذ &Ɂы؎& .&Pn toFFF.&~r^?%utF *+F=Fu}F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u&0ÌɁю‹؊FA&NuFFF~>&sHF *-F;FsF^FsF&?;uF~|F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u &ÌɁы؎& Nu3]ːUFP`&PB tl& RPRPRPRPe&-0+RP6f&*0RP6`&*0RP6b&*0RP6c&*0FVFF"h&^&8uz^WɁю‹ؠi&&8u[^WɁю‹ؠj&&8u<^WɁю‹ؠk&&8u^WɁю‹&?tFF~"shF~u~u~u ~uFRPvv uFFF0F#^&?u&u &G& Gt2~u,FV&9Wwr&9w&9Wr w&9GvFF밋F]ːUVFVFVF‹ر &֋؎&~uRFPBF tP[ t1F2PPlP7 u~|FP[ tNn~ P3PvvFVF PPvvFVFFF FVFV~~ ;PPRvRFV~@}~~"Pvvv n@NuNt{n@~~OF^]ːU^&?tJ~ ~D&?t&?;tF%F^&?u&?;uF FsF&N ^&?uFV]U^&?Mt<ÌɁю‹&?Et FVɁю‹&?MtFVɁю‹&?OtFVɁю‹&?RtFVɁю‹&?YtFVɁю‹&?=t^ &ȋFVہӎ‹&8uhFVɁы؎&ȋF Vہӎ‹&8u4FV Ɂы؎&ȋF Vہӎ‹&8t*FV Ɂю‹&?tF%FF 0ȋFVہӋ؎&0uFVɁы؎& F 0ʋFVہӋ؎&FV Ɂы]ːU VFVFVF‹ر &֋؎&~uRFPBF tP![ t1F2PPlP7 u~|FP[ tNF=~FNF~uFu "PFHP"PvvvA FVF~|ċF^]ːUTVdž"+vvPnQPH#PQP= uPn&PB2FFdž~tPFP2P1F usss sev^3PQQRu6ƂP"PXn&P"PN udžFuRt/vv PnQP"PQP= uFp Copyright 1994 Intel Corp. 1.20 Release)5)bLLuP3&&PpCLpCL緰f  n Copyright 1994 Intel Corp. Copyright 1994 Intel Corp.   *  h V  z `P  `P  hzVhz*EXTMEM00EXTMEM?? MB Extended Memory / KB Cache ( ) MEMORYSHADOWCopyright 1994 Intel Corp. CMOS=+Copyright 1994 Intel Corp. T j> Tp &j }   2`HP 2p &t^ t`P p &   .    -0123456789., Copyright 1994 Intel Corp.    ! Disabled  Minutes LOTCopyright 1994 Intel Corp. J  4   ` Default LDDCopyright 1994 Intel Corp.      @"  8   " 0 z N N            1234567890 QWERTYUIOP ASDFGHJKL ZXCVBNMN Disabled Enabled APWUPWDisabled Ctrl-Alt- HPWCopyright 1994 Intel Corp.      N  8    d No Drive Detected Disable Custom Unknown Drive IDE0IDE1IDE2IDE3Copyright 1994 Intel Corp. No InformationNot Present DONEIChoose DONE to accept data.RDone=ENTERrPress ENTER to accept data.Cancel=ESCPress ESC to abort.Disable=Ctrl-DPress Ctrl-D to disable.Restore Baseboard Settings=Ctrl-RPress Ctrl-R to restore baseboard settings."Hot Key MenuR Press 'TAB' to Move Cursord Disable EnableEnter New Hot Key: Warning! Don't press CNTL ALT.Select either Disable or Enable of Hotkey. Enabling the hot key will allow user to secure the machine immediately by pressing simultaneously.Enter the new hot key. Since only the scan code for this key is stored in CMOS, the valid keys are alphanumeric only, . To secure the machine, press simultaneously.sPassword Menu>Enter Password PVerify Password d Change Passwordz New Password Enter Admin Password Press Enter to Disable Password  Admin Password Changed0 User Password ChangedNAborting Configuration Process lPassword Invalid. Try Again? Verify Error. No changes made.Enter the new desired password and then verify by entering it again. If both are not entered identically, the password will not be changed.Enter the Administrator Password only. Changes to the configuration are only allowed if the Administrator Password is entered. Only three chances are allowed for entering the correct password. Keys will not be echoed.jCylindersJHeads XPrecomp fLand ZonetSectors Size - MBIDE Configuration Menu Auto Customize Disable Primary MasterPrimary SlaveSecondary MasterSecondary Slave Cylinders : This is a physical paramter provided by the drive manufacturer.Heads : This is a physical paramter provided by the drive manufacturer.Precomp : This is a physical paramter provided by the drive manufacturer.Land Zone : This is a physical paramter provided by the drive manufacturer.Sectors : This is a physical paramter provided by the drive manufacturer.Size : The size of the drive (in MB) will be caluclated based on the physical parameters provided and displayed for verification.*w XLock Out Timer Menu> Value in Mintues : ( 0 = Disable, 127 = Maximum ) VEnter a value between 0 and 127. This will be the time in minutes for setting the Lock-Out Timer. This value is also stored in CMOS. A value of '0' will disable the Lock-Out Timer.LCD Display String MenuNString to Display:jEnter a string up to 32 characters long. This will be the string displayed on the LCD before booting the OS.CTRL-E = Enable AllCTRL-D = Disable All CTRL-T = Toggle Celsius and Kelvin&CTRL-L = Load DefaultsNSPACE = Toggle Selectionj'Tab' Moves Cursor Between ValuesVoltage/Temperature Limits Menu Upper Limits Lower Limits Fatal Warning Fatal WarningA/D Channel Switches&< Enable +12 V Enable +5 V Enable 3.3(2) V Enable -12 V Enable Temp(2) K Enable Temp(1) K Enable VCC(1) Enable Switch VD-12V+3.3V(1)+5V+12VSwitch VVCC(1)Temp(1)Temp(2)-12 V+3.3(2) V+5 V+12 VSwitch VVCC(1) Temp(1) KTemp(2) K(2<FPZdEnter a value in the range: -23.20 V to -9.10 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0.00 V to 7.88 V. Enter a value in the range: 0.00 V to 14.10 V. Enter a value in the range: 0.00 V to 2.50 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.!R[Extended Memory Options Menu$ Write-Back Disable Write-ThroughF Disable Enablen Cache Mode 1MB ISA Hole ControlShadowing ISA ROMs Options Enable @ C0000 Enable @ C4000 Enable @ C8000 Enable @ CC000 Enable @ D0000 Enable @ D4000 Enable @ D8000 Enable @ DC000 Enable @ E0000 Enable @ E4000n  R WarningV Restore Baseboard Settings Current System BIOS Version: Restore Image Saved Using BIOS Version: Restoring the baseboard settings has been aborted. Either the user has cancelled the restoration or the proper records in NVRAM could not be found. The baseboard configuration settings have not been restored. You have entered an invalid password. Access to the baseboard configuration files has been denied Invalid Password WarningI!An alpha-numeric value must be entered to enable the Hot Key feature. V!Copyright 1994 Intel Corp. 486 DX 486 SX 486 DX2486 SL 486 SX2 Pentium (R)P54C P54CT P54CM 486 DX4486WBDX2Pentium (R) Pro!!!!!!!" """$"English (US) l"BG0 BH0 BI0 CD0 BG0LBG0ABG0B""""""""64M15M15MBIVBIVUnknown#~ #" $##n&6## $#" SAVED ISASAVED LCD STRINGSAVED VOLT LIMITSSAVED A/D CHANNELCopyright 1994 Intel Corp. *  }  ^    ^      ^    ^ ^     ^IDE0JDIDE1JFIDE2JHIDE3JJAPW8,TUPW8,VHPW ,LOTLDDVLTADCb MEMORYSHADOW\EXTMEM00. EXTMEM01. EXTMEM02. EXTMEM03. EXTMEM04. EXTMEM05. EXTMEM06. EXTMEM07. EXTMEM08. ,}  X} }  } ,}  } X}  } }  } }  4} }  `} }  } 4} } `} } } } } <} } h} } } <} } h} } } $} } $D} } $p} } $} D} $} p} $} } $ } } $L} } .x} } .} L} .} x} .} } .(} } .T} } .(} .,  X   ,   X      Auto : The BIOS can perform auto-initialization of all devices detected on both the IDE channels. NOTE: When set to 'Auto' the OVL will display the name of the drive if available or 'Default'. Customize : The user may define a custom set of physical paramters for the drive. Selection of user definable custom drive parameters will not override other drive parameters configured by the BIOS. Disable : This option should be used when the user does not have a drive connected in a particular location. Scanning for this drive will be disabled, shortening boot time.The Analog to Digital Switch will enable the monitoring of analog readings like voltages and temperatures. If these readings exceed the limits specified in the Voltage Management section, appropriate interrupts will be generated. The 'Load Defaults' selection provides default settings for all channels. Allows shadow control over each 16K region of ISA ROM space. When shadowing is enabled for a region, any ISA ROMs within that region are copied into and executed from system RAM--greatly increasing performance. Some ISA cards may not support shadowing, refer to your card's documentation to determine if your card supports shadowing.Disable: Will allow the system to use the memory between 15M and 16M. Enable: Forwards memory accesses between 15M and 16M to the EISA/ISA bus. This will allow ISA cards to use the addresses between 15M and 16M for ISA option ROMs or onboard RAM. Certain legacy ISA cards that require large address spaces not available in the normal ISA ROM area (C0000h - E8000h) may need this choice to be selected.Write-Back: Improves system speed and should be selected when optimal performance is desired. Write-Through: Will mirror-image memory in cache and DRAM. Disable: Prevents intermediate caching of code and data. System performance will be less than optimal. One or more temperature or voltage channels is set incorrectly. Channel levels must be set according to the following rules: 'Upper Fatal Level' > or = 'Upper Warning Level' 'Upper Warning Level' > or = 'Lower Warning Level' 'Lower Warning Level' > or = 'Lower Fatal Level' These channels are set incorrectly: You have chosen to restore the baseboard settings. The baseboard settings will be restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. -- Press 'Enter' to verify the restoration of the baseboard settings. -- Press 'ESC' to cancel the restoration. The baseboard settings you are about to restore were not stored by the same BIOS currently loaded on the system. Restoring from this saved image may result in incorrect baseboard settings. -- Press 'ENTER' to ignore this message and continue restoring. -- Press 'ESC' to abort this restore. The baseboard configuration settings have been restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. BOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112 FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32 FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32 FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1 GROUP="SYSTEMS GROUP" FUNCTION="System Identification and Version Information" TYPE="VER,ID" SUBFUNCTION="System Identification String" CHOICE="%0 " HELP="Indicates the system identification string. (No information) means no system identification string was found." SUBTYPE="IDNO" SUBFUNCTION="Config and Overlay Version" CHOICE="Overlay version: %B " HELP="Indicates the version of the baseboard overlay being used for system configuration." SUBTYPE="COV" SUBFUNCTION="BIOS Version String" CHOICE="BIOS: %9 " HELP="Indicates the version of the system BIOS. (No information) means no BIOS version string was found." SUBTYPE="BIV,%9 " SUBFUNCTION="MP Spec Version:" HELP="Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot." CHOICE="MP Spec V1.1" SUBTYPE="MPS,CMOS=6B0F00" CHOICE="MP Spec V1.4" SUBTYPE="MPS,CMOS=6B0F10" FUNCTION="System Processor Modules" TYPE="CPU1" SUBFUNCTION="CPU 1 in Slot 1" CHOICE="%1 Intel CPU at %2 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="A" SUBFUNCTION="CPU 2 in Slot 1" CHOICE="%1 Intel CPU at %2 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="B" SUBFUNCTION="CPU 1 in Slot 2" CHOICE="%1 Intel CPU at %2 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="C" SUBFUNCTION="CPU 2 in Slot 2" CHOICE="%1 Intel CPU at %2 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="D" FUNCTION="System Processor Status" TYPE="CPUS" SUBFUNCTION="CPU 1 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="AP,CMOS=6FEF00" CHOICE="Failures Detected" SUBTYPE="AF,CMOS=6FEF10" SUBFUNCTION="CPU 2 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="BP,CMOS=6FDF00" CHOICE="Failures Detected" SUBTYPE="BF,CMOS=6FDF20" SUBFUNCTION="CPU 1 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="CP,CMOS=6FBF00" CHOICE="Failures Detected" SUBTYPE="CF,CMOS=6FBF40" SUBFUNCTION="CPU 2 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="DP,CMOS=6F7F00" CHOICE="Failures Detected" SUBTYPE="DF,CMOS=6F7F80" FUNCTION="System Performance" TYPE="PFM" SUBFUNCTION="Power-On Speed Option" HELP="The slow speed may be required in order for some older PC applications to operate correctly." CHOICE="CPU Speed=FAST" SUBTYPE="SPD,TBO,CMOS=11FE01" CHOICE="CPU Speed=SLOW" SUBTYPE="SPD,DET,CMOS=11FE00" SUBFUNCTION="Secondary IOAPIC Control Option" CHOICE="Enable Secondary IOAPIC" HELP="Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired." SUBTYPE="IOA,ENB,CMOS=6BF708" CHOICE="Disable Secondary IOAPIC" HELP="Disables the secondary IOAPIC. System performance is less than optimal." SUBTYPE="IOA,DIS,CMOS=6BF700" ENDGROUP GROUP="MEMORY SUBSYSTEM GROUP" FUNCTION="Base Memory Options" TYPE="MEM,SYSTEM" CHOICE="640KB Base Memory" HELP="Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected." SUBTYPE="6,CMOS=150080+160002+1EF708" FREE MEMORY=640k ADDRESS=0h CACHE=YES CHOICE="512KB Base Memory" SUBTYPE="5,CMOS=150000+160002+1EF700" HELP="Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity." FREE MEMORY=512k ADDRESS=0h CACHE=YES FUNCTION="Shadowing ISA ROMs Options" TYPE="OVL,SHADOW" CHOICE="Press 'Enter'to Modify the Shadowing Options" SUBTYPE="SHADOW" FUNCTION="Extended Memory Options (Cache, 1MB ISA Hole)" TYPE="OVL,MEMORY" CHOICE="Displayed During Configuration." SUBTYPE ="DEFAULT" %I FUNCTION="System Memory 1M - 16M" SHOW=NO TYPE="OVL,EXTMEM00,1-16" CHOICE="Write-Back with 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="Write-Back without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="No Cache with 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="No Cache without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="Write-Through with 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES CHOICE="Write-Through without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES %A FUNCTION="System Memory 16M - 592M" SHOW=NO TYPE="OVL,EXTMEM01,16-592" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=16M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=80M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=144M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=208M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=272M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=336M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=400M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=464M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=528M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=16M ;CACHE=NO ;MEMORY=64M ;ADDRESS=80M ;CACHE=NO ;MEMORY=64M ;ADDRESS=144M ;CACHE=NO ;MEMORY=64M ;ADDRESS=208M ;CACHE=NO ;MEMORY=64M ;ADDRESS=272M ;CACHE=NO ;MEMORY=64M ;ADDRESS=336M ;CACHE=NO ;MEMORY=64M ;ADDRESS=400M ;CACHE=NO ;MEMORY=64M ;ADDRESS=464M ;CACHE=NO ;MEMORY=64M ;ADDRESS=528M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=16M ;CACHE=YES ;MEMORY=64M ;ADDRESS=80M ;CACHE=YES ;MEMORY=64M ;ADDRESS=144M ;CACHE=YES ;MEMORY=64M ;ADDRESS=208M ;CACHE=YES ;MEMORY=64M ;ADDRESS=272M ;CACHE=YES ;MEMORY=64M ;ADDRESS=336M ;CACHE=YES ;MEMORY=64M ;ADDRESS=400M ;CACHE=YES ;MEMORY=64M ;ADDRESS=464M ;CACHE=YES ;MEMORY=64M ;ADDRESS=528M ;CACHE=YES FUNCTION="System Memory 592M - 1168M" SHOW=NO TYPE="OVL,EXTMEM02,592-1168" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=656M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=720M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=784M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=848M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=912M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=976M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1040M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1104M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=NO ;MEMORY=64M ;ADDRESS=656M ;CACHE=NO ;MEMORY=64M ;ADDRESS=720M ;CACHE=NO ;MEMORY=64M ;ADDRESS=784M ;CACHE=NO ;MEMORY=64M ;ADDRESS=848M ;CACHE=NO ;MEMORY=64M ;ADDRESS=912M ;CACHE=NO ;MEMORY=64M ;ADDRESS=976M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1040M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1104M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=YES ;MEMORY=64M ;ADDRESS=656M ;CACHE=YES ;MEMORY=64M ;ADDRESS=720M ;CACHE=YES ;MEMORY=64M ;ADDRESS=784M ;CACHE=YES ;MEMORY=64M ;ADDRESS=848M ;CACHE=YES ;MEMORY=64M ;ADDRESS=912M ;CACHE=YES ;MEMORY=64M ;ADDRESS=976M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1040M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1104M ;CACHE=YES ENDGROUP GROUP="On-Board Disk Controllers" FUNCTION="On-Board Floppy Controller" TYPE="OFC" HELP="This option enables or disables the on-board floppy controller." CHOICE="Enable" SUBTYPE="ENB,CMOS=60FB04" FREE IRQ=6 PORT=03f0h-03f5h PORT=03f7h DMA=2 TIMING=TYPEA CHOICE="Disable" SUBTYPE="DIS,CMOS=60FB00" FUNCTION="On-board IDE Controller" TYPE="OBI" HELP="If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices." CHOICE="Enable" SUBTYPE="PCT,CMOS=60FD02" FREE IRQ=14 PORT=01F0h-01F7h PORT=03F6h CHOICE="Disable" SUBTYPE="DIS,CMOS=60FD00" ENDGROUP GROUP="On-Board Communication Devices" FUNCTION="Serial Port 1 Configuration" TYPE="COM1" HELP="This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=618F10+627F80" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=618F20+627F00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=618F30+627F80" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=618F40+627F00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 1 Disable" SUBTYPE="DS1,CMOS=618F00" FUNCTION="Serial Port 2 Configuration" TYPE="COM2" HELP="This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=61F802+62BF00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=61F801+62BF40" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=61F803+62BF40" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=61F804+62BF00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 2 Disable" SUBTYPE="DS2,CMOS=61F800" FUNCTION="Parallel Port Configuration" TYPE="PAR" HELP="This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="LPT1:378h - IRQ 7" SUBTYPE="378,CMOS=603F80+60F708" FREE IRQ=7 PORT=0378h-037Fh CHOICE="LPT2:278h - IRQ 5" SUBTYPE="278,CMOS=603FC0+60F700" FREE IRQ=5 PORT=0278h-027Fh CHOICE="LPT3:3BCh - IRQ 7" SUBTYPE="3BC,CMOS=603F40+60F708" FREE IRQ=7 PORT=03BCh-03BFh CHOICE="Parallel Port Disable" SUBTYPE="378,CMOS=603F00" FUNCTION="Parallel Port Mode" TYPE="PPM" HELP="This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings." CHOICE="Parallel Port Mode ISA-Compatible" SUBTYPE="MDE,CMP,CMOS=60CF00" CHOICE="Parallel Port Mode PS/2" SUBTYPE="MDE,PS2,CMOS=60CF10" CHOICE="Parallel Port Mode Extended (Not valid with LPT3)" SUBTYPE="MDE,EPP,CMOS=60CF20" CHOICE="Parallel Port Mode ECP on LPT1" SUBTYPE="MDE,ECP,CMOS=60CF30+603F80" FREE PORT=0778h-077Ah CHOICE="Parallel Port Mode ECP on LPT2" SUBTYPE="MDE,ECP,CMOS=60CF30+603FC0" FREE PORT=0678h-067Ah CHOICE="Parallel Port Mode ECP on LPT3" SUBTYPE="MDE,ECP,CMOS=60CF30+603F40" FREE PORT=07BCh-07BEh FUNCTION="Parallel Port DMA (Valid only with ECP Mode)" TYPE="PPM" HELP="This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode." CHOICE="No DMA" SUBTYPE="PPDMA,CMOS=66FC00" CHOICE="DMA Channel 3" SUBTYPE="PPDMA,CMOS=66FC01" FREE DMA=3 CHOICE="DMA Channel 5" SUBTYPE="PPDMA,CMOS=66FC02" FREE DMA=5 CHOICE="DMA Channel 6" SUBTYPE="PPDMA,CMOS=66FC03" FREE DMA=6 ENDGROUP GROUP="FLOPPY DRIVE SUBSYSTEMS GROUP" FUNCTION="Floppy Drive A Options" TYPE="FPY,A" HELP="Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections." CHOICE="3.5 inch 1.44/1.25 MB drive" SUBTYPE="FPY,CMOS=100F40" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=100F10" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=100F20" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=100F30" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=100F60" CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=100F00" FUNCTION="Floppy Drive B Options" TYPE="FPY,B" HELP="Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections." CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=10F000" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=10F002" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=10F001" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=10F006" CHOICE="3.5 inch 1.44 MB drive" SUBTYPE="FPY,CMOS=10F004" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=10F003" ENDGROUP GROUP="IDE SUBSYSTEM GROUP" FUNCTION="ISA IDE DMA Transfers" TYPE="IDE,DMA" HELP="When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives." CHOICE="Auto Configured" SUBTYPE="DCA,CMOS=1CF00F" FREE DMA=7 CHOICE="Disable " SUBTYPE="DCD,CMOS=1CF000" FUNCTION="IDE Configuration -- Primary Master" TYPE="OVL,IDE0" CHOICE="Displayed During Configuration" SUBTYPE="ATC" FUNCTION="IDE Drive Options -- Primary Master" TYPE="IDE,SWT,C" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MCA,CMOS=1B3FC0" CHOICE="4 Sector/Block " SUBTYPE="MC8,CMOS=1B3F40" CHOICE="8 Sector/Block " SUBTYPE="MCH,CMOS=1B3F80" CHOICE="Disable " SUBTYPE="DSC,CMOS=1B3F00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TCS,CMOS=1D3F00" CHOICE="Logical Block Addressing" SUBTYPE="TCL,CMOS=1D3F40" CHOICE="Extended CHS" SUBTYPE="TCE,CMOS=1D3F80" CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE Configuration -- Primary Slave" TYPE="OVL,IDE1" CHOICE="Displayed During Configuration" SUBTYPE="ATD" FUNCTION="IDE Drive Options -- Primary Slave" TYPE="IDE,SWT,D" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MDA,CMOS=1BCF30" CHOICE="4 Sector/Block " SUBTYPE="MD8,CMOS=1BCF10" CHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." %L ; CHOICE="%L " ; SUBTYPE="LAG,CMOS=20E000" ; CHOICE="%L " ; SUBTYPE="LAG,CMOS=20E001" ; CHOICE="%L " ; SUBTYPE="LAG,CMOS=20E002" ; CHOICE="%L " ; SUBTYPE="LAG,CMOS=20E003" ; CHOICE="%L " ; SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" %H ; FREE ; IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." %F ; CHOICE="Present" ; SUBTYPE="PR1" ; FREE ; PORT=%F000H-%F053H ; PORT=%F080H-%F0A5H ; PORT=%FC80H-%FC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." %G ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT=%G000H-%G053H ; PORT=%G080H-%G0A5H ; PORT=%GC80H-%GC83H ; CHOICE="Not Present" ; SUBTYPE="NP2" ENDGROUP @>LMZ 9'~+B1l>,r%rllffzlssss ssrrrrrrrrrrrrrrrrrrrrrrrrrrrrr rrrrr rrrrqqqqqqqqqqqqqqqqqqqqqqqqqqq|qxqtqpqlqhqdq`q\qXqTqPqLqHqDq@qk:k6k2k.k*k&k"kkkkkkkkjjjjjjjjjjjjjjjjjjjjjjjjjjjjjjjj~jzjvjrjnjjjfjbj^jZjVjRjNjJjFj>j:j6j2j.j*j&j"jjjjjj jjjiiiiiiiiiiiiiiiiiiiissrrrqqqqqq qqqqppp4p0p,p(ppppp 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Y]BN l LxZ  0|^B 4J  hx D v4V0P m_j\gYH *h$@JT`hpf`Vd2zD$t??^2䬋.%2.%.,ZZZ     @ f 8 5 2  :  & \ ~  :  & \ ~ " "         ׉vv|] ˃.pvv|] ˃.pFFFFvv|] ˃@.0-׉vvX3Ɇ.ſ}tu] ˃ .pFFFFvDvX3Ɇ.ſ}tu] ˃@.P1   3ۏFFЉv^23.   3ۏFЋv^_S^n3ɭ3ۆr׎r"6 6=+&=rH6 6=+&= ~W+&=2u& Nt&MNGF~W+&=Ĭȭ@uv~E3PU+^vu؉^F3.%TRvuߋҎː.v2Ɇuю3P4/5?5[{\+|+]}`)~);':')+*,BkAISA 16 bitISA 8 bitISA 32 bitISA 8 or 16 bitEISAOtherVirtualEmbeddedOther,,,,,,,,,Error accessing virtual memory file.(,01XOError saving system board configuration. Must abort configuration.^,%AMITEMP.CFG,!@@@FFFF.CFG,%dk bytes free."%s" : Not a valid CFG fileSYSThere is no system board CFG file. Must abort configuration.Performing syntax check on "%s"An error occured while processing the overlay file for the system board. The configuration must be aborted.Compilation error. Can't continue without system board file."%s". Can't allocate system board resources.Adding a board!@@@FFFF.CFGPerforming syntax check on "%s"!@@@FFFF.CFGSYSSystem board cfgfile "%s" will not be configured!@@@FFFF.CFG!@@@FFFF.CFGPerforming syntax check on "%s"CFG file contains errors. Can't configure this board.Canceled RequestAddition of card canceled by user.JugglingWarningThis board can not be configured without modifying the existing configuration of one or more boards. Do you want to continue or abort the configuration of the current board?Amperage WarningThe maximum amperage for this system board has been exceeded. Installing all of these boards may damage the system.%s. Can't configure this board.SYS%AMITEMP.CFGSaving configuration in CMS file. Please wait...SYSCONF.CMSwbError while writing to CMS file.Saving configuration in INF file. Please wait...SYSCONF.INFwbINF File creation errorCould not open CMS file.This board causes an unresolvable resource conflict.Unknown errorUnknown errorUnexpected end of fileString too longInvalid decimal numberInvalid value listInvalid charactersMissing parenthesesMissing quoteInvalid arguementInvalid binary numberInvalid hex numberInvalid freeform dataInvalid include statementSyntax errorDuplication errorNumber expectedInvalid IDInvalid NAMEInvalid MFRInvalid CATEGORYUnknown CATEGORYText too longUnknown slotInvalid EMB numberInvalid LENGTHInvalid LENGTHInvalid AMPERAGEInvalid AMPERAGEInvalid SKIRTInvalid READIDInvalid BUSMASTERInvalid BUSMASTERInvalid IOCHECKInvalid DISABLEInvalid NONVOLATILEInvalid NONVOLATILEInvalid IOPORTMissing equal sign(=)Invalid INDEXInvalid SIZEInvalid INITVALInvalid STYPEInvalid LABELInvalid VERTICALInvalid REVERSEInvalid JTYPEInvalid OVERLAYInvalid LINKInvalid TIMINGInvalid TRIGGERInvalid WRITABLEInvalid MEMTYPEInvalid DECODEInvalid CACHEInvalid SHAREString too longNo IRQ/DMA statementToo many tokensIncomplete statementInvalid SHOWInvalid FREEFORMID statement missingNAME statement missingMFR statement missingCATEGORY statement missingInvalid DMA/IRQ numberError in LOC listInvalid SUBFUNCTION statementInvalid TOTALMEM statementInvalid MEMORY statementInvalid ADDRESS statementInvalid PORT statementError - address in EXP memoryError - SUBCHOICE with FREEFORMError - RESOURCE with FREEFORMMaximum FREEFORM length exceededDuplicate physical slot numberDuplicate logical slot numberMemory can not exceed 64MInvalid number of switch/jumper positionsSwitch/jumper TYPE missingMemory STEP can not exceed 64MPORT definition can not exceed FFFFhPORT STEP can not exceed FFFFhPORT COUNT can not exceed FFFFhCATEGORY must be 3 charactersInvalid PORTADDR statementMemory ADDRESS missingInvalid LOGICAL or PHYSICAL slot numberMissing FUNCTION statementReference to undefined IOPORT(i)Reference to undefined SWITCH(i)Reference to undefined JUMPER(i)LOC list / value list mismatchDuplicate IOPORT indexDuplicate SWITCH indexDuplicate JUMPER indexMEMORY must be alone in a resource groupLINK group count mismatchCOMBINE group count mismatchSLIDE/ROTARY switch setting improperIOPORT bit values can be 1, 0, R, or X onlyJUMPER positions can be 1, 0, N, or X onlySWITCH positions can be 1, 0, or X onlyPORTADR bit values can be 1, 0, or R onlyJUMPER position N only for TRIPOLE jumpersX should not appear in INIT or FACTORY statementREVERSE condition violatedZ values must be preceded by 0zHex number must have a leading 0Range must be low - highDuplicate SOFTWARE indexReferrence to undefined SOFTWARE(i)Filename does not match with IDANDed values allowed in LINK groups onlyInvalid PORTVARMissing SYSTEM blockToken not foundInvalid SIZING valueSyntax error in version number , ,,,,,C,V,i,},,,,,,,,,%,0,=,I,Z,k,y,,,,,,,,,,,*,:,N,b,q,,,,,,,,,, ,,),9,J,Z,i,w,,,,,,,,,,/,J,a,s,,,,,,,4,S,t,,,,,,/,T,s,,,,, ,&,G,h,,,,,,,0,M,r,,,,,F,w,,,,,,),I,r,,,,,CFG File Errors / WarningsFile I/O error %d Line %d, Error - %sLine %d, Warning - %sCFG Syntax%%AMISWAP.%03XXMS memory paging failure. Must abort configuration.Swap fileVirtual memory files will be stored on diskette.%%AMISWAP.%03XXMS memory paging failure. Must abort configuration.%%AMISWAP.%03XSwap filePlease insert the System Configuration Diskette. Volume Serial Number: %04x-%04x[ISA Lock Toggle=F8]Jan 26 1996Jan 26 1996Invalid EXE file. Call American Megatrends for assistance.%04X About AMI SCUThe largest free memory block = %dK BytesUnknown command line switch The following command line parameters are valid: /a = Advanced / Dealer mode /n = Force new configuration /l = Load CFG files manually /m = Monochrome mode /j = Ignore EISA ID mismatch /? = Displays this help message Adding a boardEmbedded devices cannot be removed.Do you really want to remove: %.55sConfirm RemoveConfirmThe System Board cannot be moved.Embedded, PCI, and Virtual devices cannot be moved.ISA and PnPISA devices cannot be moved on non-EISA systems.Select CFGSelect the board to add*.CFGNo CFG files were selected. No boards will be added.* %1.1s%-51.50sSystem Board Bus %2X Dev %2X Virtual Embedded EISA Slot %-2d ISA/EISA Slot %-2d ISA Slot YesYesNoNo %2d %-15s %3s %2d %-15s Available OptionsThe configuration has been saved. Choices 2,3 and 4 are not available. Please exit to DOS or reboot and restart the SCU before attempting these operations.This CFG file has been changed since the last configuration. Configuration settings will be reset to defaults for this device.The CFG file for the system board contains errors. The configuration must be aborted.Selection field for %s is missing from CMS file.Function "%s" contains more than %d PORTADR statementsFunction "%s" contains more than %d PORTVAR statementsFunction "%s" contains more than %d CONNECTION statementsISA16.ISA16.ISA8.ISA8.ISA32.ISA32.ISA8OR16.ISA8OR16.EISA.EISA.OTHER.OTHER.VIRTUAL.VIRTUAL.EMBEDDED.EMBEDDED.OTHER.OTHER.According to the CFG files, this board is longer than the slot that it is in. Make sure that the board fits.According to the CFG files, this board is longer than the slot that it is in. Make sure that the board fits.According to the CFG files, this board is skirted and the slot that it is in should not accept a skirted board. Make sure that the board fits.According to the CFG files, this board is skirted and the slot that it is in should not accept a skirted board. Make sure that the board fits.This board will not work properly in this slot, it should be moved.This board will not work properly in this slot, it should be moved.This board is an EISA Busmaster, it has been placed in a Non-busmaster slot, it should be moved.This board is an EISA Busmaster, it has been placed in a Non-busmaster slot, it should be moved.This EISA board has been placed in a non-EISA slot, it should be moved.This EISA board has been placed in a non-EISA slot, it should be moved.The board is a BUSMASTER.The board is not a BUSMASTER.It was previously placed at slot %d.It has been detected at slot %d.Overlay requests slot %d.No available slots for this boardSlot: %d %s %sFunction "%s" contains more than 80 chars in type string.System board can not be removed.CHOICE conflictThis choice results in conflict.SUBCHOICE conflictThis subchoice results in conflict.IRQ conflictThis IRQ choice results in conflict.DMA conflictThis DMA choice results in conflict.MEMORY conflictThis memory choice results in conflict.PORT conflictThis port choice results in conflict.CHOICE conflictThis resource setting results in conflict.Function "%s" contains more than 7 IRQ blocks.Function "%s" contains more than 3 DMA blocks.Function "%s" contains more than 9 MEMORY blocks.In conflict.c : set_user_mem_addrFunction "%s" contains more than 20 PORT blocks.Function "%s" contains more than 20 PORT blocks.%-*d%-*u%-*ld%-0*X%-0*lX*,*,*,*,*,䛛OOOOOOOOO_____ppppppppppppppppppppp %2u:%02u:%02u%04d%02d%02d 0123456789Global Resource Map DMA Slot Function %2d %2d %-45.45sNo DMA resources are allocated IRQ Slot Function %2d %2d %-45.45sNo IRQ resources are allocated Port Slot Function %04X-%04X %2d %-45.45s %03X-%03X %2d %-45.45sNo Port resources are allocated Memory Address Slot Function %5ldK %08lX %2d %-34.34sNo Memory resources are allocatedResource MapNoNoYesYesBoard Details Slot Number %-2d ID %-7.7s Manufacturer %-30.30s Category %-3.3s Board Slot Type %-15.15s Length %d mm Amperage %d mA Skirt Present %s Readable ID %s Busmaster Latency %d s Supports IOCHECK %s Supports DISABLE %sBoard DetailsNoNoYesYesSystem Details Slot Bus Max Skirt Board Number Slot Type Master Length Accepted ID Empty %2d %-11.11s %-3.3s %3d mm %-3.3s %-7.7s Maximum Amperage:%6ld mA Amperage Used:%6ld mA NVRAM Size: %5d BytesSystem DetailsThe physical board ID map is not available while in remote mode.To view the physical board ID map, you must be running this utility on an EISA system.Physical Board ID Map The following boards are physically present in this system. Non-EISA boards may not be shown. Slot ID Slot ID %2d %7s%2d EmptyID MapEdit BoardEdit Settings for: %.50s This board has no user configurable options.d3,No text available for this choice%.60s %.60s %.60s This function has more choices than can be displayed. Not all are available for manual selection.No text available for this choiceThis choice has no resources.No resourcesNote[Subchoice (%d)=F8]No resourcesNoteView ResourceView ResourceThis area is for information only. Changes will not be recorded.Edit ResourceThe current choice for this function has no resources.No resourcesNote[Subchoice (%d)=F8]No resourcesNote 5, DMA: %2d - IRQ: %2d - Port: Memory:Address:%5ldK%08lX Subchoice conflicts with resources belonging to other functions and/or boards.%2dw+settings.txtUnable to create "settings.txt"********************************************************************** * * * settings.txt * * * * This file contains the configuration information for the baseboard * * and all adapter cards currently configured in the system. * * * ********************************************************************** @@@FFFF SLOT %2d : %s %s %s %s %s %s Diskette is write protectedDiskette is write protected Unknown device unit Unknown device unit Drive not ready Drive not ready Unknown command Unknown command CRC Error CRC Error Bad drive request Bad drive request Seek Error Seek Error Unknown media type Unknown media type Sector not found Sector not found Printer out of paper Printer out of paper Write Fault Write Fault Read Fault Read Fault General Failure General FailureA DOS file error occurred while reading the current directory.Insert SourceInsert source diskette.A DOS file error occurred while trying to open the source file.A DOS file error occurred while trying to open the source file.Please insert the System Configuration Diskette. Volume Serial Number: %04x-%04xInsert DestinationPlease insert the Destination Diskette. Volume Serial Number: %04x-%04xInsert SourcePlease insert the Source Diskette. Volume Serial Number: %04x-%04xInsert SourceInsert source diskette.A DOS file error occurred while trying to open the source file.Insert DestinationInsert destination diskette.A DOS file error occurred while trying to open the source file. Reading directory. Please Wait...No files match filespec..CFGSYSThere are too many files that match the filespec. All files will not be displayed in the file selection window..CFGSYSThe help system is not available.Cannot backup any more.Table of ContentsFunction HelpOVL HELPThe manufacturer has not provided help for this function.The manufacturer has not provided help for the selected item.ramiscu.hlpError while opening helpfile.Error while accessing helpfile.Help key not found.*** WARNING ***If you add, move or remove boards, manually verify the resource settings of these adapters and any adapters that are not locked, before saving your configuration.ramiscu.hlpThe help file (AMISCU.HLP) was not found in the current directory. The help system will not be available.Initializing, Please Wait...Duplicate help key. Reading configuration from nonvolatile memory. Please wait...ISA Definition ChangedThe changes that you have made to this ISA board definition will be lost unless you select . Press ESC to continue editing this ISA definition or press ENTER to exit.You must enter a board name before you can save this ISA board definition.WarningISA Board LoadWarningWarning%03X - %03X - %5ldK at %08lX - Error accessing the ISA board database file.cfg.isawbcfg.isar+bcfg.isaThe ISA board database is full. You must delete some of the boards in the database before saving this ISA definition.ISA Definition SavedNoteISA board definition saved.This DMA setting conflicts with other DMA settings already defined for this ISA board.This IRQ setting conflicts with other IRQ settings already defined for this ISA board.This port setting conflicts with other port settings already defined for this ISA board.This memory setting conflicts with other memory settings already defined for this ISA board.rbcfg.isaISA Board Deleter+bcfg.isaSelect the ISA board to load or press to exit.Select the ISA board to delete or press to exit.rb%.50s There are no more empty slots.Add ISA Board!AMIFFF0.CFGBYTEBYTEWORDWORDDEFAULTDEFAULTTYPEATYPEATYPEBTYPEBEDGEEDGELEVELLEVELNoNoYesYesSYSSYSEXPEXPOTHOTHVIRVIR24242020VIDVIDMFCMFCMSDMSDNETNETCOMCOMPARPARPTRPTRMEMMEMKEYKEYNPXNPXOSEOSECPUCPUJOYJOYOTHOTHISA16ISA16ISA8ISA8ISA8OR16ISA8OR16wtCould not create the temporary CFG file for this ISA board definition.; BOARD ID = "%s" NAME = "%s" MFR = "%s" CATEGORY = "%s" SLOT = %s READID = NO IOCHECK = INVALID DISABLE = UNSUPPORTED FUNCTION = "%s" TYPE = "%08lX" CHOICE = "ISA Default Setting" FREE DMA =%s SIZE = %s TIMING = %s FREE IRQ =%s TRIGGER = %s FREE PORT = 0%04Xh - 0%04Xh SIZE = %s FREE MEMORY = %luk ADDRESS = 0%08lXh WRITABLE = %s CACHE = %s MEMTYPE = %s SIZE = %s DECODE = %s rb!PNP0C01.CFG!AMIFFF0.CFGNo EISA boards were detected.rCFGLIST.DATCould not find CFGLIST.DAT file in the current directory.The CFGLIST.DAT file is invalid.Select System CFGSelect the system board CFG file to be configured*.CFGYou must select a system board file to begin a configuration.Can't identify this CFG file.SYSThis CFG file is not a system board.Current!AMIFFF0.CFGUnknown%2dThe CMS file is corrupt.The CMS file was created using an different version of AMI SCU. It cannot be used.%010luWarning[Cancel=ESC]( Error opening overlay file. The following file needs to be in the current directory: %12.12sTemp file creation error rtCFG file opening errorwtwtTemp file creation errorAMISCUOVL HELPADDRESSAMPERAGEBOARDBUSMASTERBYTECACHECATEGORYCHOICECOMCOMBINECOMMENTSCONNECTIONCOUNTDECODEDEFAULTDIPDISABLEDMADWORDEDGEEISAEMBENDGROUPEEXPFACTORYFREEFREEFORMFUNCTIONGROUPHELPIDINITINITVALINLINEINVALIDINCLUDEIOCHECKIOPORTIRQISA16ISA32ISA8ISA8OR16JTYPEJUMPERKEYLABELLENGTHLEVELLINKLOCMEMMEMORYMEMTYPEMFCMFRMSDNAMENETNONONVOLATILENPXOSEOTHOTHERPARPAIREDPORTPORTADRPORTVARPTRREADIDREVERSEROTARYSHARESHOWSIZESIZINGSKIRTSLIDESLOTSOFTWARESTEPSTYPESUBCHOICESUBFUNCTIONSUBTYPESUPPORTEDSWITCHSYSSYSTEMTIMINGTOTALMEMTRIGGERTRIPOLETYPETYPEATYPEBTYPECUNSUPPORTEDVALIDVALUEVERSIONVERTICALVIDVIRWORDWRITABLEWRITEBACKYESBEGINOVLENDOVL<BV.C(?AADW\AP6QRWJESTTT*Ud\JPjP&POtOPZPO?FxTEXYPFjGSUUULLLML [KL*LFLFB$SUSaRXWW>A@ENYpQvG^Xb "Z.P>=c <;  N3KG N,M3KG xwv,M3Kal2e#Ay[\]fI^VWUXz_/01fI,)*(+{ih n ShkRn  Tdj@m Hn Q H4 qprs!?Y-Onut}|n$ut~|&'o6ut5|!?Y-Og:9 8nnCutB|EFt?Y-O5rbrbOVLCFGCFG VersionThis CFG file may require a more recent version of the SCU. +),!"'(.146>EFGRSTZ^lOhBANo VideoVIDWarningNo video resources reserved. Press 'F1' for more details.VIDWarningNo video resources reserved. Press 'F1' for more details.WarningNo video resources reserved. Press 'F1' for more details.Saving Configuration Please Wait...!AMIFFF0.CFG0123456789ABCDEF%%AMISWAP.%03X%%AMISWAP.%03X%AMITEMP.CFG!@@@FFFF.CFGWARNING: You have changed the configuration but have not saved it. Do you really want to Exit? NOTE: Configuration data has been stored in nonvolatile memory. This configuration data will not take effect until the system is rebooted. You may reboot the system now or exit to DOS. Do you really want to Exit? This option restores NVRAM from a backup CMS file. This will destroy any previous configuration information that is stored in the system's NVRAM.Write NVRAMWrite NVRAM*.CMSThere are no CMS files in this directory.Write NVRAM SelectSelect the CMS file to be written to NVRAM.*.CMSNo CMS file was selected. Cannot write to NVRAM.After saving the configuration, it is important that you do the following steps before using this system: 1. Note the switch and jumper settings and verify that all switches and jumpers on the boards in your system are set correctly. Some boards have switches and jumpers that need to be set manually. 2. Note the software statements to see if any of the boards in your configuration need special drivers to be loaded. The screens that follow provide this information.Save before viewThe configuration has been changed but not saved. You must save the configuration before doing this step.Step 5Step 5 - View Switch/Jumper SettingsPrintingCould not open this print file.Writing%s page %d of %d. Press to abort.Select INFRemote Mode: Select the INF file to view.*.INFYou must choose an INF file to view.Could not open the INF file.Reading INF file. Please Wait...This is not a valid AMI INF file.Reading INF file. Please Wait...This is not a valid AMI INF file.Reading INF file. Please Wait...This is not a valid AMI INF file.Page %d of %d: Board InformationPage %d of %d: Switches and Jumpers for slot %dPage %d of %d: Software StatementsPage %d of %d: Connection StatementsPage %d of %d: Resource Allocation / Global Resource MapNoYesa,a, Slot %d ID %sBoard Name %sManufacturer %sCategory %sBoard Slot Type %sBusmaster Latency %d sBoard Length %d mmSkirt Present %sAmperage %d milliampsReadable ID %sIOCHECK Supported %sDISABLE Supported %s No software statementsSoftware statement %02d:Slot %d - %-55.55s No connection statementsConnection statement %02d:Function name: %sConnection text:%s DMA Slot Function %2d %2d %-45.45s %2d %2d %-45.45sNo DMA channel was allocated IRQ Slot Function %2d %2d %-45.45s %2d %2d %-45.45sNo IRQ line was allocated Port Slot Function %03X-%03X %2d %-45.45sNo PORTS were allocated Memory Address Slot Function %5ld%c %08lX %2d %-34.34sNo MEMORY wad allocatedThis board has no switches or jumpers.OffOn - On f,f,f, f, f,'f,Ĵ 6f,=f, Lf,Qf,Vf,[f,Ŀ Switch Set Factory Label Switch To Setting Ĵ %2d %-10.10s %s %s %-20.20sOn OffĿ OffOn 0 1 - OffOn kh,oh,sh,th,xh,|h,h,h,h,ĿĿĿh,h,h, h,h,h,i,i,i, 0i,6i,@i,Ŀ Jumper Set Factory Label Jumper To Setting Ĵ %-10.10s %s %s %-20.20s0 1%d XXXp Step 1: About System Configuration Step 2: Add and Remove Boards Step 3: Change Configuration Settings Step 4: Save Configuration Step 5: View Switch/Jumper Settings Step 6: Exitl, k,4k,l,fl,k,'k,l,l,k,'k,m,l,k,'k,Bm,l, l,'l,nm,m,.l,'0l,m,Bm,Ul,'Wl,m,nm, 'k,m,m, 'k,n,m, 'k,Jn,m, 'k,vn,n, 'k,Jn, 'k,fl,[Select=ENTER][Exit=ESC][Help=F1][Utilities=F9]n,n, o,n,n,*o,n,n,;@o,o,n,CVo,*o, 1lo,@o, 2o,Vo, 3o,lo,4o,o,5o,o,6o,o, 2o,!Main MenuOn,n,>6$o,.\p,[Ok=ENTER]p,p, p,Error  p,p,p,s6$.:q,[Ok=ENTER][Exit to DOS=F10]q,xq, q,q,DError  q,fq,q,L6$**r,[Retry=ENTER][Exit to DOS=F10]r,hr, r,vr,DError ?.r,Vr,r,2>6$.s, Hs,T6$s,,s,,s, 4t,6$.t,[Ok=ENTER]t,t, t,  t,t,h6$k,[Ok=ENTER][Next Board=PgDn][Prev Board=PgUp]u,`u, u,u,u,ku,Qu,}u,I u,~6$k,[Back=F2][Contents=F3][Quit=ESC]v,\v,y,x,RTy,(y,x,Sjy,>y,x,Ay,Ty,y,y,jy,y,;y,y,@Step 2O@w,x,(y,q6$y, Slot Type Bus MasterSelect a slot for:Board slot type isSlots are listed in recommended orderz,6z,$Bz,z,Iz,{,z,$2{,z,$^{,{, z,*?6$2{, %\z,z,[Select=ENTER][Cancel=ESC]{,{, {,{,Slot SelectionSlot Selection $L{,{,{,~6${, Advanced / Dealer Mode (show functions marked as EXP) Force new configuration (ignore previous settings) Load CFG files manually from directory list Ignore ID mismatches between installed boards and CMOS[ F5 ] = Restore configuration from backup (CMS file)[ F6 ] = Display Physical Board ID Map (EISA Systems)[ F7 ] = Define ISA BoardPress to change settings.~,7},4~,}, 7@6$d|,`~,~, 74},~,4~, 7j},`~, 7},},[Ok=ENTER][Cancel=ESC]~,~, ,~,~,$,~,?:,,@$,AUtilitiesUtilities  P,~,~,|q6$Z,The file shown below is needed to configure your system. The file should be on a diskette that came with your equipment. If the file can be found on a different drive or directory, type a new path to the file below. The file will be copied into the current directory.A:\File:Slot:Path:F,8,,r,,, 6$,F,,L6$r, ,22ր,,[Ok=ENTER][Skip=ESC],܁, ,灆,Copy FileCopy File  <,ʁ,,\}6$(,Directory:Ђ,, 2<6$H,, F,Ђ,J,,[Select=ENTER][Cancel=ESC][Add ISA=INSERT]~,:, h,I,~,V,RFile:O,(,h,dj6$k,Step 3 - Change Configuration Settings- This step is optional, you may skip it by pressing ESC and all configuration settings will remain unchanged. - Press ENTER to view or change a board's configuration settings. - Press ESC when you are satisfied with the current settings.^, D :,,2,H .,^,B<,2,[Select=ENTER][Done=ESC][Advanced Options=F9][Help=F1][ISA/EISA Lock Toggle=F8]2,ȅ, H,,ׅ,^,2,ⅆ,Ct,H,,;,^,,Bt,RStep 3O,,,?6$,[Done=ESC][Change=ENTER][Edit Resources=F6][PgUp][PgDn][Help=F1]j, ,,T,, ,j,',@,,;,I‡,,B,Q,I,;Edit BoardOT,j6$؇,pA, F,x,$H,∆,L,Ј,x,[Select=ENTER][Cancel=ESC][View Resources=F9]:,, P,$,,:,,CEdit Function!Ј,$,s6$f,[Change=+:-][Fast Change = *:/][Done=ENTER],,艆,+ B,,,+NX,,,- n,B,-J,X,*7,n,* ,,/5Ɗ,,/5܊,,Ɗ, , ܊,BEdit ResourceM։,,46$, Global Resource Map Board Details System Details Physical Board ID Map ,x,(,Ћ,,T,,,(,,Ћ,[Select=ENTER][Done=ESC]Œ,, ,,Advanced OptionsAdvanced Options  ،,,,`g6$錆,Switch / Jumper View[Done=ESC][Print=F7][PgUp][PgDn][Help=F1],q,̍,, ⍆,,|,A,̍,,I,⍆,,Q,,;Step 5O\,, c6$$,Printer FileCONFIG.PRNPrint To:Filename:, ڎ, ,?6$,,䎆, <,,[Ok=ENTER][Cancel=ESC],X, p,c,Confirm PrintPrint Config ,F,p,6$,-,[Yes=ENTER][Cancel=ESC][Reboot=F10],X, ,~,d,,q,DConfirm ExitStep 6,F,~,o6$͐,Video Board Multifunction Board Mass Storage Device Network Board Communications Board Parallel Port Pointing Device Memory Board Keyboard Numeric Coprocessor Operating System CPU Board Joystick Board Other16 Bit 8 Bit 8 or 16 BitBoard Name:Manufacturer:Board Type:Board slot type is DMA IRQ Ports Memory,#,11g6$ڒ,,/,g6$,, =, 6$6,2,ڒ, ,I, 6$,^,, \, ,,2, ^,,^, Ⓠ,,,,:,Ⓠ, b, ,f,, d,,:, ,f,ꔆ,,,,B,ꔆ,n,,,B, h, ,ƕ,n, j, ,,  ,ƕ, J,, v,, ,J, Ζ,v, ,, &,Ζ, +r, ,R,, ,t,~,&, ,,R,,֗,~,,,,,.,֗,,Z,,,.,,,[Save=F10][Load=F9][New=F2][Delete=F4][Quit=ESC]䘆,,D,Θ,,C,䘆,,<&,,,><,,˜,&, ISA Board DefinitionDefine ISA BoardOR,,Θ,jq6$g, - 1 2 3 5 6 7 Byte WordDefault Type A Type BChannel:Size:Timing:Z, , B96$ڙ,,., ,<6$,Z, %,8?6$,.,[Ok=ENTER][Cancel=ESC][Erase=F4],Ě, ,蚆,Ϛ,,ܚ,>ISA DMA DefinitionISA DMA *,,蚆,Lq6$=, - 3 4 5 6 7 9 10 11 12 14 15Edge LevelLevel:Trigger: , 㛆, h6$,, ꛆ, xg6$؛,,[Ok=ENTER][Cancel=ESC][Erase=F4],^, ,,i,,v,>ISA IRQ DefinitionISA IRQ Ĝ,L,, 6$ל,Byte WordStart: hEnd: hSize:,L,L6$,h,X,6$, b,*6$B,h,[Ok=ENTER][Cancel=ESC][Erase=F4]8,, N,", ,8,,>ISA Port DefinitionISA Port d,읆,",*6$x,RAM ROMDon't Cache CacheSystem Expanded Virtual OtherByte Word24 Bit 20 BitSize: KBAddress: hUse:Width:Decode:,4,*6$Ÿ,j,C, <6$,, 6?6$䞆,,Ÿ,  be6$잆,F,, V, 6$,r,, [,Xi6$,F, b,x/6$&,j,[Ok=ENTER][Cancel=ESC][Erase=F4]꠆,, ,Ԡ,,꠆,Ƞ,>ISA Memory DefinitionISA Memory ,,Ԡ,6$,, 2 6$,[Ok=ENTER][Cancel=ESC],ء, ,㡆,ISA Board Database ,ơ,,ބ6$k,Error reading CMS fileStoring configuration into EISA nonvolatile memory. Please wait...Storing configuration into nonvolatile memory. Please wait...rbSystem contains no nonvolatile memory. Press a key to continue.Error clearing nonvolatile memoryError in writing nonvolatile memory Nonvolatile memory is full Bios call to write nonvolatile memory not supported Undefined error in writing nonvolatile memory Non-VGAVGAUndefinedT,\,`,SCSIIDEFloppyIPIMass Storagev,{,,,,EthernetToken RingFDDINetwork,,,Ť,VGAXGADisplayޤ,⤆,椆,VideoAudioMultimedia,,,RAMFLASH MemoryMemory,",/,Host BridgeISA BridgeEISA BridgeMC BridgePCI to PCI BridgePCMCIA BridgeBridgeB,N,Y,e,o,,,Undefined,j,,Τ,,,6,,,%sOTHOTHMSDMSDNETNETVIDVIDVIDVIDMEMMEMOTHOTHMFCMFCwtBOARD ID = "%7.7s" Multifunction NAME = "PCI %s Device" MFR = "%04X" CATEGORY = "%s" SLOT = VIR READID = NO !PCI%02X%02X.CFG!PCI%02X%02X.CFGLogical Device %u: (ID: %04X%04X)PNP%04X%c%c%c%02X%02XSer Num:%04X%04X Version:%1X.%1X!PNP00%02X.CFG FUNCTION = "ESCD_PNP_FUNC Structure" SHOW = NO CHOICE = "Freeform" %sFREEFORM = 018h, 041h, 043h, 046h, 047h, 000h, 002h, 010h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh MEMORY = 0%04X00h ADDRESS = 0%04X00h ADDRESS = 0%04X00h - 0%04X00h STEP = 000%04Xh WRITABLE = NO SIZE = WORD SIZE = BYTE CACHE = YES DECODE = 24 MEMTYPE = OTH PORT = 0%04Xh - 0%04Xh STEP = 0100h COUNT = 001h PORT = 0%04Xh - 0%04Xh PORT = 0%04Xh - 0%04Xh STEP = 0100h COUNT = 001h PORT = 0%04Xh - 0%04Xh STEP = 0%04Xh COUNT = 0%02Xh DMA = 0%1Xh| BYTEWORDSIZE = %s TIMING = DEFAULT TIMING = TYPEA TIMING = TYPEB IRQ = 0%1Xh| !%s.CFGwtBOARD ID = "%s" NAME = "%s" MFR = "%s" CATEGORY = "OTH" SLOT = ISA16 READID = NO COMMENTS = "%s" FUNCTION = "%s %s" CHOICE = "Manual Configuration: Choice %d" %sFREE CHOICE = "Disabled" %sCHOICE = "Current Configuration" %sFREE CHOICE = "Disabled : Current Configuration" %sThis system's BIOS does not support EISA configuration information requests. FUNCTION = "%s" NONOYESYESSYSSYSEXPEXPVIRVIROTHOTHNONOPCIPCIBYTEBYTEWORDWORDDWORDDWORDNONOYESYESWRITEBACKWRITEBACKWRITEBACKWRITEBACK MEMORY = 0%08lXh ADDRESS = 0%08lXh - 0%08lXh STEP = 0%08lXh WRITABLE = %s MEMTYPE = %s DWORD SIZE = %s DECODE = %d CACHE = %s SHARE = %s NONOYESYES PORT = 0%04Xh - 0%04Xh STEP = 100h COUNT = 0%04Xh SHARE = %s NONO"PCI""PCI"EDGEEDGELEVELLEVEL IRQ = 0%1Xh|0%1Xh "PCI" SHARE = %s LEVEL TRIGGER = %s FUNCTION = "ESCD_PCI_FUNC Structure" SHOW = NO CHOICE = "Freeform" DISABLE = YES FREEFORM = 0%02Xh, 0%02Xh CHOICE = "Enabled: Current Configuration" FREE CHOICE = "Enabled: Manual Configuration" FREE CHOICE = "Free Resources -- Re-assign at next boot." %B:%02X DF:%02X R:%04X DisEnCHOICE = "%sabled: Current Configuration" DisEnCHOICE = "%sabled: Manual Configuration" DISABLE = YES FREE PORT = 0%04Xh - 0%04Xh MEMORY = 0%08lXh ADDRESS = 0%08lXh WRITABLE = NO SIZE = DWORD DECODE = 32 IRQ = 0%01Xh SHARE = "PCI" TRIGGER = LEVEL PORT = 0%04Xh-0%04Xh STEP = 0%04Xh COUNT = 0%04Xh MEMORY = 0%08lXh ADDRESS = 0%08lXh-0%08lXh STEP = 0%08lXh WRITABLE = NO SIZE = DWORD DECODE = 32 IRQ = %02Xh|%02Xh SHARE = "PCI" TRIGGER = LEVEL FUNCTION = "%s" CHOICE = "Free Resources -- Re-assign at next boot." CHOICE = "Enabled: Manual Configuration" FREE , 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 0%02Xh, 000h, 000h%sFUNCTION = "ESCD_PCI_FUNC Structure" SHOW = NO CHOICE = "Freeform" DISABLE = YES FREEFORM = 0%02Xh, 041h, 043h, 046h, 047h, 000h, 002h, 004h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, File close unsuccessfulReading configuration from nonvolatile memory. Please wait...System must support EISA, PCI, or PnP to utilize SCU.Reading configuration from expansion boards. Please wait...Creating configuration files. Please wait...FUNCTION = "LPT & COM Ports" CHOICE = "Enabled" FREE PORT = 0%04Xh - 0%04Xh IRQ = %Xh wt!PNP0C01.CFGBOARD ID = "PNP0C01" NAME = "ISA System Board" MFR = "PNP" CATEGORY = "SYS" SLOT = EMB(0) READID = NO SYSTEM SLOT(1) = ISA16 SLOT(2) = ISA16 SLOT(3) = ISA16 SLOT(4) = ISA16 SLOT(5) = ISA16 SLOT(6) = ISA16 SLOT(7) = ISA16 SLOT(8) = ISA16 SLOT(9) = ISA16 SLOT(10) = ISA16 SLOT(11) = ISA16 SLOT(12) = ISA16 SLOT(13) = ISA16 SLOT(14) = ISA16 SLOT(15) = ISA16 at!PNP0C01.CFGFUNCTION = "Static System Resources" CHOICE = "Always Enabled" FREE IRQ = 0 IRQ = 1 IRQ = 8 IRQ = 13 DMA = 0 DMA = 4 PORT = 00000h - 000FFh MEMORY = 000010000h ADDRESS = 0000F0000h MEMORY = 0%08lXh ADDRESS = 000000000h MEMORY = 0%08lXh ADDRESS = 000100000h FUNCTION = "Hard Drive" CHOICE = "Enabled" FREE IRQ = 14 PORT = 001F0h - 001F7h CHOICE = "Disabled" DISABLE = YES FUNCTION = "Floppy Drive" CHOICE = "Enabled" FREE IRQ = 6 PORT = 003F0h - 003F7h DMA = 2 CHOICE = "Disabled" DISABLE = YES at!PNP0C01.CFGCHOICE = "Enabled : Current Configuration" CHOICE = "Enabled : Manual Configuration %u" FREE 000%04X00h000%04X00h - 000%04X00h STEP = 0%08lXhat!PNP0C01.CFGMEMORY = 000%04X00h ADDRESS = %s 0%08lXh0%08lXh - 0%08lXh STEP = 0%08lXhat!PNP0C01.CFGMEMORY = 0%08lXh ADDRESS = %s at!PNP0C01.CFGMEMORY = 0%08lXh ADDRESS = 0%08lXh at!PNP0C01.CFGIRQ = |0%Xh%s at!PNP0C01.CFGDMA = |0%Xh%s at!PNP0C01.CFG0%04Xh - 0%04Xh STEP = 00002h COUNT = 00001h0%04Xh - 0%04Xh0%04Xh - 0%04Xh STEP = 0%04Xh COUNT = 0%04XhPORT = %s 0%04Xh - 0%04Xh STEP = 00002h COUNT = 00001h0%04Xh - 0%04Xhat!PNP0C01.CFGPORT = %s Interupt ControllerInterupt ControllerTimerTimerDMA ControllerDMA ControllerKeyboard ControllerKeyboard ControllerParallel DeviceParallel DeviceSerial DeviceSerial DeviceHard Disk ControllerHard Disk ControllerFloppy Disk ControllerFloppy Disk ControllerSpeaker DeviceSpeaker DeviceDisplay AdapterDisplay AdapterPeripheral Bus DevicePeripheral Bus DeviceReal Time Clock DeviceReal Time Clock DeviceSystem Board DeviceSystem Board DevicePCMCIA ControllerPCMCIA ControllerMouse ControllerMouse ControllerNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterNetwork AdapterModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceModem DeviceSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterSCSI, Propietary CD AdapterMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceMultimedia DeviceUnknown Deviceat!PNP0C01.CFGFUNCTION = "System Board: %s" CHOICE = "Static Configuration" at!PNP0C01.CFGCHOICE = "Disabled: Current Configuration" DISABLE = YES at!PNP0C01.CFGCHOICE = "Disabled: Manual Configuration %u" DISABLE = YES at!PNP0C01.CFGCHOICE = "Disabled" DISABLE = YES at!PNP0C01.CFG FUNCTION = "Extended Memory" CHOICE = "Always Enabled" FREE MEMORY = 0%08lXh ADDRESS = 0%08lXh FUNCTION = "%s" `_C_FILE_INFO=6Ɇ,\\ ((((( H T0  ˆ,ˆ,nˆ,EEE50P 0PX000WP ``````ppxxxx(null) #+#+#+#+#+#+#+RRR !&+,6$,6$6$6$6$,6$6$6$6$,6$6$,6$6$6$,,6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$6$<>R6000 - stack overflow R6003 - integer divide by 0 R6009 - not enough space for environment run-time error R6002 - floating-point support not loaded R6001 - null pointer assignment abnormal program termination } ISA Board Delete= { Delete ISA Board Definition Choose an ISA board definition to delete. Uecho off REM REM Copyright (c) 1995 Intel Corporation REM REM INTEL CORPORATION PROPRIETARY INFORMATION REM REM All rights reserved. No part of this program or publication REM may be reproduced, transmitted, transcribed, stored in a REM retrieval system, or translated into any language or computer REM language, in any form or by any means, electronic, mechanical, REM magnetic, optical, chemical, manual, or otherwise, without REM the prior written permission of Intel Corporation. REM logo.exe cls echo **************************** echo *** *** echo *** Loading SCU *** echo *** *** echo **************************** amiscu.exe %1 %2 %3 %4 %5 %6 %7 echo on ??@MZ5@  =Pisy~~M~~~~E~~~~=~{~~~5~s~~~-~k~~~%~c~~~~[~Q#RZx@zDa|@KVaf w -!\""""#m%%%%%% &&?&_&}&&&&'6'J'[') *&*B*`**++5+@+<,G,E-P-p9CLOCK$ {p>p!COM1 p LPT1 pLPT2 pLPT3 p'COM2 p-COM3 p3COM4 Np P̀@  p@h  (h NO NAME FAT12 p@h  (h NO NAME FAT12 zp@h  (h NO NAME FAT12 p@h  (h NO NAME FAT12  pPPPPPp.pFAT12 FAT16 NO NAME $      !"#$ prstvwT;Zx0NCK. ..@;4-&000 0G.> t P..9Xu..cPVWUS[]_^X.> tVuE......> t!uːtPS.[XQVW.6.>_^YPS.[X>@t"Aحt =t> t0=SOt.. P@ؠ$ < u > tX.. 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P&L&D&DWPuh>3ҋڋ>JP3&D_W&| &D &D&DP&L&&DVQ(Y^&D s&D_p&&Ë>s3RQSVCr;hu6r.ú@@3ҋڋ>JM6&&&D(^[YZSû&?EIu&SAt[>&uXrKt.gT rrtR t]4.p&.] .>S t].8 ]ù 3 tRZ0p&&3&&G&G&G&G&G &&bZ2QYr{tvtqQ؍6Pr^PuWPtP6Q$y<u;L\2٨DtH3 uBV ur>Jk^DuY}srp&&&?u&u&t ?>N t#&G&W&)G&_r&G& Gt&t &G&O&&.>L r.>O w \ !..&bZ 5\2 3"<.>O w \ !..&.p&>&&=u &Q9Y& .p&>&&=u&QY&r &U&E P3ҹ0X6D6| 6D 6D6D26L606DPSVW6_^[X6D 06T-u u&U&E P3ҹ0X6D 6|6D6D6D b56L606DPSVW b5UU b52u _^[X6D06T-u uË-4_^[[36D6T&u&] Ӿ] ¾ ]PXPX$':'.F t.p&>&&=t .0&E&E&E&E&.>0.p.>0 t& HIMEM: DOS XMS Driver, Version 3.10 - 09/30/93 Extended Memory Specification (XMS) Version 3.0 Copyright 1988-1993 Microsoft Corp. $ Shadow RAM disabled.$ WARNING: Shadow RAM disable not supported on this system.$ WARNING: Shadow RAM is in use and can't be disabled.$ ERROR: HIMEM.SYS requires DOS 3.00 or higher.$ ERROR: An Extended Memory Manager is already installed.$ ERROR: HIMEM.SYS requires an 80x86-based machine.$ ERROR: No available extended memory was found.$ ERROR: Unable to control A20 line.$ ERROR: VDISK memory allocator already installed.$ HIMEM is testing extended memory...$done. $ ERROR: HIMEM.SYS has detected unreliable XMS memory at address 00000000h.$For more information, type HELP TESTMEM at the command prompt. To continue starting your computer, press ENTER. $  XMS Driver not installed. $ $ extended memory handles available.$ Minimum HMA size set to $K.$ Installed A20 handler number $.$ Installed external A20 handler.$ WARNING: The High Memory Area is unavailable. $ WARNING: The A20 Line was already enabled. $ WARNING: Invalid parameter ignored: $ 64K High Memory Area is available. $This program is the property of Microsoft Corporation. z2> u,ˊ-Us&.t!.G.W._  и˳3s.t .O2˳3PSQR.;r%.;w.+3ҹ u .?uZY[X&Āu..=u.U;t.U;t 2_^ZYˇ.T.U.T.볳3ĀuFQVgs7.|u.3...?t@ .T.| t^Yظ^Y3˳3ĀuQRVWUӳs9.|u0.;Twjr 2]_^ZYRZ t.D+.T.F.)F3.>..=t .D.E.D+.E..E.TRZ t$.+D.;Fwt .)F.F.F.Tk t.E.D t.F;v.t t .F.D.F.E.D.t.E.D.E.D&w&w &G &GX.+Dȁ%&G&OXȁ%&&OVWRZ_^.M.L.D+.Tt.T.U.E.3VR Z^ t.E.D&w& 3&O &O&O&O.Dȁ%&&OVWp_^.D.E.D.D.E.D.L.M]_^YY.D.T3..V.?u.w;u u.w;u u ^USR3FFF&F&LN A\urbFV^\ dr]FV^n^rJ.=uB.=u5^ t.O^ t.OZ[~tH^]ˀt^V&w&& t/.tO.G+rD+FVr4.G.G^ËǺƃv~wr߃vڳ·ېIҥ3FVNv...n.6p.tPQR.6>.7.w.w.4.t.t.&>..~w9NsNU˺33ÿҥ.&d.f.h؋38ۋ.FEEӋʋuu])Nt^.6..>n.pe^u.>t7.G.G..G.G..>Z[X...n.6p..G.O..W..GËЋ3...?u uFB.?u<.G.G;r0.;Gr&.G.G.;wv.w;s+. u t.E..u.UĀWVWfPfQfRKf=vfvfZfYfXƋ_^ĀyVfRfnfZ^VWQfRfPfSsu.|ur..f|t:..f\f.fD.>..=u.fUf;t .fUf;t f[fX2fZY_^ˇ.fT.fU.fT.f[f[fX3ĀkQVs7.|u.3...?t@ .T.| t^Yظ^Y3ĀYVWfPfSfKf[fX_^fVfWf3f3f3...?t*.f.ffOf;sf.?u.fff;sfǃ fγf t2f_f^QVW3.. u.?u .f;Ww u.?u tu uA tPf uG.fD+fP.fDf.fEf.fDf+.fE.u.fX.ָ2_^Y˳3QVs,3...?t@ .fT.|^Y2^Y3UfRVW֋fӳsC.|u:.f;Tr 2_^fZ]fRfZ t!.fDf+.fT.fF.f)F3_^fZ]Q.>..=t YYf.fD.fE.fDf+.fE..E.fTfRfZ t*f.f+D.f;Fwt .f)F.fF.F.fTN t.fE.fD t.fFf;v.ft t.fF.fD.F.fE.fD.ft.fE.fD.E.D&w&w &fG fX.f+Df &fGfXf &fVWfRfZ_^.M.L.fDf+.fTt.fT.fU.fE.3_^fZ]VRkZ^ t.E.D&w& f3&fG &fG.fDf &fVW_^.fD.fE.fD.fD.fE.fD.L.M_^fZ].fD.fTf3..fV.?u .fwf;u u.fwf;u u f^UfPfQfVfWS3FFF&f fNfn\f^] ^fVW._^=3Ɏf.f6&gf4.ffNfgfgfggfX.f&gf4.=u<^ t.O^ t.O[f_f^fYfX~tH^]˳t^&f& t,.?uG.fGf f+r=f;r0.G.fGf ffffffff=v೧UP uB9Fu;~t~ɦu-. "ʧÎ$"ا3؎X]X]..fvf~ff;NvfNfQ6>fFf&e>fFf&efYrf)NffNfN2.YfPfRfVff3...?u uTP.?uJ.fG.fGf;r;ff.f;Gr..fG.fGf.f;wv.fwf;sff+. u t.E..fu.fUf^fZfXt@z< .> - J]9#_ u3r%+p;v u.6 pp p+&p¾. +G&&6&+&>6|DDX tAW&&+& -.ﱸJ3/.9ww.ﱸJ/t ]^_ZY[XW.ﱎp_++/p&>6|DIu&^&s@&ZH&t&vÌ&֧&&ۥ&&˜X PX.+3 -6.93t;  (8HXhx0Pp0PpQDTT4 DRVSPACE.BIN cannot be loaded from your CONFIG.SYS file.$ DRVSPACE.BIN was unable to load. $You pressed CTRL+F5 or CTRL+F8 to bypass DRVSPACE.BIN. Therefore, none of your compressed drives are available. $ You are loading the incorrect version of DRVSPACE.BIN for this version of MS-DOS. Since this configuration is untested, you should correct this problem as soon as possible. Press ENTER to continue starting MS-DOS. $u.;Zt=r=2r[v< uȎ؉??գ>k4!>>?WADA t,s u ! tHtD{>\wt;@dDPdDlPTPdDtDdD-@dD9T~dDPdDPTPdDtDdD-T~dD>CAvCAFACA*GUAu|>|>G1WACA2||>ãrչ$|>&8wW>&D2&FB><>@@_رȃ>>>>>裲>>t>>R!>>a3u.?G GO.?>(>(~>>>P>A>AXR.?.EAG .>.>G.>GGWAOZTX;uX @PX@t3øøP !X3؋l.^wuu.^wu l+=%r ubteu c:\drvspace.iniInvalid setting in the DRVSPACE.INI file: $ACTIVATEDRIVE|FIRSTDRIVE{LASTDRIVE{MAXREMOVABLEDRIVES{MAXFILEFRAGMENTS{ENABLE386|ROMSERVER|CHECKSUM\|DOUBLEGUARD|SWITCHES.|AUTOMOUNT{USEMRCI1l||DAyEsSs< tNz<=u\rW*DAs2EA< uEì<=u?rw>r*Gw>< tϬ<=ury<=us  u@멬<=t~s=2s2='v'>>끬<=tVr\wn<=u< t <=ugrb=w] t9B<=uKrF`w=s8ǃլ<=u)r$E<,ur:Et=sE< t ez!zд! u !ô>cz!DA*yvEAՊD*DAr :EArEA硁:EArEACA2 ìtS.>à .su.>[.>=DStғ u+˽.dDH u Mxu;u? u2ă@@ MxȪĐu$Mxબu@u?u2ă@6%ȭЃ @ MxȪƨu$Mxߪu@u?  u2ă@%ȭЃ @( MxȪƨu$Mxߪu@ u?@u2ă@:%ȭЃ @w MxȪƨu$Mxߪ u>@u? u2@x%ȭЃ @V MxȪƨ u$Mxߪ@uHu?u%ȭЃ @%ȭЃ @qMxȪƨ@u$MxߪꨀuJu ? u%ȭЃ @[%ȭЃ? @pMxȪƨu $Mx⪬uFu ?Bu%ȭЃ @%ȭЃ @iMxȪ?ttx֋+&&&٨t$+x֋+t +x֋+:t. +xŋ֋+tNt.ă+x֋+t0gÁ?ttx֋+&&&r٨t$+x֋+t +x֋+t2ă +x‹֋+t$i t.ă+x֋+t?ttx֋+&&& ٨t$+x֋+t +x֋+X t2ă +x‹֋+t@t.ă+x֋+t8?ttx֋+&&&z%٨t$+x֋+& t$ă+x֋+@t2ă +x֋+tt.ă+x֋+t?ttx֋+&&&;٨ t$+x֋+ @t$ă+x֋+t2ă +x֋+tt. ă+x֋+t5 ?t tx֋+&&&Q 4٨@t&ă+x֋+ t$ă+x֋+wt1 ă +x֋+tt. ă+x֋+t Á?t@tx֋+&&&e H٨t&ă+x֋+K4t# ă+x֋+t1 ă +x֋+tt. ă+x֋+tC Á?t t"x֋+&&&1vYt' ă+xދ֋+Ct# ă+x֋+lt1 ă +x֋+tt, +x֋+tk Qـ sZ%"+xJ֋+tZЀrFҷ.dDsNҷ.dDYEs %?Bs % 두sڴ 낅u .sut .suu>o.ppt sĪ+>oPSQVWppo6oo>ooot6o>oru_^Y[X>rut3PSQ6oo&p.pr&&TTuTˇۃr&&TToo;th];t[];tN];tA];t4];t'];t];t ];u:Guou/lsmEֈuTlPFIDֆwTl+߁?sSٌڎotNA+SS r&PIu.pPo.p>o.ppې^ yXzs%ۋ* ƀ6&̀À"ۋ* Ɗ̀  &À^ x@s&* Ɗ̀ f&ÀW@s)@* Ɗ̀ 7&À(@ * Ɗ̀ &À^w, pۋ,p* *&À?s)C * Ɗ̀  &Às(C@ * Ɗ̀  &Àvs(C󀀋* Ɗ̀ &ÀH+ҋ* ƀ&̀€C* Ɗ̀ &À* Ɗ̀ &À.pp>o&pY[op;orXruQWTo&&E&E&E IupT_Y*<.>tS.>à .su.>[.>=DStғ u+˽.dD u"Mx&GĊ$FuMx&GĊ$Fڨu>u ?Ċ$Fu 2Ċ$F@: @h Mx&G$Fu,$Mx&G$Fƨu$Mx&G$FШu@u ?Ċ$Fu 2Ċ$F@ȋ@ Mx&G$Fu,$Mx&G$Fƨu$Mx&G$FШu@u ?Ċ$Fh u 2Ċ$F@ȋ@e] Mx&G$Fu,$Mx&G$Fƨu$Mx&G$FШu@ u ?Ċ$F@u 2Ċ$F@Uȋ@ Mx&G$Fu,$Mx&G$Fƨu$Mx&G$FШ u@@u ?Ċ$Fu2@ȋ@Q Mx&G$F u,$Mx&G$Fƨ u$Mx&G$FШ@uCu?Ċ$Fxuȋ 2@ ȋ @fMx&G$F@u,$Mx&G$Fƨ@u$Mx&G$FШuDu?Ċ$Fuȋ 2@[ȋ @>Mx&G$Fu&$Mx&GĊ$Fu$Mx&GĊ$FuCu?Cuȋ 2@ȋ @$Mx&G?ttxً֋+&&&/f٨t+x֋+&Yt +x֋+&t+  +xˋ֋+t&& t- Ċ$F+x֋+t&&#Ł?ttx֋+&&&٨t +x֋+&t +x֋+&t0 Ċ$F +xƋ֋+t&&d1 t- Ċ$F+x֋+t&&/JŁ?ttx֋+&&&٨t +x֋+&pt +x֋+&_ t0 Ċ$F +xƋ֋+t&&X@t- Ċ$F+x֋+t&&qŁ?ttx֋+&&&;٨t +x֋+&  t! Ċ$F+x֋+&@t0 Ċ$F +x֋+t&&zt-Ċ$F+x֋+t&&Ł?ttx֋+&&&٨ t +x֋+&@t! Ċ$F+x֋+&yt0Ċ$F +x֋+t&&Tt-Ċ$F+x֋+t&&+ ā?t tx֋+&&&@ #٨@t$ Ċ$F+xߋ֋+&Dt!Ċ$F+x֋+&t0Ċ$F +x֋+t&&t-Ċ$F+x֋+t&& ā?t@tx֋+&&&1[ >٨t$Ċ$F+xߋ֋+&,t!Ċ$F+x֋+&t0Ċ$F +x֋+t&&t-Ċ$F+x֋+t&&r ā?t"t#x֋+&&&Ċ$FpSt$Ċ$F+xދ֋+&r@t!Ċ$F+x֋+&Ut0Ċ$F +x֋+t&&2t-+x֋+t&& Qـ s\%"+xM֋+t&&ZЀrF.dDsN.dDYCs %?Bs % sܴ 끅u .sut ,.suu>o.ppt sĪ+>oPSQVWppo6oo>ooot6o>oru_^Y[X>rut3PSQ6oo&p.pr&&TTuTˇۃr&&TToo;th];t[];tN];tA];t4];t'];t];t ];u:Guou/lsmEֈuTlPFIDֆwTl+߁?sS&tNA+SS r&PIu.pPo.p>o.ppۋ^ yXzs%ۋ* ƀ6&̀À"ۋ* Ɗ̀  &À^ x@s&* Ɗ̀ f&ÀW@s)@* Ɗ̀ 7&À(@ * Ɗ̀ &À^w, pۋ,p* *&À?s)C * Ɗ̀  &Às(C@ * Ɗ̀  &Àvs(C󀀋* Ɗ̀ &ÀH+ҋ* ƀ&̀€C* Ɗ̀ &À* Ɗ̀ &À.pp>o&pY[op;orXruQWTo&&E&E&E IupT_YSRVWUȎ؀>uNӀ@*DAr:EAr2SQD!Y[r' u#SQD!Y[r t2䓲ҋ uƇC3ۊ t,A2ƇC33һKu3579]_^Z[SQRVWU.>r.>"؋3&u.;>tH.;>t&GĀutt.>&GX&G ^&G `&Gb&Gd....\DžZ.>A>v>VD>F>NىDFR.҇.A.҃s,]_^ZY[PQV 39u9t^YXQSVWRUߋ2Ұ[Cu&9ou&9Ou&w&:s]Z_^[YQRVW3u? .> t^.;D uV.;DuP&G.;D uF&G.;Du<.\ >F.D .\>F.D?t.DA,A.Au:sЃ⊊_^ZYC:\DRVSPACE.000 .o3#&.J.>&.L7&.N.>&.P(&..>&.PQVWRS#[Z_^YX2{Չ}P`K?D>X վԊ>WQPV)>t7<u^XY_WQPVBL)<u>u^XY_WQPVq) RVG< u?^YD W< t u.PS2h[[X t< tGPX^YD< t u|u DAIDriveSpace found a problem on compressed drive @. To correct the problem, type SCANDISK @: at the command prompt. The startup process will continue after 30 seconds. To continue now, press ENTER. $ Drive @ is too fragmented to mount using the current settings in your DRVSPACE.INI file. DriveSpace will adjust these settings, restart your computer, and try mounting drive @ again. To continue without mounting drive @, press ESC now. $Compressed drive @ was not mounted. The files on drive @ are currently inaccessible. $ DriveSpace could not mount drive @ due to problems with the drive or with your system configuration. You may be able to correct this problem by typing SCANDISK X:\DRVSPACE.nnn at the command prompt. For more information, see the README.TXT file. (There is a copy of README.TXT on Setup Disk 1.) The startup process will continue after 30 seconds. To continue now, press ENTER. $ DriveSpace could not mount drive @ (X:\DRVSPACE.nnn) because it is old. The startup process will continue after 30 seconds. To continue now, press ENTER. $Drive @ is only partially converted to DriveSpace format. To continue, press ENTER. $DoubleSpace drive @ was mounted read-only. To be able to write to drive @, you must first convert it to DriveSpace format. For more information, see the README.TXT file. To continue, press ENTER. $DriveSpace could not mount drive @ because it could not find a valid DBLSPACE.BIN or DRVSPACE.MR1 file. To continue, press ENTER. $ Compressed drive @ is currently too fragmented to mount. For more information, see the README.TXT file. (A copy of README.TXT is located on Setup Disk 1.) $DriveSpace could not modify your DRVSPACE.INI file. $DriveSpace has adjusted the settings in your DRVSPACE.INI file, and will now restart your computer. If your computer does not restart, then restart it yourself by turning the power switch off and then on again.$PQVWS<uQ uuu - [_^YXÊC$t@uxմ!SR@&l! u &l+;r2Z[QVA !O6 !^Yø.>˹331رȃ&>&>&>&>.>&>&ZN.>w>t=Ju ttOc4uY.>w>t%h.r.+>.>vu.>.> AuSuvB8+[.>).>w>t.r.> Au):vB.>.+>Y.>w>t+Nj+.> AtuvB.r.+>+Ƌsu-vB&)?&)?&)>&)>&)~>&)>&)>&)|>&)>&)A&)A&?&4&>3۹&>t&)>&WAt&)WACC!.>9Fu>D2u FDB.>vtP.>X.>tC.>7.>&VQZp>+΃.>&Z&M5BY^P@tDZȃW.6>.>_&>&>PRVWU&>&+>&>&>[]_^ZX+&?&b?&d?3۹&> t &&E\&U^CCÿ3ێøJ/@uJGtGO.>;w:PC/.>XPظJ/ tX;u@t .>t.v.>&>!&+0:.>w>t.> AtA&xu&|u&u&uPȃ>5t95u5&9`Bu&`B&9Bu&BXX. . R!&>  t Uuk tg..EA2*s..+......DA,A.!.EA.# !..DA ~?o.>&.#&:v>.>&;Gu.&:Gv .&G&(G&.*!.:s.&&_..EA&(&_.>&ˌ&_.2&:rЋˌ&_u.>u&GD&GDS&&8w ˌ&_u[ߋD&GD&G\D.넹A.6$.*!.:s7.!..A.A2.A.>t*..zQ.EA2I>.>GY.>&_X.&!..;tV.X-. QPPPPEEEY!A&XðX&QCW&&&CYc:\drvspace.ini MaxFileFragments=>+>='v2滵Z<u ZA$aC3ɺ!r8=!r1 梙溘?!r;u>uB!s{r랺> t@!rޡ5@!r˴>!rŸC!r !&Z8 36R tX0溙@!.վD<tv@@&E%=&E uAA%=u%`=`u>&;Ew _^ZY[XV&>t &>&6>3޸JQS/^&>u&>&>>  m'& C -mmmmm m mU*߃ C9t u/&>h&>&>> E'+lj}'& C ))E)E)E)E)E )E )EU*߃ C9t u?lj*&>>u>u,+r A.NB.>B=NB!sظ?>.>!sSQCJЁP;Xu>!=>B!s>ظB3ɺ@!? .>!sS.> C?t[}uuuB3ɋ[.+>?!? .>!rAB3ɋׁ ,!?.>!r%>!r.>. A.>&H >!.&>SQRVW>&D2&F&5B`wt3ǿh&E& uRMICCIuMRu&}tw"&E ;u&}tbȋ#u&}w#;u&}tT  A&M &UBB&]&M>&H&J&9Lt&L/&=MSu&}FTu&}s&E &E&E &E u><3->&&U ubBʣ^B`B>&0 t_^ZY[L!LE L2;-E  DSVXDOG '1W'2o'!t' t'$mh( ,, _ h(uuuu3 t3. t f@3ɇ =MwwrE;(sff@t3rS%$  ;;$t(uusffCf NC[fe,fM,PE= Gr rG GtG u, wXÇG t s=33҇W tf@3҇ t3GR%$Z f`Cf HCù fS  ,0    J;DSVXD WXjj  nlW|$ _ sfFR! ~8NG G!( Vt$ ^l Љ r RЉ"Win386 DSVXD Device (Version 1.0) DSVXD_DDB՘600QVմ}Վ{3s >>WQPV)>t7<u^XY_WQPVBL)<u>u^XY_WQPVq) RVG< u?^YD W< t u.PS2h[[X t< tGPX^YD< t u|u DAIDriveSpace found a promfd..Y..N.. C..9../..%.... ..$..(.>4t s5SP.0 X[uSP.0 tX[P  uX)& X2AX!2BX!PkruD&u"&=HIu& =DDu& =ENu&= X& && & &VR!&=t^øX! uX!! coxA 5,!!!!PSQێËJ!>su3>t,H!r#33!I!Y[]H!re,3>L!tŴI!b&H!;r+H!r%P+£`XNOI!9\l/\jARIFYNAbort, Retry, Ignore, Fail?readingwriting %1 drive %2  %1 device %2 &Please insert volume %1 serial %2-%3 %File allocation table bad, drive %1 Invalid COMMAND.COM !Insert disk with %1 in drive %2 !Press any key to continue . . .  Terminate batch job (Y/N)?Cannot execute %1 Error in EXE file "Program too big to fit in memory  No free file handlesBad Command or file name Access denied  Memory allocation error& Cannot load COMMAND, system halted ! Cannot start COMMAND, exiting . Top level process aborted, cannot continue  ;  Write protect error Invalid unit Not readyInvalid device request Data error!Invalid device request parameters Seek errorInvalid media typeSector not foundPrinter out of paper errorWrite fault errorRead fault errorGeneral failureSharing violationLock violationInvalid disk changeFCB unavailableSystem resource exhaustedCode page mismatch Out of inputInsufficient disk space  ! 2 M _ p Too many parametersRequired parameter missingInvalid switchInvalid keyword $Parameter value not in allowed rangeParameter value not allowedParameter value not allowedParameter format not correctInvalid parameterInvalid parameter combinationA U p   Invalid functionFile not foundPath not foundToo many open filesAccess denied Invalid handleMemory control blocks destroyedInsufficient memoryInvalid memory block addressInvalid EnvironmentInvalid formatInvalid function parameter Invalid dataInvalid drive specification#Attempt to remove current directoryNot same device No more files File existsCannot make directory entryFail on INT 24Too many redirectionsDuplicate redirectionInvalid passwordInvalid parameterNetwork data fault!Function not supported by network'Required system component not installedQ b q   & A N j   ! 2 M _ p  2 E g <t<ts< t <t_m rմM!kyt t4tr wXv uP !XtR uNs@nS &tôI!&&I!u[nk3{|9vtv&8juEP3 t.nXú>st>vu o,f>su  L!v/I! 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PV QV W T ( ) < = >7 P x yv z {N | } ~j-oA\zCwsGM~ ,f@ABTUVhi|t.N   0!0!D!EU"F"G#H#I$J{$X$YS%Z%[ &l&&&'L((J))*%1 bytes free #File cannot be copied onto itself Insufficient disk space Invalid code page Invalid date Invalid time Invalid path !Press any key to continue . . . Unable to create directory !Volume in drive %1 has no label Volume in drive %1 is %2 Volume Serial Number is %1-%2 'Duplicate file name or file not found Invalid path or file name Out of environment space File creation error Batch file missing  Insert disk with batch file Bad command or file name Access denied )Content of destination lost before copy $Invalid filename or file not found %1 file(s) copied %1 file(s) Invalid drive specification &Code page %1 not prepared for system +Code page %1 not prepared for all devices Active code page: %1 NLSFUNC not installed Current drive is no longer validLabel not found Syntax error Current date is %1 %2 SunMonTueWedThuFriSatEnter new date (%1): Current time is %1 Enter new time: , Delete (Y/N)?   %1 mm-dd-yy dd-mm-yy yy-mm-dd%1 %2%1 %1 %2Directory already exists %1 bytes Total files listed: *(Error occurred in environment variable)  [Y/N]?YN(continuing %1) Revision %1 DOS is in ROM DOS is in HMADOS is in low memoryCannot Loadhigh batch file LoadHigh: Invalid filename 0Cannot open specified country information file LoadHigh: Invalid argument Required parameter missing Unrecognized switch %A bad UMB number has been specified  %1.%2 to 1.09 %1.%2 to 1.0 average compression ratio Overwrite %1 (Yes/No/All)?YNA Sets or clears extended CTRL+C checking. BREAK [ON | OFF] Type BREAK without a parameter to display the current BREAK setting. ?Displays or sets the active code page number. CHCP [nnn] p nnn Specifies a code page number. Type CHCP without a parameter to display the active code page number. [Displays the name of or changes the current directory. CHDIR [drive:][path] CHDIR[..] bCD [drive:][path] CD[..] .. Specifies that you want to change to the parent directory. Type CD drive: to display the current directory in the specified drive. Type CD without parameters to display the current drive and directory. Clears the screen. CLS Copies one or more files to another location. COPY [/A | /B] source [/A | /B] [+ source [/A | /B] [+ ...]] [destination [/A | /B]] [/V] [/Y | /-Y] h source Specifies the file or files to be copied. /A Indicates an ASCII text file. v /B Indicates a binary file. destination Specifies the directory and/or filename for the new file(s). ? /V Verifies that new files are written correctly. t /Y Suppresses prompting to confirm you want to overwrite an existing destination file. r /-Y Causes prompting to confirm you want to overwrite an existing destination file. BThe switch /Y may be preset in the COPYCMD environment variable. To append files, specify a single file for destination, but multiple files for source (using wildcards or file1+file2+file3 format). Changes the terminal device used to control your system. CTTY device device The terminal device you want to use, such as COM1. ]Displays or sets the date. DATE [mm-dd-yy] mm-dd-yy Sets the date you specify. Type DATE without parameters to display the current date setting and a prompt for a new one. Press ENTER to keep the same date. dDeletes one or more files. DEL [drive:][path]filename [/P] ERASE [drive:][path]filename [/P] [drive:][path]filename Specifies the file(s) to delete. Specify multiple files by using wildcards. O /P Prompts for confirmation before deleting each file. Displays a list of files and subdirectories in a directory. DIR [drive:][path][filename] [/P] [/W] [/A[[:]attribs]] [/O[[:]sortord]]  [/S] [/B] [/L] [/C[H]] P [drive:][path][filename] Specifies drive, directory, and/or files to list. Y /P Pauses after each screenful of information. /W Uses wide list format. ~ /A Displays files with specified attributes. attribs D Directories R Read-only files H Hidden files { S System files A Files ready to archive - Prefix meaning "not" /O List by files in sorted order. sortord N By name (alphabetic) S By size (smallest first) E By extension (alphabetic) D By date & time (earliest first) F G Group directories first - Prefix to reverse order  C By compression ratio (smallest first) /S Displays files in specified directory and all subdirectories. A /B Uses bare format (no heading information or summary).  /L Uses lowercase. R /C[H] Displays file compression ratio; /CH uses host allocation unit size. Switches may be preset in the DIRCMD environment variable. Override preset switches by prefixing any switch with - (hyphen)--for example, /-W.  [/S] [/B] [/L]  /L Uses lowercase. >Quits the COMMAND.COM program (command interpreter). EXIT =Creates a directory. MKDIR [drive:]path MD [drive:]path ]Displays or sets a search path for executable files. PATH [[drive:]path[;...]] PATH ; kType PATH ; to clear all search-path settings and direct MS-DOS to search only in the current directory. ;Type PATH without parameters to display the current path. 7Changes the MS-DOS command prompt. PROMPT [text] | text Specifies a new command prompt. Prompt can be made up of normal characters and the following special codes: / $Q = (equal sign) $$ $ (dollar sign) * $T Current time $D Current date = $P Current drive and path $V MS-DOS version number 4 $N Current drive $G > (greater-than sign) , $L < (less-than sign) $B | (pipe) y $H Backspace (erases previous character) $E Escape code (ASCII code 27) $_ Carriage return and linefeed LType PROMPT without parameters to reset the prompt to the default setting. GRemoves (deletes) a directory. RMDIR [drive:]path RD [drive:]path Renames a file or files. SRENAME [drive:][path]filename1 filename2 REN [drive:][path]filename1 filename2 Note that you cannot specify a new drive or path for your destination file. Use MOVE to rename a directory, or to move files from one directory to another. WDisplays, sets, or removes MS-DOS environment variables. SET [variable=[string]] variable Specifies the environment-variable name. string Specifies a series of characters to assign to the variable. KType SET without parameters to display the current environment variables. -Displays or sets the time. TIME [time] Type TIME without parameters to display the current time setting and a prompt for a new one. Press ENTER to keep the same time. FDisplays the contents of a text file. TYPE [drive:][path]filename %Displays the MS-DOS version. VER Tells MS-DOS whether to verify that your files are written correctly to a disk. VERIFY [ON | OFF] Type VERIFY without a parameter to display the current VERIFY setting. RDisplays the disk volume label and serial number, if they exist. VOL [drive:] [Calls one batch program from another. CALL [drive:][path]filename [batch-parameters] r batch-parameters Specifies any command-line information required by the batch program. LRecords comments (remarks) in a batch file or CONFIG.SYS. REM [comment] kSuspends processing of a batch program and displays the message "Press any key to continue...." PAUSE MDisplays messages, or turns command-echoing on or off. ECHO [ON | OFF] W ECHO [message] Type ECHO without parameters to display the current echo setting. GDirects MS-DOS to a labelled line in a batch program. GOTO label label Specifies a text string used in the batch program as a label. You type a label on a line by itself, beginning with a colon. JChanges the position of replaceable parameters in a batch file. SHIFT ZPerforms conditional processing in batch programs. IF [NOT] ERRORLEVEL number command FIF [NOT] string1==string2 command IF [NOT] EXIST filename command } NOT Specifies that MS-DOS should carry out the command only if the condition is false. ERRORLEVEL number Specifies a true condition if the last program run returned an exit code equal to or greater than the number specified. f command Specifies the command to carry out if the condition is met. j string1==string2 Specifies a true condition if the specified text strings match. g EXIST filename Specifies a true condition if the specified filename exists. wRuns a specified command for each file in a set of files. FOR %variable IN (set) DO command [command-parameters] } %variable Specifies a replaceable parameter. (set) Specifies a set of one or more files. Wildcards may be used. V command Specifies the command to carry out for each file. command-parameters Specifies parameters or switches for the specified command. To use the FOR command in a batch program, specify %%variable instead of %variable. Reserved command name /Loads a program into the upper memory area. LOADHIGH [drive:][path]filename [parameters] LOADHIGH [/L:region1[,minsize1][;region2[,minsize2]...] [/S]] [drive:][path]filename [parameters] /L:region1[,minsize1][;region2[,minsize2]]... Specifies the region(s) of memory into which to load the program. Region1 specifies the number of the first memory region; minsize1 specifies the minimum size, if any, for region1. Region2 and minsize2 specify the  number and minimum size of the second region, if any. You can specify as many regions as you want. /S Shrinks a UMB to its minimum size while the program is loading. /S is normally used only by MemMaker. W[drive:][path]filename Specifies the location and name of the program. Zparameters Specifies any command-line information required by the program. >0ik-&6File not foundPath not foundInsufficient memoryExtended Error %1>^Parse Error %1> %  '  *  .         4        2 40 8  8 o  0 0 >     !  #$%&'  (  ) ! * % +,Q-.0123  4  4  5    67 3 89:;< > B 6 CDEFGHIJKLM , - N , - PATH=PROMPT=COMSPEC=DIRCMD=()<=>Pxyz{|}~ ,@ABTUVhi| 0DEFGHIJXYZ[lBE$D >E9$G=$H/$LA$NV$P`$Q5$To6V#_a,$G$NOT ERRORLEVEL EXIST DIRg1CALL CHCP&RENAME uREN uERASE )DEL )TYPE7!REMCOPYm> PAUSEDATEn5#TIME5VERa#VOLe"CD!+CHDIR!+MD+QMKDIR+QRD,qRMDIR,qBREAKf=VERIFY=SET(}PROMPTg(]PATH$UEXIT'MCTTY&ECHO,=GOTO5 SHIFT IFi FORɚCLSu% TRUENAMEA'ӚLOADHIGH?hךLH?hך.COM.EXE.BAT-Y?VBAPWRHSvDANEDSGC uʜuʜuʜuʜ/P ufONOFF u)d9?}ʜKQʜ]cʜo͜x֜͜ߜ !u̜/A/O/Cuʜ /-A/-O/S/-S/B/-B/W/-W/P/-P/L/-L/-CܝʝǝѝΝÝ؝՝͜͜ uʜ &uʜ/R5͜TEMP=COPYCMD=\DBLSPACE.[]|<>+=;" $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$MS DOS Version 6 (C)Copyright 1981-1994 Microsoft Corp Licensed Material - Property of Microsoft All rights reserved  verify that your files are written correctly to a disk. VERIFY [ON | OFF] Type VERIFY without a parameter to display the current VE==`Ja==a0b=4b()J7C1c=4c()0 d=\tJ7C1 = Program Boot Block\n\t\tPosition 0 = Disable--Prevents writing to BIOS Boot Block\n\t\tPosition 1 = Enable--Allows writing to BIOS Boot Block\nh=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.n()=;o=Boot Block-p=`piq=oqJr==r0s=4s()J7D2t=4t()0 u=\tJ7D2 = Boot Block\n\t\tPosition 0 = Disable--Normal BIOS boot.\n\t\tPosition 1 = Enable--Recovery BIOS boot.\ny=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 1-=`i=oJ==0=4()FD1=4()1 =\tFD1 = Floppy 1\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 0-=`i=oJ==0=4()FD0=4()1 =\tFD0 = Floppy 0\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Power Control-=`i==J==0=4()PWRCTRL=4()0 =\tPWRCTRL = Power Control\n\t\tPosition 0 = Disable--Disables RTC power control.\n\t\tPosition 1 = Enable--Enables power supply voltage control.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\nZ()=;=S8C1U=i==J==0=4(-)Flash En.Pwd Cl.CMOS Cl.=4(-)000 =\tSwitch: S8C1\n\t\tSwitch 1 = CMOS/NVRAM Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 2 = Password Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 3 = Flash Program Enable\n\t\t\tOff = Normal\n\t\t\tOn = Program Enable\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n(XZXXwvXtXX PP/P<P`PPB PFhXX}XUXUXUXUXUU#XXXX@X X`X+X8XLX@@XTX hXuXX}XXX PX\PP XX PXX PUPBXXcP,jXPPPXjX#P:XEPPqP/XXPHXP~PPXPPV&XaXP/PWXFPZPXvXqPP&XXP,NXPU PPXNX^ P :Xu P P PXX P HvX6 P Pd PX P V X P P% P;X X P PXX P P,X2X P P(X P PcXm XP+P:X XPPX-PFP2 X< X\PsPH X XCP_P XuPP XPPVd X XPP XPP XPPd X3 XP.P, X XPP XPP XP:[ X XPP:P XP<PP XX X\P XXzPP@ X XP|PPq X{ X X X X X X XPPP;XEXqXXXXXXX"PDP-XVPXP^X-XPPXPPvPXBXP>PĆUXXWPvPXXXXX XXXXPPPXZXXXXXXXXPPX$XPXbXXXXX}XEPePXXX,XUXiX]XqXGXPPXXXXX3X'X;XP PxXXXXXXXXX<PgPɆjX4XPPXXXX X XX(XXPPeXoXXXX-XXXPP/X9XeXwXXKXXXIPvPΆ!X\XPPRXXPPXPPXX XPX}XP0P;PӆAXXPPrX|XXXXXPXXPXPXPPPBX P. 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FNJLV^QPuFNhjV^QP~QPoF~u>Bt nPv ډFV~u    N  3 #&6&6Pvv並 P6N6L1pF=0t,.  + #&6&6PnPvQP P6N6L1pF=tF=t3FFFF V؎&F~|݃F=t=@t = t3g> t P PN4vF~u[FV  + PvvoF#&6&6PXPvQP P6N6L1p~@uu~t> uh> ua#&6&6 v u#&6&6 y#&6&6PvQPPvQP 1p ~t NF~}L~@tE  + #&6&6PXPvQP P6N6L1pF~}v [F_]ːU"WV~uF ^F8F FꁂF$~tF ^F@FuFꁂFF恂FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&tuMFVȸn x&E*ƃ ӎ‹ء  &*+ ҹ  ؎&ȡ   ہӋ؎&FVȸn x&E*ƃ ӎ‹ء  &G&WPQP2RR&Rtq FVȸnN^ x؎&G*F V؎&w&^_]U WV~    6>6 >   ~@ B F H 6V >X \ ^ FFFF@@QPvoFPo~tJP`Kq[FNt5F$u^#&(NF$<u^#& ^#&F,FFFc~Vsi3P[P[P[P[^_]UWV^&Fc؎#&FFh;v Pv؎&&W  F      #&6&63P8 P P661p=tF t Ht5HucnRPvoF#&Fh;v Pv؎&&W. 0 cn؎#&F&*N&V&V&*V+RPRP6;v t;vFF#&&TV&&#&&&(#&(&*F&H&Jbd&<&>&Pv؋Ɂы&&U#&T&VF&t&vpr&h&jËɁы&&U#&&F&&~&&Ë Ɂы&&U#&&F&&&&ËɁы&&U#&&F&&&&ËɁы؎&&W#&&#&6&63P P& P661p=uJcn؎#F&F&F&F&F& cn؎#F&v[^_]U&WVcnFF􁂃~uF %~uF ~uF ~uF ^FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&t!t>!u>!t>!t #& #&F]U V ^&ÌɁы؎& ɁщFVFP[ t!o3F }^&?t&?;tF%F^&?u& ^&?%tF%F^&?u &ÌɁы؎& P[ th"Pv=o""h"j"Fh"v&^FsF&F~|^&?t&?;tF%F^&?u& FF9F~}N+FF^&?t&?%tF%F^&?u &ÌɁы؎& Nu3^]ːUFVFV‹ذ &Ɂы؎& .&PnKq toFFF.&~r^?%utF *+F=Fu}F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u&0ÌɁю‹؊FA&NuFFF~>&sHF *-F;FsF^FsF&?;uF~|F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u &ÌɁы؎& Nu3]ːUFP`&Po tl& RPRPRPRPe&-0+RP6;vf&*0RP6;v`&*0RP6;vb&*0RP6;vc&*0FVFF"h&^&8uz^WɁю‹ؠi&&8u[^WɁю‹ؠj&&8u<^WɁю‹ؠk&&8u^WɁю‹&?tFF~"shF~u~u~u ~uFRPvv;v uFFF0F#^&?u&u &G& Gt2~u,FV&9Wwr&9w&9Wr w&9GvFF밋F]ːUVFVFVF‹ر &֋؎&~uRFPoF tP[ t1F2PPlP7Kq u~|FP[ tNn~ P3PvvFVF PPvvFVFFF FVFV~~ ;PPRvRFV~@}~~"Pvvv n@NuNt{n@~~OF^]ːU^&?tJ~ ~D&?t&?;tF%F^&?u&?;uF FsF&N ^&?uFV]U^&?Mt<ÌɁю‹&?Et FVɁю‹&?MtFVɁю‹&?OtFVɁю‹&?RtFVɁю‹&?YtFVɁю‹&?=t^ &ȋFVہӎ‹&8uhFVɁы؎&ȋF Vہӎ‹&8u4FV Ɂы؎&ȋF Vہӎ‹&8t*FV Ɂю‹&?tF%FF 0ȋFVہӋ؎&0uFVɁы؎& F 0ʋFVہӋ؎&FV Ɂы]ːU VFVFVF‹ر &֋؎&~uRFPoF tP![ t1F2PPlP7Kq u~|FP[ tNF=~FNF~uFu "PFHP"PvvvA FVF~|ċF^]ːUTVdž"+vvPnPvQPH#PPvQP1p= uPn&Po2FFdž~tPFP2P14vF usss sev^3PQQRnu6ƂP"PXEpn&P"PN4v udžFuRt/vv PnPvQP"PPvQP1p= u4vFpPv Copyright 1994 Intel Corp. 1.20 Release)5)bLLuP3&&PpCLpCL緰frPvPv PvrPvPv nPvPv PvCopyright 1994 Intel Corp. Copyright 1994 Intel Corp. PvrPvPv PvPv Pv*Pv Pv hPv VPv PvPvrPvPv PvzPvPv PvPvPv`PvP PvIPvRPvPvPvPv PvPvPv`PvP  hPvzPvVPvPvhPvzPv*PvEXTMEM00EXTMEM02 31 MB Extended Memory / 1024 KB Cache (WB) MEMORYSHADOWCopyright 1994 Intel Corp. CMOS=Pv+PvCopyright 1994 Intel Corp. TPvrPvPv jPv>PvPv PvPvTPvp &jPvPvPvPvPvPv PvPvPvyPvrPvPv PvPvPv Pv2PvPv`HPvPvP 2Pvp &tPvIPvRPvPv^PvPv PvPvtPv`PvPvP Pvp &  Pv PvPv. Pv Pv PvPv -0123456789.,  O s}Copyright 1994 Intel Corp. PvrPvPv  PvPv Pv! PvDisabled Pv 10 Minutes PvLOTCopyright 1994 Intel Corp. J PvrPvPv 4 PvPv Pv ` PvDefault PvLDDCopyright 1994 Intel Corp. PvrPvPv  Pv PvPv Pv PvPv@"Pv" PvrPvPv 8 Pv PvPv Pv" PvPv0Pv z PvPPv PvPvN PvdPv PvPvPvN Pv PvrPvPv  PvPv Pv Pv    Pv Pv 1234567890 QWERTYUIOP ASDFGHJKL ZXCVBNMN PvDisabled PvEnabled PvAPWUPWDisabled PvCtrl-Alt- PvHPWCopyright 1994 Intel Corp.  PvrPvPv  PvPv Pv vyN PvrPvPv 8 PvPv Pv  d PvNo Drive Detected PvDisable PvCustom PvUnknown Drive PvIDE0IDE1IDE2IDE3Copyright 1994 Intel Corp. No InformationNot Present DONEIPvChoose DONE to accept data.RPvDone=ENTERrPvPress ENTER to accept data.PvCancel=ESCPvPress ESC to abort.PvDisable=Ctrl-DPvPress Ctrl-D to disable.PvRestore Baseboard Settings=Ctrl-RPvPress Ctrl-R to restore baseboard settings."PvHot Key MenuRPv Press 'TAB' to Move CursordPv Disable EnablePvEnter New Hot Key: Warning! Don't press CNTL ALT.PvSelect either Disable or Enable of Hotkey. Enabling the hot key will allow user to secure the machine immediately by pressing simultaneously.Enter the new hot key. Since only the scan code for this key is stored in CMOS, the valid keys are alphanumeric only, . To secure the machine, press simultaneously.PvsPvPassword Menu>PvEnter Password PPvVerify Password dPv Change PasswordzPv New PasswordPv Enter Admin Password PvPress Enter to Disable Password Pv Admin Password Changed0Pv User Password ChangedNPvAborting Configuration Process lPvPassword Invalid. Try Again? PvVerify Error. No changes made.PvEnter the new desired password and then verify by entering it again. If both are not entered identically, the password will not be changed.PvEnter the Administrator Password only. Changes to the configuration are only allowed if the Administrator Password is entered. Only three chances are allowed for entering the correct password. Keys will not be echoed.jPvCylindersJPvHeads XPvPrecomp fPvLand ZonetPvSectors PvSize - MBPvIDE Configuration MenuPv Auto Customize DisablePvyPrimary MasterPrimary SlaveSecondary MasterSecondary SlavePvPvPv PvCylinders : This is a physical paramter provided by the drive manufacturer.Heads : This is a physical paramter provided by the drive manufacturer.Precomp : This is a physical paramter provided by the drive manufacturer.Land Zone : This is a physical paramter provided by the drive manufacturer.Sectors : This is a physical paramter provided by the drive manufacturer.Size : The size of the drive (in MB) will be caluclated based on the physical parameters provided and displayed for verification.*PvwPvPv PvXPvPvLock Out Timer Menu>Pv Value in Mintues : ( 0 = Disable, 127 = Maximum ) VPvEnter a value between 0 and 127. This will be the time in minutes for setting the Lock-Out Timer. This value is also stored in CMOS. A value of '0' will disable the Lock-Out Timer.PvLCD Display String MenuNPvString to Display:jPvEnter a string up to 32 characters long. This will be the string displayed on the LCD before booting the OS.PvCTRL-E = Enable AllPvCTRL-D = Disable All PvCTRL-T = Toggle Celsius and Kelvin&PvCTRL-L = Load DefaultsNPvSPACE = Toggle SelectionjPv'Tab' Moves Cursor Between ValuesPvVoltage/Temperature Limits MenuPv Upper Limits Lower Limits PvFatal Warning Fatal WarningPvA/D Channel Switches&Pv<y Enable +12 V Enable +5 V Enable 3.3(2) V Enable -12 V Enable Temp(2) K Enable Temp(1) K Enable VCC(1) Enable Switch VDPv-12V+3.3V(1)+5V+12VSwitch VVCC(1)Temp(1)Temp(2)PvPvPvPvPvPvPvPv-12 V+3.3(2) V+5 V+12 VSwitch VVCC(1) Temp(1) KTemp(2) KPv(Pv2Pv<PvFPvPPvZPvdPvEnter a value in the range: -23.20 V to -9.10 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0.00 V to 7.88 V. Enter a value in the range: 0.00 V to 14.10 V. Enter a value in the range: 0.00 V to 2.50 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.PvPvPv!PvRPvPvPv[PvExtended Memory Options Menu$Pv Write-Back Disable Write-ThroughFPv Disable EnablenPv Cache Mode 1MB ISA Hole ControlPvShadowing ISA ROMs OptionsPv Enable @ C0000 Enable @ C4000 Enable @ C8000 Enable @ CC000 Enable @ D0000 Enable @ D4000 Enable @ D8000 Enable @ DC000 Enable @ E0000 Enable @ E4000PvnyyRyWarningPvVyRestore Baseboard Settings Current System BIOS Version: Restore Image Saved Using BIOS Version: Restoring the baseboard settings has been aborted. Either the user has cancelled the restoration or the proper records in NVRAM could not be found. The baseboard configuration settings have not been restored. You have entered an invalid password. Access to the baseboard configuration files has been denied Invalid Password WarningI!PvAn alpha-numeric value must be entered to enable the Hot Key feature. V!PvCopyright 1994 Intel Corp. 486 DX 486 SX 486 DX2486 SL 486 SX2 Pentium (R)P54C P54CT P54CM 486 DX4486WBDX2Pentium (R) Pro!Pv!Pv!Pv!Pv!Pv!Pv!Pv"Pv "Pv"Pv"Pv$"Pv"PvvEnglish (US) l"PvBG0 BH0 BI0 CD0 BG0LBG0ABG0B"Pv"Pv"Pv"Pv"Pv"Pv"Pv"Pv64M15M15MBIVBIVUnknown#Pv~ y#Pv"PvPv $#Pv#Pvn&Pv6#Pv#PvPv $#Pv"PvySAVED ISASAVED LCD STRINGSAVED VOLT LIMITSSAVED A/D CHANNELCopyright 1994 Intel Corp. xPvPvSzyPvvyPv9Osx}p@| |))I+~ B9 緰f U PvN PvPv1x p%100`ss~ 0.06.BG0 003%101.00.06.BG0  FLASH1.00.06.BG0 ` (3IDNOBG0 ++1.00.06.1.10VC2xsSzOUELOG ` (38 &Pvd'Pv'Pv2Jnnnnn^n nn n nnnn n n nnnnnn^n nn n nnnn n n nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnn n n nnnnnnnnn^n n n n n n n n n n nnnnnn^nnnnnnnnnn nnnnnn^n nn n nnnn nn nnnnnnnnnnnnnnnnnnnnnn^nnnnnnnnnnnIDE0JtDPv(IDE1JtFPv-IDE2JtHPv2IDE3JtJPv7APW8sTPvKUPW8sVPvL HPW sM!LOTisN"LDDs`-VLTfqd0ADCb fqe1MEMORYbpSHADOW\bpEXTMEM00. bpEXTMEM01. bpEXTMEM02. bp EXTMEM03. bpEXTMEM04. bpEXTMEM05. bpEXTMEM06. bpEXTMEM07. bpEXTMEM08. bp,y Xyy y,y yXy yy yy 4yy `yy y4yy`yyyyy<yyhyyy<yyhyyy$yy$Dyy$pyy$yDy$ypy$yy$ yy$Lyy.xy y.yLy.yxy.yy.(yy.Tyy.(y.,vy Xvyvy vy,vy vyXvy vyvy vy Auto : The BIOS can perform auto-initialization of all devices detected on both the IDE channels. NOTE: When set to 'Auto' the OVL will display the name of the drive if available or 'Default'. Customize : The user may define a custom set of physical paramters for the drive. Selection of user definable custom drive parameters will not override other drive parameters configured by the BIOS. Disable : This option should be used when the user does not have a drive connected in a particular location. Scanning for this drive will be disabled, shortening boot time.The Analog to Digital Switch will enable the monitoring of analog readings like voltages and temperatures. If these readings exceed the limits specified in the Voltage Management section, appropriate interrupts will be generated. The 'Load Defaults' selection provides default settings for all channels. Allows shadow control over each 16K region of ISA ROM space. When shadowing is enabled for a region, any ISA ROMs within that region are copied into and executed from system RAM--greatly increasing performance. Some ISA cards may not support shadowing, refer to your card's documentation to determine if your card supports shadowing.Disable: Will allow the system to use the memory between 15M and 16M. Enable: Forwards memory accesses between 15M and 16M to the EISA/ISA bus. This will allow ISA cards to use the addresses between 15M and 16M for ISA option ROMs or onboard RAM. Certain legacy ISA cards that require large address spaces not available in the normal ISA ROM area (C0000h - E8000h) may need this choice to be selected.Write-Back: Improves system speed and should be selected when optimal performance is desired. Write-Through: Will mirror-image memory in cache and DRAM. Disable: Prevents intermediate caching of code and data. System performance will be less than optimal. One or more temperature or voltage channels is set incorrectly. Channel levels must be set according to the following rules: 'Upper Fatal Level' > or = 'Upper Warning Level' 'Upper Warning Level' > or = 'Lower Warning Level' 'Lower Warning Level' > or = 'Lower Fatal Level' These channels are set incorrectly: You have chosen to restore the baseboard settings. The baseboard settings will be restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. -- Press 'Enter' to verify the restoration of the baseboard settings. -- Press 'ESC' to cancel the restoration. The baseboard settings you are about to restore were not stored by the same BIOS currently loaded on the system. Restoring from this saved image may result in incorrect baseboard settings. -- Press 'ENTER' to ignore this message and continue restoring. -- Press 'ESC' to abort this restore. The baseboard configuration settings have been restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. BOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112, 040h, 0B1h, 000h, 000h, 00Fh, 080h, 002h, 000h, 07Ch, 000h, 020h, 0FFh, 0F0h, 0FFh, 008h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 0FFh, 0FFh, 000h, 000h, 000h, 000h, 007h, 012h, 000h, 07Ch, 019h, 0D4h, 0F0h, 001h, 029h, 029h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 08Fh, 092h, 08Ch, 049h, 02Bh, 001h, 000h, 000h, 000h, 000h, 000h, 004h, 07Eh, 00Ah, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 042h, 000h, 000h, 000h, 039h, 000h, 000h, 000h, 003h, 029h FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32, 0F0h, 0BDh, 0B6h, 0FEh, 0FEh, 0BDh, 0A8h, 0A8h, 0E7h, 0B7h, 0B0h, 0F6h, 0FDh, 0B7h, 0A3h, 0A3h, 0A6h, 095h, 08Fh, 0B5h, 066h, 095h, 087h, 087h, 0AFh, 09Ch, 096h, 0BEh, 0ACh, 09Ch, 08Ch, 08Bh FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1, 0FBh GROUP="SYSTEMS GROUP" FUNCTION="System Identification and Version Information" TYPE="VER,ID" SUBFUNCTION="System Identification String" CHOICE="IDNOBG0 " HELP="Indicates the system identification string. (No information) means no system identification string was found." SUBTYPE="IDNO" SUBFUNCTION="Config and Overlay Version" CHOICE="Overlay version: 1.20 Release " HELP="Indicates the version of the baseboard overlay being used for system configuration." SUBTYPE="COV" SUBFUNCTION="BIOS Version String" CHOICE="BIOS: 1.00.06.BG0 " HELP="Indicates the version of the system BIOS. (No information) means no BIOS version string was found." SUBTYPE="BIV,1.00.06.BG0 " SUBFUNCTION="MP Spec Version:" HELP="Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot." CHOICE="MP Spec V1.1" SUBTYPE="MPS,CMOS=6B0F00" CHOICE="MP Spec V1.4" SUBTYPE="MPS,CMOS=6B0F10" FUNCTION="System Processor Modules" TYPE="CPU1" SUBFUNCTION="CPU 1 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="A" SUBFUNCTION="CPU 2 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="B" SUBFUNCTION="CPU 1 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="C" SUBFUNCTION="CPU 2 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="D" FUNCTION="System Processor Status" TYPE="CPUS" SUBFUNCTION="CPU 1 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="AP,CMOS=6FEF00" CHOICE="Failures Detected" SUBTYPE="AF,CMOS=6FEF10" SUBFUNCTION="CPU 2 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="BP,CMOS=6FDF00" CHOICE="Failures Detected" SUBTYPE="BF,CMOS=6FDF20" SUBFUNCTION="CPU 1 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="CP,CMOS=6FBF00" CHOICE="Failures Detected" SUBTYPE="CF,CMOS=6FBF40" SUBFUNCTION="CPU 2 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="DP,CMOS=6F7F00" CHOICE="Failures Detected" SUBTYPE="DF,CMOS=6F7F80" FUNCTION="System Performance" TYPE="PFM" SUBFUNCTION="Power-On Speed Option" HELP="The slow speed may be required in order for some older PC applications to operate correctly." CHOICE="CPU Speed=FAST" SUBTYPE="SPD,TBO,CMOS=11FE01" CHOICE="CPU Speed=SLOW" SUBTYPE="SPD,DET,CMOS=11FE00" SUBFUNCTION="Secondary IOAPIC Control Option" CHOICE="Enable Secondary IOAPIC" HELP="Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired." SUBTYPE="IOA,ENB,CMOS=6BF708" CHOICE="Disable Secondary IOAPIC" HELP="Disables the secondary IOAPIC. System performance is less than optimal." SUBTYPE="IOA,DIS,CMOS=6BF700" ENDGROUP GROUP="MEMORY SUBSYSTEM GROUP" FUNCTION="Base Memory Options" TYPE="MEM,SYSTEM" CHOICE="640KB Base Memory" HELP="Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected." SUBTYPE="6,CMOS=150080+160002+1EF708" FREE MEMORY=640k ADDRESS=0h CACHE=YES CHOICE="512KB Base Memory" SUBTYPE="5,CMOS=150000+160002+1EF700" HELP="Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity." FREE MEMORY=512k ADDRESS=0h CACHE=YES FUNCTION="Shadowing ISA ROMs Options" TYPE="OVL,SHADOW" CHOICE="Press 'Enter'to Modify the Shadowing Options" SUBTYPE="SHADOW" FUNCTION="Extended Memory Options (Cache, 1MB ISA Hole)" TYPE="OVL,MEMORY" CHOICE="Displayed During Configuration." SUBTYPE ="DEFAULT" FUNCTION="System Memory 1M - 16M" SHOW=NO TYPE="OVL,EXTMEM00,1-16" CHOICE="Write-Back with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=WRITEBACK CHOICE="Write-Back without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="No Cache with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=NO CHOICE="No Cache without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="Write-Through with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=YES CHOICE="Write-Through without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES FUNCTION="System Memory 16M - 592M" SHOW=NO TYPE="OVL,EXTMEM01,16-592" CHOICE="Write-Back" SUBTYPE ="WB" FREE MEMORY=16M ADDRESS=16M CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=80M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=144M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=208M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=272M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=336M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=400M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=464M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=528M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" FREE MEMORY=16M ADDRESS=16M CACHE=NO ;MEMORY=64M ;ADDRESS=80M ;CACHE=NO ;MEMORY=64M ;ADDRESS=144M ;CACHE=NO ;MEMORY=64M ;ADDRESS=208M ;CACHE=NO ;MEMORY=64M ;ADDRESS=272M ;CACHE=NO ;MEMORY=64M ;ADDRESS=336M ;CACHE=NO ;MEMORY=64M ;ADDRESS=400M ;CACHE=NO ;MEMORY=64M ;ADDRESS=464M ;CACHE=NO ;MEMORY=64M ;ADDRESS=528M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" FREE MEMORY=16M ADDRESS=16M CACHE=YES ;MEMORY=64M ;ADDRESS=80M ;CACHE=YES ;MEMORY=64M ;ADDRESS=144M ;CACHE=YES ;MEMORY=64M ;ADDRESS=208M ;CACHE=YES ;MEMORY=64M ;ADDRESS=272M ;CACHE=YES ;MEMORY=64M ;ADDRESS=336M ;CACHE=YES ;MEMORY=64M ;ADDRESS=400M ;CACHE=YES ;MEMORY=64M ;ADDRESS=464M ;CACHE=YES ;MEMORY=64M ;ADDRESS=528M ;CACHE=YES FUNCTION="System Memory 592M - 1168M" SHOW=NO TYPE="OVL,EXTMEM02,592-1168" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=656M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=720M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=784M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=848M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=912M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=976M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1040M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1104M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=NO ;MEMORY=64M ;ADDRESS=656M ;CACHE=NO ;MEMORY=64M ;ADDRESS=720M ;CACHE=NO ;MEMORY=64M ;ADDRESS=784M ;CACHE=NO ;MEMORY=64M ;ADDRESS=848M ;CACHE=NO ;MEMORY=64M ;ADDRESS=912M ;CACHE=NO ;MEMORY=64M ;ADDRESS=976M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1040M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1104M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=YES ;MEMORY=64M ;ADDRESS=656M ;CACHE=YES ;MEMORY=64M ;ADDRESS=720M ;CACHE=YES ;MEMORY=64M ;ADDRESS=784M ;CACHE=YES ;MEMORY=64M ;ADDRESS=848M ;CACHE=YES ;MEMORY=64M ;ADDRESS=912M ;CACHE=YES ;MEMORY=64M ;ADDRESS=976M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1040M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1104M ;CACHE=YES ENDGROUP GROUP="On-Board Disk Controllers" FUNCTION="On-Board Floppy Controller" TYPE="OFC" HELP="This option enables or disables the on-board floppy controller." CHOICE="Enable" SUBTYPE="ENB,CMOS=60FB04" FREE IRQ=6 PORT=03f0h-03f5h PORT=03f7h DMA=2 TIMING=TYPEA CHOICE="Disable" SUBTYPE="DIS,CMOS=60FB00" FUNCTION="On-board IDE Controller" TYPE="OBI" HELP="If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices." CHOICE="Enable" SUBTYPE="PCT,CMOS=60FD02" FREE IRQ=14 PORT=01F0h-01F7h PORT=03F6h CHOICE="Disable" SUBTYPE="DIS,CMOS=60FD00" ENDGROUP GROUP="On-Board Communication Devices" FUNCTION="Serial Port 1 Configuration" TYPE="COM1" HELP="This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=618F10+627F80" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=618F20+627F00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=618F30+627F80" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=618F40+627F00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 1 Disable" SUBTYPE="DS1,CMOS=618F00" FUNCTION="Serial Port 2 Configuration" TYPE="COM2" HELP="This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=61F802+62BF00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=61F801+62BF40" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=61F803+62BF40" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=61F804+62BF00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 2 Disable" SUBTYPE="DS2,CMOS=61F800" FUNCTION="Parallel Port Configuration" TYPE="PAR" HELP="This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="LPT1:378h - IRQ 7" SUBTYPE="378,CMOS=603F80+60F708" FREE IRQ=7 PORT=0378h-037Fh CHOICE="LPT2:278h - IRQ 5" SUBTYPE="278,CMOS=603FC0+60F700" FREE IRQ=5 PORT=0278h-027Fh CHOICE="LPT3:3BCh - IRQ 7" SUBTYPE="3BC,CMOS=603F40+60F708" FREE IRQ=7 PORT=03BCh-03BFh CHOICE="Parallel Port Disable" SUBTYPE="378,CMOS=603F00" FUNCTION="Parallel Port Mode" TYPE="PPM" HELP="This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings." CHOICE="Parallel Port Mode ISA-Compatible" SUBTYPE="MDE,CMP,CMOS=60CF00" CHOICE="Parallel Port Mode PS/2" SUBTYPE="MDE,PS2,CMOS=60CF10" CHOICE="Parallel Port Mode Extended (Not valid with LPT3)" SUBTYPE="MDE,EPP,CMOS=60CF20" CHOICE="Parallel Port Mode ECP on LPT1" SUBTYPE="MDE,ECP,CMOS=60CF30+603F80" FREE PORT=0778h-077Ah CHOICE="Parallel Port Mode ECP on LPT2" SUBTYPE="MDE,ECP,CMOS=60CF30+603FC0" FREE PORT=0678h-067Ah CHOICE="Parallel Port Mode ECP on LPT3" SUBTYPE="MDE,ECP,CMOS=60CF30+603F40" FREE PORT=07BCh-07BEh FUNCTION="Parallel Port DMA (Valid only with ECP Mode)" TYPE="PPM" HELP="This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode." CHOICE="No DMA" SUBTYPE="PPDMA,CMOS=66FC00" CHOICE="DMA Channel 3" SUBTYPE="PPDMA,CMOS=66FC01" FREE DMA=3 CHOICE="DMA Channel 5" SUBTYPE="PPDMA,CMOS=66FC02" FREE DMA=5 CHOICE="DMA Channel 6" SUBTYPE="PPDMA,CMOS=66FC03" FREE DMA=6 ENDGROUP GROUP="FLOPPY DRIVE SUBSYSTEMS GROUP" FUNCTION="Floppy Drive A Options" TYPE="FPY,A" HELP="Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections." CHOICE="3.5 inch 1.44/1.25 MB drive" SUBTYPE="FPY,CMOS=100F40" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=100F10" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=100F20" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=100F30" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=100F60" CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=100F00" FUNCTION="Floppy Drive B Options" TYPE="FPY,B" HELP="Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections." CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=10F000" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=10F002" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=10F001" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=10F006" CHOICE="3.5 inch 1.44 MB drive" SUBTYPE="FPY,CMOS=10F004" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=10F003" ENDGROUP GROUP="IDE SUBSYSTEM GROUP" FUNCTION="ISA IDE DMA Transfers" TYPE="IDE,DMA" HELP="When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives." CHOICE="Auto Configured" SUBTYPE="DCA,CMOS=1CF00F" FREE DMA=7 CHOICE="Disable " SUBTYPE="DCD,CMOS=1CF000" FUNCTION="IDE Configuration -- Primary Master" TYPE="OVL,IDE0" CHOICE="Displayed During Configuration" SUBTYPE="ATC" FUNCTION="IDE Drive Options -- Primary Master" TYPE="IDE,SWT,C" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MCA,CMOS=1B3FC0" CHOICE="4 Sector/Block " SUBTYPE="MC8,CMOS=1B3F40" CHOICE="8 Sector/Block " SUBTYPE="MCH,CMOS=1B3F80" CHOICE="Disable " SUBTYPE="DSC,CMOS=1B3F00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TCS,CMOS=1D3F00" CHOICE="Logical Block Addressing" SUBTYPE="TCL,CMOS=1D3F40" CHOICE="Extended CHS" SUBTYPE="TCE,CMOS=1D3F80" CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE Configuration -- Primary Slave" TYPE="OVL,IDE1" CHOICE="Displayed During Configuration" SUBTYPE="ATD" FUNCTION="IDE Drive Options -- Primary Slave" TYPE="IDE,SWT,D" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MDA,CMOS=1BCF30" CHOICE="4 Sector/Block " SUBTYPE="MD8,CMOS=1BCF10" CHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." CHOICE="English (US) " SUBTYPE="LAG,CMOS=20E000" CHOICE="Espaol (SP) " SUBTYPE="LAG,CMOS=20E001" CHOICE="Italiano (IT) " SUBTYPE="LAG,CMOS=20E002" CHOICE="Franais (FR) " SUBTYPE="LAG,CMOS=20E003" CHOICE="Deutsch (GR) " SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" FREE IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." CHOICE="Present" SUBTYPE="PR1" FREE PORT=0D000H-0D053H PORT=0D080H-0D0A5H PORT=0DC80H-0DC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT= 000H- 053H ; PORT= 080H- 0A5H ; PORT= C80H- C83H CHOICE="Not Present" SUBTYPE="NP2" ENDGROUP @>LCMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000CMOS=400000+410000+420000+430000+440000+450000+460000+470000CMOS=1F0000 CMOS=6D000A緰fPvPvCMOS=193F00CMOS=19CF00CMOS=19F300CMOS=19FC00CMOS=29FC03+2800FFCMOS=117F80+6C7F00+6CEF10 U` (3` (3` (3` (3k/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI000F;=PCI Undefined Device9=8086=OTHR=kI== =Undefined =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L===Enabled: Manual Configuration6==-T=m=o7=AN== ==L===Free Resources -- Re-assign at next boot. =ESCD_PCI_FUNC StructureM!==!"=Freeform#=o#$=ACFGx)P[P PP7PCPPdPdPP[PuPPPPP.P BP VP6PJP*P PPPPPPP %PPPP[PPPPPPPl P|PPSP) PP7PCPk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI010E;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = = - T =m==7=AN== ==L==6==-T=m=o7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$= - T$=m%==%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGpxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHP kPPP PPPPgPPPPPPtPP0P:PVPfP6PPxPP$P PPP P P,P 1PP%PBPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>Pk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI000D;=PCI Ethernet Device9=8086=NETR=kI== =Ethernet =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6==-T=m=o7=AN== ==L==E= T= = L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3= T3= 3= L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGh)PQP PP6PBPyPZPcPPPsPPPPPPQPP$P 8P LP,P@PcPPP PPPPoPPPPPPlPP(P2PNP^P.PPpPP$P PPPPP,P )P PP:PP3IPZP P5gP,PBPPPsP PPP:P PPPP) PP6PBP"!""#B"%b"'")"+"-"/#1"#3B#5b#7#9#;#=#?$A"$CB$Eb$G$I$K$M$O%Q"%SB%Ub%W%Y%[%]%_&a"&cB&eb&g&i&k&m&o'q"'sB'ub'w'y'{'}'("(B(b((((()")B)b)))))*"*B*b*** =PCI010D;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6== - T=m==7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,= - T,=m-==-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGhxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHPkPPP PPP PgPPPPPPtPP0P:PVPfP6PPxPP$P PPPP P,P 1PP%P BPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>PdLDŽLɤLLLM$MDMdMׄM٤MMMN$NDNdNNNNNO$ODOdOOOOOP%PEPePP P P PQ%QEQeQQQQQR!%R#ER%eR'R)R+R-R/S1%S3ES5eS7S9S;S=S?TA%TCETEeTGITKTMTOUQ%USEUUeAMI SCU 1``w %1 70VER,ID;IDNO;COV;BIV,1.00.06.BG0 ;MPS,CMOS=6B0F00 CPU1;A;B;C;DG@CPUS;AP,CMOS=6FEF00;BP,CMOS=6FDF00;CP,CMOS=6FBF00;DP,CMOS=6F7F000+PFM;SPD,TBO,CMOS=11FE01;IOA,DIS,CMOS=6BF7003&MEM,SYSTEM;6,CMOS=150080+160002+1EF708 !OVL,SHADOW;CMOS=29FC03+2800FF($OVL,MEMORY;CMOS=117F80+6C7F00+6CEF10!OVL,EXTMEM00,1-16;WB <#OVL,EXTMEM01,16-592;WB @OVL,EXTMEM02,592-1168;WB%OFC;ENB,CMOS=60FB04"OBI;PCT,CMOS=60FD02&COM1;3F8,CMOS=618F10+627F80&COM2;2F8,CMOS=61F802+62BF00%PAR;378,CMOS=603F80+60F708xPPM;MDE,CMP,CMOS=60CF00PPM;PPDMA,CMOS=66FC00FPY,A;FPY,CMOS=100F40FPY,B;FPY,CMOS=10F000IDE,DMA;DCD,CMOS=1CF000OVL,IDE0;CMOS=193F00?9IDE,SWT,C;MCA,CMOS=1B3FC0;TCA,CMOS=1D3FC0;ECA,CMOS=1C7F80OVL,IDE1;CMOS=19CF00?9IDE,SWT,D;MDA,CMOS=1BCF30;TDA,CMOS=1DCF30;EDA,CMOS=1CBF40OVL,IDE2;CMOS=19F300?9IDE,SWT,E;MEA,CMOS=1BF30C;TEA,CMOS=1DF30C;EEA,CMOS=1CDF20OVL,IDE3;CMOS=19FC00?9IDE,SWT,F;MFA,CMOS=1BFC03;TFA,CMOS=1DFC03;EFA,CMOS=1CEF10LAG;LAG,CMOS=20E000LCNUM,TYS,MSE;LCK,DIS,CMOS=11F700;TYA,CMOS=136300;MSA,ENB,CMOS=11DF20 PICRCTL;DSR,CMOS=62CF00;115B,CMOS=62F30C;NXOFF,CMOS=649F20;ANSI,CMOS=62FC00HDOVL,APW;CMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000HDOVL,UPW;CMOS=400000+410000+420000+430000+440000+450000+460000+470000OVL,HPW;CMOS=1F0000OVL,LOT;CMOS=6D000ASBM;SBD,CMOS=11BF00EVB;VBD,CMOS=637F00FWP;ENB,CMOS=63BF40HABOOT;BF,CMOS=65F801;BHD,CMOS=1A8F20;BD,CMOS=1AF800;BD,CMOS=1EF800PLCK;PD,CMOS=68FE00DSM;EP,CMOS=11EF10RUI;EE,CMOS=63FE01SCSIA;SAE,CMOS=63FD00SCSIB;SBE,CMOS=63FB00LDS;ENB,CMOS=63F708 OVL,LDD;DSP LCDP RSPP  OVL,VLT;SEL OVL,ADC;ENASPK;SPC,ENB,CMOS=6CFB04UFA;SUF,DIS,CMOS=33DF00NGMGR;SMD,CMOS=63DF00;SMP,CMOS=63EF00;EVD,CMOS=6CFE00;SED,DIS,CMOS=6BFD00% ECC;PR1;NP2П Г@ПЅ'EISAIDP ,=xz-z?=Parallel Port Mode ECP on LPT2X@=MDE,ECP,CMOS=60CF30+603FC0AEB=xz-zC=Parallel Port Mode ECP on LPT3XD=MDE,ECP,CMOS=60CF30+603F40EEF=-G=Parallel Port DMA (Valid only with ECP Mode)aH=PPMI=This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode.L=No DMAXM=PPDMA,CMOS=66FC00N=DMA Channel 3XO=PPDMA,CMOS=66FC01PQ=R=DMA Channel 5XS=PPDMA,CMOS=66FC02TU=V=DMA Channel 6XW=PPDMA,CMOS=66FC03XY=Z[=FLOPPY DRIVE SUBSYSTEMS GROUP\=Floppy Drive A Optionsa]=FPY,A^=Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections.a=3.5 inch 1.44/1.25 MB driveXb=FPY,CMOS=100F40c=5.25 inch 360 KB driveXd=FPY,CMOS=100F10e=5.25 inch 1.2 MB driveXf=FPY,CMOS=100F20g=3.5 inch 720 KB driveXh=FPY,CMOS=100F30i=3.5 inch 2.88 MB driveXj=FPY,CMOS=100F60k=Disable or Not InstalledXl=FPY,CMOS=100F00m=Floppy Drive B Optionsan=FPY,Bo=Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections.r=Disable or Not InstalledXs=FPY,CMOS=10F000t=5.25 inch 1.2 MB driveXu=FPY,CMOS=10F002v=5.25 inch 360 KB driveXw=FPY,CMOS=10F001x=3.5 inch 2.88 MB driveXy=FPY,CMOS=10F006z=3.5 inch 1.44 MB driveX{=FPY,CMOS=10F004|=3.5 inch 720 KB driveX}=FPY,CMOS=10F003~=IDE SUBSYSTEM GROUP=ISA IDE DMA Transfersa=IDE,DMA=When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives.=Auto ConfiguredX=DCA,CMOS=1CF00F==Disable X=DCD,CMOS=1CF000=IDE Configuration -- Primary Mastera=OVL,IDE0=Displayed During ConfigurationX=ATC=IDE Drive Options -- Primary Mastera=IDE,SWT,CW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MCA,CMOS=1B3FC0=4 Sector/Block X=MC8,CMOS=1B3F40=8 Sector/Block X=MCH,CMOS=1B3F80=Disable X=DSC,CMOS=1B3F00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TCS,CMOS=1D3F00=Logical Block AddressingX=TCL,CMOS=1D3F40=Extended CHSX=TCE,CMOS=1D3F80=Auto ConfiguredX=TCA,CMOS=1D3FC0W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=ECA,CMOS=1C7F80=Disable X=ECD,CMOS=1C7F00=IDE Configuration -- Primary Slavea=OVL,IDE1=Displayed During ConfigurationX=ATD=IDE Drive Options -- Primary Slavea=IDE,SWT,DW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MDA,CMOS=1BCF30=4 Sector/Block X=MD8,CMOS=1BCF10=8 Sector/Block X=MDH,CMOS=1BCF20=Disable X=DSD,CMOS=1BCF00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TDS,CMOS=1DCF00=Logical Block AddressingX=TDL,CMOS=1DCF10=Extended CHSX=TDE,CMOS=1DCF20=Auto ConfiguredX=TDA,CMOS=1DCF30W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EDA,CMOS=1CBF40=Disable X=EDD,CMOS=1CBF00=IDE Configuration -- Secondary Mastera=OVL,IDE2=Displayed During ConfigurationX=ATE=IDE Drive Options -- Secondary Mastera=IDE,SWT,EW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MEA,CMOS=1BF30C=4 Sector/Block X=ME8,CMOS=1BF304=8 Sector/Block X=MEH,CMOS=1BF308=Disable X=DSE,CMOS=1BF300W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TES,CMOS=1DF300=Logical Block AddressingX=TEL,CMOS=1DF304=Extended CHSX=TEE,CMOS=1DF308=Auto ConfiguredX=TEA,CMOS=1DF30CW=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EEA,CMOS=1CDF20=Disable X=EED,CMOS=1CDF00=IDE Configuration -- Secondary Slavea =OVL,IDE3 =Displayed During ConfigurationX =ATF =IDE Drive Options -- Secondary Slavea =IDE,SWT,FW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MFA,CMOS=1BFC03=4 Sector/Block X=MF8,CMOS=1BFC01=8 Sector/Block X=MFH,CMOS=1BFC02=Disable X=DSF,CMOS=1BFC00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk."=Standard CHSX#=TFS,CMOS=1DFC00$=Logical Block AddressingX%=TFL,CMOS=1DFC01&=Extended CHSX'=TFE,CMOS=1DFC02(=Auto ConfiguredX)=TFA,CMOS=1DFC03W*=Fast Programmed I/O Modes+=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair..=Auto ConfiguredX/=EFA,CMOS=1CEF100=Disable X1=EFD,CMOS=1CEF0023=LANGUAGE SUPPORT GROUP4=Language Support Optionsa5=LAGW6=Current Language7=This option sets the system language effective after the next system reboot.9=English (US) X:=LAG,CMOS=20E000;=Espaol (SP) X<=LAG,CMOS=20E001==Italiano (IT) X>=LAG,CMOS=20E002?=Franais (FR) X@=LAG,CMOS=20E003A=Deutsch (GR) XB=LAG,CMOS=20E004CD=KB and MOUSE SUBSYSTEM GROUPE=Keyboard and Mouse OptionsaF=NUM,TYS,MSEWG=NumLock OptionsH=This option sets the initial state of the NumLock keyboard feature when the system boots.J=OFF at BootXK=LCK,DIS,CMOS=11F700L=ON at BootXM=LCK,ON,CMOS=11F708WN=Typematic SpeedO=The typematic speed controls the speed at which a keystroke is repeated while the key is held down.Q=AutoXR=TYA,CMOS=136300S=Fast (7 char/sec)XT=TYF,CMOS=13639CU=Medium (4 char/sec)XV=TYM,CMOS=136390W=Slow (1 char/sec)XX=TYL,CMOS=136384WY=Mouse Control OptionZ=The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected.\=Mouse Auto detectedX]=MSA,ENB,CMOS=11DF20^(_= `a=Console Redirectionb=Console Redirection Controlac=CRCTLWd=COM Port for Redirectione=System console input and output may be redirected to one of the COM ports at a discrete memory location.g=DisableXh=DSR,CMOS=62CF00i=Enable Redirection On COM1 @ E4000Xj=ER1,CMOS=62CF10k6l=@m=@mn=on7o=Aop=opq=Enable Redirection On COM2 @ E4000Xr=ER2,CMOS=62CF20s6t=@u=@mv=ov7w=Awx=oxWy=Serial Port Baud Ratez=The proper baud rate for the COM port must be specified for console redirection.|=2400 BaudX}=24B,CMOS=62F300~=9600 BaudX=96B,CMOS=62F304=19.2K BaudX=19B,CMOS=62F308=115.2K BaudX=115B,CMOS=62F30CW=Hardware Flow Control=The proper flow control must be specified for console redirection.=NoneX=DSFC,CMOS=649F00=CTS/RTSX=NXOFF,CMOS=649F20=CTS/RTS & Xoff/XonX=XOFF,CMOS=649F40W=Select Terminal Type=The only terminal type available for console redirection is ANSI.=ANSIX=ANSI,CMOS=62FC00=SECURITY SUBSYSTEMS GROUP=Administrative Password Optiona=OVL,APW=Displayed During ConfigurationX=SET=User Password Optiona=OVL,UPW=Displayed During ConfigurationX=USET=Hot Key Optiona=OVL,HPW=Press 'Enter' to Change the Hot KeyX=HOT=Lockout Timer a=OVL,LOT=If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer.=Press 'Enter' to Change the Lock Out TimerX=LTT=Secure Boot Modea=SBM=When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered.=DisableX=SBD,CMOS=11BF00=EnableX=SBE,CMOS=11BF40=Video Blanking a=EVB=When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password.=DisableX=VBD,CMOS=637F00=EnableX=VBE,CMOS=637F80=Floppy Writes=The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled.a=FWP=EnableX=DIS,CMOS=63BF00=DisableX=ENB,CMOS=63BF40=BOOT SUBSYSTEM GROUP=Boot Optionsa=BOOTW=First Boot Device=Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type.=Boot DisabledX=BD,CMOS=65F800=Boot FloppyX=BF,CMOS=65F801=Boot Hard DiskX=BHD,CMOS=65F802=Boot IDE CD-ROM Floppy ImageX=BCD,CMOS=65F804+66FB00=Boot IDE CD-ROM Hard Drive ImageX=BCD,CMOS=65F804+66FB04=Boot NetworkX=BN,CMOS=65F805W=Second Boot Device=Selects the device that the system checks second to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1A8F00=Boot FloppyX=BF,CMOS=1A8F10=Boot Hard DiskX=BHD,CMOS=1A8F20=Boot NetworkX=BN,CMOS=1A8F50W=Third Boot Device=Selects the device that the system checks third to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1AF800=Boot FloppyX=BF,CMOS=1AF801=Boot Hard DiskX=BHD,CMOS=1AF802=Boot NetworkX=BN,CMOS=1AF805W=Fourth Boot Device=Selects the device that the system checks fourth to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1EF800=Boot FloppyX=BF,CMOS=1EF801=Boot Hard DiskX=BHD,CMOS=1EF802=Boot NetworkX=BN,CMOS=1EF805=PCI Resource Lockinga=PLCK=This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots.=EnableX=PE,CMOS=68FE01=DisableX=PD,CMOS=68FE00=Display ' for Setup' Message during POSTa=DSM=This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available.=EnableX=EP,CMOS=11EF10=DisableX=DP,CMOS=11EF00=Require User Interaction on POST Errorsa =RUI =This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs. =EnableX=EE,CMOS=63FE01=DisableX=DE,CMOS=63FE00=SCSI ROM BIOS OPTIONS GROUP=SCSI-A ROM BIOS Scana=SCSIA=This option enable or disables scanning of SCSI channel-A for SCSI devices.=EnableX=SAE,CMOS=63FD00=DisableX=SAD,CMOS=63FD02=SCSI-B ROM BIOS Scana=SCSIB=This option enable or disables scanning of SCSI channel-B for SCSI devices.=EnableX =SBE,CMOS=63FB00!=DisableX"=SBD,CMOS=63FB04#$=LCD SUBSYSTEM GROUP%=LCD Display String Enable or Disable&=Enables or disables the LCD display.a'=LDS(=EnableX)=ENB,CMOS=63F708*=DisableX+=DIS,CMOS=63F700,=LCD Display String Before OS Boota-=OVL,LDD.=Displayed During ConfigurationX/=DSP0=Reserved LCD portsM1==1a2=LCDP3=LCD Ports4E5= - 6=Reserved System PortsM7==7a8=RSPP9=Reserved System Ports:E;= - <==MANAGEMENT SUBSYSTEM GROUP>=Temperature/Voltage Limit Controla?=OVL,VLT@=Press 'Enter' to modify the System LimitsXA=SELB=A/D Channel Enable SwitchaC=OVL,ADCD=Press 'Enter' to Enable/Disable the A/D ChannelsXE=ENAF=Speaker OptionsaG=SPKH=This option sets the initial state of the system speaker feature when the system boots.J=EnableXK=SPC,ENB,CMOS=6CFB04L=DisableXM=SPC,DIS,CMOS=6CFB00N=Scan User Flash AreaaO=UFAP=One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled.U=DisableXV=SUF,DIS,CMOS=33DF00W=EnableXX=SUF,ENB,CMOS=33DF20Y=System Management OptionsaZ=MGRW[=System Management Mode\=Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information.a=DisableXb=SMD,CMOS=63DF00c=EnableXd=SME,CMOS=63DF20We=SMM Time Stamp Sourcef=When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST.j=POST CaptureXk=SMP,CMOS=63EF00l=Real-Time ClockXm=SMR,ENB,CMOS=63EF10Wn=Event Loggingo=Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory.r=DisableXs=EVD,CMOS=6CFE00t=EnableXu=EVE,CMOS=6CFE01Wv=PCI System Error Detectionw=After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled.}=DisableX~=SED,DIS,CMOS=6BFD00=EnableX=SED,ENB,CMOS=6BFD02=MEMORY BOARDS SUBSYSTEM GROUP=ECC Memorya=ECCW=First Board=This information only field indicates if an ECC memory board is present.=PresentX=PR1E=S-SE=Х-E=܃-W=Second Board=This information only field indicates if a second ECC memory board is present.=Not PresentX=NP2=Reserved System Resources=Reserved EISA ID Portsa=EISAIDPM===EISA ID portsE= - E=-E=,,-,E=<<-<E=LL-LE=\\-\E=ll-l=Reserve ISA PIC portsa=ISAPPM===ISA PIC portsE= !-!E=-=Reserve EISA DMA portsa=EISADMAPM===EISA DMA ports=E=-E=-E=-E=-E= E=?-?E=-E=E=-E==Reserve Timer portsa=TIMERPM===Timer ports(=E=@C-C=Reserve Real Time Clock portsa=RTCPM===RTC ports(=E=pq-q=Reserve Speaker portsa=SPKPM===Speaker portsE=a=Reserve Math Co-processor portsa=MCPM===Math Co-processor ports(= E=-=Reserve Keyboard Controller portsa=KCPM===Keyboard Controller ports(=E=`E=d=Reserve VGA Resourcesa=VID,VGAM=o=These resources are required by the on-board VGA controller. If the on-board VGA controller is disabled on the baseboard the user should also change this selection to 'disable' to allow an off-board video controller to access the standard video resources.=Reserve VGA Memory (On-board video)6== 7=A6== 7=A6== 7=Am===oE =-E =E =-E =E =-E=-E==Disable On-board Video=Reserve SYSTEM Memorya=SYSMEM==W=MEM AT 0E8000H=Memory AT 0E80006==7=Am===oW=MEM AT 0FFF80000H =Memory AT 0FFF80000!6"=#=7$=A$m%==%&=o&(=Reserve P54C Memorya)=P54MM*==*+=P54C Memory,6-=.=7/=A/0=o02=Reserve IC2 portsa3=IC2PM4==45=IC2 ports6E7= - 9.;()=;<=TDV-==`=i>==>J?==?0@=4@()J4H1A=4A()0 B=\tJ4H1 = Secondary CPU Module\n\t\tPosition 0 = Enable--Allows TDV modules.\n\t\tPosition 1 = Disable--Allows X-series modules.\nF=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.L()=;M=Video Sleep-N=`NiO==OJP==P0Q=4Q()J6A1R=4R()1 S=\tJ6A1 = Video Sleep (starting addresses)\n\t\tPosition 0 = Register 46E8h\n\t\tPosition 1 = Register 03C3h\nW=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.]()=;^=Program Boot Block-_=`_i`==`Ja==a0b=4b()J7C1c=4c()0 d=\tJ7C1 = Program Boot Block\n\t\tPosition 0 = Disable--Prevents writing to BIOS Boot Block\n\t\tPosition 1 = Enable--Allows writing to BIOS Boot Block\nh=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.n()=;o=Boot Block-p=`piq=oqJr==r0s=4s()J7D2t=4t()0 u=\tJ7D2 = Boot Block\n\t\tPosition 0 = Disable--Normal BIOS boot.\n\t\tPosition 1 = Enable--Recovery BIOS boot.\ny=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 1-=`i=oJ==0=4()FD1=4()1 =\tFD1 = Floppy 1\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 0-=`i=oJ==0=4()FD0=4()1 =\tFD0 = Floppy 0\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Power Control-=`i==J==0=4()PWRCTRL=4()0 =\tPWRCTRL = Power Control\n\t\tPosition 0 = Disable--Disables RTC power control.\n\t\tPosition 1 = Enable--Enables power supply voltage control.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\nZ()=;=S8C1U=i==J==0=4(-)Flash En.Pwd Cl.CMOS Cl.=4(-)000 =\tSwitch: S8C1\n\t\tSwitch 1 = CMOS/NVRAM Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 2 = Password Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 3 = Flash Program Enable\n\t\t\tOff = Normal\n\t\t\tOn = Program Enable\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n(XZXXwvXtXX PP/P<P`PPB PFhXX}XUXUXUXUXUU#XXXX@X X`X+X8XLX@@XTX hXuXX}XXX PX\PP XX PXX PUPBXXcP,jXPPPXjX#P:XEPPqP/XXPHXP~PPXPPV&XaXP/PWXFPZPXvXqPP&XXP,NXPU PPXNX^ P :Xu P P PXX P HvX6 P Pd PX P V X P P% P;X X P PXX P P,X2X P P(X P PcXm XP+P:X XPPX-PFP2 X< X\PsPH X XCP_P XuPP XPPVd X XPP XPP XPPd X3 XP.P, X XPP XPP XP:[ X XPP:P XP<PP XX X\P XXzPP@ X XP|PPq X{ X X X X X X XPPP;XEXqXXXXXXX"PDP-XVPXP^X-XPPXPPvPXBXP>PĆUXXWPvPXXXXX XXXXPPPXZXXXXXXXXPPX$XPXbXXXXX}XEPePXXX,XUXiX]XqXGXPPXXXXX3X'X;XP PxXXXXXXXXX<PgPɆjX4XPPXXXX X XX(XXPPeXoXXXX-XXXPP/X9XeXwXXKXXXIPvPΆ!X\XPPRXXPPXPPXX XPX}XP0P;PӆAXXPPrX|XXXXXPXXPXPXPPPBX P. P9 P؆X[X P!PXX X%XX!P@X1X)!PLX:!PF!PU!PX(XXq!PXX!P!P!P݆XXw"P"P6X@XlXXxX"PX"P;X"P"PXXX XX #P,X#PX'#P@#PlXvXXXXb#PXm#PqX#P#PXX=XVXIX#PbX#P#P#PX!X$P '$P3$PXX$P$P6X@XlXXxX %PX+%P; X=%PV%PXX X X Xx%P , X%P  X%P%Pl Xv X X X X%P X%Pq!X%P&P!X!X=!XV!XI!X(&Pb!X3&PE&P[&P!XB$Xr&P!&P&P"X"XM'Pf'P6"X@"Xl"X"Xx"X'P "X'P";#X'P'P"X"X#X #X#X'P%,#X'P'#X'P(Pl#Xv#X#X#X#X8(P*#XC(P,U(Pr(P$X&X(P"(P(Pj$X$X)P)P$X$X*P-*P$X%XH*P*P%X%X*P*PL%XV%X%X%X*P?&X*P +P%X%X&X&XF+PCX+P~+PP&XZ&X&X&X+PG+P#+P+P&X5'X,P,P+'X'X,P,Pf'Xp'X'X'X,PQ7(X,P-P'X'X(X)(X -PU,-PA-Ph(Xr(X(X(X^-PYu,X(Xo-P$(X*X-P%-P-P')Xb)XX.P|.PX)X)X.P.P)X)X.P.P)X*X.P/P *XN*X5/PT/PD*Xk/P/P*X/P&/P/P*X+Xf0P0P+XX+X0P0PN+X+X0P0P+X+X 1P(1P+X ,X?1P^1P+Xu1P1P:,X>X~,X1P',X-X1P(1P1P,X4-X]2Pt2P,X,X-X&-X2P2P2Pe-X4.X2P)2P-X2P Pv#3P-X1X.3P*Y3P .X/Xj3P+3P, .X.XW4Pn4P.X+/X4P4P!/Xf/X4P4P\/X4P4P/X1X5P, 5P: /X50XA6PU6P+0Xp0Xl6P6Pf0X0X6P6P0X6P6P0X6P-7PH ?1Xz1X7P7Pp1X7P7P1Xz2X8P.28P2XB8P Pv?h8P?2X,6Xs8P/8P2X4X8P08P,2X63X9P9P,3Xq3X9P9Pg3X3X9P:P3X%:P5:P3X]5XL:P1d:P:@4X{4X;P;Pq4X4X;P;P4X4X;P;P4XP,$A7X|7X>P>Pr7X7X?P*?P7X7XA?PX?P7Xo?P?P#8X9X?P6?P:$8X8X@P@P8X8X@PAP8X79X1APEAP-9X\APsAPh9XAP7APH$9X:XABPXBP9XoBPBP7:X;XBP8BP,:XBP PvBP:XCP9/CP1_;XXL>XGPGPB>XGPGP}>X@X>XGP=>XHP>!HP9'?X,HP?DHP,9O?X?XHPHP?X?XHPHP?X@X IP,IP?X;@XCIPeIP1@X|IPIPl@XDX@XIP@@XIPAJP?AXAXJPB*JP,?>AXyAXJPJPoAXJPJPAX*CXJPCJP:? BXHBXgKPsKP>BXBXKPKPyBXBXKPKPBXKP LPBX LPDcP6PcPcxcPZXcP[X![XM[XY[XcP< bX[XcPd[XC\XcPedP[XdPGdP\X\XRdPfsdPk\XdPdP\X]XdPgdPdP\X:]XFePTeP0]XoeP~ePk]Xu^XePhePeP]X ^XfPfP]XgPgP:^X)gPiJgP^X_XUgPjsgP,^X1_XhPhP'_XhPhPb_Xl`XhPkhP:_X`XiPiP_XiPiP1`X;aXjPl,jPH`X`XjPjP`XjPjPaXkPm#kPVcaXaX0lP?lPaXZlPhlPaXdXbXlPn bXlPolPƇybXcXlPplP,ƇbX-mPcX/cX\mPJcXmmPmPqmP:ƇcXmPmPcX'dX nPr4dXeX-nPsKnP\dXenPdXdXdXdXdX~nPdXdXnPeXeXnP/eX eXnPJeX;eXnPeeXVeXnPqeXnPfXnPtoPeX+oP fXfX@fX[fXLfXDoPgfXUoPhXgoPuoPfXoPgX gX6gXPgX BgXoPkgX\gXoPgXwgXoPgXgXoPgXgXoPgXgX pPgXgXpP hXgX%pP(hXhX6pPChX4hX ApPOhX RpPiX^pPvypPhXpPhXhXiX7iX*iXpPCiXpPwjXpPwpPiXqPiXiXjX+jXjXqP7jX"qPRkX4qPxQqPjXhqPjXjXkXkXqPFlXqPyqPzkXqPkXkXkXkXkXqPlXqPUmX rPz3rPnlXIrPlXlXlXlXlXnrP mXlXyrPmXrP6pXrP{rPrP}mXoXsPmXmXmX oX GnXmXnX3nX'nX;nX nXYnXnXnXnXnX nXnXnXnXoX (oXoXvtP CoX4oXtP ^oXOoXtP yoXjoXtP oXoXtPoXoXtPoX tPtPoXrXtP|uPpXqX/uP}pXEuPpXpXqX0qXYqXmqXaqXuqXuP~qXuP rXrXArXSrX|rX#rXrXrXsX vP$vPrX;vP.sX8sXdsXvsXsX.sXsXsXvPvP tXvPQtX[tXtXtXvP9uXvPuXuX uX1wP;wPwPwPKuXixP=uX@uXHuXxPxP8yPxPuXyPyuX|uXuX4zP>zPzP zPuX{PuXuXuX{P{PT|P{PuX|PuXuXuXE}PO}P}P2}P;vXk~P-vX0vX8vX~P~P8P~PPivXlvXtvX2PzPzP0 zP{P{PT|P0{P|PO}P}P12}Pk~P~P8P1~PPBt#P~o[>Bt FP]ːU ~#&`&b#&v&x#&f&h#&|&~nɁю‹ء&G&W &G&WBP^&w&wN4v=أB^&G s t^&g FFSz#&>t.^FsF&?%u^&PS 5u^&?u^&w&w'PSzQP n t ^&O @P'R'T'V'Sz+^'\'b'`'''X'Z'Ps[Ps[siss tfqfqbpbp^&GP'&_ &OX^&O @&w&w PvQP6!PvQP 1pP'R'+V'T'^'\'b'`'Z'X'^&GP'&_ ]UF^&G"Fn x‹؋F&9Gt F~|Ճ~}"nx‹&w&w &_ ]UvvqPP`P#&*PPlPio PQRQoPPQPo P PQPo o]U VP,PFPvv ^+&G&^&G^&g^&O^&G"&G ^&G&&G$F ^&^NV&O(&W*N Nf uA~uFP`Kq[FPvFPoF*@F V‹F&ؙF V&,GFV& GFV؎&0F$J/B8u46HpB؀p~B8uJB8u^F&ZY[X]UPSRpFB^F &Z[X]UPSRfFf^ff^ ffff^ F&Z[X]UWQ~F3ɋF r3Y_]UWQSR~FV N Q r & GBY3YZ[Y_]UWQSR~FV N Q& r GBY3YZ[Y_]US 3[]USQRVN r=ĊPvFѹ Q3 u t&20&FY&X^ZY[]UR3Ҋvʀ Bt n~ nn$$vvv v +PPvvPPP^$ ~`+PP6$6$P6$P^ |>6$P^ |,$P6$P^ |6$P^ |$]UFF u^FsF &0^&'Ft^FsF &-^F~~#F ^0$FFF ݋FNF~|^$^FsF &Ny^&F]ːUF3FF^&? 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FNJLV^QPuFNhjV^QP~QPoF~u>Bt nPv ډFV~u    N  3 #&6&6Pvv並 P6N6L1pF=0t,.  + #&6&6PnPvQP P6N6L1pF=tF=t3FFFF V؎&F~|݃F=t=@t = t3g> t P PN4vF~u[FV  + PvvoF#&6&6PXPvQP P6N6L1p~@uu~t> uh> ua#&6&6 v u#&6&6 y#&6&6PvQPPvQP 1p ~t NF~}L~@tE  + #&6&6PXPvQP P6N6L1pF~}v [F_]ːU"WV~uF ^F8F FꁂF$~tF ^F@FuFꁂFF恂FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&tuMFVȸn x&E*ƃ ӎ‹ء  &*+ ҹ  ؎&ȡ   ہӋ؎&FVȸn x&E*ƃ ӎ‹ء  &G&WPQP2RR&Rtq FVȸnN^ x؎&G*F V؎&w&^_]U WV~    6>6 >   ~@ B F H 6V >X \ ^ FFFF@@QPvoFPo~tJP`Kq[FNt5F$u^#&(NF$<u^#& ^#&F,FFFc~Vsi3P[P[P[P[^_]UWV^&Fc؎#&FFh;v Pv؎&&W  F      #&6&63P8 P P661p=tF t Ht5HucnRPvoF#&Fh;v Pv؎&&W. 0 cn؎#&F&*N&V&V&*V+RPRP6;v t;vFF#&&TV&&#&&&(#&(&*F&H&Jbd&<&>&Pv؋Ɂы&&U#&T&VF&t&vpr&h&jËɁы&&U#&&F&&~&&Ë Ɂы&&U#&&F&&&&ËɁы&&U#&&F&&&&ËɁы؎&&W#&&#&6&63P P& P661p=uJcn؎#F&F&F&F&F& cn؎#F&v[^_]U&WVcnFF􁂃~uF %~uF ~uF ~uF ^FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&t!t>!u>!t>!t #& #&F]U V ^&ÌɁы؎& ɁщFVFP[ t!o3F }^&?t&?;tF%F^&?u& ^&?%tF%F^&?u &ÌɁы؎& P[ th"Pv=o""h"j"Fh"v&^FsF&F~|^&?t&?;tF%F^&?u& FF9F~}N+FF^&?t&?%tF%F^&?u &ÌɁы؎& Nu3^]ːUFVFV‹ذ &Ɂы؎& .&PnKq toFFF.&~r^?%utF *+F=Fu}F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u&0ÌɁю‹؊FA&NuFFF~>&sHF *-F;FsF^FsF&?;uF~|F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u &ÌɁы؎& Nu3]ːUFP`&Po tl& RPRPRPRPe&-0+RP6;vf&*0RP6;v`&*0RP6;vb&*0RP6;vc&*0FVFF"h&^&8uz^WɁю‹ؠi&&8u[^WɁю‹ؠj&&8u<^WɁю‹ؠk&&8u^WɁю‹&?tFF~"shF~u~u~u ~uFRPvv;v uFFF0F#^&?u&u &G& Gt2~u,FV&9Wwr&9w&9Wr w&9GvFF밋F]ːUVFVFVF‹ر &֋؎&~uRFPoF tP[ t1F2PPlP7Kq u~|FP[ tNn~ P3PvvFVF PPvvFVFFF FVFV~~ ;PPRvRFV~@}~~"Pvvv n@NuNt{n@~~OF^]ːU^&?tJ~ ~D&?t&?;tF%F^&?u&?;uF FsF&N ^&?uFV]U^&?Mt<ÌɁю‹&?Et FVɁю‹&?MtFVɁю‹&?OtFVɁю‹&?RtFVɁю‹&?YtFVɁю‹&?=t^ &ȋFVہӎ‹&8uhFVɁы؎&ȋF Vہӎ‹&8u4FV Ɂы؎&ȋF Vہӎ‹&8t*FV Ɂю‹&?tF%FF 0ȋFVہӋ؎&0uFVɁы؎& F 0ʋFVہӋ؎&FV Ɂы]ːU VFVFVF‹ر &֋؎&~uRFPoF tP![ t1F2PPlP7Kq u~|FP[ tNF=~FNF~uFu "PFHP"PvvvA FVF~|ċF^]ːUTVdž"+vvPnPvQPH#PPvQP1p= uPn&Po2FFdž~tPFP2P14vF usss sev^3PQQRnu6ƂP"PXEpn&P"PN4v udžFuRt/vv PnPvQP"PPvQP1p= u4vFpPv Copyright 1994 Intel Corp. 1.20 Release)5)bLLuP3&&PpCLpCL緰frPvPv PvrPvPv nPvPv PvCopyright 1994 Intel Corp. Copyright 1994 Intel Corp. PvrPvPv PvPv Pv*Pv Pv hPv VPv PvPvrPvPv PvzPvPv PvPvPv`PvP PvIPvRPvPvPvPv PvPvPv`PvP  hPvzPvVPvPvhPvzPv*PvEXTMEM00EXTMEM02 31 MB Extended Memory / 1024 KB Cache (WB) MEMORYSHADOWCopyright 1994 Intel Corp. CMOS=Pv+PvCopyright 1994 Intel Corp. TPvrPvPv jPv>PvPv PvPvTPvp &jPvPvPvPvPvPv PvPvPvyPvrPvPv PvPvPv Pv2PvPv`HPvPvP 2Pvp &tPvIPvRPvPv^PvPv PvPvtPv`PvPvP Pvp &  Pv PvPv. Pv Pv PvPv -0123456789.,  O s}Copyright 1994 Intel Corp. PvrPvPv  PvPv Pv! PvDisabled Pv 10 Minutes PvLOTCopyright 1994 Intel Corp. J PvrPvPv 4 PvPv Pv ` PvDefault PvLDDCopyright 1994 Intel Corp. PvrPvPv  Pv PvPv Pv PvPv@"Pv" PvrPvPv 8 Pv PvPv Pv" PvPv0Pv z PvPPv PvPvN PvdPv PvPvPvN Pv PvrPvPv  PvPv Pv Pv    Pv Pv 1234567890 QWERTYUIOP ASDFGHJKL ZXCVBNMN PvDisabled PvEnabled PvAPWUPWDisabled PvCtrl-Alt- PvHPWCopyright 1994 Intel Corp.  PvrPvPv  PvPv Pv vyN PvrPvPv 8 PvPv Pv  d PvNo Drive Detected PvDisable PvCustom PvUnknown Drive PvIDE0IDE1IDE2IDE3Copyright 1994 Intel Corp. No InformationNot Present DONEIPvChoose DONE to accept data.RPvDone=ENTERrPvPress ENTER to accept data.PvCancel=ESCPvPress ESC to abort.PvDisable=Ctrl-DPvPress Ctrl-D to disable.PvRestore Baseboard Settings=Ctrl-RPvPress Ctrl-R to restore baseboard settings."PvHot Key MenuRPv Press 'TAB' to Move CursordPv Disable EnablePvEnter New Hot Key: Warning! Don't press CNTL ALT.PvSelect either Disable or Enable of Hotkey. Enabling the hot key will allow user to secure the machine immediately by pressing simultaneously.Enter the new hot key. Since only the scan code for this key is stored in CMOS, the valid keys are alphanumeric only, . To secure the machine, press simultaneously.PvsPvPassword Menu>PvEnter Password PPvVerify Password dPv Change PasswordzPv New PasswordPv Enter Admin Password PvPress Enter to Disable Password Pv Admin Password Changed0Pv User Password ChangedNPvAborting Configuration Process lPvPassword Invalid. Try Again? PvVerify Error. No changes made.PvEnter the new desired password and then verify by entering it again. If both are not entered identically, the password will not be changed.PvEnter the Administrator Password only. Changes to the configuration are only allowed if the Administrator Password is entered. Only three chances are allowed for entering the correct password. Keys will not be echoed.jPvCylindersJPvHeads XPvPrecomp fPvLand ZonetPvSectors PvSize - MBPvIDE Configuration MenuPv Auto Customize DisablePvyPrimary MasterPrimary SlaveSecondary MasterSecondary SlavePvPvPv PvCylinders : This is a physical paramter provided by the drive manufacturer.Heads : This is a physical paramter provided by the drive manufacturer.Precomp : This is a physical paramter provided by the drive manufacturer.Land Zone : This is a physical paramter provided by the drive manufacturer.Sectors : This is a physical paramter provided by the drive manufacturer.Size : The size of the drive (in MB) will be caluclated based on the physical parameters provided and displayed for verification.*PvwPvPv PvXPvPvLock Out Timer Menu>Pv Value in Mintues : ( 0 = Disable, 127 = Maximum ) VPvEnter a value between 0 and 127. This will be the time in minutes for setting the Lock-Out Timer. This value is also stored in CMOS. A value of '0' will disable the Lock-Out Timer.PvLCD Display String MenuNPvString to Display:jPvEnter a string up to 32 characters long. This will be the string displayed on the LCD before booting the OS.PvCTRL-E = Enable AllPvCTRL-D = Disable All PvCTRL-T = Toggle Celsius and Kelvin&PvCTRL-L = Load DefaultsNPvSPACE = Toggle SelectionjPv'Tab' Moves Cursor Between ValuesPvVoltage/Temperature Limits MenuPv Upper Limits Lower Limits PvFatal Warning Fatal WarningPvA/D Channel Switches&Pv<y Enable +12 V Enable +5 V Enable 3.3(2) V Enable -12 V Enable Temp(2) K Enable Temp(1) K Enable VCC(1) Enable Switch VDPv-12V+3.3V(1)+5V+12VSwitch VVCC(1)Temp(1)Temp(2)PvPvPvPvPvPvPvPv-12 V+3.3(2) V+5 V+12 VSwitch VVCC(1) Temp(1) KTemp(2) KPv(Pv2Pv<PvFPvPPvZPvdPvEnter a value in the range: -23.20 V to -9.10 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0.00 V to 7.88 V. Enter a value in the range: 0.00 V to 14.10 V. Enter a value in the range: 0.00 V to 2.50 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.PvPvPv!PvRPvPvPv[PvExtended Memory Options Menu$Pv Write-Back Disable Write-ThroughFPv Disable EnablenPv Cache Mode 1MB ISA Hole ControlPvShadowing ISA ROMs OptionsPv Enable @ C0000 Enable @ C4000 Enable @ C8000 Enable @ CC000 Enable @ D0000 Enable @ D4000 Enable @ D8000 Enable @ DC000 Enable @ E0000 Enable @ E4000PvnyyRyWarningPvVyRestore Baseboard Settings Current System BIOS Version: Restore Image Saved Using BIOS Version: Restoring the baseboard settings has been aborted. Either the user has cancelled the restoration or the proper records in NVRAM could not be found. The baseboard configuration settings have not been restored. You have entered an invalid password. Access to the baseboard configuration files has been denied Invalid Password WarningI!PvAn alpha-numeric value must be entered to enable the Hot Key feature. V!PvCopyright 1994 Intel Corp. 486 DX 486 SX 486 DX2486 SL 486 SX2 Pentium (R)P54C P54CT P54CM 486 DX4486WBDX2Pentium (R) Pro!Pv!Pv!Pv!Pv!Pv!Pv!Pv"Pv "Pv"Pv"Pv$"Pv"PvvEnglish (US) l"PvBG0 BH0 BI0 CD0 BG0LBG0ABG0B"Pv"Pv"Pv"Pv"Pv"Pv"Pv"Pv64M15M15MBIVBIVUnknown#Pv~ y#Pv"PvPv $#Pv#Pvn&Pv6#Pv#PvPv $#Pv"PvySAVED ISASAVED LCD STRINGSAVED VOLT LIMITSSAVED A/D CHANNELCopyright 1994 Intel Corp. xPvPvSzyPvvyPv9Osx}p@| |))I+~ B9 緰f U PvN PvPv1x p%100`ss~ 0.06.BG0 003%101.00.06.BG0  FLASH1.00.06.BG0 ` (3IDNOBG0 ++1.00.06.1.10VC2xsSzOUELOG ` (38 &Pvd'Pv'Pv2Jnnnnn^n nn n nnnn n n nnnnnn^n nn n nnnn n n nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnn n n nnnnnnnnn^n n n n n n n n n n nnnnnn^nnnnnnnnnn nnnnnn^n nn n nnnn nn nnnnnnnnnnnnnnnnnnnnnn^nnnnnnnnnnnIDE0JtDPv(IDE1JtFPv-IDE2JtHPv2IDE3JtJPv7APW8sTPvKUPW8sVPvL HPW sM!LOTisN"LDDs`-VLTfqd0ADCb fqe1MEMORYbpSHADOW\bpEXTMEM00. bpEXTMEM01. bpEXTMEM02. bp EXTMEM03. bpEXTMEM04. bpEXTMEM05. bpEXTMEM06. bpEXTMEM07. bpEXTMEM08. bp,y Xyy y,y yXy yy yy 4yy `yy y4yy`yyyyy<yyhyyy<yyhyyy$yy$Dyy$pyy$yDy$ypy$yy$ yy$Lyy.xy y.yLy.yxy.yy.(yy.Tyy.(y.,vy Xvyvy vy,vy vyXvy vyvy vy Auto : The BIOS can perform auto-initialization of all devices detected on both the IDE channels. NOTE: When set to 'Auto' the OVL will display the name of the drive if available or 'Default'. Customize : The user may define a custom set of physical paramters for the drive. Selection of user definable custom drive parameters will not override other drive parameters configured by the BIOS. Disable : This option should be used when the user does not have a drive connected in a particular location. Scanning for this drive will be disabled, shortening boot time.The Analog to Digital Switch will enable the monitoring of analog readings like voltages and temperatures. If these readings exceed the limits specified in the Voltage Management section, appropriate interrupts will be generated. The 'Load Defaults' selection provides default settings for all channels. Allows shadow control over each 16K region of ISA ROM space. When shadowing is enabled for a region, any ISA ROMs within that region are copied into and executed from system RAM--greatly increasing performance. Some ISA cards may not support shadowing, refer to your card's documentation to determine if your card supports shadowing.Disable: Will allow the system to use the memory between 15M and 16M. Enable: Forwards memory accesses between 15M and 16M to the EISA/ISA bus. This will allow ISA cards to use the addresses between 15M and 16M for ISA option ROMs or onboard RAM. Certain legacy ISA cards that require large address spaces not available in the normal ISA ROM area (C0000h - E8000h) may need this choice to be selected.Write-Back: Improves system speed and should be selected when optimal performance is desired. Write-Through: Will mirror-image memory in cache and DRAM. Disable: Prevents intermediate caching of code and data. System performance will be less than optimal. One or more temperature or voltage channels is set incorrectly. Channel levels must be set according to the following rules: 'Upper Fatal Level' > or = 'Upper Warning Level' 'Upper Warning Level' > or = 'Lower Warning Level' 'Lower Warning Level' > or = 'Lower Fatal Level' These channels are set incorrectly: You have chosen to restore the baseboard settings. The baseboard settings will be restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. -- Press 'Enter' to verify the restoration of the baseboard settings. -- Press 'ESC' to cancel the restoration. The baseboard settings you are about to restore were not stored by the same BIOS currently loaded on the system. Restoring from this saved image may result in incorrect baseboard settings. -- Press 'ENTER' to ignore this message and continue restoring. -- Press 'ESC' to abort this restore. The baseboard configuration settings have been restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. BOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112, 040h, 0B1h, 000h, 000h, 00Fh, 080h, 002h, 000h, 07Ch, 000h, 020h, 0FFh, 0F0h, 0FFh, 008h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 0FFh, 0FFh, 000h, 000h, 000h, 000h, 007h, 012h, 000h, 07Ch, 019h, 0D4h, 0F0h, 001h, 029h, 029h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 08Fh, 092h, 08Ch, 049h, 02Bh, 001h, 000h, 000h, 000h, 000h, 000h, 004h, 07Eh, 00Ah, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 042h, 000h, 000h, 000h, 039h, 000h, 000h, 000h, 003h, 029h FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32, 0F0h, 0BDh, 0B6h, 0FEh, 0FEh, 0BDh, 0A8h, 0A8h, 0E7h, 0B7h, 0B0h, 0F6h, 0FDh, 0B7h, 0A3h, 0A3h, 0A6h, 095h, 08Fh, 0B5h, 066h, 095h, 087h, 087h, 0AFh, 09Ch, 096h, 0BEh, 0ACh, 09Ch, 08Ch, 08Bh FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1, 0FBh GROUP="SYSTEMS GROUP" FUNCTION="System Identification and Version Information" TYPE="VER,ID" SUBFUNCTION="System Identification String" CHOICE="IDNOBG0 " HELP="Indicates the system identification string. (No information) means no system identification string was found." SUBTYPE="IDNO" SUBFUNCTION="Config and Overlay Version" CHOICE="Overlay version: 1.20 Release " HELP="Indicates the version of the baseboard overlay being used for system configuration." SUBTYPE="COV" SUBFUNCTION="BIOS Version String" CHOICE="BIOS: 1.00.06.BG0 " HELP="Indicates the version of the system BIOS. (No information) means no BIOS version string was found." SUBTYPE="BIV,1.00.06.BG0 " SUBFUNCTION="MP Spec Version:" HELP="Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot." CHOICE="MP Spec V1.1" SUBTYPE="MPS,CMOS=6B0F00" CHOICE="MP Spec V1.4" SUBTYPE="MPS,CMOS=6B0F10" FUNCTION="System Processor Modules" TYPE="CPU1" SUBFUNCTION="CPU 1 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="A" SUBFUNCTION="CPU 2 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="B" SUBFUNCTION="CPU 1 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="C" SUBFUNCTION="CPU 2 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="D" FUNCTION="System Processor Status" TYPE="CPUS" SUBFUNCTION="CPU 1 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="AP,CMOS=6FEF00" CHOICE="Failures Detected" SUBTYPE="AF,CMOS=6FEF10" SUBFUNCTION="CPU 2 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="BP,CMOS=6FDF00" CHOICE="Failures Detected" SUBTYPE="BF,CMOS=6FDF20" SUBFUNCTION="CPU 1 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="CP,CMOS=6FBF00" CHOICE="Failures Detected" SUBTYPE="CF,CMOS=6FBF40" SUBFUNCTION="CPU 2 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="DP,CMOS=6F7F00" CHOICE="Failures Detected" SUBTYPE="DF,CMOS=6F7F80" FUNCTION="System Performance" TYPE="PFM" SUBFUNCTION="Power-On Speed Option" HELP="The slow speed may be required in order for some older PC applications to operate correctly." CHOICE="CPU Speed=FAST" SUBTYPE="SPD,TBO,CMOS=11FE01" CHOICE="CPU Speed=SLOW" SUBTYPE="SPD,DET,CMOS=11FE00" SUBFUNCTION="Secondary IOAPIC Control Option" CHOICE="Enable Secondary IOAPIC" HELP="Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired." SUBTYPE="IOA,ENB,CMOS=6BF708" CHOICE="Disable Secondary IOAPIC" HELP="Disables the secondary IOAPIC. System performance is less than optimal." SUBTYPE="IOA,DIS,CMOS=6BF700" ENDGROUP GROUP="MEMORY SUBSYSTEM GROUP" FUNCTION="Base Memory Options" TYPE="MEM,SYSTEM" CHOICE="640KB Base Memory" HELP="Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected." SUBTYPE="6,CMOS=150080+160002+1EF708" FREE MEMORY=640k ADDRESS=0h CACHE=YES CHOICE="512KB Base Memory" SUBTYPE="5,CMOS=150000+160002+1EF700" HELP="Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity." FREE MEMORY=512k ADDRESS=0h CACHE=YES FUNCTION="Shadowing ISA ROMs Options" TYPE="OVL,SHADOW" CHOICE="Press 'Enter'to Modify the Shadowing Options" SUBTYPE="SHADOW" FUNCTION="Extended Memory Options (Cache, 1MB ISA Hole)" TYPE="OVL,MEMORY" CHOICE="Displayed During Configuration." SUBTYPE ="DEFAULT" FUNCTION="System Memory 1M - 16M" SHOW=NO TYPE="OVL,EXTMEM00,1-16" CHOICE="Write-Back with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=WRITEBACK CHOICE="Write-Back without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="No Cache with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=NO CHOICE="No Cache without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="Write-Through with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=YES CHOICE="Write-Through without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES FUNCTION="System Memory 16M - 592M" SHOW=NO TYPE="OVL,EXTMEM01,16-592" CHOICE="Write-Back" SUBTYPE ="WB" FREE MEMORY=16M ADDRESS=16M CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=80M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=144M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=208M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=272M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=336M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=400M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=464M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=528M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" FREE MEMORY=16M ADDRESS=16M CACHE=NO ;MEMORY=64M ;ADDRESS=80M ;CACHE=NO ;MEMORY=64M ;ADDRESS=144M ;CACHE=NO ;MEMORY=64M ;ADDRESS=208M ;CACHE=NO ;MEMORY=64M ;ADDRESS=272M ;CACHE=NO ;MEMORY=64M ;ADDRESS=336M ;CACHE=NO ;MEMORY=64M ;ADDRESS=400M ;CACHE=NO ;MEMORY=64M ;ADDRESS=464M ;CACHE=NO ;MEMORY=64M ;ADDRESS=528M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" FREE MEMORY=16M ADDRESS=16M CACHE=YES ;MEMORY=64M ;ADDRESS=80M ;CACHE=YES ;MEMORY=64M ;ADDRESS=144M ;CACHE=YES ;MEMORY=64M ;ADDRESS=208M ;CACHE=YES ;MEMORY=64M ;ADDRESS=272M ;CACHE=YES ;MEMORY=64M ;ADDRESS=336M ;CACHE=YES ;MEMORY=64M ;ADDRESS=400M ;CACHE=YES ;MEMORY=64M ;ADDRESS=464M ;CACHE=YES ;MEMORY=64M ;ADDRESS=528M ;CACHE=YES FUNCTION="System Memory 592M - 1168M" SHOW=NO TYPE="OVL,EXTMEM02,592-1168" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=656M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=720M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=784M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=848M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=912M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=976M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1040M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1104M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=NO ;MEMORY=64M ;ADDRESS=656M ;CACHE=NO ;MEMORY=64M ;ADDRESS=720M ;CACHE=NO ;MEMORY=64M ;ADDRESS=784M ;CACHE=NO ;MEMORY=64M ;ADDRESS=848M ;CACHE=NO ;MEMORY=64M ;ADDRESS=912M ;CACHE=NO ;MEMORY=64M ;ADDRESS=976M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1040M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1104M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=YES ;MEMORY=64M ;ADDRESS=656M ;CACHE=YES ;MEMORY=64M ;ADDRESS=720M ;CACHE=YES ;MEMORY=64M ;ADDRESS=784M ;CACHE=YES ;MEMORY=64M ;ADDRESS=848M ;CACHE=YES ;MEMORY=64M ;ADDRESS=912M ;CACHE=YES ;MEMORY=64M ;ADDRESS=976M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1040M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1104M ;CACHE=YES ENDGROUP GROUP="On-Board Disk Controllers" FUNCTION="On-Board Floppy Controller" TYPE="OFC" HELP="This option enables or disables the on-board floppy controller." CHOICE="Enable" SUBTYPE="ENB,CMOS=60FB04" FREE IRQ=6 PORT=03f0h-03f5h PORT=03f7h DMA=2 TIMING=TYPEA CHOICE="Disable" SUBTYPE="DIS,CMOS=60FB00" FUNCTION="On-board IDE Controller" TYPE="OBI" HELP="If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices." CHOICE="Enable" SUBTYPE="PCT,CMOS=60FD02" FREE IRQ=14 PORT=01F0h-01F7h PORT=03F6h CHOICE="Disable" SUBTYPE="DIS,CMOS=60FD00" ENDGROUP GROUP="On-Board Communication Devices" FUNCTION="Serial Port 1 Configuration" TYPE="COM1" HELP="This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=618F10+627F80" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=618F20+627F00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=618F30+627F80" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=618F40+627F00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 1 Disable" SUBTYPE="DS1,CMOS=618F00" FUNCTION="Serial Port 2 Configuration" TYPE="COM2" HELP="This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=61F802+62BF00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=61F801+62BF40" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=61F803+62BF40" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=61F804+62BF00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 2 Disable" SUBTYPE="DS2,CMOS=61F800" FUNCTION="Parallel Port Configuration" TYPE="PAR" HELP="This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="LPT1:378h - IRQ 7" SUBTYPE="378,CMOS=603F80+60F708" FREE IRQ=7 PORT=0378h-037Fh CHOICE="LPT2:278h - IRQ 5" SUBTYPE="278,CMOS=603FC0+60F700" FREE IRQ=5 PORT=0278h-027Fh CHOICE="LPT3:3BCh - IRQ 7" SUBTYPE="3BC,CMOS=603F40+60F708" FREE IRQ=7 PORT=03BCh-03BFh CHOICE="Parallel Port Disable" SUBTYPE="378,CMOS=603F00" FUNCTION="Parallel Port Mode" TYPE="PPM" HELP="This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings." CHOICE="Parallel Port Mode ISA-Compatible" SUBTYPE="MDE,CMP,CMOS=60CF00" CHOICE="Parallel Port Mode PS/2" SUBTYPE="MDE,PS2,CMOS=60CF10" CHOICE="Parallel Port Mode Extended (Not valid with LPT3)" SUBTYPE="MDE,EPP,CMOS=60CF20" CHOICE="Parallel Port Mode ECP on LPT1" SUBTYPE="MDE,ECP,CMOS=60CF30+603F80" FREE PORT=0778h-077Ah CHOICE="Parallel Port Mode ECP on LPT2" SUBTYPE="MDE,ECP,CMOS=60CF30+603FC0" FREE PORT=0678h-067Ah CHOICE="Parallel Port Mode ECP on LPT3" SUBTYPE="MDE,ECP,CMOS=60CF30+603F40" FREE PORT=07BCh-07BEh FUNCTION="Parallel Port DMA (Valid only with ECP Mode)" TYPE="PPM" HELP="This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode." CHOICE="No DMA" SUBTYPE="PPDMA,CMOS=66FC00" CHOICE="DMA Channel 3" SUBTYPE="PPDMA,CMOS=66FC01" FREE DMA=3 CHOICE="DMA Channel 5" SUBTYPE="PPDMA,CMOS=66FC02" FREE DMA=5 CHOICE="DMA Channel 6" SUBTYPE="PPDMA,CMOS=66FC03" FREE DMA=6 ENDGROUP GROUP="FLOPPY DRIVE SUBSYSTEMS GROUP" FUNCTION="Floppy Drive A Options" TYPE="FPY,A" HELP="Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections." CHOICE="3.5 inch 1.44/1.25 MB drive" SUBTYPE="FPY,CMOS=100F40" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=100F10" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=100F20" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=100F30" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=100F60" CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=100F00" FUNCTION="Floppy Drive B Options" TYPE="FPY,B" HELP="Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections." CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=10F000" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=10F002" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=10F001" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=10F006" CHOICE="3.5 inch 1.44 MB drive" SUBTYPE="FPY,CMOS=10F004" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=10F003" ENDGROUP GROUP="IDE SUBSYSTEM GROUP" FUNCTION="ISA IDE DMA Transfers" TYPE="IDE,DMA" HELP="When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives." CHOICE="Auto Configured" SUBTYPE="DCA,CMOS=1CF00F" FREE DMA=7 CHOICE="Disable " SUBTYPE="DCD,CMOS=1CF000" FUNCTION="IDE Configuration -- Primary Master" TYPE="OVL,IDE0" CHOICE="Displayed During Configuration" SUBTYPE="ATC" FUNCTION="IDE Drive Options -- Primary Master" TYPE="IDE,SWT,C" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MCA,CMOS=1B3FC0" CHOICE="4 Sector/Block " SUBTYPE="MC8,CMOS=1B3F40" CHOICE="8 Sector/Block " SUBTYPE="MCH,CMOS=1B3F80" CHOICE="Disable " SUBTYPE="DSC,CMOS=1B3F00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TCS,CMOS=1D3F00" CHOICE="Logical Block Addressing" SUBTYPE="TCL,CMOS=1D3F40" CHOICE="Extended CHS" SUBTYPE="TCE,CMOS=1D3F80" CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE Configuration -- Primary Slave" TYPE="OVL,IDE1" CHOICE="Displayed During Configuration" SUBTYPE="ATD" FUNCTION="IDE Drive Options -- Primary Slave" TYPE="IDE,SWT,D" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MDA,CMOS=1BCF30" CHOICE="4 Sector/Block " SUBTYPE="MD8,CMOS=1BCF10" CHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." CHOICE="English (US) " SUBTYPE="LAG,CMOS=20E000" CHOICE="Espaol (SP) " SUBTYPE="LAG,CMOS=20E001" CHOICE="Italiano (IT) " SUBTYPE="LAG,CMOS=20E002" CHOICE="Franais (FR) " SUBTYPE="LAG,CMOS=20E003" CHOICE="Deutsch (GR) " SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" FREE IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." CHOICE="Present" SUBTYPE="PR1" FREE PORT=0D000H-0D053H PORT=0D080H-0D0A5H PORT=0DC80H-0DC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT= 000H- 053H ; PORT= 080H- 0A5H ; PORT= C80H- C83H CHOICE="Not Present" SUBTYPE="NP2" ENDGROUP @>LCMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000CMOS=400000+410000+420000+430000+440000+450000+460000+470000CMOS=1F0000 CMOS=6D000A緰fPvPvCMOS=193F00CMOS=19CF00CMOS=19F300CMOS=19FC00CMOS=29FC03+2800FFCMOS=117F80+6C7F00+6CEF10 U` (3` (3` (3` (3k/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI000F;=PCI Undefined Device9=8086=OTHR=kI== =Undefined =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L===Enabled: Manual Configuration6==-T=m=o7=AN== ==L===Free Resources -- Re-assign at next boot. =ESCD_PCI_FUNC StructureM!==!"=Freeform#=o#$=ACFGx)P[P PP7PCPPdPdPP[PuPPPPP.P BP VP6PJP*P PPPPPPP %PPPP[PPPPPPPl P|PPSP) PP7PCPk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI010E;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = = - T =m==7=AN== ==L==6==-T=m=o7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$= - T$=m%==%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGpxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHP kPPP PPPPgPPPPPPtPP0P:PVPfP6PPxPP$P PPP P P,P 1PP%PBPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>PdLDŽLɤLLLM$MDMdMׄM٤MMMN$NDNdNNNNNO$ODOdOOOOOP%PEPePP P P PQ%QEQeQQQQQR!%R#ER%eR'R)R+R-R/S1%S3ES5eS7S9S;S=S?TA%TCETEeTG =PCI000D;=PCI Ethernet Device9=8086=NETR=kI== =Ethernet =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6==-T=m=o7=AN== ==L==E= T= = L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3= T3= 3= L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGh)PQP PP6PBPyPZPcPPPsPPPPPPQPP$P 8P LP,P@PcPPP PPPPoPPPPPPlPP(P2PNP^P.PPpPP$P PPPPP,P )P PP:PP3IPZP P5gP,PBPPPsP PPP:P PPPP) PP6PBPk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI010D;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6== - T=m==7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,= - T,=m-==-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGhxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHPkPPP PPP PgPPPPPPtPP0P:PVPfP6PPxPP$P PPPP P,P 1PP%P BPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>Pon SLOT 17 : PCI SCSI Device SCSI Enabled: Current Configuration SLOT 18 : PCI Ethernet Device Ethernet Enabled: Current Configuration SLOT 19 : PCI SCSI Device SCSI Enabled: Current Configuration Second Board Not Present Reserved System Resources Reserve VGA Resources Reserve VGA Memory (On-board video) SLOT 16 : PCI Undefined Device Undefined Enabled: Current ConfiguratiCHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." CHOICE="English (US) " SUBTYPE="LAG,CMOS=20E000" CHOICE="Espaol (SP) " SUBTYPE="LAG,CMOS=20E001" CHOICE="Italiano (IT) " SUBTYPE="LAG,CMOS=20E002" CHOICE="Franais (FR) " SUBTYPE="LAG,CMOS=20E003" CHOICE="Deutsch (GR) " SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" FREE IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." CHOICE="Present" SUBTYPE="PR1" FREE PORT=0D000H-0D053H PORT=0D080H-0D0A5H PORT=0DC80H-0DC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT= 000H- 053H ; PORT= 080H- 0A5H ; PORT= C80H- C83H CHOICE="Not Present" SUBTYPE="NP2" ENDGROUP @>LCMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000CMOS=400000+410000+420000+430000+440000+450000+460000+470000CMOS=1F0000 CMOS=6D000A緰fPvPvCMOS=193F00CMOS=19CF00CMOS=19F300CMOS=19FC00CMOS=29FC03+2800FFCMOS=117F80+6C7F00+6CEF10 Uk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI000F;=PCI Undefined Device9=8086=OTHR=kI== =Undefined =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L===Enabled: Manual Configuration6==-T=m=o7=AN== ==L===Free Resources -- Re-assign at next boot. =ESCD_PCI_FUNC StructureM!==!"=Freeform#=o#$=ACFGx)P[P PP7PCPPdPdPP[PuPPPPP.P BP VP6PJP*P PPPPPPP %PPPP[PPPPPPPl P|PPSP) PP7PCP* K # h~iT?  b"^"Z"V"R"N"J"F"B">":"6""""""""""j8jj jjjjjjbjRjKj>j jjjjhjLjEj8jR#@#<#.#*#&#### ###"" =PCI000F;=PCI Undefined Device9=8086=OTHR=kI== =Undefined =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L===Enabled: Manual Configuration6==-T=m=o7=AN== ==L===Free Resources -- Re-assign at next boot. =ESCD_PCI_FUNC StructureM!==!"=Freeform#=o#$=ACFGx)P[P PP7PCPPdPdPP[PuPPPPP.P BP VP6PJP*P PPPPPPP %PPPP[PPPPPPPl P|PPSP) PP7PCPch 1 = CMOS/NVRAM Clear\n \t\t\tOff = Normal\n \t\t\tOn = Clear\n \t\tSwitch 2 = Password Clear\n \t\t\tOff = Normal\n \t\t\tOn = Clear\n \t\tSwitch 3 = Flash Program Enable\n \t\t\tOff = Normal\n \t\t\tOn = Program Enable\n" HELP = "This display is information only.\n Please refer to the System Board\n documentation for specific infor-\n mation on correct jumper settings.\n" "Pwd Cl." "CMOS Cl." FACTORY =  =PCI010E;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = = - T =m==7=AN== ==L==6==-T=m=o7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$= - T$=m%==%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGpxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHP kPPP PPPPgPPPPPPtPP0P:PVPfP6PPxPP$P PPP P P,P 1PP%PBPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>PRRRXRRRRRRRXRRRR\XXXX000XXXXX000XXRRRRRRR =PCI010E;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = = - T =m==7=AN== ==L==6==-T=m=o7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$= - T$=m%==%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGpxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHP kPPP PPPPgPPPPPPtPP0P:PVPfP6PPxPP$P PPP P P,P 1PP%PBPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>P` ǀ @ ` ׀ ٠  @` @`!Aa   !Aa!!#A%a')+-/13o79;=?A!CAEaGIKMOQ!SAUa =PCI000D;=PCI Ethernet Device9=8086=NETR=kI== =Ethernet =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6==-T=m=o7=AN== ==L==E= T= = L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3= T3= 3= L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGh)PQP PP6PBPyPZPcPPPsPPPPPPQPP$P 8P LP,P@PcPPP PPPPoPPPPPPlPP(P2PNP^P.PPpPP$P PPPPP,P )P PP:PP3IPZP P5gP,PBPPPsP PPP:P PPPP) PP6PBPRRRXRRRR\XXXX000XXXXX000XXRRRRRRR =PCI000D;=PCI Ethernet Device9=8086=NETR=kI== =Ethernet =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6==-T=m=o7=AN== ==L==E= T= = L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3= T3= 3= L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGh)PQP PP6PBPyPZPcPPPsPPPPPPQPP$P 8P LP,P@PcPPP PPPPoPPPPPPlPP(P2PNP^P.PPpPP$P PPPPP,P )P PP:PP3IPZP P5gP,PBPPPsP PPP:P PPPP) PP6PBPk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI010D;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6== - T=m==7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,= - T,=m-==-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGhxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHPkPPP PPP PgPPPPPPtPP0P:PVPfP6PPxPP$P PPPP P,P 1PP%P BPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>P SIZE = DWORD DECODE = 32 CACHE = NO SHARE = NO CHOICE = "Free Resources -- Re-assign at next boot." FUNCTION = "ESCD_PCI_FUNC Structure"  =PCI010D;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6== - T=m==7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,= - T,=m-==-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGhxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHPkPPP PPP PgPPPPPPtPP0P:PVPfP6PPxPP$P PPPP P,P 1PP%P BPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>P.#*#&#### ###"" =INT3190;=System Board9=Intel=SYSR = ()I =o  =This system board contains the following on-board features:\n\t1) 2 CPU module slots supporting up to\n\t\t4 processors,\n\t2) 2 ECC Memory connectors\n\t\t(Up to 768MB Total Memory),\n\t3) 5 PCI connectors,\n\t4) 6 EISA connectors,\n\t5) Static RAM Cache,\n\t6) Shadow RAM Control,\n\t7) Paged Memory,\n\t8) Dual I/O APIC Units,\n\t9) 1 Parallel Port,\n\t10) 2 Serial Ports,\n\t11) Onboard Video Controller,\n\t12) Onboard Floppy Controller,\n\t13) Onboard IDE Hard Disk Controller,\n\t14) Onboard mouse/keyboard interface,\n\t15) 2 Onboard SCSI Controllers.\n=This is the base module configuration options file. The user should review and configure selectable options per system resources.\!>"= #=PFR$()=$1$=U$=o$R%()=%1%=U%=o%R&()=&1&=U&=o&R'()='1'=U'=o'R(()=(1(=U(=o(R)()=)1)=U)=o)6+= +=+=o+T,=@6.=.= .=o.T/=@61=1=1=o1T2='4()= N5=5"6=RRRRXRRR'7()=\"8=X000XXXX':()=";=RRRRRRRXE=SYSTEMS GROUPF=System Identification and Version InformationaG=VER,IDWH=System Identification StringI=IDNOBG0 J=Indicates the system identification string. (No information) means no system identification string was found.XL=IDNOWM=Config and Overlay VersionN=Overlay version: 1.20 Release O=Indicates the version of the baseboard overlay being used for system configuration.XQ=COVWR=BIOS Version StringS=BIOS: 1.00.06.BG0 T=Indicates the version of the system BIOS. (No information) means no BIOS version string was found.XV=BIV,1.00.06.BG0 WW=MP Spec Version:X=Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot.Z=MP Spec V1.1X[=MPS,CMOS=6B0F00\=MP Spec V1.4X]=MPS,CMOS=6B0F10^=System Processor Modulesa_=CPU1W`=CPU 1 in Slot 1a=P54C Intel CPU at 133 MHzb=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xd=AWe=CPU 2 in Slot 1f=P54C Intel CPU at 133 MHzg=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xi=BWj=CPU 1 in Slot 2k=Not Present l=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xn=CWo=CPU 2 in Slot 2p=Not Present q=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xs=Dt=System Processor Statusau=CPUSWv=CPU 1 in Slot 1w=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=AP,CMOS=6FEF00=Failures DetectedX=AF,CMOS=6FEF10W=CPU 2 in Slot 1=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=BP,CMOS=6FDF00=Failures DetectedX=BF,CMOS=6FDF20W=CPU 1 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=CP,CMOS=6FBF00=Failures DetectedX=CF,CMOS=6FBF40W=CPU 2 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=DP,CMOS=6F7F00=Failures DetectedX=DF,CMOS=6F7F80=System Performancea=PFMW=Power-On Speed Option=The slow speed may be required in order for some older PC applications to operate correctly.=CPU Speed=FASTX=SPD,TBO,CMOS=11FE01=CPU Speed=SLOWX=SPD,DET,CMOS=11FE00W=Secondary IOAPIC Control Option=Enable Secondary IOAPIC=Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired.X=IOA,ENB,CMOS=6BF708=Disable Secondary IOAPIC=Disables the secondary IOAPIC. System performance is less than optimal.X=IOA,DIS,CMOS=6BF700=MEMORY SUBSYSTEM GROUP=Base Memory Optionsa=MEM,SYSTEM=640KB Base Memory=Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected.X=6,CMOS=150080+160002+1EF7086= ==o=512KB Base MemoryX=5,CMOS=150000+160002+1EF700=Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity.6===o=Shadowing ISA ROMs Optionsa=OVL,SHADOW=Press 'Enter'to Modify the Shadowing OptionsX=SHADOW=Extended Memory Options (Cache, 1MB ISA Hole)a=OVL,MEMORY=Displayed During Configuration.X=DEFAULT=System Memory 1M - 16MM==a=OVL,EXTMEM00,1-16=Write-Back with 1M HoleX=WB6===n=Write-Back without 1M HoleX=WB6===n=No Cache with 1M HoleX=WB6=====No Cache without 1M HoleX=WB6=====Write-Through with 1M HoleX=WB6===o=Write-Through without 1M HoleX=WB6===o=System Memory 16M - 592MM == a =OVL,EXTMEM01,16-592 =Write-BackX =WB 6===n)=No CacheX*=NC+6,=-=.==.G=Write-ThroughXH=WTI6J=K=L=oLe=System Memory 592M - 1168MMf==fag=OVL,EXTMEM02,592-1168h=Write-BackXi=WB=No CacheX=NC=Write-ThroughX=WT=On-Board Disk Controllers=On-Board Floppy Controllera=OFC=This option enables or disables the on-board floppy controller.=EnableX=ENB,CMOS=60FB04(=E=-E==]=b=DisableX=DIS,CMOS=60FB00=On-board IDE Controllera=OBI=If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices.=EnableX=PCT,CMOS=60FD02(=E=-E==DisableX=DIS,CMOS=60FD00=On-Board Communication Devices=Serial Port 1 Configurationa=COM1=This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources.=COM1:3F8h - IRQ 4X=3F8,CMOS=618F10+627F80(=E=-=COM2:2F8h - IRQ 3X=2F8,CMOS=618F20+627F00(=E=-=COM3:3E8h - IRQ 4X=3E8,CMOS=618F30+627F80(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=618F40+627F00(=E=-=Port 1 DisableX=DS1,CMOS=618F00=Serial Port 2 Configurationa=COM2=This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources.=COM2:2F8h - IRQ 3X=2F8,CMOS=61F802+62BF00(=E=-=COM1:3F8h - IRQ 4X=3F8,CMOS=61F801+62BF40 ( =E =- =COM3:3E8h - IRQ 4X =3E8,CMOS=61F803+62BF40(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=61F804+62BF00(=E=-=Port 2 DisableX=DS2,CMOS=61F800=Parallel Port Configurationa=PAR=This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources.=LPT1:378h - IRQ 7X=378,CMOS=603F80+60F708( =E!=x-"=LPT2:278h - IRQ 5X#=278,CMOS=603FC0+60F700$(%=E&=x-'=LPT3:3BCh - IRQ 7X(=3BC,CMOS=603F40+60F708)(*=E+=-,=Parallel Port DisableX-=378,CMOS=603F00.=Parallel Port Modea/=PPM0=This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings.5=Parallel Port Mode ISA-CompatibleX6=MDE,CMP,CMOS=60CF007=Parallel Port Mode PS/2X8=MDE,PS2,CMOS=60CF109=Parallel Port Mode Extended (Not valid with LPT3)X:=MDE,EPP,CMOS=60CF20;=Parallel Port Mode ECP on LPT1X<=MDE,ECP,CMOS=60CF30+603F80=E>=xz-z?=Parallel Port Mode ECP on LPT2X@=MDE,ECP,CMOS=60CF30+603FC0AEB=xz-zC=Parallel Port Mode ECP on LPT3XD=MDE,ECP,CMOS=60CF30+603F40EEF=-G=Parallel Port DMA (Valid only with ECP Mode)aH=PPMI=This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode.L=No DMAXM=PPDMA,CMOS=66FC00N=DMA Channel 3XO=PPDMA,CMOS=66FC01PQ=R=DMA Channel 5XS=PPDMA,CMOS=66FC02TU=V=DMA Channel 6XW=PPDMA,CMOS=66FC03XY=Z[=FLOPPY DRIVE SUBSYSTEMS GROUP\=Floppy Drive A Optionsa]=FPY,A^=Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections.a=3.5 inch 1.44/1.25 MB driveXb=FPY,CMOS=100F40c=5.25 inch 360 KB driveXd=FPY,CMOS=100F10e=5.25 inch 1.2 MB driveXf=FPY,CMOS=100F20g=3.5 inch 720 KB driveXh=FPY,CMOS=100F30i=3.5 inch 2.88 MB driveXj=FPY,CMOS=100F60k=Disable or Not InstalledXl=FPY,CMOS=100F00m=Floppy Drive B Optionsan=FPY,Bo=Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections.r=Disable or Not InstalledXs=FPY,CMOS=10F000t=5.25 inch 1.2 MB driveXu=FPY,CMOS=10F002v=5.25 inch 360 KB driveXw=FPY,CMOS=10F001x=3.5 inch 2.88 MB driveXy=FPY,CMOS=10F006z=3.5 inch 1.44 MB driveX{=FPY,CMOS=10F004|=3.5 inch 720 KB driveX}=FPY,CMOS=10F003~=IDE SUBSYSTEM GROUP=ISA IDE DMA Transfersa=IDE,DMA=When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives.=Auto ConfiguredX=DCA,CMOS=1CF00F==Disable X=DCD,CMOS=1CF000=IDE Configuration -- Primary Mastera=OVL,IDE0=Displayed During ConfigurationX=ATC=IDE Drive Options -- Primary Mastera=IDE,SWT,CW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MCA,CMOS=1B3FC0=4 Sector/Block X=MC8,CMOS=1B3F40=8 Sector/Block X=MCH,CMOS=1B3F80=Disable X=DSC,CMOS=1B3F00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TCS,CMOS=1D3F00=Logical Block AddressingX=TCL,CMOS=1D3F40=Extended CHSX=TCE,CMOS=1D3F80=Auto ConfiguredX=TCA,CMOS=1D3FC0W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=ECA,CMOS=1C7F80=Disable X=ECD,CMOS=1C7F00=IDE Configuration -- Primary Slavea=OVL,IDE1=Displayed During ConfigurationX=ATD=IDE Drive Options -- Primary Slavea=IDE,SWT,DW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MDA,CMOS=1BCF30=4 Sector/Block X=MD8,CMOS=1BCF10=8 Sector/Block X=MDH,CMOS=1BCF20=Disable X=DSD,CMOS=1BCF00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TDS,CMOS=1DCF00=Logical Block AddressingX=TDL,CMOS=1DCF10=Extended CHSX=TDE,CMOS=1DCF20=Auto ConfiguredX=TDA,CMOS=1DCF30W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EDA,CMOS=1CBF40=Disable X=EDD,CMOS=1CBF00=IDE Configuration -- Secondary Mastera=OVL,IDE2=Displayed During ConfigurationX=ATE=IDE Drive Options -- Secondary Mastera=IDE,SWT,EW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MEA,CMOS=1BF30C=4 Sector/Block X=ME8,CMOS=1BF304=8 Sector/Block X=MEH,CMOS=1BF308=Disable X=DSE,CMOS=1BF300W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TES,CMOS=1DF300=Logical Block AddressingX=TEL,CMOS=1DF304=Extended CHSX=TEE,CMOS=1DF308=Auto ConfiguredX=TEA,CMOS=1DF30CW=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EEA,CMOS=1CDF20=Disable X=EED,CMOS=1CDF00=IDE Configuration -- Secondary Slavea =OVL,IDE3 =Displayed During ConfigurationX =ATF =IDE Drive Options -- Secondary Slavea =IDE,SWT,FW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MFA,CMOS=1BFC03=4 Sector/Block X=MF8,CMOS=1BFC01=8 Sector/Block X=MFH,CMOS=1BFC02=Disable X=DSF,CMOS=1BFC00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk."=Standard CHSX#=TFS,CMOS=1DFC00$=Logical Block AddressingX%=TFL,CMOS=1DFC01&=Extended CHSX'=TFE,CMOS=1DFC02(=Auto ConfiguredX)=TFA,CMOS=1DFC03W*=Fast Programmed I/O Modes+=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair..=Auto ConfiguredX/=EFA,CMOS=1CEF100=Disable X1=EFD,CMOS=1CEF0023=LANGUAGE SUPPORT GROUP4=Language Support Optionsa5=LAGW6=Current Language7=This option sets the system language effective after the next system reboot.9=English (US) X:=LAG,CMOS=20E000;=Espaol (SP) X<=LAG,CMOS=20E001==Italiano (IT) X>=LAG,CMOS=20E002?=Franais (FR) X@=LAG,CMOS=20E003A=Deutsch (GR) XB=LAG,CMOS=20E004CD=KB and MOUSE SUBSYSTEM GROUPE=Keyboard and Mouse OptionsaF=NUM,TYS,MSEWG=NumLock OptionsH=This option sets the initial state of the NumLock keyboard feature when the system boots.J=OFF at BootXK=LCK,DIS,CMOS=11F700L=ON at BootXM=LCK,ON,CMOS=11F708WN=Typematic SpeedO=The typematic speed controls the speed at which a keystroke is repeated while the key is held down.Q=AutoXR=TYA,CMOS=136300S=Fast (7 char/sec)XT=TYF,CMOS=13639CU=Medium (4 char/sec)XV=TYM,CMOS=136390W=Slow (1 char/sec)XX=TYL,CMOS=136384WY=Mouse Control OptionZ=The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected.\=Mouse Auto detectedX]=MSA,ENB,CMOS=11DF20^(_= `a=Console Redirectionb=Console Redirection Controlac=CRCTLWd=COM Port for Redirectione=System console input and output may be redirected to one of the COM ports at a discrete memory location.g=DisableXh=DSR,CMOS=62CF00i=Enable Redirection On COM1 @ E4000Xj=ER1,CMOS=62CF10k6l=@m=@mn=on7o=Aop=opq=Enable Redirection On COM2 @ E4000Xr=ER2,CMOS=62CF20s6t=@u=@mv=ov7w=Awx=oxWy=Serial Port Baud Ratez=The proper baud rate for the COM port must be specified for console redirection.|=2400 BaudX}=24B,CMOS=62F300~=9600 BaudX=96B,CMOS=62F304=19.2K BaudX=19B,CMOS=62F308=115.2K BaudX=115B,CMOS=62F30CW=Hardware Flow Control=The proper flow control must be specified for console redirection.=NoneX=DSFC,CMOS=649F00=CTS/RTSX=NXOFF,CMOS=649F20=CTS/RTS & Xoff/XonX=XOFF,CMOS=649F40W=Select Terminal Type=The only terminal type available for console redirection is ANSI.=ANSIX=ANSI,CMOS=62FC00=SECURITY SUBSYSTEMS GROUP=Administrative Password Optiona=OVL,APW=Displayed During ConfigurationX=SET=User Password Optiona=OVL,UPW=Displayed During ConfigurationX=USET=Hot Key Optiona=OVL,HPW=Press 'Enter' to Change the Hot KeyX=HOT=Lockout Timer a=OVL,LOT=If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer.=Press 'Enter' to Change the Lock Out TimerX=LTT=Secure Boot Modea=SBM=When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered.=DisableX=SBD,CMOS=11BF00=EnableX=SBE,CMOS=11BF40=Video Blanking a=EVB=When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password.=DisableX=VBD,CMOS=637F00=EnableX=VBE,CMOS=637F80=Floppy Writes=The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled.a=FWP=EnableX=DIS,CMOS=63BF00=DisableX=ENB,CMOS=63BF40=BOOT SUBSYSTEM GROUP=Boot Optionsa=BOOTW=First Boot Device=Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type.=Boot DisabledX=BD,CMOS=65F800=Boot FloppyX=BF,CMOS=65F801=Boot Hard DiskX=BHD,CMOS=65F802=Boot IDE CD-ROM Floppy ImageX=BCD,CMOS=65F804+66FB00=Boot IDE CD-ROM Hard Drive ImageX=BCD,CMOS=65F804+66FB04=Boot NetworkX=BN,CMOS=65F805W=Second Boot Device=Selects the device that the system checks second to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1A8F00=Boot FloppyX=BF,CMOS=1A8F10=Boot Hard DiskX=BHD,CMOS=1A8F20=Boot NetworkX=BN,CMOS=1A8F50W=Third Boot Device=Selects the device that the system checks third to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1AF800=Boot FloppyX=BF,CMOS=1AF801=Boot Hard DiskX=BHD,CMOS=1AF802=Boot NetworkX=BN,CMOS=1AF805W=Fourth Boot Device=Selects the device that the system checks fourth to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1EF800=Boot FloppyX=BF,CMOS=1EF801=Boot Hard DiskX=BHD,CMOS=1EF802=Boot NetworkX=BN,CMOS=1EF805=PCI Resource Lockinga=PLCK=This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots.=EnableX=PE,CMOS=68FE01=DisableX=PD,CMOS=68FE00=Display ' for Setup' Message during POSTa=DSM=This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available.=EnableX=EP,CMOS=11EF10=DisableX=DP,CMOS=11EF00=Require User Interaction on POST Errorsa =RUI =This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs. =EnableX=EE,CMOS=63FE01=DisableX=DE,CMOS=63FE00=SCSI ROM BIOS OPTIONS GROUP=SCSI-A ROM BIOS Scana=SCSIA=This option enable or disables scanning of SCSI channel-A for SCSI devices.=EnableX=SAE,CMOS=63FD00=DisableX=SAD,CMOS=63FD02=SCSI-B ROM BIOS Scana=SCSIB=This option enable or disables scanning of SCSI channel-B for SCSI devices.=EnableX =SBE,CMOS=63FB00!=DisableX"=SBD,CMOS=63FB04#$=LCD SUBSYSTEM GROUP%=LCD Display String Enable or Disable&=Enables or disables the LCD display.a'=LDS(=EnableX)=ENB,CMOS=63F708*=DisableX+=DIS,CMOS=63F700,=LCD Display String Before OS Boota-=OVL,LDD.=Displayed During ConfigurationX/=DSP0=Reserved LCD portsM1==1a2=LCDP3=LCD Ports4E5= - 6=Reserved System PortsM7==7a8=RSPP9=Reserved System Ports:E;= - <==MANAGEMENT SUBSYSTEM GROUP>=Temperature/Voltage Limit Controla?=OVL,VLT@=Press 'Enter' to modify the System LimitsXA=SELB=A/D Channel Enable SwitchaC=OVL,ADCD=Press 'Enter' to Enable/Disable the A/D ChannelsXE=ENAF=Speaker OptionsaG=SPKH=This option sets the initial state of the system speaker feature when the system boots.J=EnableXK=SPC,ENB,CMOS=6CFB04L=DisableXM=SPC,DIS,CMOS=6CFB00N=Scan User Flash AreaaO=UFAP=One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled.U=DisableXV=SUF,DIS,CMOS=33DF00W=EnableXX=SUF,ENB,CMOS=33DF20Y=System Management OptionsaZ=MGRW[=System Management Mode\=Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information.a=DisableXb=SMD,CMOS=63DF00c=EnableXd=SME,CMOS=63DF20We=SMM Time Stamp Sourcef=When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST.j=POST CaptureXk=SMP,CMOS=63EF00l=Real-Time ClockXm=SMR,ENB,CMOS=63EF10Wn=Event Loggingo=Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory.r=DisableXs=EVD,CMOS=6CFE00t=EnableXu=EVE,CMOS=6CFE01Wv=PCI System Error Detectionw=After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled.}=DisableX~=SED,DIS,CMOS=6BFD00=EnableX=SED,ENB,CMOS=6BFD02=MEMORY BOARDS SUBSYSTEM GROUP=ECC Memorya=ECCW=First Board=This information only field indicates if an ECC memory board is present.=PresentX=PR1E=S-SE=Х-E=܃-W=Second Board=This information only field indicates if a second ECC memory board is present.=Not PresentX=NP2=Reserved System Resources=Reserved EISA ID Portsa=EISAIDPM===EISA ID portsE= - E=-E=,,-,E=<<-<E=LL-LE=\\-\E=ll-l=Reserve ISA PIC portsa=ISAPPM===ISA PIC portsE= !-!E=-=Reserve EISA DMA portsa=EISADMAPM===EISA DMA ports=E=-E=-E=-E=-E= E=?-?E=-E=E=-E==Reserve Timer portsa=TIMERPM===Timer ports(=E=@C-C=Reserve Real Time Clock portsa=RTCPM===RTC ports(=E=pq-q=Reserve Speaker portsa=SPKPM===Speaker portsE=a=Reserve Math Co-processor portsa=MCPM===Math Co-processor ports(= E=-=Reserve Keyboard Controller portsa=KCPM===Keyboard Controller ports(=E=`E=d=Reserve VGA Resourcesa=VID,VGAM=o=These resources are required by the on-board VGA controller. If the on-board VGA controller is disabled on the baseboard the user should also change this selection to 'disable' to allow an off-board video controller to access the standard video resources.=Reserve VGA Memory (On-board video)6== 7=A6== 7=A6== 7=Am===oE =-E =E =-E =E =-E=-E==Disable On-board Video=Reserve SYSTEM Memorya=SYSMEM==W=MEM AT 0E8000H=Memory AT 0E80006==7=Am===oW=MEM AT 0FFF80000H =Memory AT 0FFF80000!6"=#=7$=A$m%==%&=o&(=Reserve P54C Memorya)=P54MM*==*+=P54C Memory,6-=.=7/=A/0=o02=Reserve IC2 portsa3=IC2PM4==45=IC2 ports6E7= - 9.;()=;<=TDV-==`=i>==>J?==?0@=4@()J4H1A=4A()0 B=\tJ4H1 = Secondary CPU Module\n\t\tPosition 0 = Enable--Allows TDV modules.\n\t\tPosition 1 = Disable--Allows X-series modules.\nF=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.L()=;M=Video Sleep-N=`NiO==OJP==P0Q=4Q()J6A1R=4R()1 S=\tJ6A1 = Video Sleep (starting addresses)\n\t\tPosition 0 = Register 46E8h\n\t\tPosition 1 = Register 03C3h\nW=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.]()=;^=Program Boot Block-_=`_i`==`Ja==a0b=4b()J7C1c=4c()0 d=\tJ7C1 = Program Boot Block\n\t\tPosition 0 = Disable--Prevents writing to BIOS Boot Block\n\t\tPosition 1 = Enable--Allows writing to BIOS Boot Block\nh=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.n()=;o=Boot Block-p=`piq=oqJr==r0s=4s()J7D2t=4t()0 u=\tJ7D2 = Boot Block\n\t\tPosition 0 = Disable--Normal BIOS boot.\n\t\tPosition 1 = Enable--Recovery BIOS boot.\ny=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 1-=`i=oJ==0=4()FD1=4()1 =\tFD1 = Floppy 1\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 0-=`i=oJ==0=4()FD0=4()1 =\tFD0 = Floppy 0\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Power Control-=`i==J==0=4()PWRCTRL=4()0 =\tPWRCTRL = Power Control\n\t\tPosition 0 = Disable--Disables RTC power control.\n\t\tPosition 1 = Enable--Enables power supply voltage control.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\nZ()=;=S8C1U=i==J==0=4(-)Flash En.Pwd Cl.CMOS Cl.=4(-)000 =\tSwitch: S8C1\n\t\tSwitch 1 = CMOS/NVRAM Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 2 = Password Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 3 = Flash Program Enable\n\t\t\tOff = Normal\n\t\t\tOn = Program Enable\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n(XZXXwvXtXX PP/P<P`PPB PFhXX}XUXUXUXUXUU#XXXX@X X`X+X8XLX@@XTX hXuXX}XXX PX\PP XX PXX PUPBXXcP,jXPPPXjX#P:XEPPqP/XXPHXP~PPXPPV&XaXP/PWXFPZPXvXqPP&XXP,NXPU PPXNX^ P :Xu P P PXX P HvX6 P Pd PX P V X P P% P;X X P PXX P P,X2X P P(X P PcXm XP+P:X XPPX-PFP2 X< X\PsPH X XCP_P XuPP XPPVd X XPP XPP XPPd X3 XP.P, X XPP XPP XP:[ X XPP:P XP<PP XX X\P XXzPP@ X XP|PPq X{ X X X X X X XPPP;XEXqXXXXXXX"PDP-XVPXP^X-XPPXPPvPXBXP>PĆUXXWPvPXXXXX XXXXPPPXZXXXXXXXXPPX$XPXbXXXXX}XEPePXXX,XUXiX]XqXGXPPXXXXX3X'X;XP PxXXXXXXXXX<PgPɆjX4XPPXXXX X XX(XXPPeXoXXXX-XXXPP/X9XeXwXXKXXXIPvPΆ!X\XPPRXXPPXPPXX XPX}XP0P;PӆAXXPPrX|XXXXXPXXPXPXPPPBX P. P9 P؆X[X P!PXX X%XX!P@X1X)!PLX:!PF!PU!PX(XXq!PXX!P!P!P݆XXw"P"P6X@XlXXxX"PX"P;X"P"PXXX XX #P,X#PX'#P@#PlXvXXXXb#PXm#PqX#P#PXX=XVXIX#PbX#P#P#PX!X$P '$P3$PXX$P$P6X@XlXXxX %PX+%P; X=%PV%PXX X X Xx%P , X%P  X%P%Pl Xv X X X X%P X%Pq!X%P&P!X!X=!XV!XI!X(&Pb!X3&PE&P[&P!XB$Xr&P!&P&P"X"XM'Pf'P6"X@"Xl"X"Xx"X'P "X'P";#X'P'P"X"X#X #X#X'P%,#X'P'#X'P(Pl#Xv#X#X#X#X8(P*#XC(P,U(Pr(P$X&X(P"(P(Pj$X$X)P)P$X$X*P-*P$X%XH*P*P%X%X*P*PL%XV%X%X%X*P?&X*P +P%X%X&X&XF+PCX+P~+PP&XZ&X&X&X+PG+P#+P+P&X5'X,P,P+'X'X,P,Pf'Xp'X'X'X,PQ7(X,P-P'X'X(X)(X -PU,-PA-Ph(Xr(X(X(X^-PYu,X(Xo-P$(X*X-P%-P-P')Xb)XX.P|.PX)X)X.P.P)X)X.P.P)X*X.P/P *XN*X5/PT/PD*Xk/P/P*X/P&/P/P*X+Xf0P0P+XX+X0P0PN+X+X0P0P+X+X 1P(1P+X ,X?1P^1P+Xu1P1P:,X>X~,X1P',X-X1P(1P1P,X4-X]2Pt2P,X,X-X&-X2P2P2Pe-X4.X2P)2P-X2P Pv#3P-X1X.3P*Y3P .X/Xj3P+3P, .X.XW4Pn4P.X+/X4P4P!/Xf/X4P4P\/X4P4P/X1X5P, 5P: /X50XA6PU6P+0Xp0Xl6P6Pf0X0X6P6P0X6P6P0X6P-7PH ?1Xz1X7P7Pp1X7P7P1Xz2X8P.28P2XB8P Pv?h8P?2X,6Xs8P/8P2X4X8P08P,2X63X9P9P,3Xq3X9P9Pg3X3X9P:P3X%:P5:P3X]5XL:P1d:P:@4X{4X;P;Pq4X4X;P;P4X4X;P;P4XP,$A7X|7X>P>Pr7X7X?P*?P7X7XA?PX?P7Xo?P?P#8X9X?P6?P:$8X8X@P@P8X8X@PAP8X79X1APEAP-9X\APsAPh9XAP7APH$9X:XABPXBP9XoBPBP7:X;XBP8BP,:XBP PvBP:XCP9/CP1_;XXL>XGPGPB>XGPGP}>X@X>XGP=>XHP>!HP9'?X,HP?DHP,9O?X?XHPHP?X?XHPHP?X@X IP,IP?X;@XCIPeIP1@X|IPIPl@XDX@XIP@@XIPAJP?AXAXJPB*JP,?>AXyAXJPJPoAXJPJPAX*CXJPCJP:? BXHBXgKPsKP>BXBXKPKPyBXBXKPKPBXKP LPBX LPDcP6PcPcxcPZXcP[X![XM[XY[XcP< bX[XcPd[XC\XcPedP[XdPGdP\X\XRdPfsdPk\XdPdP\X]XdPgdPdP\X:]XFePTeP0]XoeP~ePk]Xu^XePhePeP]X ^XfPfP]XgPgP:^X)gPiJgP^X_XUgPjsgP,^X1_XhPhP'_XhPhPb_Xl`XhPkhP:_X`XiPiP_XiPiP1`X;aXjPl,jPH`X`XjPjP`XjPjPaXkPm#kPVcaXaX0lP?lPaXZlPhlPaXdXbXlPn bXlPolPƇybXcXlPplP,ƇbX-mPcX/cX\mPJcXmmPmPqmP:ƇcXmPmPcX'dX nPr4dXeX-nPsKnP\dXenPdXdXdXdXdX~nPdXdXnPeXeXnP/eX eXnPJeX;eXnPeeXVeXnPqeXnPfXnPtoPeX+oP fXfX@fX[fXLfXDoPgfXUoPhXgoPuoPfXoPgX gX6gXPgX BgXoPkgX\gXoPgXwgXoPgXgXoPgXgXoPgXgX pPgXgXpP hXgX%pP(hXhX6pPChX4hX ApPOhX RpPiX^pPvypPhXpPhXhXiX7iX*iXpPCiXpPwjXpPwpPiXqPiXiXjX+jXjXqP7jX"qPRkX4qPxQqPjXhqPjXjXkXkXqPFlXqPyqPzkXqPkXkXkXkXkXqPlXqPUmX rPz3rPnlXIrPlXlXlXlXlXnrP mXlXyrPmXrP6pXrP{rPrP}mXoXsPmXmXmX oX GnXmXnX3nX'nX;nX nXYnXnXnXnXnX nXnXnXnXoX (oXoXvtP CoX4oXtP ^oXOoXtP yoXjoXtP oXoXtPoXoXtPoX tPtPoXrXtP|uPpXqX/uP}pXEuPpXpXqX0qXYqXmqXaqXuqXuP~qXuP rXrXArXSrX|rX#rXrXrXsX vP$vPrX;vP.sX8sXdsXvsXsX.sXsXsXvPvP tXvPQtX[tXtXtXvP9uXvPuXuX uX1wP;wPwPwPKuXixP=uX@uXHuXxPxP8yPxPuXyPyuX|uXuX4zP>zPzP zPuX{PuXuXuX{P{PT|P{PuX|PuXuXuXE}PO}P}P2}P;vXk~P-vX0vX8vX~P~P8P~PPivXlvXtvX2PzPzP0 zP{P{PT|P0{P|PO}P}P12}Pk~P~P8P1~PPBt#P~o[>Bt FP]ːU ~#&`&b#&v&x#&f&h#&|&~nɁю‹ء&G&W &G&WBP^&w&wN4v=أB^&G s t^&g FFSz#&>t.^FsF&?%u^&PS 5u^&?u^&w&w'PSzQP n t ^&O @P'R'T'V'Sz+^'\'b'`'''X'Z'Ps[Ps[siss tfqfqbpbp^&GP'&_ &OX^&O @&w&w PvQP6!PvQP 1pP'R'+V'T'^'\'b'`'Z'X'^&GP'&_ ]UF^&G"Fn x‹؋F&9Gt F~|Ճ~}"nx‹&w&w &_ ]UvvqPP`P#&*PPlPio PQRQoPPQPo P PQPo o]U VP,PFPvv ^+&G&^&G^&g^&O^&G"&G ^&G&&G$F ^&^NV&O(&W*N Nf uA~uFP`Kq[FPvFPoF*@F V‹F&ؙF V&,GFV& GFV؎&0F$J/B8u46HpB؀p~B8uJB8u^F&ZY[X]UPSRpFB^F &Z[X]UPSRfFf^ff^ ffff^ F&Z[X]UWQ~F3ɋF r3Y_]UWQSR~FV N Q r & GBY3YZ[Y_]UWQSR~FV N Q& r GBY3YZ[Y_]US 3[]USQRVN r=ĊPvFѹ Q3 u t&20&FY&X^ZY[]UR3Ҋvʀ Bt n~ nn$$vvv v +PPvvPPP^$ ~`+PP6$6$P6$P^ |>6$P^ |,$P6$P^ |6$P^ |$]UFF u^FsF &0^&'Ft^FsF &-^F~~#F ^0$FFF ݋FNF~|^$^FsF &Ny^&F]ːUF3FF^&? 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FNJLV^QPuFNhjV^QP~QPoF~u>Bt nPv ډFV~u    N  3 #&6&6Pvv並 P6N6L1pF=0t,.  + #&6&6PnPvQP P6N6L1pF=tF=t3FFFF V؎&F~|݃F=t=@t = t3g> t P PN4vF~u[FV  + PvvoF#&6&6PXPvQP P6N6L1p~@uu~t> uh> ua#&6&6 v u#&6&6 y#&6&6PvQPPvQP 1p ~t NF~}L~@tE  + #&6&6PXPvQP P6N6L1pF~}v [F_]ːU"WV~uF ^F8F FꁂF$~tF ^F@FuFꁂFF恂FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&tuMFVȸn x&E*ƃ ӎ‹ء  &*+ ҹ  ؎&ȡ   ہӋ؎&FVȸn x&E*ƃ ӎ‹ء  &G&WPQP2RR&Rtq FVȸnN^ x؎&G*F V؎&w&^_]U WV~    6>6 >   ~@ B F H 6V >X \ ^ FFFF@@QPvoFPo~tJP`Kq[FNt5F$u^#&(NF$<u^#& ^#&F,FFFc~Vsi3P[P[P[P[^_]UWV^&Fc؎#&FFh;v Pv؎&&W  F      #&6&63P8 P P661p=tF t Ht5HucnRPvoF#&Fh;v Pv؎&&W. 0 cn؎#&F&*N&V&V&*V+RPRP6;v t;vFF#&&TV&&#&&&(#&(&*F&H&Jbd&<&>&Pv؋Ɂы&&U#&T&VF&t&vpr&h&jËɁы&&U#&&F&&~&&Ë Ɂы&&U#&&F&&&&ËɁы&&U#&&F&&&&ËɁы؎&&W#&&#&6&63P P& P661p=uJcn؎#F&F&F&F&F& cn؎#F&v[^_]U&WVcnFF􁂃~uF %~uF ~uF ~uF ^FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&t!t>!u>!t>!t #& #&F]U V ^&ÌɁы؎& ɁщFVFP[ t!o3F }^&?t&?;tF%F^&?u& ^&?%tF%F^&?u &ÌɁы؎& P[ th"Pv=o""h"j"Fh"v&^FsF&F~|^&?t&?;tF%F^&?u& FF9F~}N+FF^&?t&?%tF%F^&?u &ÌɁы؎& Nu3^]ːUFVFV‹ذ &Ɂы؎& .&PnKq toFFF.&~r^?%utF *+F=Fu}F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u&0ÌɁю‹؊FA&NuFFF~>&sHF *-F;FsF^FsF&?;uF~|F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u &ÌɁы؎& Nu3]ːUFP`&Po tl& RPRPRPRPe&-0+RP6;vf&*0RP6;v`&*0RP6;vb&*0RP6;vc&*0FVFF"h&^&8uz^WɁю‹ؠi&&8u[^WɁю‹ؠj&&8u<^WɁю‹ؠk&&8u^WɁю‹&?tFF~"shF~u~u~u ~uFRPvv;v uFFF0F#^&?u&u &G& Gt2~u,FV&9Wwr&9w&9Wr w&9GvFF밋F]ːUVFVFVF‹ر &֋؎&~uRFPoF tP[ t1F2PPlP7Kq u~|FP[ tNn~ P3PvvFVF PPvvFVFFF FVFV~~ ;PPRvRFV~@}~~"Pvvv n@NuNt{n@~~OF^]ːU^&?tJ~ ~D&?t&?;tF%F^&?u&?;uF FsF&N ^&?uFV]U^&?Mt<ÌɁю‹&?Et FVɁю‹&?MtFVɁю‹&?OtFVɁю‹&?RtFVɁю‹&?YtFVɁю‹&?=t^ &ȋFVہӎ‹&8uhFVɁы؎&ȋF Vہӎ‹&8u4FV Ɂы؎&ȋF Vہӎ‹&8t*FV Ɂю‹&?tF%FF 0ȋFVہӋ؎&0uFVɁы؎& F 0ʋFVہӋ؎&FV Ɂы]ːU VFVFVF‹ر &֋؎&~uRFPoF tP![ t1F2PPlP7Kq u~|FP[ tNF=~FNF~uFu "PFHP"PvvvA FVF~|ċF^]ːUTVdž"+vvPnPvQPH#PPvQP1p= uPn&Po2FFdž~tPFP2P14vF usss sev^3PQQRnu6ƂP"PXEpn&P"PN4v udžFuRt/vv PnPvQP"PPvQP1p= u4vFpPv Copyright 1994 Intel Corp. 1.20 Release)5)bLLuP3&&PpCLpCL緰frPvPv PvrPvPv nPvPv PvCopyright 1994 Intel Corp. Copyright 1994 Intel Corp. PvrPvPv PvPv Pv*Pv Pv hPv VPv PvPvrPvPv PvzPvPv PvPvPv`PvP PvIPvRPvPvPvPv PvPvPv`PvP  hPvzPvVPvPvhPvzPv*PvEXTMEM00EXTMEM02 31 MB Extended Memory / 1024 KB Cache (WB) MEMORYSHADOWCopyright 1994 Intel Corp. CMOS=Pv+PvCopyright 1994 Intel Corp. TPvrPvPv jPv>PvPv PvPvTPvp &jPvPvPvPvPvPv PvPvPvyPvrPvPv PvPvPv Pv2PvPv`HPvPvP 2Pvp &tPvIPvRPvPv^PvPv PvPvtPv`PvPvP Pvp &  Pv PvPv. Pv Pv PvPv -0123456789., Copyright 1994 Intel Corp. PvrPvPv  PvPv Pv! PvDisabled Pv 10 Minutes PvLOTCopyright 1994 Intel Corp. J PvrPvPv 4 PvPv Pv ` PvDefault PvLDDCopyright 1994 Intel Corp. PvrPvPv  Pv PvPv Pv PvPv@"Pv" PvrPvPv 8 Pv PvPv Pv" PvPv0Pv z PvPPv PvPvN PvdPv PvPvPvN Pv PvrPvPv  PvPv Pv Pv    Pv Pv 1234567890 QWERTYUIOP ASDFGHJKL ZXCVBNMN PvDisabled PvEnabled PvAPWUPWDisabled PvCtrl-Alt- PvHPWCopyright 1994 Intel Corp.  PvrPvPv  PvPv Pv vyN PvrPvPv 8 PvPv Pv  d PvNo Drive Detected PvDisable PvCustom PvUnknown Drive PvIDE0IDE1IDE2IDE3Copyright 1994 Intel Corp. No InformationNot Present DONEIPvChoose DONE to accept data.RPvDone=ENTERrPvPress ENTER to accept data.PvCancel=ESCPvPress ESC to abort.PvDisable=Ctrl-DPvPress Ctrl-D to disable.PvRestore Baseboard Settings=Ctrl-RPvPress Ctrl-R to restore baseboard settings."PvHot Key MenuRPv Press 'TAB' to Move CursordPv Disable EnablePvEnter New Hot Key: Warning! Don't press CNTL ALT.PvSelect either Disable or Enable of Hotkey. Enabling the hot key will allow user to secure the machine immediately by pressing simultaneously.Enter the new hot key. Since only the scan code for this key is stored in CMOS, the valid keys are alphanumeric only, . To secure the machine, press simultaneously.PvsPvPassword Menu>PvEnter Password PPvVerify Password dPv Change PasswordzPv New PasswordPv Enter Admin Password PvPress Enter to Disable Password Pv Admin Password Changed0Pv User Password ChangedNPvAborting Configuration Process lPvPassword Invalid. Try Again? PvVerify Error. No changes made.PvEnter the new desired password and then verify by entering it again. If both are not entered identically, the password will not be changed.PvEnter the Administrator Password only. Changes to the configuration are only allowed if the Administrator Password is entered. Only three chances are allowed for entering the correct password. Keys will not be echoed.jPvCylindersJPvHeads XPvPrecomp fPvLand ZonetPvSectors PvSize - MBPvIDE Configuration MenuPv Auto Customize DisablePvyPrimary MasterPrimary SlaveSecondary MasterSecondary SlavePvPvPv PvCylinders : This is a physical paramter provided by the drive manufacturer.Heads : This is a physical paramter provided by the drive manufacturer.Precomp : This is a physical paramter provided by the drive manufacturer.Land Zone : This is a physical paramter provided by the drive manufacturer.Sectors : This is a physical paramter provided by the drive manufacturer.Size : The size of the drive (in MB) will be caluclated based on the physical parameters provided and displayed for verification.*PvwPvPv PvXPvPvLock Out Timer Menu>Pv Value in Mintues : ( 0 = Disable, 127 = Maximum ) VPvEnter a value between 0 and 127. This will be the time in minutes for setting the Lock-Out Timer. This value is also stored in CMOS. A value of '0' will disable the Lock-Out Timer.PvLCD Display String MenuNPvString to Display:jPvEnter a string up to 32 characters long. This will be the string displayed on the LCD before booting the OS.PvCTRL-E = Enable AllPvCTRL-D = Disable All PvCTRL-T = Toggle Celsius and Kelvin&PvCTRL-L = Load DefaultsNPvSPACE = Toggle SelectionjPv'Tab' Moves Cursor Between ValuesPvVoltage/Temperature Limits MenuPv Upper Limits Lower Limits PvFatal Warning Fatal WarningPvA/D Channel Switches&Pv<y Enable +12 V Enable +5 V Enable 3.3(2) V Enable -12 V Enable Temp(2) K Enable Temp(1) K Enable VCC(1) Enable Switch VDPv-12V+3.3V(1)+5V+12VSwitch VVCC(1)Temp(1)Temp(2)PvPvPvPvPvPvPvPv-12 V+3.3(2) V+5 V+12 VSwitch VVCC(1) Temp(1) KTemp(2) KPv(Pv2Pv<PvFPvPPvZPvdPvEnter a value in the range: -23.20 V to -9.10 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0.00 V to 7.88 V. Enter a value in the range: 0.00 V to 14.10 V. Enter a value in the range: 0.00 V to 2.50 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.PvPvPv!PvRPvPvPv[PvExtended Memory Options Menu$Pv Write-Back Disable Write-ThroughFPv Disable EnablenPv Cache Mode 1MB ISA Hole ControlPvShadowing ISA ROMs OptionsPv Enable @ C0000 Enable @ C4000 Enable @ C8000 Enable @ CC000 Enable @ D0000 Enable @ D4000 Enable @ D8000 Enable @ DC000 Enable @ E0000 Enable @ E4000PvnyyRyWarningPvVyRestore Baseboard Settings Current System BIOS Version: Restore Image Saved Using BIOS Version: Restoring the baseboard settings has been aborted. Either the user has cancelled the restoration or the proper records in NVRAM could not be found. The baseboard configuration settings have not been restored. You have entered an invalid password. Access to the baseboard configuration files has been denied Invalid Password WarningI!PvAn alpha-numeric value must be entered to enable the Hot Key feature. V!PvCopyright 1994 Intel Corp. 486 DX 486 SX 486 DX2486 SL 486 SX2 Pentium (R)P54C P54CT P54CM 486 DX4486WBDX2Pentium (R) Pro!Pv!Pv!Pv!Pv!Pv!Pv!Pv"Pv "Pv"Pv"Pv$"Pv"PvvEnglish (US) l"PvBG0 BH0 BI0 CD0 BG0LBG0ABG0B"Pv"Pv"Pv"Pv"Pv"Pv"Pv"Pv64M15M15MBIVBIVUnknown#Pv~ y#Pv"PvPv $#Pv#Pvn&Pv6#Pv#PvPv $#Pv"PvySAVED ISASAVED LCD STRINGSAVED VOLT LIMITSSAVED A/D CHANNELCopyright 1994 Intel Corp. xPvPvSzyPvvyPv9 PvN PvPv 0.06.BG0 003%101.00.06.BG0 Sznnnnn^n nn n nnnn n n nnnnnn^n nn n nnnn n n nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnn n n nnnnnnnnn^n n n n n n n n n n nnnnnn^nnnnnnnnnn nnnnnn^n nn n nnnn nn nnnnnnnnnnnnnnnnnnnnnn^nnnnnnnnnnnIDE0JtDPv(IDE1JtFPv-IDE2JtHPv2IDE3JtJPv7APW8sTPvKUPW8sVPvL HPW sM!LOTisN"LDDs`-VLTfqd0ADCb fqe1MEMORYbpSHADOW\bpEXTMEM00. bpEXTMEM01. bpEXTMEM02. bp EXTMEM03. bpEXTMEM04. bpEXTMEM05. bpEXTMEM06. bpEXTMEM07. bpEXTMEM08. bp,y Xyy y,y yXy yy yy 4yy `yy y4yy`yyyyy<yyhyyy<yyhyyy$yy$Dyy$pyy$yDy$ypy$yy$ yy$Lyy.xy y.yLy.yxy.yy.(yy.Tyy.(y.,vy Xvyvy vy,vy vyXvy vyvy vy Auto : The BIOS can perform auto-initialization of all devices detected on both the IDE channels. NOTE: When set to 'Auto' the OVL will display the name of the drive if available or 'Default'. Customize : The user may define a custom set of physical paramters for the drive. Selection of user definable custom drive parameters will not override other drive parameters configured by the BIOS. Disable : This option should be used when the user does not have a drive connected in a particular location. Scanning for this drive will be disabled, shortening boot time.The Analog to Digital Switch will enable the monitoring of analog readings like voltages and temperatures. If these readings exceed the limits specified in the Voltage Management section, appropriate interrupts will be generated. The 'Load Defaults' selection provides default settings for all channels. Allows shadow control over each 16K region of ISA ROM space. When shadowing is enabled for a region, any ISA ROMs within that region are copied into and executed from system RAM--greatly increasing performance. Some ISA cards may not support shadowing, refer to your card's documentation to determine if your card supports shadowing.Disable: Will allow the system to use the memory between 15M and 16M. Enable: Forwards memory accesses between 15M and 16M to the EISA/ISA bus. This will allow ISA cards to use the addresses between 15M and 16M for ISA option ROMs or onboard RAM. Certain legacy ISA cards that require large address spaces not available in the normal ISA ROM area (C0000h - E8000h) may need this choice to be selected.Write-Back: Improves system speed and should be selected when optimal performance is desired. Write-Through: Will mirror-image memory in cache and DRAM. Disable: Prevents intermediate caching of code and data. System performance will be less than optimal. One or more temperature or voltage channels is set incorrectly. Channel levels must be set according to the following rules: 'Upper Fatal Level' > or = 'Upper Warning Level' 'Upper Warning Level' > or = 'Lower Warning Level' 'Lower Warning Level' > or = 'Lower Fatal Level' These channels are set incorrectly: You have chosen to restore the baseboard settings. The baseboard settings will be restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. -- Press 'Enter' to verify the restoration of the baseboard settings. -- Press 'ESC' to cancel the restoration. The baseboard settings you are about to restore were not stored by the same BIOS currently loaded on the system. Restoring from this saved image may result in incorrect baseboard settings. -- Press 'ENTER' to ignore this message and continue restoring. -- Press 'ESC' to abort this restore. The baseboard configuration settings have been restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. BOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112 FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32 FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32 FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1 GROUP="SYSTEMS GROUP" FUNCTION="System Identification and Version Information" TYPE="VER,ID" SUBFUNCTION="System Identification String" CHOICE="IDNOBG0 " HELP="Indicates the system identification string. (No information) means no system identification string was found." SUBTYPE="IDNO" SUBFUNCTION="Config and Overlay Version" CHOICE="Overlay version: 1.20 Release " HELP="Indicates the version of the baseboard overlay being used for system configuration." SUBTYPE="COV" SUBFUNCTION="BIOS Version String" CHOICE="BIOS: 1.00.06.BG0 " HELP="Indicates the version of the system BIOS. (No information) means no BIOS version string was found." SUBTYPE="BIV,1.00.06.BG0 " SUBFUNCTION="MP Spec Version:" HELP="Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot." CHOICE="MP Spec V1.1" SUBTYPE="MPS,CMOS=6B0F00" CHOICE="MP Spec V1.4" SUBTYPE="MPS,CMOS=6B0F10" FUNCTION="System Processor Modules" TYPE="CPU1" SUBFUNCTION="CPU 1 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="A" SUBFUNCTION="CPU 2 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="B" SUBFUNCTION="CPU 1 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="C" SUBFUNCTION="CPU 2 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="D" FUNCTION="System Processor Status" TYPE="CPUS" SUBFUNCTION="CPU 1 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="AP,CMOS=6FEF00" CHOICE="Failures Detected" SUBTYPE="AF,CMOS=6FEF10" SUBFUNCTION="CPU 2 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="BP,CMOS=6FDF00" CHOICE="Failures Detected" SUBTYPE="BF,CMOS=6FDF20" SUBFUNCTION="CPU 1 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="CP,CMOS=6FBF00" CHOICE="Failures Detected" SUBTYPE="CF,CMOS=6FBF40" SUBFUNCTION="CPU 2 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="DP,CMOS=6F7F00" CHOICE="Failures Detected" SUBTYPE="DF,CMOS=6F7F80" FUNCTION="System Performance" TYPE="PFM" SUBFUNCTION="Power-On Speed Option" HELP="The slow speed may be required in order for some older PC applications to operate correctly." CHOICE="CPU Speed=FAST" SUBTYPE="SPD,TBO,CMOS=11FE01" CHOICE="CPU Speed=SLOW" SUBTYPE="SPD,DET,CMOS=11FE00" SUBFUNCTION="Secondary IOAPIC Control Option" CHOICE="Enable Secondary IOAPIC" HELP="Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired." SUBTYPE="IOA,ENB,CMOS=6BF708" CHOICE="Disable Secondary IOAPIC" HELP="Disables the secondary IOAPIC. System performance is less than optimal." SUBTYPE="IOA,DIS,CMOS=6BF700" ENDGROUP GROUP="MEMORY SUBSYSTEM GROUP" FUNCTION="Base Memory Options" TYPE="MEM,SYSTEM" CHOICE="640KB Base Memory" HELP="Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected." SUBTYPE="6,CMOS=150080+160002+1EF708" FREE MEMORY=640k ADDRESS=0h CACHE=YES CHOICE="512KB Base Memory" SUBTYPE="5,CMOS=150000+160002+1EF700" HELP="Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity." FREE MEMORY=512k ADDRESS=0h CACHE=YES FUNCTION="Shadowing ISA ROMs Options" TYPE="OVL,SHADOW" CHOICE="Press 'Enter'to Modify the Shadowing Options" SUBTYPE="SHADOW" FUNCTION="Extended Memory Options (Cache, 1MB ISA Hole)" TYPE="OVL,MEMORY" CHOICE="Displayed During Configuration." SUBTYPE ="DEFAULT" FUNCTION="System Memory 1M - 16M" SHOW=NO TYPE="OVL,EXTMEM00,1-16" CHOICE="Write-Back with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=WRITEBACK CHOICE="Write-Back without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="No Cache with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=NO CHOICE="No Cache without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="Write-Through with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=YES CHOICE="Write-Through without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES FUNCTION="System Memory 16M - 592M" SHOW=NO TYPE="OVL,EXTMEM01,16-592" CHOICE="Write-Back" SUBTYPE ="WB" FREE MEMORY=16M ADDRESS=16M CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=80M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=144M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=208M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=272M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=336M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=400M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=464M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=528M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" FREE MEMORY=16M ADDRESS=16M CACHE=NO ;MEMORY=64M ;ADDRESS=80M ;CACHE=NO ;MEMORY=64M ;ADDRESS=144M ;CACHE=NO ;MEMORY=64M ;ADDRESS=208M ;CACHE=NO ;MEMORY=64M ;ADDRESS=272M ;CACHE=NO ;MEMORY=64M ;ADDRESS=336M ;CACHE=NO ;MEMORY=64M ;ADDRESS=400M ;CACHE=NO ;MEMORY=64M ;ADDRESS=464M ;CACHE=NO ;MEMORY=64M ;ADDRESS=528M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" FREE MEMORY=16M ADDRESS=16M CACHE=YES ;MEMORY=64M ;ADDRESS=80M ;CACHE=YES ;MEMORY=64M ;ADDRESS=144M ;CACHE=YES ;MEMORY=64M ;ADDRESS=208M ;CACHE=YES ;MEMORY=64M ;ADDRESS=272M ;CACHE=YES ;MEMORY=64M ;ADDRESS=336M ;CACHE=YES ;MEMORY=64M ;ADDRESS=400M ;CACHE=YES ;MEMORY=64M ;ADDRESS=464M ;CACHE=YES ;MEMORY=64M ;ADDRESS=528M ;CACHE=YES FUNCTION="System Memory 592M - 1168M" SHOW=NO TYPE="OVL,EXTMEM02,592-1168" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=656M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=720M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=784M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=848M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=912M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=976M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1040M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1104M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=NO ;MEMORY=64M ;ADDRESS=656M ;CACHE=NO ;MEMORY=64M ;ADDRESS=720M ;CACHE=NO ;MEMORY=64M ;ADDRESS=784M ;CACHE=NO ;MEMORY=64M ;ADDRESS=848M ;CACHE=NO ;MEMORY=64M ;ADDRESS=912M ;CACHE=NO ;MEMORY=64M ;ADDRESS=976M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1040M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1104M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=YES ;MEMORY=64M ;ADDRESS=656M ;CACHE=YES ;MEMORY=64M ;ADDRESS=720M ;CACHE=YES ;MEMORY=64M ;ADDRESS=784M ;CACHE=YES ;MEMORY=64M ;ADDRESS=848M ;CACHE=YES ;MEMORY=64M ;ADDRESS=912M ;CACHE=YES ;MEMORY=64M ;ADDRESS=976M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1040M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1104M ;CACHE=YES ENDGROUP GROUP="On-Board Disk Controllers" FUNCTION="On-Board Floppy Controller" TYPE="OFC" HELP="This option enables or disables the on-board floppy controller." CHOICE="Enable" SUBTYPE="ENB,CMOS=60FB04" FREE IRQ=6 PORT=03f0h-03f5h PORT=03f7h DMA=2 TIMING=TYPEA CHOICE="Disable" SUBTYPE="DIS,CMOS=60FB00" FUNCTION="On-board IDE Controller" TYPE="OBI" HELP="If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices." CHOICE="Enable" SUBTYPE="PCT,CMOS=60FD02" FREE IRQ=14 PORT=01F0h-01F7h PORT=03F6h CHOICE="Disable" SUBTYPE="DIS,CMOS=60FD00" ENDGROUP GROUP="On-Board Communication Devices" FUNCTION="Serial Port 1 Configuration" TYPE="COM1" HELP="This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=618F10+627F80" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=618F20+627F00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=618F30+627F80" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=618F40+627F00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 1 Disable" SUBTYPE="DS1,CMOS=618F00" FUNCTION="Serial Port 2 Configuration" TYPE="COM2" HELP="This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=61F802+62BF00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=61F801+62BF40" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=61F803+62BF40" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=61F804+62BF00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 2 Disable" SUBTYPE="DS2,CMOS=61F800" FUNCTION="Parallel Port Configuration" TYPE="PAR" HELP="This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="LPT1:378h - IRQ 7" SUBTYPE="378,CMOS=603F80+60F708" FREE IRQ=7 PORT=0378h-037Fh CHOICE="LPT2:278h - IRQ 5" SUBTYPE="278,CMOS=603FC0+60F700" FREE IRQ=5 PORT=0278h-027Fh CHOICE="LPT3:3BCh - IRQ 7" SUBTYPE="3BC,CMOS=603F40+60F708" FREE IRQ=7 PORT=03BCh-03BFh CHOICE="Parallel Port Disable" SUBTYPE="378,CMOS=603F00" FUNCTION="Parallel Port Mode" TYPE="PPM" HELP="This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings." CHOICE="Parallel Port Mode ISA-Compatible" SUBTYPE="MDE,CMP,CMOS=60CF00" CHOICE="Parallel Port Mode PS/2" SUBTYPE="MDE,PS2,CMOS=60CF10" CHOICE="Parallel Port Mode Extended (Not valid with LPT3)" SUBTYPE="MDE,EPP,CMOS=60CF20" CHOICE="Parallel Port Mode ECP on LPT1" SUBTYPE="MDE,ECP,CMOS=60CF30+603F80" FREE PORT=0778h-077Ah CHOICE="Parallel Port Mode ECP on LPT2" SUBTYPE="MDE,ECP,CMOS=60CF30+603FC0" FREE PORT=0678h-067Ah CHOICE="Parallel Port Mode ECP on LPT3" SUBTYPE="MDE,ECP,CMOS=60CF30+603F40" FREE PORT=07BCh-07BEh FUNCTION="Parallel Port DMA (Valid only with ECP Mode)" TYPE="PPM" HELP="This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode." CHOICE="No DMA" SUBTYPE="PPDMA,CMOS=66FC00" CHOICE="DMA Channel 3" SUBTYPE="PPDMA,CMOS=66FC01" FREE DMA=3 CHOICE="DMA Channel 5" SUBTYPE="PPDMA,CMOS=66FC02" FREE DMA=5 CHOICE="DMA Channel 6" SUBTYPE="PPDMA,CMOS=66FC03" FREE DMA=6 ENDGROUP GROUP="FLOPPY DRIVE SUBSYSTEMS GROUP" FUNCTION="Floppy Drive A Options" TYPE="FPY,A" HELP="Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections." CHOICE="3.5 inch 1.44/1.25 MB drive" SUBTYPE="FPY,CMOS=100F40" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=100F10" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=100F20" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=100F30" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=100F60" CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=100F00" FUNCTION="Floppy Drive B Options" TYPE="FPY,B" HELP="Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections." CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=10F000" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=10F002" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=10F001" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=10F006" CHOICE="3.5 inch 1.44 MB drive" SUBTYPE="FPY,CMOS=10F004" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=10F003" ENDGROUP GROUP="IDE SUBSYSTEM GROUP" FUNCTION="ISA IDE DMA Transfers" TYPE="IDE,DMA" HELP="When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives." CHOICE="Auto Configured" SUBTYPE="DCA,CMOS=1CF00F" FREE DMA=7 CHOICE="Disable " SUBTYPE="DCD,CMOS=1CF000" FUNCTION="IDE Configuration -- Primary Master" TYPE="OVL,IDE0" CHOICE="Displayed During Configuration" SUBTYPE="ATC" FUNCTION="IDE Drive Options -- Primary Master" TYPE="IDE,SWT,C" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MCA,CMOS=1B3FC0" CHOICE="4 Sector/Block " SUBTYPE="MC8,CMOS=1B3F40" CHOICE="8 Sector/Block " SUBTYPE="MCH,CMOS=1B3F80" CHOICE="Disable " SUBTYPE="DSC,CMOS=1B3F00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TCS,CMOS=1D3F00" CHOICE="Logical Block Addressing" SUBTYPE="TCL,CMOS=1D3F40" CHOICE="Extended CHS" SUBTYPE="TCE,CMOS=1D3F80" CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE Configuration -- Primary Slave" TYPE="OVL,IDE1" CHOICE="Displayed During Configuration" SUBTYPE="ATD" FUNCTION="IDE Drive Options -- Primary Slave" TYPE="IDE,SWT,D" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MDA,CMOS=1BCF30" CHOICE="4 Sector/Block " SUBTYPE="MD8,CMOS=1BCF10" CHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." CHOICE="English (US) " SUBTYPE="LAG,CMOS=20E000" CHOICE="Espaol (SP) " SUBTYPE="LAG,CMOS=20E001" CHOICE="Italiano (IT) " SUBTYPE="LAG,CMOS=20E002" CHOICE="Franais (FR) " SUBTYPE="LAG,CMOS=20E003" CHOICE="Deutsch (GR) " SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" FREE IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." CHOICE="Present" SUBTYPE="PR1" FREE PORT=0D000H-0D053H PORT=0D080H-0D0A5H PORT=0DC80H-0DC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT= 000H- 053H ; PORT= 080H- 0A5H ; PORT= C80H- C83H CHOICE="Not Present" SUBTYPE="NP2" ENDGROUP @>LCMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000CMOS=400000+410000+420000+430000+440000+450000+460000+470000CMOS=1F0000 CMOS=6D000A緰fPvPvCMOS=193F00CMOS=19CF00CMOS=19F300CMOS=19FC00CMOS=29FC03+2800FFCMOS=117F80+6C7F00+6CEF10 Uk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =PCI000F;=PCI Undefined Device9=8086=OTHR=kI== =Undefined =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L===Enabled: Manual Configuration6==-T=m=o7=AN== ==L===Free Resources -- Re-assign at next boot. =ESCD_PCI_FUNC StructureM!==!"=Freeform#=o#$=ACFGx)P[P PP7PCPPdPdPP[PuPPPPP.P BP VP6PJP*P PPPPPPP %PPPP[PPPPPPPl P|PPSP) PP7PCPBLE = YES FREEFORM = 018h, 041h, 043h, 046h, 047h, 001h, 002h, 004h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 001h, 068h, 078h, 070h, 004h, 090h, 000h, 000h COUNT = 00100h SHARE = NO IRQ = 03h|04h|05h|07h|09h|0Ah|0Eh|0Fh|0Bh SHARE = "PCI" TRIGGER = LEVEL CHOICE = "Free Resources -- Re-assign at next boot." FUNCTION = "ESCD_PCI_FUNC Str =PCI010E;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = = - T =m==7=AN== ==L==6==-T=m=o7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$= - T$=m%==%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGpxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHP kPPP PPPPgPPPPPPtPP0P:PVPfP6PPxPP$P PPP P P,P 1PP%PBPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>PdLDŽLɤLLLM$MDMdMׄM٤MMMN$NDNdNNNNNO$ODOdOOOOOP%PEPePP P P PQ%QEQeQQQQQR!%R#ER%eR'R)R+R-R/S1%S3ES5eS7S9S;S=S?TA%TCETEeTG =PCI000D;=PCI Ethernet Device9=8086=NETR=kI== =Ethernet =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6==-T=m=o7=AN== ==L==E= T= = L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,=-T,=m-=o-7.=A.N/=/0= 1==1L2==2E3= T3= 3= L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGh)PQP PP6PBPyPZPcPPPsPPPPPPQPP$P 8P LP,P@PcPPP PPPPoPPPPPPlPP(P2PNP^P.PPpPP$P PPPPP,P )P PP:PP3IPZP P5gP,PBPPPsP PPP:P PPPP) PP6PBP&#### ###"" =PCI010D;=PCI SCSI Device9=9004=MSDR=kI== =SCSI =Enabled: Current Configuration 6 = =-T =m=o7=AN== ==L==6== - T=m==7=AN== ==L==E=T= =L==(= L=PCI_ =2 !=Enabled: Manual Configuration"6#=$=-T$=m%=o%7&=A&N'='(= )==)L*==*6+=,= - T,=m-==-7.=A.N/=/0= 1==1L2==2E3=T3= 3=L4==4(5=  ||| | ||| L6=PCI_7=278=Free Resources -- Re-assign at next boot.:=ESCD_PCI_FUNC StructureM;==;<=Freeform==o=>=ACFGhxp'PYP PP2P>PPbP_PPPkPPPPPPYPP,P @P TP4PHPkPPP PPP PgPPPPPPtPP0P:PVPfP6PPxPP$P PPPP P,P 1PP%P BPP3QPbP P5oP$P:PPPkPPPPBP PPPP) PP2P>Pk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDEBOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112, 040h, 0B1h, 000h, 000h, 00Fh, 080h, 002h, 000h, 07Ch, 000h, 020h, 0FFh, 0F0h, 0FFh, 008h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 0FFh, 0FFh, 000h, 000h, 000h, 000h, 007h, 012h, 000h, 07Ch, 019h, 0D4h, 0F0h, 001h, 029h, 029h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 08Fh, 092h, 08Ch, 049h, 02Bh, 001h, 000h, 000h, 000h, 000h, 000h, 004h, 07Eh, 00Ah, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 042h, 000h, 000h, 000h, 039h, 000h, 000h, 000h, 003h, 029h FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32, 0F0h, 0BDh, 0B6h, 0FEh, 0FEh, 0BDh, 0A8h, 0A8h, 0E7h, 0B7h, 0B0h, 0F6h, 0FDh, 0B7h, 0A3h, 0A3h, 0A6h, 095h, 08Fh, 0B5h, 066h, 095h, 087h, 087h, 0AFh, 09Ch, 096h, 0BEh, 0ACh, 09Ch, 08Ch, 08Bh FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1, 0FBh " CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =INT3190;=System Board9=Intel=SYSR = ()I =o  =This system board contains the following on-board features:\n\t1) 2 CPU module slots supporting up to\n\t\t4 processors,\n\t2) 2 ECC Memory connectors\n\t\t(Up to 768MB Total Memory),\n\t3) 5 PCI connectors,\n\t4) 6 EISA connectors,\n\t5) Static RAM Cache,\n\t6) Shadow RAM Control,\n\t7) Paged Memory,\n\t8) Dual I/O APIC Units,\n\t9) 1 Parallel Port,\n\t10) 2 Serial Ports,\n\t11) Onboard Video Controller,\n\t12) Onboard Floppy Controller,\n\t13) Onboard IDE Hard Disk Controller,\n\t14) Onboard mouse/keyboard interface,\n\t15) 2 Onboard SCSI Controllers.\n=This is the base module configuration options file. The user should review and configure selectable options per system resources.\!>"= #=PFR$()=$1$=U$=o$R%()=%1%=U%=o%R&()=&1&=U&=o&R'()='1'=U'=o'R(()=(1(=U(=o(R)()=)1)=U)=o)6+= +=+=o+T,=@6.=.= .=o.T/=@61=1=1=o1T2='4()= N5=5"6=RRRRXRRR'7()=\"8=X000XXXX':()=";=RRRRRRRXE=SYSTEMS GROUPF=System Identification and Version InformationaG=VER,IDWH=System Identification StringI=IDNOBG0 J=Indicates the system identification string. (No information) means no system identification string was found.XL=IDNOWM=Config and Overlay VersionN=Overlay version: 1.20 Release O=Indicates the version of the baseboard overlay being used for system configuration.XQ=COVWR=BIOS Version StringS=BIOS: 1.00.06.BG0 T=Indicates the version of the system BIOS. (No information) means no BIOS version string was found.XV=BIV,1.00.06.BG0 WW=MP Spec Version:X=Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot.Z=MP Spec V1.1X[=MPS,CMOS=6B0F00\=MP Spec V1.4X]=MPS,CMOS=6B0F10^=System Processor Modulesa_=CPU1W`=CPU 1 in Slot 1a=P54C Intel CPU at 133 MHzb=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xd=AWe=CPU 2 in Slot 1f=P54C Intel CPU at 133 MHzg=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xi=BWj=CPU 1 in Slot 2k=Not Present l=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xn=CWo=CPU 2 in Slot 2p=Not Present q=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xs=Dt=System Processor Statusau=CPUSWv=CPU 1 in Slot 1w=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=AP,CMOS=6FEF00=Failures DetectedX=AF,CMOS=6FEF10W=CPU 2 in Slot 1=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=BP,CMOS=6FDF00=Failures DetectedX=BF,CMOS=6FDF20W=CPU 1 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=CP,CMOS=6FBF00=Failures DetectedX=CF,CMOS=6FBF40W=CPU 2 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=DP,CMOS=6F7F00=Failures DetectedX=DF,CMOS=6F7F80=System Performancea=PFMW=Power-On Speed Option=The slow speed may be required in order for some older PC applications to operate correctly.=CPU Speed=FASTX=SPD,TBO,CMOS=11FE01=CPU Speed=SLOWX=SPD,DET,CMOS=11FE00W=Secondary IOAPIC Control Option=Enable Secondary IOAPIC=Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired.X=IOA,ENB,CMOS=6BF708=Disable Secondary IOAPIC=Disables the secondary IOAPIC. System performance is less than optimal.X=IOA,DIS,CMOS=6BF700=MEMORY SUBSYSTEM GROUP=Base Memory Optionsa=MEM,SYSTEM=640KB Base Memory=Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected.X=6,CMOS=150080+160002+1EF7086= ==o=512KB Base MemoryX=5,CMOS=150000+160002+1EF700=Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity.6===o=Shadowing ISA ROMs Optionsa=OVL,SHADOW=Press 'Enter'to Modify the Shadowing OptionsX=SHADOW=Extended Memory Options (Cache, 1MB ISA Hole)a=OVL,MEMORY=Displayed During Configuration.X=DEFAULT=System Memory 1M - 16MM==a=OVL,EXTMEM00,1-16=Write-Back with 1M HoleX=WB6===n=Write-Back without 1M HoleX=WB6===n=No Cache with 1M HoleX=WB6=====No Cache without 1M HoleX=WB6=====Write-Through with 1M HoleX=WB6===o=Write-Through without 1M HoleX=WB6===o=System Memory 16M - 592MM == a =OVL,EXTMEM01,16-592 =Write-BackX =WB 6===n)=No CacheX*=NC+6,=-=.==.G=Write-ThroughXH=WTI6J=K=L=oLe=System Memory 592M - 1168MMf==fag=OVL,EXTMEM02,592-1168h=Write-BackXi=WB=No CacheX=NC=Write-ThroughX=WT=On-Board Disk Controllers=On-Board Floppy Controllera=OFC=This option enables or disables the on-board floppy controller.=EnableX=ENB,CMOS=60FB04(=E=-E==]=b=DisableX=DIS,CMOS=60FB00=On-board IDE Controllera=OBI=If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices.=EnableX=PCT,CMOS=60FD02(=E=-E==DisableX=DIS,CMOS=60FD00=On-Board Communication Devices=Serial Port 1 Configurationa=COM1=This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources.=COM1:3F8h - IRQ 4X=3F8,CMOS=618F10+627F80(=E=-=COM2:2F8h - IRQ 3X=2F8,CMOS=618F20+627F00(=E=-=COM3:3E8h - IRQ 4X=3E8,CMOS=618F30+627F80(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=618F40+627F00(=E=-=Port 1 DisableX=DS1,CMOS=618F00=Serial Port 2 Configurationa=COM2=This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources.=COM2:2F8h - IRQ 3X=2F8,CMOS=61F802+62BF00(=E=-=COM1:3F8h - IRQ 4X=3F8,CMOS=61F801+62BF40 ( =E =- =COM3:3E8h - IRQ 4X =3E8,CMOS=61F803+62BF40(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=61F804+62BF00(=E=-=Port 2 DisableX=DS2,CMOS=61F800=Parallel Port Configurationa=PAR=This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources.=LPT1:378h - IRQ 7X=378,CMOS=603F80+60F708( =E!=x-"=LPT2:278h - IRQ 5X#=278,CMOS=603FC0+60F700$(%=E&=x-'=LPT3:3BCh - IRQ 7X(=3BC,CMOS=603F40+60F708)(*=E+=-,=Parallel Port DisableX-=378,CMOS=603F00.=Parallel Port Modea/=PPM0=This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings.5=Parallel Port Mode ISA-CompatibleX6=MDE,CMP,CMOS=60CF007=Parallel Port Mode PS/2X8=MDE,PS2,CMOS=60CF109=Parallel Port Mode Extended (Not valid with LPT3)X:=MDE,EPP,CMOS=60CF20;=Parallel Port Mode ECP on LPT1X<=MDE,ECP,CMOS=60CF30+603F80=E>=xz-z?=Parallel Port Mode ECP on LPT2X@=MDE,ECP,CMOS=60CF30+603FC0AEB=xz-zC=Parallel Port Mode ECP on LPT3XD=MDE,ECP,CMOS=60CF30+603F40EEF=-G=Parallel Port DMA (Valid only with ECP Mode)aH=PPMI=This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode.L=No DMAXM=PPDMA,CMOS=66FC00N=DMA Channel 3XO=PPDMA,CMOS=66FC01PQ=R=DMA Channel 5XS=PPDMA,CMOS=66FC02TU=V=DMA Channel 6XW=PPDMA,CMOS=66FC03XY=Z[=FLOPPY DRIVE SUBSYSTEMS GROUP\=Floppy Drive A Optionsa]=FPY,A^=Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections.a=3.5 inch 1.44/1.25 MB driveXb=FPY,CMOS=100F40c=5.25 inch 360 KB driveXd=FPY,CMOS=100F10e=5.25 inch 1.2 MB driveXf=FPY,CMOS=100F20g=3.5 inch 720 KB driveXh=FPY,CMOS=100F30i=3.5 inch 2.88 MB driveXj=FPY,CMOS=100F60k=Disable or Not InstalledXl=FPY,CMOS=100F00m=Floppy Drive B Optionsan=FPY,Bo=Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections.r=Disable or Not InstalledXs=FPY,CMOS=10F000t=5.25 inch 1.2 MB driveXu=FPY,CMOS=10F002v=5.25 inch 360 KB driveXw=FPY,CMOS=10F001x=3.5 inch 2.88 MB driveXy=FPY,CMOS=10F006z=3.5 inch 1.44 MB driveX{=FPY,CMOS=10F004|=3.5 inch 720 KB driveX}=FPY,CMOS=10F003~=IDE SUBSYSTEM GROUP=ISA IDE DMA Transfersa=IDE,DMA=When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives.=Auto ConfiguredX=DCA,CMOS=1CF00F==Disable X=DCD,CMOS=1CF000=IDE Configuration -- Primary Mastera=OVL,IDE0=Displayed During ConfigurationX=ATC=IDE Drive Options -- Primary Mastera=IDE,SWT,CW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MCA,CMOS=1B3FC0=4 Sector/Block X=MC8,CMOS=1B3F40=8 Sector/Block X=MCH,CMOS=1B3F80=Disable X=DSC,CMOS=1B3F00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TCS,CMOS=1D3F00=Logical Block AddressingX=TCL,CMOS=1D3F40=Extended CHSX=TCE,CMOS=1D3F80=Auto ConfiguredX=TCA,CMOS=1D3FC0W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=ECA,CMOS=1C7F80=Disable X=ECD,CMOS=1C7F00=IDE Configuration -- Primary Slavea=OVL,IDE1=Displayed During ConfigurationX=ATD=IDE Drive Options -- Primary Slavea=IDE,SWT,DW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MDA,CMOS=1BCF30=4 Sector/Block X=MD8,CMOS=1BCF10=8 Sector/Block X=MDH,CMOS=1BCF20=Disable X=DSD,CMOS=1BCF00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TDS,CMOS=1DCF00=Logical Block AddressingX=TDL,CMOS=1DCF10=Extended CHSX=TDE,CMOS=1DCF20=Auto ConfiguredX=TDA,CMOS=1DCF30W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EDA,CMOS=1CBF40=Disable X=EDD,CMOS=1CBF00=IDE Configuration -- Secondary Mastera=OVL,IDE2=Displayed During ConfigurationX=ATE=IDE Drive Options -- Secondary Mastera=IDE,SWT,EW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MEA,CMOS=1BF30C=4 Sector/Block X=ME8,CMOS=1BF304=8 Sector/Block X=MEH,CMOS=1BF308=Disable X=DSE,CMOS=1BF300W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TES,CMOS=1DF300=Logical Block AddressingX=TEL,CMOS=1DF304=Extended CHSX=TEE,CMOS=1DF308=Auto ConfiguredX=TEA,CMOS=1DF30CW=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EEA,CMOS=1CDF20=Disable X=EED,CMOS=1CDF00=IDE Configuration -- Secondary Slavea =OVL,IDE3 =Displayed During ConfigurationX =ATF =IDE Drive Options -- Secondary Slavea =IDE,SWT,FW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MFA,CMOS=1BFC03=4 Sector/Block X=MF8,CMOS=1BFC01=8 Sector/Block X=MFH,CMOS=1BFC02=Disable X=DSF,CMOS=1BFC00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk."=Standard CHSX#=TFS,CMOS=1DFC00$=Logical Block AddressingX%=TFL,CMOS=1DFC01&=Extended CHSX'=TFE,CMOS=1DFC02(=Auto ConfiguredX)=TFA,CMOS=1DFC03W*=Fast Programmed I/O Modes+=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair..=Auto ConfiguredX/=EFA,CMOS=1CEF100=Disable X1=EFD,CMOS=1CEF0023=LANGUAGE SUPPORT GROUP4=Language Support Optionsa5=LAGW6=Current Language7=This option sets the system language effective after the next system reboot.9=English (US) X:=LAG,CMOS=20E000;=Espaol (SP) X<=LAG,CMOS=20E001==Italiano (IT) X>=LAG,CMOS=20E002?=Franais (FR) X@=LAG,CMOS=20E003A=Deutsch (GR) XB=LAG,CMOS=20E004CD=KB and MOUSE SUBSYSTEM GROUPE=Keyboard and Mouse OptionsaF=NUM,TYS,MSEWG=NumLock OptionsH=This option sets the initial state of the NumLock keyboard feature when the system boots.J=OFF at BootXK=LCK,DIS,CMOS=11F700L=ON at BootXM=LCK,ON,CMOS=11F708WN=Typematic SpeedO=The typematic speed controls the speed at which a keystroke is repeated while the key is held down.Q=AutoXR=TYA,CMOS=136300S=Fast (7 char/sec)XT=TYF,CMOS=13639CU=Medium (4 char/sec)XV=TYM,CMOS=136390W=Slow (1 char/sec)XX=TYL,CMOS=136384WY=Mouse Control OptionZ=The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected.\=Mouse Auto detectedX]=MSA,ENB,CMOS=11DF20^(_= `a=Console Redirectionb=Console Redirection Controlac=CRCTLWd=COM Port for Redirectione=System console input and output may be redirected to one of the COM ports at a discrete memory location.g=DisableXh=DSR,CMOS=62CF00i=Enable Redirection On COM1 @ E4000Xj=ER1,CMOS=62CF10k6l=@m=@mn=on7o=Aop=opq=Enable Redirection On COM2 @ E4000Xr=ER2,CMOS=62CF20s6t=@u=@mv=ov7w=Awx=oxWy=Serial Port Baud Ratez=The proper baud rate for the COM port must be specified for console redirection.|=2400 BaudX}=24B,CMOS=62F300~=9600 BaudX=96B,CMOS=62F304=19.2K BaudX=19B,CMOS=62F308=115.2K BaudX=115B,CMOS=62F30CW=Hardware Flow Control=The proper flow control must be specified for console redirection.=NoneX=DSFC,CMOS=649F00=CTS/RTSX=NXOFF,CMOS=649F20=CTS/RTS & Xoff/XonX=XOFF,CMOS=649F40W=Select Terminal Type=The only terminal type available for console redirection is ANSI.=ANSIX=ANSI,CMOS=62FC00=SECURITY SUBSYSTEMS GROUP=Administrative Password Optiona=OVL,APW=Displayed During ConfigurationX=SET=User Password Optiona=OVL,UPW=Displayed During ConfigurationX=USET=Hot Key Optiona=OVL,HPW=Press 'Enter' to Change the Hot KeyX=HOT=Lockout Timer a=OVL,LOT=If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer.=Press 'Enter' to Change the Lock Out TimerX=LTT=Secure Boot Modea=SBM=When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered.=DisableX=SBD,CMOS=11BF00=EnableX=SBE,CMOS=11BF40=Video Blanking a=EVB=When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password.=DisableX=VBD,CMOS=637F00=EnableX=VBE,CMOS=637F80=Floppy Writes=The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled.a=FWP=EnableX=DIS,CMOS=63BF00=DisableX=ENB,CMOS=63BF40=BOOT SUBSYSTEM GROUP=Boot Optionsa=BOOTW=First Boot Device=Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type.=Boot DisabledX=BD,CMOS=65F800=Boot FloppyX=BF,CMOS=65F801=Boot Hard DiskX=BHD,CMOS=65F802=Boot IDE CD-ROM Floppy ImageX=BCD,CMOS=65F804+66FB00=Boot IDE CD-ROM Hard Drive ImageX=BCD,CMOS=65F804+66FB04=Boot NetworkX=BN,CMOS=65F805W=Second Boot Device=Selects the device that the system checks second to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1A8F00=Boot FloppyX=BF,CMOS=1A8F10=Boot Hard DiskX=BHD,CMOS=1A8F20=Boot NetworkX=BN,CMOS=1A8F50W=Third Boot Device=Selects the device that the system checks third to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1AF800=Boot FloppyX=BF,CMOS=1AF801=Boot Hard DiskX=BHD,CMOS=1AF802=Boot NetworkX=BN,CMOS=1AF805W=Fourth Boot Device=Selects the device that the system checks fourth to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1EF800=Boot FloppyX=BF,CMOS=1EF801=Boot Hard DiskX=BHD,CMOS=1EF802=Boot NetworkX=BN,CMOS=1EF805=PCI Resource Lockinga=PLCK=This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots.=EnableX=PE,CMOS=68FE01=DisableX=PD,CMOS=68FE00=Display ' for Setup' Message during POSTa=DSM=This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available.=EnableX=EP,CMOS=11EF10=DisableX=DP,CMOS=11EF00=Require User Interaction on POST Errorsa =RUI =This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs. =EnableX=EE,CMOS=63FE01=DisableX=DE,CMOS=63FE00=SCSI ROM BIOS OPTIONS GROUP=SCSI-A ROM BIOS Scana=SCSIA=This option enable or disables scanning of SCSI channel-A for SCSI devices.=EnableX=SAE,CMOS=63FD00=DisableX=SAD,CMOS=63FD02=SCSI-B ROM BIOS Scana=SCSIB=This option enable or disables scanning of SCSI channel-B for SCSI devices.=EnableX =SBE,CMOS=63FB00!=DisableX"=SBD,CMOS=63FB04#$=LCD SUBSYSTEM GROUP%=LCD Display String Enable or Disable&=Enables or disables the LCD display.a'=LDS(=EnableX)=ENB,CMOS=63F708*=DisableX+=DIS,CMOS=63F700,=LCD Display String Before OS Boota-=OVL,LDD.=Displayed During ConfigurationX/=DSP0=Reserved LCD portsM1==1a2=LCDP3=LCD Ports4E5= - 6=Reserved System PortsM7==7a8=RSPP9=Reserved System Ports:E;= - <==MANAGEMENT SUBSYSTEM GROUP>=Temperature/Voltage Limit Controla?=OVL,VLT@=Press 'Enter' to modify the System LimitsXA=SELB=A/D Channel Enable SwitchaC=OVL,ADCD=Press 'Enter' to Enable/Disable the A/D ChannelsXE=ENAF=Speaker OptionsaG=SPKH=This option sets the initial state of the system speaker feature when the system boots.J=EnableXK=SPC,ENB,CMOS=6CFB04L=DisableXM=SPC,DIS,CMOS=6CFB00N=Scan User Flash AreaaO=UFAP=One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled.U=DisableXV=SUF,DIS,CMOS=33DF00W=EnableXX=SUF,ENB,CMOS=33DF20Y=System Management OptionsaZ=MGRW[=System Management Mode\=Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information.a=DisableXb=SMD,CMOS=63DF00c=EnableXd=SME,CMOS=63DF20We=SMM Time Stamp Sourcef=When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST.j=POST CaptureXk=SMP,CMOS=63EF00l=Real-Time ClockXm=SMR,ENB,CMOS=63EF10Wn=Event Loggingo=Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory.r=DisableXs=EVD,CMOS=6CFE00t=EnableXu=EVE,CMOS=6CFE01Wv=PCI System Error Detectionw=After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled.}=DisableX~=SED,DIS,CMOS=6BFD00=EnableX=SED,ENB,CMOS=6BFD02=MEMORY BOARDS SUBSYSTEM GROUP=ECC Memorya=ECCW=First Board=This information only field indicates if an ECC memory board is present.=PresentX=PR1E=S-SE=Х-E=܃-W=Second Board=This information only field indicates if a second ECC memory board is present.=Not PresentX=NP2=Reserved System Resources=Reserved EISA ID Portsa=EISAIDPM===EISA ID portsE= - E=-E=,,-,E=<<-<E=LL-LE=\\-\E=ll-l=Reserve ISA PIC portsa=ISAPPM===ISA PIC portsE= !-!E=-=Reserve EISA DMA portsa=EISADMAPM===EISA DMA ports=E=-E=-E=-E=-E= E=?-?E=-E=E=-E==Reserve Timer portsa=TIMERPM===Timer ports(=E=@C-C=Reserve Real Time Clock portsa=RTCPM===RTC ports(=E=pq-q=Reserve Speaker portsa=SPKPM===Speaker portsE=a=Reserve Math Co-processor portsa=MCPM===Math Co-processor ports(= E=-=Reserve Keyboard Controller portsa=KCPM===Keyboard Controller ports(=E=`E=d=Reserve VGA Resourcesa=VID,VGAM=o=These resources are required by the on-board VGA controller. If the on-board VGA controller is disabled on the baseboard the user should also change this selection to 'disable' to allow an off-board video controller to access the standard video resources.=Reserve VGA Memory (On-board video)6== 7=A6== 7=A6== 7=Am===oE =-E =E =-E =E =-E=-E==Disable On-board Video=Reserve SYSTEM Memorya=SYSMEM==W=MEM AT 0E8000H=Memory AT 0E80006==7=Am===oW=MEM AT 0FFF80000H =Memory AT 0FFF80000!6"=#=7$=A$m%==%&=o&(=Reserve P54C Memorya)=P54MM*==*+=P54C Memory,6-=.=7/=A/0=o02=Reserve IC2 portsa3=IC2PM4==45=IC2 ports6E7= - 9.;()=;<=TDV-==`=i>==>J?==?0@=4@()J4H1A=4A()0 B=\tJ4H1 = Secondary CPU Module\n\t\tPosition 0 = Enable--Allows TDV modules.\n\t\tPosition 1 = Disable--Allows X-series modules.\nF=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.L()=;M=Video Sleep-N=`NiO==OJP==P0Q=4Q()J6A1R=4R()1 S=\tJ6A1 = Video Sleep (starting addresses)\n\t\tPosition 0 = Register 46E8h\n\t\tPosition 1 = Register 03C3h\nW=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.]()=;^=Program Boot Block-_=`_i`==`Ja==a0b=4b()J7C1c=4c()0 d=\tJ7C1 = Program Boot Block\n\t\tPosition 0 = Disable--Prevents writing to BIOS Boot Block\n\t\tPosition 1 = Enable--Allows writing to BIOS Boot Block\nh=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.n()=;o=Boot Block-p=`piq=oqJr==r0s=4s()J7D2t=4t()0 u=\tJ7D2 = Boot Block\n\t\tPosition 0 = Disable--Normal BIOS boot.\n\t\tPosition 1 = Enable--Recovery BIOS boot.\ny=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 1-=`i=oJ==0=4()FD1=4()1 =\tFD1 = Floppy 1\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Floppy 0-=`i=oJ==0=4()FD0=4()1 =\tFD0 = Floppy 0\n\t\tPosition 0 = Disables 2.88 MB detection.\n\t\tPosition 1 = Enables Auto size detection.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.()=;=Power Control-=`i==J==0=4()PWRCTRL=4()0 =\tPWRCTRL = Power Control\n\t\tPosition 0 = Disable--Disables RTC power control.\n\t\tPosition 1 = Enable--Enables power supply voltage control.\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\nZ()=;=S8C1U=i==J==0=4(-)Flash En.Pwd Cl.CMOS Cl.=4(-)000 =\tSwitch: S8C1\n\t\tSwitch 1 = CMOS/NVRAM Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 2 = Password Clear\n\t\t\tOff = Normal\n\t\t\tOn = Clear\n\t\tSwitch 3 = Flash Program Enable\n\t\t\tOff = Normal\n\t\t\tOn = Program Enable\n=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n(XZXXwvXtXX PP/P<P`PPB PFhXX}XUXUXUXUXUU#XXXX@X X`X+X8XLX@@XTX hXuXX}XXX PX\PP XX PXX PUPBXXcP,jXPPPXjX#P:XEPPqP/XXPHXP~PPXPPV&XaXP/PWXFPZPXvXqPP&XXP,NXPU PPXNX^ P :Xu P P PXX P HvX6 P Pd PX P V X P P% P;X X P PXX P P,X2X P P(X P PcXm XP+P:X XPPX-PFP2 X< X\PsPH X XCP_P XuPP XPPVd X XPP XPP XPPd X3 XP.P, X XPP XPP XP:[ X XPP:P XP<PP XX X\P XXzPP@ X XP|PPq X{ X X X X X X XPPP;XEXqXXXXXXX"PDP-XVPXP^X-XPPXPPvPXBXP>PĆUXXWPvPXXXXX XXXXPPPXZXXXXXXXXPPX$XPXbXXXXX}XEPePXXX,XUXiX]XqXGXPPXXXXX3X'X;XP PxXXXXXXXXX<PgPɆjX4XPPXXXX X XX(XXPPeXoXXXX-XXXPP/X9XeXwXXKXXXIPvPΆ!X\XPPRXXPPXPPXX XPX}XP0P;PӆAXXPPrX|XXXXXPXXPXPXPPPBX P. P9 P؆X[X P!PXX X%XX!P@X1X)!PLX:!PF!PU!PX(XXq!PXX!P!P!P݆XXw"P"P6X@XlXXxX"PX"P;X"P"PXXX XX #P,X#PX'#P@#PlXvXXXXb#PXm#PqX#P#PXX=XVXIX#PbX#P#P#PX!X$P '$P3$PXX$P$P6X@XlXXxX %PX+%P; X=%PV%PXX X X Xx%P , X%P  X%P%Pl Xv X X X X%P X%Pq!X%P&P!X!X=!XV!XI!X(&Pb!X3&PE&P[&P!XB$Xr&P!&P&P"X"XM'Pf'P6"X@"Xl"X"Xx"X'P "X'P";#X'P'P"X"X#X #X#X'P%,#X'P'#X'P(Pl#Xv#X#X#X#X8(P*#XC(P,U(Pr(P$X&X(P"(P(Pj$X$X)P)P$X$X*P-*P$X%XH*P*P%X%X*P*PL%XV%X%X%X*P?&X*P +P%X%X&X&XF+PCX+P~+PP&XZ&X&X&X+PG+P#+P+P&X5'X,P,P+'X'X,P,Pf'Xp'X'X'X,PQ7(X,P-P'X'X(X)(X -PU,-PA-Ph(Xr(X(X(X^-PYu,X(Xo-P$(X*X-P%-P-P')Xb)XX.P|.PX)X)X.P.P)X)X.P.P)X*X.P/P *XN*X5/PT/PD*Xk/P/P*X/P&/P/P*X+Xf0P0P+XX+X0P0PN+X+X0P0P+X+X 1P(1P+X ,X?1P^1P+Xu1P1P:,X>X~,X1P',X-X1P(1P1P,X4-X]2Pt2P,X,X-X&-X2P2P2Pe-X4.X2P)2P-X2P Pv#3P-X1X.3P*Y3P .X/Xj3P+3P, .X.XW4Pn4P.X+/X4P4P!/Xf/X4P4P\/X4P4P/X1X5P, 5P: /X50XA6PU6P+0Xp0Xl6P6Pf0X0X6P6P0X6P6P0X6P-7PH ?1Xz1X7P7Pp1X7P7P1Xz2X8P.28P2XB8P Pv?h8P?2X,6Xs8P/8P2X4X8P08P,2X63X9P9P,3Xq3X9P9Pg3X3X9P:P3X%:P5:P3X]5XL:P1d:P:@4X{4X;P;Pq4X4X;P;P4X4X;P;P4XP,$A7X|7X>P>Pr7X7X?P*?P7X7XA?PX?P7Xo?P?P#8X9X?P6?P:$8X8X@P@P8X8X@PAP8X79X1APEAP-9X\APsAPh9XAP7APH$9X:XABPXBP9XoBPBP7:X;XBP8BP,:XBP PvBP:XCP9/CP1_;XXL>XGPGPB>XGPGP}>X@X>XGP=>XHP>!HP9'?X,HP?DHP,9O?X?XHPHP?X?XHPHP?X@X IP,IP?X;@XCIPeIP1@X|IPIPl@XDX@XIP@@XIPAJP?AXAXJPB*JP,?>AXyAXJPJPoAXJPJPAX*CXJPCJP:? BXHBXgKPsKP>BXBXKPKPyBXBXKPKPBXKP LPBX LPDcP6PcPcxcPZXcP[X![XM[XY[XcP< bX[XcPd[XC\XcPedP[XdPGdP\X\XRdPfsdPk\XdPdP\X]XdPgdPdP\X:]XFePTeP0]XoeP~ePk]Xu^XePhePeP]X ^XfPfP]XgPgP:^X)gPiJgP^X_XUgPjsgP,^X1_XhPhP'_XhPhPb_Xl`XhPkhP:_X`XiPiP_XiPiP1`X;aXjPl,jPH`X`XjPjP`XjPjPaXkPm#kPVcaXaX0lP?lPaXZlPhlPaXdXbXlPn bXlPolPƇybXcXlPplP,ƇbX-mPcX/cX\mPJcXmmPmPqmP:ƇcXmPmPcX'dX nPr4dXeX-nPsKnP\dXenPdXdXdXdXdX~nPdXdXnPeXeXnP/eX eXnPJeX;eXnPeeXVeXnPqeXnPfXnPtoPeX+oP fXfX@fX[fXLfXDoPgfXUoPhXgoPuoPfXoPgX gX6gXPgX BgXoPkgX\gXoPgXwgXoPgXgXoPgXgXoPgXgX pPgXgXpP hXgX%pP(hXhX6pPChX4hX ApPOhX RpPiX^pPvypPhXpPhXhXiX7iX*iXpPCiXpPwjXpPwpPiXqPiXiXjX+jXjXqP7jX"qPRkX4qPxQqPjXhqPjXjXkXkXqPFlXqPyqPzkXqPkXkXkXkXkXqPlXqPUmX rPz3rPnlXIrPlXlXlXlXlXnrP mXlXyrPmXrP6pXrP{rPrP}mXoXsPmXmXmX oX GnXmXnX3nX'nX;nX nXYnXnXnXnXnX nXnXnXnXoX (oXoXvtP CoX4oXtP ^oXOoXtP yoXjoXtP oXoXtPoXoXtPoX tPtPoXrXtP|uPpXqX/uP}pXEuPpXpXqX0qXYqXmqXaqXuqXuP~qXuP rXrXArXSrX|rX#rXrXrXsX vP$vPrX;vP.sX8sXdsXvsXsX.sXsXsXvPvP tXvPQtX[tXtXtXvP9uXvPuXuX uX1wP;wPwPwPKuXixP=uX@uXHuXxPxP8yPxPuXyPyuX|uXuX4zP>zPzP zPuX{PuXuXuX{P{PT|P{PuX|PuXuXuXE}PO}P}P2}P;vXk~P-vX0vX8vX~P~P8P~PPivXlvXtvX2PzPzP0 zP{P{PT|P0{P|PO}P}P12}Pk~P~P8P1~PPBt#P~o[>Bt FP]ːU ~#&`&b#&v&x#&f&h#&|&~nɁю‹ء&G&W &G&WBP^&w&wN4v=أB^&G s t^&g FFSz#&>t.^FsF&?%u^&PS 5u^&?u^&w&w'PSzQP n t ^&O @P'R'T'V'Sz+^'\'b'`'''X'Z'Ps[Ps[siss tfqfqbpbp^&GP'&_ &OX^&O @&w&w PvQP6!PvQP 1pP'R'+V'T'^'\'b'`'Z'X'^&GP'&_ ]UF^&G"Fn x‹؋F&9Gt F~|Ճ~}"nx‹&w&w &_ ]UvvqPP`P#&*PPlPio PQRQoPPQPo P PQPo o]U VP,PFPvv ^+&G&^&G^&g^&O^&G"&G ^&G&&G$F ^&^NV&O(&W*N Nf uA~uFP`Kq[FPvFPoF*@F V‹F&ؙF V&,GFV& GFV؎&0F$J/B8u46HpB؀p~B8uJB8u^F&ZY[X]UPSRpFB^F &Z[X]UPSRfFf^ff^ ffff^ F&Z[X]UWQ~F3ɋF r3Y_]UWQSR~FV N Q r & GBY3YZ[Y_]UWQSR~FV N Q& r GBY3YZ[Y_]US 3[]USQRVN r=ĊPvFѹ Q3 u t&20&FY&X^ZY[]UR3Ҋvʀ Bt n~ nn$$vvv v +PPvvPPP^$ ~`+PP6$6$P6$P^ |>6$P^ |,$P6$P^ |6$P^ |$]UFF u^FsF &0^&'Ft^FsF &-^F~~#F ^0$FFF ݋FNF~|^$^FsF &Ny^&F]ːUF3FF^&? 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FNJLV^QPuFNhjV^QP~QPoF~u>Bt nPv ډFV~u    N  3 #&6&6Pvv並 P6N6L1pF=0t,.  + #&6&6PnPvQP P6N6L1pF=tF=t3FFFF V؎&F~|݃F=t=@t = t3g> t P PN4vF~u[FV  + PvvoF#&6&6PXPvQP P6N6L1p~@uu~t> uh> ua#&6&6 v u#&6&6 y#&6&6PvQPPvQP 1p ~t NF~}L~@tE  + #&6&6PXPvQP P6N6L1pF~}v [F_]ːU"WV~uF ^F8F FꁂF$~tF ^F@FuFꁂFF恂FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&tuMFVȸn x&E*ƃ ӎ‹ء  &*+ ҹ  ؎&ȡ   ہӋ؎&FVȸn x&E*ƃ ӎ‹ء  &G&WPQP2RR&Rtq FVȸnN^ x؎&G*F V؎&w&^_]U WV~    6>6 >   ~@ B F H 6V >X \ ^ FFFF@@QPvoFPo~tJP`Kq[FNt5F$u^#&(NF$<u^#& ^#&F,FFFc~Vsi3P[P[P[P[^_]UWV^&Fc؎#&FFh;v Pv؎&&W  F      #&6&63P8 P P661p=tF t Ht5HucnRPvoF#&Fh;v Pv؎&&W. 0 cn؎#&F&*N&V&V&*V+RPRP6;v t;vFF#&&TV&&#&&&(#&(&*F&H&Jbd&<&>&Pv؋Ɂы&&U#&T&VF&t&vpr&h&jËɁы&&U#&&F&&~&&Ë Ɂы&&U#&&F&&&&ËɁы&&U#&&F&&&&ËɁы؎&&W#&&#&6&63P P& P661p=uJcn؎#F&F&F&F&F& cn؎#F&v[^_]U&WVcnFF􁂃~uF %~uF ~uF ~uF ^FxQPvvN4v t4~}.FF xRPvvN4v ũ~|F''FVn x‹&t!t>!u>!t>!t #& #&F]U V ^&ÌɁы؎& ɁщFVFP[ t!o3F }^&?t&?;tF%F^&?u& ^&?%tF%F^&?u &ÌɁы؎& P[ th"Pv=o""h"j"Fh"v&^FsF&F~|^&?t&?;tF%F^&?u& FF9F~}N+FF^&?t&?%tF%F^&?u &ÌɁы؎& Nu3^]ːUFVFV‹ذ &Ɂы؎& .&PnKq toFFF.&~r^?%utF *+F=Fu}F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u&0ÌɁю‹؊FA&NuFFF~>&sHF *-F;FsF^FsF&?;uF~|F^&?;tF%F^&?;u& F~|F^&?t&?%tF%F^&?u &ÌɁы؎& Nu3]ːUFP`&Po tl& RPRPRPRPe&-0+RP6;vf&*0RP6;v`&*0RP6;vb&*0RP6;vc&*0FVFF"h&^&8uz^WɁю‹ؠi&&8u[^WɁю‹ؠj&&8u<^WɁю‹ؠk&&8u^WɁю‹&?tFF~"shF~u~u~u ~uFRPvv;v uFFF0F#^&?u&u &G& Gt2~u,FV&9Wwr&9w&9Wr w&9GvFF밋F]ːUVFVFVF‹ر &֋؎&~uRFPoF tP[ t1F2PPlP7Kq u~|FP[ tNn~ P3PvvFVF PPvvFVFFF FVFV~~ ;PPRvRFV~@}~~"Pvvv n@NuNt{n@~~OF^]ːU^&?tJ~ ~D&?t&?;tF%F^&?u&?;uF FsF&N ^&?uFV]U^&?Mt<ÌɁю‹&?Et FVɁю‹&?MtFVɁю‹&?OtFVɁю‹&?RtFVɁю‹&?YtFVɁю‹&?=t^ &ȋFVہӎ‹&8uhFVɁы؎&ȋF Vہӎ‹&8u4FV Ɂы؎&ȋF Vہӎ‹&8t*FV Ɂю‹&?tF%FF 0ȋFVہӋ؎&0uFVɁы؎& F 0ʋFVہӋ؎&FV Ɂы]ːU VFVFVF‹ر &֋؎&~uRFPoF tP![ t1F2PPlP7Kq u~|FP[ tNF=~FNF~uFu "PFHP"PvvvA FVF~|ċF^]ːUTVdž"+vvPnPvQPH#PPvQP1p= uPn&Po2FFdž~tPFP2P14vF usss sev^3PQQRnu6ƂP"PXEpn&P"PN4v udžFuRt/vv PnPvQP"PPvQP1p= u4vFpPv Copyright 1994 Intel Corp. 1.20 Release)5)bLLuP3&&PpCLpCL緰frPvPv PvrPvPv nPvPv PvCopyright 1994 Intel Corp. Copyright 1994 Intel Corp. PvrPvPv PvPv Pv*Pv Pv hPv VPv PvPvrPvPv PvzPvPv PvPvPv`PvP PvIPvRPvPvPvPv PvPvPv`PvP  hPvzPvVPvPvhPvzPv*PvEXTMEM00EXTMEM02 31 MB Extended Memory / 1024 KB Cache (WB) MEMORYSHADOWCopyright 1994 Intel Corp. CMOS=Pv+PvCopyright 1994 Intel Corp. TPvrPvPv jPv>PvPv PvPvTPvp &jPvPvPvPvPvPv PvPvPvyPvrPvPv PvPvPv Pv2PvPv`HPvPvP 2Pvp &tPvIPvRPvPv^PvPv PvPvtPv`PvPvP Pvp &  Pv PvPv. Pv Pv PvPv -0123456789.,  O s}Copyright 1994 Intel Corp. PvrPvPv  PvPv Pv! PvDisabled Pv 10 Minutes PvLOTCopyright 1994 Intel Corp. J PvrPvPv 4 PvPv Pv ` PvDefault PvLDDCopyright 1994 Intel Corp. PvrPvPv  Pv PvPv Pv PvPv@"Pv" PvrPvPv 8 Pv PvPv Pv" PvPv0Pv z PvPPv PvPvN PvdPv PvPvPvN Pv PvrPvPv  PvPv Pv Pv    Pv Pv 1234567890 QWERTYUIOP ASDFGHJKL ZXCVBNMN PvDisabled PvEnabled PvAPWUPWDisabled PvCtrl-Alt- PvHPWCopyright 1994 Intel Corp.  PvrPvPv  PvPv Pv vyN PvrPvPv 8 PvPv Pv  d PvNo Drive Detected PvDisable PvCustom PvUnknown Drive PvIDE0IDE1IDE2IDE3Copyright 1994 Intel Corp. No InformationNot Present DONEIPvChoose DONE to accept data.RPvDone=ENTERrPvPress ENTER to accept data.PvCancel=ESCPvPress ESC to abort.PvDisable=Ctrl-DPvPress Ctrl-D to disable.PvRestore Baseboard Settings=Ctrl-RPvPress Ctrl-R to restore baseboard settings."PvHot Key MenuRPv Press 'TAB' to Move CursordPv Disable EnablePvEnter New Hot Key: Warning! Don't press CNTL ALT.PvSelect either Disable or Enable of Hotkey. Enabling the hot key will allow user to secure the machine immediately by pressing simultaneously.Enter the new hot key. Since only the scan code for this key is stored in CMOS, the valid keys are alphanumeric only, . To secure the machine, press simultaneously.PvsPvPassword Menu>PvEnter Password PPvVerify Password dPv Change PasswordzPv New PasswordPv Enter Admin Password PvPress Enter to Disable Password Pv Admin Password Changed0Pv User Password ChangedNPvAborting Configuration Process lPvPassword Invalid. Try Again? PvVerify Error. No changes made.PvEnter the new desired password and then verify by entering it again. If both are not entered identically, the password will not be changed.PvEnter the Administrator Password only. Changes to the configuration are only allowed if the Administrator Password is entered. Only three chances are allowed for entering the correct password. Keys will not be echoed.jPvCylindersJPvHeads XPvPrecomp fPvLand ZonetPvSectors PvSize - MBPvIDE Configuration MenuPv Auto Customize DisablePvyPrimary MasterPrimary SlaveSecondary MasterSecondary SlavePvPvPv PvCylinders : This is a physical paramter provided by the drive manufacturer.Heads : This is a physical paramter provided by the drive manufacturer.Precomp : This is a physical paramter provided by the drive manufacturer.Land Zone : This is a physical paramter provided by the drive manufacturer.Sectors : This is a physical paramter provided by the drive manufacturer.Size : The size of the drive (in MB) will be caluclated based on the physical parameters provided and displayed for verification.*PvwPvPv PvXPvPvLock Out Timer Menu>Pv Value in Mintues : ( 0 = Disable, 127 = Maximum ) VPvEnter a value between 0 and 127. This will be the time in minutes for setting the Lock-Out Timer. This value is also stored in CMOS. A value of '0' will disable the Lock-Out Timer.PvLCD Display String MenuNPvString to Display:jPvEnter a string up to 32 characters long. This will be the string displayed on the LCD before booting the OS.PvCTRL-E = Enable AllPvCTRL-D = Disable All PvCTRL-T = Toggle Celsius and Kelvin&PvCTRL-L = Load DefaultsNPvSPACE = Toggle SelectionjPv'Tab' Moves Cursor Between ValuesPvVoltage/Temperature Limits MenuPv Upper Limits Lower Limits PvFatal Warning Fatal WarningPvA/D Channel Switches&Pv<y Enable +12 V Enable +5 V Enable 3.3(2) V Enable -12 V Enable Temp(2) K Enable Temp(1) K Enable VCC(1) Enable Switch VDPv-12V+3.3V(1)+5V+12VSwitch VVCC(1)Temp(1)Temp(2)PvPvPvPvPvPvPvPv-12 V+3.3(2) V+5 V+12 VSwitch VVCC(1) Temp(1) KTemp(2) KPv(Pv2Pv<PvFPvPPvZPvdPvEnter a value in the range: -23.20 V to -9.10 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0.00 V to 7.88 V. Enter a value in the range: 0.00 V to 14.10 V. Enter a value in the range: 0.00 V to 2.50 V. Enter a value in the range: 0.00 V to 5.00 V. Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.Enter a value in the range: 0 K to 499.80 K. To convert from Kelvin to Celsius: Subtract 273. To convert from Celsius to Fahrenheit: Multiply by 9/5 and then add 32.PvPvPv!PvRPvPvPv[PvExtended Memory Options Menu$Pv Write-Back Disable Write-ThroughFPv Disable EnablenPv Cache Mode 1MB ISA Hole ControlPvShadowing ISA ROMs OptionsPv Enable @ C0000 Enable @ C4000 Enable @ C8000 Enable @ CC000 Enable @ D0000 Enable @ D4000 Enable @ D8000 Enable @ DC000 Enable @ E0000 Enable @ E4000PvnyyRyWarningPvVyRestore Baseboard Settings Current System BIOS Version: Restore Image Saved Using BIOS Version: Restoring the baseboard settings has been aborted. Either the user has cancelled the restoration or the proper records in NVRAM could not be found. The baseboard configuration settings have not been restored. You have entered an invalid password. Access to the baseboard configuration files has been denied Invalid Password WarningI!PvAn alpha-numeric value must be entered to enable the Hot Key feature. V!PvCopyright 1994 Intel Corp. 486 DX 486 SX 486 DX2486 SL 486 SX2 Pentium (R)P54C P54CT P54CM 486 DX4486WBDX2Pentium (R) Pro!Pv!Pv!Pv!Pv!Pv!Pv!Pv"Pv "Pv"Pv"Pv$"Pv"PvvEnglish (US) l"PvBG0 BH0 BI0 CD0 BG0LBG0ABG0B"Pv"Pv"Pv"Pv"Pv"Pv"Pv"Pv64M15M15MBIVBIVUnknown#Pv~ y#Pv"PvPv $#Pv#Pvn&Pv6#Pv#PvPv $#Pv"PvySAVED ISASAVED LCD STRINGSAVED VOLT LIMITSSAVED A/D CHANNELCopyright 1994 Intel Corp. xPvPvSzyPvvyPv9Osx}p@| |))I+~ B9 緰f U PvN PvPv1x p%100`ss~ 0.06.BG0 003%101.00.06.BG0  FLASH1.00.06.BG0 ` (3IDNOBG0 ++1.00.06.1.10VC2xsSzOUELOG ` (38 &Pvd'Pv'Pv2Jnnnnn^n nn n nnnn n n nnnnnn^n nn n nnnn n n nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nnn n n nnnnnnnnn^n n n n n n n n n n nnnnnn^nnnnnnnnnn nnnnnn^n nn n nnnn nn nnnnnnnnnnnnnnnnnnnnnn^nnnnnnnnnnnIDE0JtDPv(IDE1JtFPv-IDE2JtHPv2IDE3JtJPv7APW8sTPvKUPW8sVPvL HPW sM!LOTisN"LDDs`-VLTfqd0ADCb fqe1MEMORYbpSHADOW\bpEXTMEM00. bpEXTMEM01. bpEXTMEM02. bp EXTMEM03. bpEXTMEM04. bpEXTMEM05. bpEXTMEM06. bpEXTMEM07. bpEXTMEM08. bp,y Xyy y,y yXy yy yy 4yy `yy y4yy`yyyyy<yyhyyy<yyhyyy$yy$Dyy$pyy$yDy$ypy$yy$ yy$Lyy.xy y.yLy.yxy.yy.(yy.Tyy.(y.,vy Xvyvy vy,vy vyXvy vyvy vy Auto : The BIOS can perform auto-initialization of all devices detected on both the IDE channels. NOTE: When set to 'Auto' the OVL will display the name of the drive if available or 'Default'. Customize : The user may define a custom set of physical paramters for the drive. Selection of user definable custom drive parameters will not override other drive parameters configured by the BIOS. Disable : This option should be used when the user does not have a drive connected in a particular location. Scanning for this drive will be disabled, shortening boot time.The Analog to Digital Switch will enable the monitoring of analog readings like voltages and temperatures. If these readings exceed the limits specified in the Voltage Management section, appropriate interrupts will be generated. The 'Load Defaults' selection provides default settings for all channels. Allows shadow control over each 16K region of ISA ROM space. When shadowing is enabled for a region, any ISA ROMs within that region are copied into and executed from system RAM--greatly increasing performance. Some ISA cards may not support shadowing, refer to your card's documentation to determine if your card supports shadowing.Disable: Will allow the system to use the memory between 15M and 16M. Enable: Forwards memory accesses between 15M and 16M to the EISA/ISA bus. This will allow ISA cards to use the addresses between 15M and 16M for ISA option ROMs or onboard RAM. Certain legacy ISA cards that require large address spaces not available in the normal ISA ROM area (C0000h - E8000h) may need this choice to be selected.Write-Back: Improves system speed and should be selected when optimal performance is desired. Write-Through: Will mirror-image memory in cache and DRAM. Disable: Prevents intermediate caching of code and data. System performance will be less than optimal. One or more temperature or voltage channels is set incorrectly. Channel levels must be set according to the following rules: 'Upper Fatal Level' > or = 'Upper Warning Level' 'Upper Warning Level' > or = 'Lower Warning Level' 'Lower Warning Level' > or = 'Lower Fatal Level' These channels are set incorrectly: You have chosen to restore the baseboard settings. The baseboard settings will be restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. -- Press 'Enter' to verify the restoration of the baseboard settings. -- Press 'ESC' to cancel the restoration. The baseboard settings you are about to restore were not stored by the same BIOS currently loaded on the system. Restoring from this saved image may result in incorrect baseboard settings. -- Press 'ENTER' to ignore this message and continue restoring. -- Press 'ESC' to abort this restore. The baseboard configuration settings have been restored to values stored in NVRAM. The values stored in NVRAM correspond to the baseboard settings present when the system configuration was last saved or last restored from a 'CMS' file via the 'Utilities' menu. BOARD ID="@@@FFFF" NAME="A copy of the BaseBoard settings at the last save." MFR="Intel" CATEGORY="OTH" SLOT=VIR READID=NO FUNCTION="This is a copy of ISA CMOS at the last save." CHOICE="Save ISA CMOS" SUBTYPE="SAVED ISA" FREEFORM= 112, 040h, 0B1h, 000h, 000h, 00Fh, 080h, 002h, 000h, 07Ch, 000h, 020h, 0FFh, 0F0h, 0FFh, 008h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 0FFh, 0FFh, 000h, 000h, 000h, 000h, 007h, 012h, 000h, 07Ch, 019h, 0D4h, 0F0h, 001h, 029h, 029h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 08Fh, 092h, 08Ch, 049h, 02Bh, 001h, 000h, 000h, 000h, 000h, 000h, 004h, 07Eh, 00Ah, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 042h, 000h, 000h, 000h, 039h, 000h, 000h, 000h, 003h, 029h FUNCTION="This is a copy of the LCD NVRAM at the last save." CHOICE="Save LCD NVRAM" SUBTYPE="SAVED LCD STRING" FREEFORM= 32, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h, 000h FUNCTION="This is a copy of VOLT Limits at the last save." CHOICE="Save VOLT Limits" SUBTYPE="SAVED VOLT LIMITS" FREEFORM= 32, 0F0h, 0BDh, 0B6h, 0FEh, 0FEh, 0BDh, 0A8h, 0A8h, 0E7h, 0B7h, 0B0h, 0F6h, 0FDh, 0B7h, 0A3h, 0A3h, 0A6h, 095h, 08Fh, 0B5h, 066h, 095h, 087h, 087h, 0AFh, 09Ch, 096h, 0BEh, 0ACh, 09Ch, 08Ch, 08Bh FUNCTION="This is a copy of A/D Channel at the last save." CHOICE="Save A/D Channel" SUBTYPE="SAVED A/D CHANNEL" FREEFORM= 1, 0FBh GROUP="SYSTEMS GROUP" FUNCTION="System Identification and Version Information" TYPE="VER,ID" SUBFUNCTION="System Identification String" CHOICE="IDNOBG0 " HELP="Indicates the system identification string. (No information) means no system identification string was found." SUBTYPE="IDNO" SUBFUNCTION="Config and Overlay Version" CHOICE="Overlay version: 1.20 Release " HELP="Indicates the version of the baseboard overlay being used for system configuration." SUBTYPE="COV" SUBFUNCTION="BIOS Version String" CHOICE="BIOS: 1.00.06.BG0 " HELP="Indicates the version of the system BIOS. (No information) means no BIOS version string was found." SUBTYPE="BIV,1.00.06.BG0 " SUBFUNCTION="MP Spec Version:" HELP="Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot." CHOICE="MP Spec V1.1" SUBTYPE="MPS,CMOS=6B0F00" CHOICE="MP Spec V1.4" SUBTYPE="MPS,CMOS=6B0F10" FUNCTION="System Processor Modules" TYPE="CPU1" SUBFUNCTION="CPU 1 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="A" SUBFUNCTION="CPU 2 in Slot 1" CHOICE="P54C Intel CPU at 133 MHz" HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="B" SUBFUNCTION="CPU 1 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="C" SUBFUNCTION="CPU 2 in Slot 2" CHOICE="Not Present " HELP="For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot." SUBTYPE="D" FUNCTION="System Processor Status" TYPE="CPUS" SUBFUNCTION="CPU 1 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="AP,CMOS=6FEF00" CHOICE="Failures Detected" SUBTYPE="AF,CMOS=6FEF10" SUBFUNCTION="CPU 2 in Slot 1" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="BP,CMOS=6FDF00" CHOICE="Failures Detected" SUBTYPE="BF,CMOS=6FDF20" SUBFUNCTION="CPU 1 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="CP,CMOS=6FBF00" CHOICE="Failures Detected" SUBTYPE="CF,CMOS=6FBF40" SUBFUNCTION="CPU 2 in Slot 2" HELP="The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n 'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\n This field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor." CHOICE="No Failures Detected" SUBTYPE="DP,CMOS=6F7F00" CHOICE="Failures Detected" SUBTYPE="DF,CMOS=6F7F80" FUNCTION="System Performance" TYPE="PFM" SUBFUNCTION="Power-On Speed Option" HELP="The slow speed may be required in order for some older PC applications to operate correctly." CHOICE="CPU Speed=FAST" SUBTYPE="SPD,TBO,CMOS=11FE01" CHOICE="CPU Speed=SLOW" SUBTYPE="SPD,DET,CMOS=11FE00" SUBFUNCTION="Secondary IOAPIC Control Option" CHOICE="Enable Secondary IOAPIC" HELP="Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired." SUBTYPE="IOA,ENB,CMOS=6BF708" CHOICE="Disable Secondary IOAPIC" HELP="Disables the secondary IOAPIC. System performance is less than optimal." SUBTYPE="IOA,DIS,CMOS=6BF700" ENDGROUP GROUP="MEMORY SUBSYSTEM GROUP" FUNCTION="Base Memory Options" TYPE="MEM,SYSTEM" CHOICE="640KB Base Memory" HELP="Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected." SUBTYPE="6,CMOS=150080+160002+1EF708" FREE MEMORY=640k ADDRESS=0h CACHE=YES CHOICE="512KB Base Memory" SUBTYPE="5,CMOS=150000+160002+1EF700" HELP="Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity." FREE MEMORY=512k ADDRESS=0h CACHE=YES FUNCTION="Shadowing ISA ROMs Options" TYPE="OVL,SHADOW" CHOICE="Press 'Enter'to Modify the Shadowing Options" SUBTYPE="SHADOW" FUNCTION="Extended Memory Options (Cache, 1MB ISA Hole)" TYPE="OVL,MEMORY" CHOICE="Displayed During Configuration." SUBTYPE ="DEFAULT" FUNCTION="System Memory 1M - 16M" SHOW=NO TYPE="OVL,EXTMEM00,1-16" CHOICE="Write-Back with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=WRITEBACK CHOICE="Write-Back without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=WRITEBACK CHOICE="No Cache with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=NO CHOICE="No Cache without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=NO CHOICE="Write-Through with 1M Hole" SUBTYPE ="WB" FREE MEMORY=14M ADDRESS=1M CACHE=YES CHOICE="Write-Through without 1M Hole" SUBTYPE ="WB" FREE MEMORY=15M ADDRESS=1M CACHE=YES FUNCTION="System Memory 16M - 592M" SHOW=NO TYPE="OVL,EXTMEM01,16-592" CHOICE="Write-Back" SUBTYPE ="WB" FREE MEMORY=16M ADDRESS=16M CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=80M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=144M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=208M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=272M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=336M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=400M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=464M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=528M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" FREE MEMORY=16M ADDRESS=16M CACHE=NO ;MEMORY=64M ;ADDRESS=80M ;CACHE=NO ;MEMORY=64M ;ADDRESS=144M ;CACHE=NO ;MEMORY=64M ;ADDRESS=208M ;CACHE=NO ;MEMORY=64M ;ADDRESS=272M ;CACHE=NO ;MEMORY=64M ;ADDRESS=336M ;CACHE=NO ;MEMORY=64M ;ADDRESS=400M ;CACHE=NO ;MEMORY=64M ;ADDRESS=464M ;CACHE=NO ;MEMORY=64M ;ADDRESS=528M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" FREE MEMORY=16M ADDRESS=16M CACHE=YES ;MEMORY=64M ;ADDRESS=80M ;CACHE=YES ;MEMORY=64M ;ADDRESS=144M ;CACHE=YES ;MEMORY=64M ;ADDRESS=208M ;CACHE=YES ;MEMORY=64M ;ADDRESS=272M ;CACHE=YES ;MEMORY=64M ;ADDRESS=336M ;CACHE=YES ;MEMORY=64M ;ADDRESS=400M ;CACHE=YES ;MEMORY=64M ;ADDRESS=464M ;CACHE=YES ;MEMORY=64M ;ADDRESS=528M ;CACHE=YES FUNCTION="System Memory 592M - 1168M" SHOW=NO TYPE="OVL,EXTMEM02,592-1168" CHOICE="Write-Back" SUBTYPE ="WB" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=656M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=720M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=784M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=848M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=912M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=976M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1040M ;CACHE=WRITEBACK ;MEMORY=64M ;ADDRESS=1104M ;CACHE=WRITEBACK CHOICE="No Cache" SUBTYPE ="NC" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=NO ;MEMORY=64M ;ADDRESS=656M ;CACHE=NO ;MEMORY=64M ;ADDRESS=720M ;CACHE=NO ;MEMORY=64M ;ADDRESS=784M ;CACHE=NO ;MEMORY=64M ;ADDRESS=848M ;CACHE=NO ;MEMORY=64M ;ADDRESS=912M ;CACHE=NO ;MEMORY=64M ;ADDRESS=976M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1040M ;CACHE=NO ;MEMORY=64M ;ADDRESS=1104M ;CACHE=NO CHOICE="Write-Through" SUBTYPE ="WT" ;FREE ;MEMORY=64M ;ADDRESS=592M ;CACHE=YES ;MEMORY=64M ;ADDRESS=656M ;CACHE=YES ;MEMORY=64M ;ADDRESS=720M ;CACHE=YES ;MEMORY=64M ;ADDRESS=784M ;CACHE=YES ;MEMORY=64M ;ADDRESS=848M ;CACHE=YES ;MEMORY=64M ;ADDRESS=912M ;CACHE=YES ;MEMORY=64M ;ADDRESS=976M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1040M ;CACHE=YES ;MEMORY=64M ;ADDRESS=1104M ;CACHE=YES ENDGROUP GROUP="On-Board Disk Controllers" FUNCTION="On-Board Floppy Controller" TYPE="OFC" HELP="This option enables or disables the on-board floppy controller." CHOICE="Enable" SUBTYPE="ENB,CMOS=60FB04" FREE IRQ=6 PORT=03f0h-03f5h PORT=03f7h DMA=2 TIMING=TYPEA CHOICE="Disable" SUBTYPE="DIS,CMOS=60FB00" FUNCTION="On-board IDE Controller" TYPE="OBI" HELP="If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices." CHOICE="Enable" SUBTYPE="PCT,CMOS=60FD02" FREE IRQ=14 PORT=01F0h-01F7h PORT=03F6h CHOICE="Disable" SUBTYPE="DIS,CMOS=60FD00" ENDGROUP GROUP="On-Board Communication Devices" FUNCTION="Serial Port 1 Configuration" TYPE="COM1" HELP="This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=618F10+627F80" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=618F20+627F00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=618F30+627F80" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=618F40+627F00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 1 Disable" SUBTYPE="DS1,CMOS=618F00" FUNCTION="Serial Port 2 Configuration" TYPE="COM2" HELP="This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="COM2:2F8h - IRQ 3" SUBTYPE="2F8,CMOS=61F802+62BF00" FREE IRQ=3 PORT=02F8h-02FFh CHOICE="COM1:3F8h - IRQ 4" SUBTYPE="3F8,CMOS=61F801+62BF40" FREE IRQ=4 PORT=03F8h-03FFh CHOICE="COM3:3E8h - IRQ 4" SUBTYPE="3E8,CMOS=61F803+62BF40" FREE IRQ=4 PORT=03E8h-03EFh CHOICE="COM4:2E8h - IRQ 3" SUBTYPE="2E8,CMOS=61F804+62BF00" FREE IRQ=3 PORT=02E8h-02EFh CHOICE="Port 2 Disable" SUBTYPE="DS2,CMOS=61F800" FUNCTION="Parallel Port Configuration" TYPE="PAR" HELP="This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources." CHOICE="LPT1:378h - IRQ 7" SUBTYPE="378,CMOS=603F80+60F708" FREE IRQ=7 PORT=0378h-037Fh CHOICE="LPT2:278h - IRQ 5" SUBTYPE="278,CMOS=603FC0+60F700" FREE IRQ=5 PORT=0278h-027Fh CHOICE="LPT3:3BCh - IRQ 7" SUBTYPE="3BC,CMOS=603F40+60F708" FREE IRQ=7 PORT=03BCh-03BFh CHOICE="Parallel Port Disable" SUBTYPE="378,CMOS=603F00" FUNCTION="Parallel Port Mode" TYPE="PPM" HELP="This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings." CHOICE="Parallel Port Mode ISA-Compatible" SUBTYPE="MDE,CMP,CMOS=60CF00" CHOICE="Parallel Port Mode PS/2" SUBTYPE="MDE,PS2,CMOS=60CF10" CHOICE="Parallel Port Mode Extended (Not valid with LPT3)" SUBTYPE="MDE,EPP,CMOS=60CF20" CHOICE="Parallel Port Mode ECP on LPT1" SUBTYPE="MDE,ECP,CMOS=60CF30+603F80" FREE PORT=0778h-077Ah CHOICE="Parallel Port Mode ECP on LPT2" SUBTYPE="MDE,ECP,CMOS=60CF30+603FC0" FREE PORT=0678h-067Ah CHOICE="Parallel Port Mode ECP on LPT3" SUBTYPE="MDE,ECP,CMOS=60CF30+603F40" FREE PORT=07BCh-07BEh FUNCTION="Parallel Port DMA (Valid only with ECP Mode)" TYPE="PPM" HELP="This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode." CHOICE="No DMA" SUBTYPE="PPDMA,CMOS=66FC00" CHOICE="DMA Channel 3" SUBTYPE="PPDMA,CMOS=66FC01" FREE DMA=3 CHOICE="DMA Channel 5" SUBTYPE="PPDMA,CMOS=66FC02" FREE DMA=5 CHOICE="DMA Channel 6" SUBTYPE="PPDMA,CMOS=66FC03" FREE DMA=6 ENDGROUP GROUP="FLOPPY DRIVE SUBSYSTEMS GROUP" FUNCTION="Floppy Drive A Options" TYPE="FPY,A" HELP="Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections." CHOICE="3.5 inch 1.44/1.25 MB drive" SUBTYPE="FPY,CMOS=100F40" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=100F10" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=100F20" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=100F30" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=100F60" CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=100F00" FUNCTION="Floppy Drive B Options" TYPE="FPY,B" HELP="Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections." CHOICE="Disable or Not Installed" SUBTYPE="FPY,CMOS=10F000" CHOICE="5.25 inch 1.2 MB drive" SUBTYPE="FPY,CMOS=10F002" CHOICE="5.25 inch 360 KB drive" SUBTYPE="FPY,CMOS=10F001" CHOICE="3.5 inch 2.88 MB drive" SUBTYPE="FPY,CMOS=10F006" CHOICE="3.5 inch 1.44 MB drive" SUBTYPE="FPY,CMOS=10F004" CHOICE="3.5 inch 720 KB drive" SUBTYPE="FPY,CMOS=10F003" ENDGROUP GROUP="IDE SUBSYSTEM GROUP" FUNCTION="ISA IDE DMA Transfers" TYPE="IDE,DMA" HELP="When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives." CHOICE="Auto Configured" SUBTYPE="DCA,CMOS=1CF00F" FREE DMA=7 CHOICE="Disable " SUBTYPE="DCD,CMOS=1CF000" FUNCTION="IDE Configuration -- Primary Master" TYPE="OVL,IDE0" CHOICE="Displayed During Configuration" SUBTYPE="ATC" FUNCTION="IDE Drive Options -- Primary Master" TYPE="IDE,SWT,C" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MCA,CMOS=1B3FC0" CHOICE="4 Sector/Block " SUBTYPE="MC8,CMOS=1B3F40" CHOICE="8 Sector/Block " SUBTYPE="MCH,CMOS=1B3F80" CHOICE="Disable " SUBTYPE="DSC,CMOS=1B3F00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TCS,CMOS=1D3F00" CHOICE="Logical Block Addressing" SUBTYPE="TCL,CMOS=1D3F40" CHOICE="Extended CHS" SUBTYPE="TCE,CMOS=1D3F80" CHOICE="Auto Configured" SUBTYPE="TCA,CMOS=1D3FC0" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE Configuration -- Primary Slave" TYPE="OVL,IDE1" CHOICE="Displayed During Configuration" SUBTYPE="ATD" FUNCTION="IDE Drive Options -- Primary Slave" TYPE="IDE,SWT,D" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MDA,CMOS=1BCF30" CHOICE="4 Sector/Block " SUBTYPE="MD8,CMOS=1BCF10" CHOICE="8 Sector/Block " SUBTYPE="MDH,CMOS=1BCF20" CHOICE="Disable " SUBTYPE="DSD,CMOS=1BCF00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TDS,CMOS=1DCF00" CHOICE="Logical Block Addressing" SUBTYPE="TDL,CMOS=1DCF10" CHOICE="Extended CHS" SUBTYPE="TDE,CMOS=1DCF20" CHOICE="Auto Configured" SUBTYPE="TDA,CMOS=1DCF30" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EDA,CMOS=1CBF40" CHOICE="Disable " SUBTYPE="EDD,CMOS=1CBF00" FUNCTION="IDE Configuration -- Secondary Master" TYPE="OVL,IDE2" CHOICE="Displayed During Configuration" SUBTYPE="ATE" FUNCTION="IDE Drive Options -- Secondary Master" TYPE="IDE,SWT,E" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MEA,CMOS=1BF30C" CHOICE="4 Sector/Block " SUBTYPE="ME8,CMOS=1BF304" CHOICE="8 Sector/Block " SUBTYPE="MEH,CMOS=1BF308" CHOICE="Disable " SUBTYPE="DSE,CMOS=1BF300" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TES,CMOS=1DF300" CHOICE="Logical Block Addressing" SUBTYPE="TEL,CMOS=1DF304" CHOICE="Extended CHS" SUBTYPE="TEE,CMOS=1DF308" CHOICE="Auto Configured" SUBTYPE="TEA,CMOS=1DF30C" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EEA,CMOS=1CDF20" CHOICE="Disable " SUBTYPE="EED,CMOS=1CDF00" FUNCTION="IDE Configuration -- Secondary Slave" TYPE="OVL,IDE3" CHOICE="Displayed During Configuration" SUBTYPE="ATF" FUNCTION="IDE Drive Options -- Secondary Slave" TYPE="IDE,SWT,F" SUBFUNCTION="Multi-Sector Transfer" HELP="This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector." CHOICE="Auto Configured" SUBTYPE="MFA,CMOS=1BFC03" CHOICE="4 Sector/Block " SUBTYPE="MF8,CMOS=1BFC01" CHOICE="8 Sector/Block " SUBTYPE="MFH,CMOS=1BFC02" CHOICE="Disable " SUBTYPE="DSF,CMOS=1BFC00" SUBFUNCTION="Translation Mode" HELP="Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk." CHOICE="Standard CHS" SUBTYPE="TFS,CMOS=1DFC00" CHOICE="Logical Block Addressing" SUBTYPE="TFL,CMOS=1DFC01" CHOICE="Extended CHS" SUBTYPE="TFE,CMOS=1DFC02" CHOICE="Auto Configured" SUBTYPE="TFA,CMOS=1DFC03" SUBFUNCTION="Fast Programmed I/O Modes" HELP="When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair." CHOICE="Auto Configured" SUBTYPE="EFA,CMOS=1CEF10" CHOICE="Disable " SUBTYPE="EFD,CMOS=1CEF00" ENDGROUP GROUP="LANGUAGE SUPPORT GROUP" FUNCTION="Language Support Options" TYPE="LAG" SUBFUNCTION="Current Language" HELP="This option sets the system language effective after the next system reboot." CHOICE="English (US) " SUBTYPE="LAG,CMOS=20E000" CHOICE="Espaol (SP) " SUBTYPE="LAG,CMOS=20E001" CHOICE="Italiano (IT) " SUBTYPE="LAG,CMOS=20E002" CHOICE="Franais (FR) " SUBTYPE="LAG,CMOS=20E003" CHOICE="Deutsch (GR) " SUBTYPE="LAG,CMOS=20E004" ENDGROUP GROUP="KB and MOUSE SUBSYSTEM GROUP" FUNCTION="Keyboard and Mouse Options" TYPE="NUM,TYS,MSE" SUBFUNCTION="NumLock Options" HELP="This option sets the initial state of the NumLock keyboard feature when the system boots." CHOICE="OFF at Boot" SUBTYPE="LCK,DIS,CMOS=11F700" CHOICE="ON at Boot" SUBTYPE="LCK,ON,CMOS=11F708" SUBFUNCTION="Typematic Speed" HELP="The typematic speed controls the speed at which a keystroke is repeated while the key is held down." CHOICE="Auto" SUBTYPE="TYA,CMOS=136300" CHOICE="Fast (7 char/sec)" SUBTYPE="TYF,CMOS=13639C" CHOICE="Medium (4 char/sec)" SUBTYPE="TYM,CMOS=136390" CHOICE="Slow (1 char/sec)" SUBTYPE="TYL,CMOS=136384" SUBFUNCTION="Mouse Control Option" HELP="The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected." CHOICE="Mouse Auto detected" SUBTYPE="MSA,ENB,CMOS=11DF20" FREE IRQ=12 ENDGROUP GROUP="Console Redirection" FUNCTION="Console Redirection Control" TYPE="CRCTL" SUBFUNCTION="COM Port for Redirection" HELP="System console input and output may be redirected to one of the COM ports at a discrete memory location." CHOICE="Disable" SUBTYPE="DSR,CMOS=62CF00" CHOICE="Enable Redirection On COM1 @ E4000" SUBTYPE="ER1,CMOS=62CF10" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES CHOICE="Enable Redirection On COM2 @ E4000" SUBTYPE="ER2,CMOS=62CF20" FREE MEMORY=16K ADDRESS=0E4000H WRITABLE=YES MEMTYPE=OTH CACHE=YES SUBFUNCTION="Serial Port Baud Rate" HELP="The proper baud rate for the COM port must be specified for console redirection." CHOICE="2400 Baud" SUBTYPE="24B,CMOS=62F300" CHOICE="9600 Baud" SUBTYPE="96B,CMOS=62F304" CHOICE="19.2K Baud" SUBTYPE="19B,CMOS=62F308" CHOICE="115.2K Baud" SUBTYPE="115B,CMOS=62F30C" SUBFUNCTION="Hardware Flow Control" HELP="The proper flow control must be specified for console redirection." CHOICE="None" SUBTYPE="DSFC,CMOS=649F00" CHOICE="CTS/RTS" SUBTYPE="NXOFF,CMOS=649F20" CHOICE="CTS/RTS & Xoff/Xon" SUBTYPE="XOFF,CMOS=649F40" SUBFUNCTION="Select Terminal Type" HELP="The only terminal type available for console redirection is ANSI." CHOICE="ANSI" SUBTYPE="ANSI,CMOS=62FC00" ENDGROUP GROUP="SECURITY SUBSYSTEMS GROUP" FUNCTION="Administrative Password Option" TYPE="OVL,APW" CHOICE="Displayed During Configuration" SUBTYPE="SET" FUNCTION="User Password Option" TYPE="OVL,UPW" CHOICE="Displayed During Configuration" SUBTYPE="USET" FUNCTION="Hot Key Option" TYPE="OVL,HPW" CHOICE="Press 'Enter' to Change the Hot Key" SUBTYPE="HOT" FUNCTION="Lockout Timer " TYPE="OVL,LOT" HELP="If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer." CHOICE="Press 'Enter' to Change the Lock Out Timer" SUBTYPE="LTT" FUNCTION="Secure Boot Mode" TYPE="SBM" HELP="When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered." CHOICE="Disable" SUBTYPE="SBD,CMOS=11BF00" CHOICE="Enable" SUBTYPE="SBE,CMOS=11BF40" FUNCTION="Video Blanking " TYPE="EVB" HELP="When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password." CHOICE="Disable" SUBTYPE="VBD,CMOS=637F00" CHOICE="Enable" SUBTYPE="VBE,CMOS=637F80" FUNCTION="Floppy Writes" HELP="The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled." TYPE="FWP" CHOICE="Enable" SUBTYPE="DIS,CMOS=63BF00" CHOICE="Disable" SUBTYPE="ENB,CMOS=63BF40" ENDGROUP GROUP="BOOT SUBSYSTEM GROUP" FUNCTION="Boot Options" TYPE="BOOT" SUBFUNCTION="First Boot Device" HELP="Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=65F800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=65F801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=65F802" CHOICE="Boot IDE CD-ROM Floppy Image" SUBTYPE="BCD,CMOS=65F804+66FB00" CHOICE="Boot IDE CD-ROM Hard Drive Image" SUBTYPE="BCD,CMOS=65F804+66FB04" CHOICE="Boot Network" SUBTYPE="BN,CMOS=65F805" SUBFUNCTION="Second Boot Device" HELP="Selects the device that the system checks second to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1A8F00" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1A8F10" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1A8F20" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1A8F50" SUBFUNCTION="Third Boot Device" HELP="Selects the device that the system checks third to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1AF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1AF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1AF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1AF805" SUBFUNCTION="Fourth Boot Device" HELP="Selects the device that the system checks fourth to find an operating system to boot from." CHOICE="Boot Disabled" SUBTYPE="BD,CMOS=1EF800" CHOICE="Boot Floppy" SUBTYPE="BF,CMOS=1EF801" CHOICE="Boot Hard Disk" SUBTYPE="BHD,CMOS=1EF802" CHOICE="Boot Network" SUBTYPE="BN,CMOS=1EF805" FUNCTION="PCI Resource Locking" TYPE="PLCK" HELP="This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots." CHOICE="Enable" SUBTYPE="PE,CMOS=68FE01" CHOICE="Disable" SUBTYPE="PD,CMOS=68FE00" FUNCTION="Display ' for Setup' Message during POST" TYPE="DSM" HELP="This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available." CHOICE="Enable" SUBTYPE="EP,CMOS=11EF10" CHOICE="Disable" SUBTYPE="DP,CMOS=11EF00" FUNCTION="Require User Interaction on POST Errors" TYPE="RUI" HELP="This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs." CHOICE="Enable" SUBTYPE="EE,CMOS=63FE01" CHOICE="Disable" SUBTYPE="DE,CMOS=63FE00" ENDGROUP GROUP="SCSI ROM BIOS OPTIONS GROUP" FUNCTION="SCSI-A ROM BIOS Scan" TYPE="SCSIA" HELP="This option enable or disables scanning of SCSI channel-A for SCSI devices." CHOICE="Enable" SUBTYPE="SAE,CMOS=63FD00" CHOICE="Disable" SUBTYPE="SAD,CMOS=63FD02" FUNCTION="SCSI-B ROM BIOS Scan" TYPE="SCSIB" HELP="This option enable or disables scanning of SCSI channel-B for SCSI devices." CHOICE="Enable" SUBTYPE="SBE,CMOS=63FB00" CHOICE="Disable" SUBTYPE="SBD,CMOS=63FB04" ENDGROUP GROUP="LCD SUBSYSTEM GROUP" FUNCTION="LCD Display String Enable or Disable" HELP="Enables or disables the LCD display." TYPE="LDS" CHOICE="Enable" SUBTYPE="ENB,CMOS=63F708" CHOICE="Disable" SUBTYPE="DIS,CMOS=63F700" FUNCTION="LCD Display String Before OS Boot" TYPE="OVL,LDD" CHOICE="Displayed During Configuration" SUBTYPE="DSP" FUNCTION = "Reserved LCD ports" SHOW = NO TYPE = "LCDP" CHOICE="LCD Ports" FREE PORT=0CB0H-0CB7H FUNCTION = "Reserved System Ports" SHOW = NO TYPE = "RSPP" CHOICE="Reserved System Ports" FREE PORT=0CA2H-0CAFH ENDGROUP GROUP="MANAGEMENT SUBSYSTEM GROUP" FUNCTION="Temperature/Voltage Limit Control" TYPE="OVL,VLT" CHOICE="Press 'Enter' to modify the System Limits" SUBTYPE="SEL" FUNCTION="A/D Channel Enable Switch" TYPE="OVL,ADC" CHOICE="Press 'Enter' to Enable/Disable the A/D Channels" SUBTYPE="ENA" FUNCTION="Speaker Options" TYPE="SPK" HELP="This option sets the initial state of the system speaker feature when the system boots." CHOICE="Enable" SUBTYPE="SPC,ENB,CMOS=6CFB04" CHOICE="Disable" SUBTYPE="SPC,DIS,CMOS=6CFB00" FUNCTION="Scan User Flash Area" TYPE="UFA" HELP="One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled." CHOICE="Disable" SUBTYPE="SUF,DIS,CMOS=33DF00" CHOICE="Enable" SUBTYPE="SUF,ENB,CMOS=33DF20" FUNCTION="System Management Options" TYPE="MGR" SUBFUNCTION="System Management Mode" HELP="Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information." CHOICE="Disable" SUBTYPE="SMD,CMOS=63DF00" CHOICE="Enable" SUBTYPE="SME,CMOS=63DF20" SUBFUNCTION="SMM Time Stamp Source" HELP="When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST." CHOICE="POST Capture" SUBTYPE="SMP,CMOS=63EF00" CHOICE="Real-Time Clock" SUBTYPE="SMR,ENB,CMOS=63EF10" SUBFUNCTION="Event Logging" HELP="Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory." CHOICE="Disable" SUBTYPE="EVD,CMOS=6CFE00" CHOICE="Enable" SUBTYPE="EVE,CMOS=6CFE01" SUBFUNCTION="PCI System Error Detection" HELP="After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled." CHOICE="Disable" SUBTYPE="SED,DIS,CMOS=6BFD00" CHOICE="Enable" SUBTYPE="SED,ENB,CMOS=6BFD02" ENDGROUP GROUP="MEMORY BOARDS SUBSYSTEM GROUP" FUNCTION="ECC Memory" TYPE="ECC" SUBFUNCTION="First Board" HELP="This information only field indicates if an ECC memory board is present." CHOICE="Present" SUBTYPE="PR1" FREE PORT=0D000H-0D053H PORT=0D080H-0D0A5H PORT=0DC80H-0DC83H ; CHOICE="Not Present" ; SUBTYPE="NP1" SUBFUNCTION="Second Board" HELP="This information only field indicates if a second ECC memory board is present." ; CHOICE="Present" ; SUBTYPE="PR2" ; FREE ; PORT= 000H- 053H ; PORT= 080H- 0A5H ; PORT= C80H- C83H CHOICE="Not Present" SUBTYPE="NP2" ENDGROUP @>LCMOS=380000+390000+3A0000+3B0000+3C0000+3D0000+3E0000+3F0000CMOS=400000+410000+420000+430000+440000+450000+460000+470000CMOS=1F0000 CMOS=6D000A緰fPvPvCMOS=193F00CMOS=19CF00CMOS=19F300CMOS=19FC00CMOS=29FC03+2800FFCMOS=117F80+6C7F00+6CEF10 U` (3` (3` (3` (3k/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =@@@FFFF;=A copy of the BaseBoard settings at the last save.9=Intel=OTHR=kI===This is a copy of ISA CMOS at the last save. =Save ISA CMOSX =SAVED ISA =p@| |))I+~ B9) =This is a copy of the LCD NVRAM at the last save. =Save LCD NVRAMX=SAVED LCD STRING= =This is a copy of VOLT Limits at the last save.=Save VOLT LimitsX=SAVED VOLT LIMITS= 緰f=This is a copy of A/D Channel at the last save.=Save A/D ChannelX=SAVED A/D CHANNEL=PQP PPUPbPPZPPPPPPPPPVPPPPPPP(PPPPP5PNPP1PwPYPPPPPPPPP) PPUPbPdLDŽLɤLLLM$MDMdMׄM٤MMMN$NDNdNNNNNO$ODOdOOOOOP%PEPePP P P PQ%QEQeQQQQQR!%R#ER%eR'R)R+R-R/S1%S3ES5eS7S9S;S=S?TA%TCETEeTG =@@@FFFF;=A copy of the BaseBoard settings at the last save.9=Intel=OTHR=kI===This is a copy of ISA CMOS at the last save. =Save ISA CMOSX =SAVED ISA =p@| |))I+~ B9) =This is a copy of the LCD NVRAM at the last save. =Save LCD NVRAMX=SAVED LCD STRING= =This is a copy of VOLT Limits at the last save.=Save VOLT LimitsX=SAVED VOLT LIMITS= 緰f=This is a copy of A/D Channel at the last save.=Save A/D ChannelX=SAVED A/D CHANNEL=PQP PPUPbPPZPPPPPPPPPVPPPPPPP(PPPPP5PNPP1PwPYPPPPPPPPP) PPUPbPk/controller pair." CHOICE="Auto Configured" SUBTYPE="ECA,CMOS=1C7F80" CHOICE="Disable " SUBTYPE="ECD,CMOS=1C7F00" FUNCTION="IDE =INT3190;=System Board9=Intel=SYSR = ()I =o  =This system board contains the following on-board features:\n\t1) 2 CPU module slots supporting up to\n\t\t4 processors,\n\t2) 2 ECC Memory connectors\n\t\t(Up to 768MB Total Memory),\n\t3) 5 PCI connectors,\n\t4) 6 EISA connectors,\n\t5) Static RAM Cache,\n\t6) Shadow RAM Control,\n\t7) Paged Memory,\n\t8) Dual I/O APIC Units,\n\t9) 1 Parallel Port,\n\t10) 2 Serial Ports,\n\t11) Onboard Video Controller,\n\t12) Onboard Floppy Controller,\n\t13) Onboard IDE Hard Disk Controller,\n\t14) Onboard mouse/keyboard interface,\n\t15) 2 Onboard SCSI Controllers.\n=This is the base module configuration options file. The user should review and configure selectable options per system resources.\!>"= #=PFR$()=$1$=U$=o$R%()=%1%=U%=o%R&()=&1&=U&=o&R'()='1'=U'=o'R(()=(1(=U(=o(R)()=)1)=U)=o)6+= +=+=o+T,=@6.=.= .=o.T/=@61=1=1=o1T2='4()= N5=5"6=RRRRXRRR'7()=\"8=X000XXXX':()=";=RRRRRRRXE=SYSTEMS GROUPF=System Identification and Version InformationaG=VER,IDWH=System Identification StringI=IDNOBG0 J=Indicates the system identification string. (No information) means no system identification string was found.XL=IDNOWM=Config and Overlay VersionN=Overlay version: 1.20 Release O=Indicates the version of the baseboard overlay being used for system configuration.XQ=COVWR=BIOS Version StringS=BIOS: 1.00.06.BG0 T=Indicates the version of the system BIOS. (No information) means no BIOS version string was found.XV=BIV,1.00.06.BG0 WW=MP Spec Version:X=Selects the multiprocessing specification number for BIOS to use when building the MPS table at boot.Z=MP Spec V1.1X[=MPS,CMOS=6B0F00\=MP Spec V1.4X]=MPS,CMOS=6B0F10^=System Processor Modulesa_=CPU1W`=CPU 1 in Slot 1a=P54C Intel CPU at 133 MHzb=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xd=AWe=CPU 2 in Slot 1f=P54C Intel CPU at 133 MHzg=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xi=BWj=CPU 1 in Slot 2k=Not Present l=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xn=CWo=CPU 2 in Slot 2p=Not Present q=For information only and cannot be modified. (Not Present) indicates No Processor found for indicated slot.Xs=Dt=System Processor Statusau=CPUSWv=CPU 1 in Slot 1w=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=AP,CMOS=6FEF00=Failures DetectedX=AF,CMOS=6FEF10W=CPU 2 in Slot 1=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=BP,CMOS=6FDF00=Failures DetectedX=BF,CMOS=6FDF20W=CPU 1 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=CP,CMOS=6FBF00=Failures DetectedX=CF,CMOS=6FBF40W=CPU 2 in Slot 2=The Processor Status indicates if processor failures have been detected for a particular CPU position.\n\n'No Failures Detected' indicates that either an existing processor exhibits no failures or is simply not present in the system. 'Failures Detected' indicates that an existing processor exhibits failures\n\nThis field may be modified to force a re-test of a failing processor or reset the status of a processor position when replacing a bad processor.=No Failures DetectedX=DP,CMOS=6F7F00=Failures DetectedX=DF,CMOS=6F7F80=System Performancea=PFMW=Power-On Speed Option=The slow speed may be required in order for some older PC applications to operate correctly.=CPU Speed=FASTX=SPD,TBO,CMOS=11FE01=CPU Speed=SLOWX=SPD,DET,CMOS=11FE00W=Secondary IOAPIC Control Option=Enable Secondary IOAPIC=Enabling the secondary IOAPIC improves system speed and should be selected when optimal performance is desired.X=IOA,ENB,CMOS=6BF708=Disable Secondary IOAPIC=Disables the secondary IOAPIC. System performance is less than optimal.X=IOA,DIS,CMOS=6BF700=MEMORY SUBSYSTEM GROUP=Base Memory Optionsa=MEM,SYSTEM=640KB Base Memory=Setting the system base memory to 640KB allows maximum system performance. Unless there is other memory mapped from 512KB to 640 KB, the 640KB base memory size should be selected.X=6,CMOS=150080+160002+1EF7086= ==o=512KB Base MemoryX=5,CMOS=150000+160002+1EF700=Selecting the system base memory to 512KB may be required with some expansion cards that reserve the de-allocated memory for their own purposes. If such an expansion card is not in use, select the 640KB option for maximum base memory capacity.6===o=Shadowing ISA ROMs Optionsa=OVL,SHADOW=Press 'Enter'to Modify the Shadowing OptionsX=SHADOW=Extended Memory Options (Cache, 1MB ISA Hole)a=OVL,MEMORY=Displayed During Configuration.X=DEFAULT=System Memory 1M - 16MM==a=OVL,EXTMEM00,1-16=Write-Back with 1M HoleX=WB6===n=Write-Back without 1M HoleX=WB6===n=No Cache with 1M HoleX=WB6=====No Cache without 1M HoleX=WB6=====Write-Through with 1M HoleX=WB6===o=Write-Through without 1M HoleX=WB6===o=System Memory 16M - 592MM == a =OVL,EXTMEM01,16-592 =Write-BackX =WB 6===n)=No CacheX*=NC+6,=-=.==.G=Write-ThroughXH=WTI6J=K=L=oLe=System Memory 592M - 1168MMf==fag=OVL,EXTMEM02,592-1168h=Write-BackXi=WB=No CacheX=NC=Write-ThroughX=WT=On-Board Disk Controllers=On-Board Floppy Controllera=OFC=This option enables or disables the on-board floppy controller.=EnableX=ENB,CMOS=60FB04(=E=-E==]=b=DisableX=DIS,CMOS=60FB00=On-board IDE Controllera=OBI=If disabling the on-board IDE controller, ISA IDE DMA Transfers should be set to 'disable.' This will insure that the ISA IDE DMA channel (7) is available for use by other devices.=EnableX=PCT,CMOS=60FD02(=E=-E==DisableX=DIS,CMOS=60FD00=On-Board Communication Devices=Serial Port 1 Configurationa=COM1=This option selects the port and interrupt resources used by the first serial port. Note that the port may be disabled so that it does not consume any system resources.=COM1:3F8h - IRQ 4X=3F8,CMOS=618F10+627F80(=E=-=COM2:2F8h - IRQ 3X=2F8,CMOS=618F20+627F00(=E=-=COM3:3E8h - IRQ 4X=3E8,CMOS=618F30+627F80(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=618F40+627F00(=E=-=Port 1 DisableX=DS1,CMOS=618F00=Serial Port 2 Configurationa=COM2=This option selects the port and interrupt resources used by the second serial port. Note that the port may be disabled so that it does not consume any system resources.=COM2:2F8h - IRQ 3X=2F8,CMOS=61F802+62BF00(=E=-=COM1:3F8h - IRQ 4X=3F8,CMOS=61F801+62BF40 ( =E =- =COM3:3E8h - IRQ 4X =3E8,CMOS=61F803+62BF40(=E=-=COM4:2E8h - IRQ 3X=2E8,CMOS=61F804+62BF00(=E=-=Port 2 DisableX=DS2,CMOS=61F800=Parallel Port Configurationa=PAR=This option selects the port and interrupt resources used by the parallel port. Note that the port may be disabled so that it does not consume any system resources.=LPT1:378h - IRQ 7X=378,CMOS=603F80+60F708( =E!=x-"=LPT2:278h - IRQ 5X#=278,CMOS=603FC0+60F700$(%=E&=x-'=LPT3:3BCh - IRQ 7X(=3BC,CMOS=603F40+60F708)(*=E+=-,=Parallel Port DisableX-=378,CMOS=603F00.=Parallel Port Modea/=PPM0=This option selects the parallel port mode. Compatible mode is the AT-spec output only mode. Extended mode sets the port to the extended capabilities mode. Note that when setting ECP mode, that the parallel port selected must match the parallel port configuration settings.5=Parallel Port Mode ISA-CompatibleX6=MDE,CMP,CMOS=60CF007=Parallel Port Mode PS/2X8=MDE,PS2,CMOS=60CF109=Parallel Port Mode Extended (Not valid with LPT3)X:=MDE,EPP,CMOS=60CF20;=Parallel Port Mode ECP on LPT1X<=MDE,ECP,CMOS=60CF30+603F80=E>=xz-z?=Parallel Port Mode ECP on LPT2X@=MDE,ECP,CMOS=60CF30+603FC0AEB=xz-zC=Parallel Port Mode ECP on LPT3XD=MDE,ECP,CMOS=60CF30+603F40EEF=-G=Parallel Port DMA (Valid only with ECP Mode)aH=PPMI=This option selects the DMA resources used by the parallel port. Note that the DMA resources are only vaild if the port is set to ECP mode.L=No DMAXM=PPDMA,CMOS=66FC00N=DMA Channel 3XO=PPDMA,CMOS=66FC01PQ=R=DMA Channel 5XS=PPDMA,CMOS=66FC02TU=V=DMA Channel 6XW=PPDMA,CMOS=66FC03XY=Z[=FLOPPY DRIVE SUBSYSTEMS GROUP\=Floppy Drive A Optionsa]=FPY,A^=Floppy Drive A must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive A from the available selections.a=3.5 inch 1.44/1.25 MB driveXb=FPY,CMOS=100F40c=5.25 inch 360 KB driveXd=FPY,CMOS=100F10e=5.25 inch 1.2 MB driveXf=FPY,CMOS=100F20g=3.5 inch 720 KB driveXh=FPY,CMOS=100F30i=3.5 inch 2.88 MB driveXj=FPY,CMOS=100F60k=Disable or Not InstalledXl=FPY,CMOS=100F00m=Floppy Drive B Optionsan=FPY,Bo=Floppy Drive B must be configured to determine drive specific parameters. Choose the drive type for Floppy Drive B from the available selections.r=Disable or Not InstalledXs=FPY,CMOS=10F000t=5.25 inch 1.2 MB driveXu=FPY,CMOS=10F002v=5.25 inch 360 KB driveXw=FPY,CMOS=10F001x=3.5 inch 2.88 MB driveXy=FPY,CMOS=10F006z=3.5 inch 1.44 MB driveX{=FPY,CMOS=10F004|=3.5 inch 720 KB driveX}=FPY,CMOS=10F003~=IDE SUBSYSTEM GROUP=ISA IDE DMA Transfersa=IDE,DMA=When this option is set to auto, the BIOS will select the fastest DMA mode for all IDE drives.=Auto ConfiguredX=DCA,CMOS=1CF00F==Disable X=DCD,CMOS=1CF000=IDE Configuration -- Primary Mastera=OVL,IDE0=Displayed During ConfigurationX=ATC=IDE Drive Options -- Primary Mastera=IDE,SWT,CW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MCA,CMOS=1B3FC0=4 Sector/Block X=MC8,CMOS=1B3F40=8 Sector/Block X=MCH,CMOS=1B3F80=Disable X=DSC,CMOS=1B3F00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TCS,CMOS=1D3F00=Logical Block AddressingX=TCL,CMOS=1D3F40=Extended CHSX=TCE,CMOS=1D3F80=Auto ConfiguredX=TCA,CMOS=1D3FC0W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=ECA,CMOS=1C7F80=Disable X=ECD,CMOS=1C7F00=IDE Configuration -- Primary Slavea=OVL,IDE1=Displayed During ConfigurationX=ATD=IDE Drive Options -- Primary Slavea=IDE,SWT,DW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MDA,CMOS=1BCF30=4 Sector/Block X=MD8,CMOS=1BCF10=8 Sector/Block X=MDH,CMOS=1BCF20=Disable X=DSD,CMOS=1BCF00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TDS,CMOS=1DCF00=Logical Block AddressingX=TDL,CMOS=1DCF10=Extended CHSX=TDE,CMOS=1DCF20=Auto ConfiguredX=TDA,CMOS=1DCF30W=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EDA,CMOS=1CBF40=Disable X=EDD,CMOS=1CBF00=IDE Configuration -- Secondary Mastera=OVL,IDE2=Displayed During ConfigurationX=ATE=IDE Drive Options -- Secondary Mastera=IDE,SWT,EW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MEA,CMOS=1BF30C=4 Sector/Block X=ME8,CMOS=1BF304=8 Sector/Block X=MEH,CMOS=1BF308=Disable X=DSE,CMOS=1BF300W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk.=Standard CHSX=TES,CMOS=1DF300=Logical Block AddressingX=TEL,CMOS=1DF304=Extended CHSX=TEE,CMOS=1DF308=Auto ConfiguredX=TEA,CMOS=1DF30CW=Fast Programmed I/O Modes=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair.=Auto ConfiguredX=EEA,CMOS=1CDF20=Disable X=EED,CMOS=1CDF00=IDE Configuration -- Secondary Slavea =OVL,IDE3 =Displayed During ConfigurationX =ATF =IDE Drive Options -- Secondary Slavea =IDE,SWT,FW=Multi-Sector Transfer=This option allows the configuration of Multple Sector Transfers. When this mode is enabled the BIOS will transfer a block of sectors between each interrupt from the drive instead of a single sector.=Auto ConfiguredX=MFA,CMOS=1BFC03=4 Sector/Block X=MF8,CMOS=1BFC01=8 Sector/Block X=MFH,CMOS=1BFC02=Disable X=DSF,CMOS=1BFC00W=Translation Mode=Selects the translation mode for the IDE hard disk. Standard CHS addressing (cylinders < or = 1024), Extended CHS addressing (cylinders < 1024), Logical Block Addressing (if supported by disk.) Auto Configured will select the proper method based on information from the hard disk."=Standard CHSX#=TFS,CMOS=1DFC00$=Logical Block AddressingX%=TFL,CMOS=1DFC01&=Extended CHSX'=TFE,CMOS=1DFC02(=Auto ConfiguredX)=TFA,CMOS=1DFC03W*=Fast Programmed I/O Modes+=When set to Auto Configured, the BIOS will query an IDE hard disk and use the fastest PIO protocol supported by the hard disk/controller pair..=Auto ConfiguredX/=EFA,CMOS=1CEF100=Disable X1=EFD,CMOS=1CEF0023=LANGUAGE SUPPORT GROUP4=Language Support Optionsa5=LAGW6=Current Language7=This option sets the system language effective after the next system reboot.9=English (US) X:=LAG,CMOS=20E000;=Espaol (SP) X<=LAG,CMOS=20E001==Italiano (IT) X>=LAG,CMOS=20E002?=Franais (FR) X@=LAG,CMOS=20E003A=Deutsch (GR) XB=LAG,CMOS=20E004CD=KB and MOUSE SUBSYSTEM GROUPE=Keyboard and Mouse OptionsaF=NUM,TYS,MSEWG=NumLock OptionsH=This option sets the initial state of the NumLock keyboard feature when the system boots.J=OFF at BootXK=LCK,DIS,CMOS=11F700L=ON at BootXM=LCK,ON,CMOS=11F708WN=Typematic SpeedO=The typematic speed controls the speed at which a keystroke is repeated while the key is held down.Q=AutoXR=TYA,CMOS=136300S=Fast (7 char/sec)XT=TYF,CMOS=13639CU=Medium (4 char/sec)XV=TYM,CMOS=136390W=Slow (1 char/sec)XX=TYL,CMOS=136384WY=Mouse Control OptionZ=The BIOS will enable support for a PS/2 type mouse or pointing devide if one is detected.\=Mouse Auto detectedX]=MSA,ENB,CMOS=11DF20^(_= `a=Console Redirectionb=Console Redirection Controlac=CRCTLWd=COM Port for Redirectione=System console input and output may be redirected to one of the COM ports at a discrete memory location.g=DisableXh=DSR,CMOS=62CF00i=Enable Redirection On COM1 @ E4000Xj=ER1,CMOS=62CF10k6l=@m=@mn=on7o=Aop=opq=Enable Redirection On COM2 @ E4000Xr=ER2,CMOS=62CF20s6t=@u=@mv=ov7w=Awx=oxWy=Serial Port Baud Ratez=The proper baud rate for the COM port must be specified for console redirection.|=2400 BaudX}=24B,CMOS=62F300~=9600 BaudX=96B,CMOS=62F304=19.2K BaudX=19B,CMOS=62F308=115.2K BaudX=115B,CMOS=62F30CW=Hardware Flow Control=The proper flow control must be specified for console redirection.=NoneX=DSFC,CMOS=649F00=CTS/RTSX=NXOFF,CMOS=649F20=CTS/RTS & Xoff/XonX=XOFF,CMOS=649F40W=Select Terminal Type=The only terminal type available for console redirection is ANSI.=ANSIX=ANSI,CMOS=62FC00=SECURITY SUBSYSTEMS GROUP=Administrative Password Optiona=OVL,APW=Displayed During ConfigurationX=SET=User Password Optiona=OVL,UPW=Displayed During ConfigurationX=USET=Hot Key Optiona=OVL,HPW=Press 'Enter' to Change the Hot KeyX=HOT=Lockout Timer a=OVL,LOT=If the inactivity timer function is enabled and no keyboard or mouse actions have occurred for the specified time-out period, any input will be disabled until the user password is entered. A setting of zero will disable the timer.=Press 'Enter' to Change the Lock Out TimerX=LTT=Secure Boot Modea=SBM=When this option is enabled, the system will boot and run the OS, but no mouse or keyboard input will be accepted until the user password has been entered.=DisableX=SBD,CMOS=11BF00=EnableX=SBE,CMOS=11BF40=Video Blanking a=EVB=When the time-out period has expired, the screen can be optionally blanked until the user enters the correct password.=DisableX=VBD,CMOS=637F00=EnableX=VBE,CMOS=637F80=Floppy Writes=The BIOS will not allow write access to the floppy when in Secure Mode if floppy writes are disabled.a=FWP=EnableX=DIS,CMOS=63BF00=DisableX=ENB,CMOS=63BF40=BOOT SUBSYSTEM GROUP=Boot Optionsa=BOOTW=First Boot Device=Selects the device that the system checks first to find an operating system to boot from. Selection of CD-ROM boot requires specifying the boot image type.=Boot DisabledX=BD,CMOS=65F800=Boot FloppyX=BF,CMOS=65F801=Boot Hard DiskX=BHD,CMOS=65F802=Boot IDE CD-ROM Floppy ImageX=BCD,CMOS=65F804+66FB00=Boot IDE CD-ROM Hard Drive ImageX=BCD,CMOS=65F804+66FB04=Boot NetworkX=BN,CMOS=65F805W=Second Boot Device=Selects the device that the system checks second to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1A8F00=Boot FloppyX=BF,CMOS=1A8F10=Boot Hard DiskX=BHD,CMOS=1A8F20=Boot NetworkX=BN,CMOS=1A8F50W=Third Boot Device=Selects the device that the system checks third to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1AF800=Boot FloppyX=BF,CMOS=1AF801=Boot Hard DiskX=BHD,CMOS=1AF802=Boot NetworkX=BN,CMOS=1AF805W=Fourth Boot Device=Selects the device that the system checks fourth to find an operating system to boot from.=Boot DisabledX=BD,CMOS=1EF800=Boot FloppyX=BF,CMOS=1EF801=Boot Hard DiskX=BHD,CMOS=1EF802=Boot NetworkX=BN,CMOS=1EF805=PCI Resource Lockinga=PLCK=This selection enables or disables resource locking on PCI segment-1. Enabling forces the BIOS to maintain the same resources for all PCI devices on this segment between system boots.=EnableX=PE,CMOS=68FE01=DisableX=PD,CMOS=68FE00=Display ' for Setup' Message during POSTa=DSM=This selection will enable or disable the user prompt for the BIOS Setup Utility. Enabling this choice will display the prompt if the Utility is available.=EnableX=EP,CMOS=11EF10=DisableX=DP,CMOS=11EF00=Require User Interaction on POST Errorsa =RUI =This selection will enable or disable the user prompt if errors occur during POST. Enabling this choice will require the user to press a key to continue if an error occurs. =EnableX=EE,CMOS=63FE01=DisableX=DE,CMOS=63FE00=SCSI ROM BIOS OPTIONS GROUP=SCSI-A ROM BIOS Scana=SCSIA=This option enable or disables scanning of SCSI channel-A for SCSI devices.=EnableX=SAE,CMOS=63FD00=DisableX=SAD,CMOS=63FD02=SCSI-B ROM BIOS Scana=SCSIB=This option enable or disables scanning of SCSI channel-B for SCSI devices.=EnableX =SBE,CMOS=63FB00!=DisableX"=SBD,CMOS=63FB04#$=LCD SUBSYSTEM GROUP%=LCD Display String Enable or Disable&=Enables or disables the LCD display.a'=LDS(=EnableX)=ENB,CMOS=63F708*=DisableX+=DIS,CMOS=63F700,=LCD Display String Before OS Boota-=OVL,LDD.=Displayed During ConfigurationX/=DSP0=Reserved LCD portsM1==1a2=LCDP3=LCD Ports4E5= - 6=Reserved System PortsM7==7a8=RSPP9=Reserved System Ports:E;= - <==MANAGEMENT SUBSYSTEM GROUP>=Temperature/Voltage Limit Controla?=OVL,VLT@=Press 'Enter' to modify the System LimitsXA=SELB=A/D Channel Enable SwitchaC=OVL,ADCD=Press 'Enter' to Enable/Disable the A/D ChannelsXE=ENAF=Speaker OptionsaG=SPKH=This option sets the initial state of the system speaker feature when the system boots.J=EnableXK=SPC,ENB,CMOS=6CFB04L=DisableXM=SPC,DIS,CMOS=6CFB00N=Scan User Flash AreaaO=UFAP=One 8KB User Flash Block is available for general use and can be Flash updated with user-supplied code or data. This area may optionally be scanned for adaptor BIOS signatures during POST. Any BIOS found there will be initialized. This option can be enabled or disabled.U=DisableXV=SUF,DIS,CMOS=33DF00W=EnableXX=SUF,ENB,CMOS=33DF20Y=System Management OptionsaZ=MGRW[=System Management Mode\=Critical events are trapped, managed and optionally logged to non-volatile Flash memory by the BIOS. Critical events may result in the system shutting down to prevent catastrophic side-effects. See options for Event Logging and SMM Time Stamp Source for more information.a=DisableXb=SMD,CMOS=63DF00c=EnableXd=SME,CMOS=63DF20We=SMM Time Stamp Sourcef=When this feature is set to 'Real Time Clock' the SMM time stamp is taken from the real-time clock. When set to 'POST' Capture' the SMM time stamp is taken from a value captured during POST.j=POST CaptureXk=SMP,CMOS=63EF00l=Real-Time ClockXm=SMR,ENB,CMOS=63EF10Wn=Event Loggingo=Enabling this feature will allow the BIOS to log critical run-time events and abnormal POST events into non-volatile Flash memory.r=DisableXs=EVD,CMOS=6CFE00t=EnableXu=EVE,CMOS=6CFE01Wv=PCI System Error Detectionw=After enabling this feature, if PERR# or SERR# is detected on the PCI Bus, a crtitcal event (record type 10h) will be placed in the system event log by the SMM Handler and an NMI will be genereated. Enabling this feature has no effect when SMM Mode is disabled.}=DisableX~=SED,DIS,CMOS=6BFD00=EnableX=SED,ENB,CMOS=6BFD02=MEMORY BOARDS SUBSYSTEM GROUP=ECC Memorya=ECCW=First Board=This information only field indicates if an ECC memory board is present.=PresentX=PR1E=S-SE=Х-E=܃-W=Second Board=This information only field indicates if a second ECC memory board is present.=Not PresentX=NP2=Reserved System Resources=Reserved EISA ID Portsa=EISAIDPM===EISA ID portsE= - E=-E=,,-,E=<<-<E=LL-LE=\\-\E=ll-l=Reserve ISA PIC portsa=ISAPPM===ISA PIC portsE= !-!E=-=Reserve EISA DMA portsa=EISADMAPM===EISA DMA ports=E=-E=-E=-E=-E= E=?-?E=-E=E=-E==Reserve Timer portsa=TIMERPM===Timer ports(=E=@C-C=Reserve Real Time Clock portsa=RTCPM===RTC ports(=E=pq-q=Reserve Speaker portsa=SPKPM===Speaker portsE=a=Reserve Math Co-processor portsa=MCPM===Math Co-processor ports(= E=-=Reserve Keyboard Controller portsa=KCPM===Keyboard Controller ports(=E=`E=d=Reserve VGA Resourcesa=VID,VGAM=o=These resources are required by the on-board VGA controller. If the on-board VGA controller is disabled on the baseboard the user should also change this selection to 'disable' to allow an off-board video controller to access the standard video resources.=Reserve VGA Memory (On-board video)6== 7=A6== 7=A6== 7=Am===oE =-E =E =-E =E =-E=-E==Disable On-board Video=Reserve SYSTEM Memorya=SYSMEM==W=MEM AT 0E8000H=Memory AT 0E80006==7=Am===oW=MEM AT 0FFF80000H =Memory AT 0FFF80000!6"=#=7$=A$m%==%&=o&(=Reserve P54C Memorya)=P54MM*==*+=P54C Memory,6-=.=7/=A/0=o02=Reserve IC2 portsa3=IC2PM4==45=IC2 ports6E7= - 9.;()=;<=TDV-==`=i>==>J?==?0@=4@()J4H1A=4A()0 B=\tJ4H1 = Secondary CPU Module\n\t\tPosition 0 = Enable--Allows TDV modules.\n\t\tPosition 1 = Disable--Allows X-series modules.\nF=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.L()=;M=Video Sleep-N=`NiO==OJP==P0Q=4Q()J6A1R=4R()1 S=\tJ6A1 = Video Sleep (starting addresses)\n\t\tPosition 0 = Register 46E8h\n\t\tPosition 1 = Register 03C3h\nW=This display is information only.\n Please refer to the System Board\ndocumentation for specific infor-\nmation on correct jumper settings.\n.]()=;^=Program Boot Block-_=`_i`