IBABUILD - for DOS systems Intel(R) Boot ROM Creation Utility ==================================================================== DISCLAIMER: ----------- Copyright (c) 2003, Intel Corporation. All rights reserved. Intel Corporation, 5200 NE Elam Young Parkway, Hillsboro, OR 97124-6497. Intel Corporation assumes no responsibility for errors or omissions in this document or software. Nor does Intel make any commitment to update the information or software contained herein. Software product is supplied "as is" and may not be fully functional. Other product and corporate names may be trademarks of other companies and are used only for explanation and to the owners' benefit, without intent to infringe. INTRODUCTION: ------------- IBABuild is a flash programming and image distribution tool. It is designed for engineering, test, and OEM use only. IBABuild is not an end-user program. IBABuild can create Intel Boot Agent ROM images with various combinations of the following components: - Base Code (BC) - contains the PXE API and support code. This also includes the IP stack that uses the UNDI driver for booting. - Setup Menu - the Ctrl-S screen, plus routines to read the adapter EEPROM and determine configuration. - UNDI driver - the network driver for the card (refers to 16-bit UNDI only). - RPL - a combined driver and IPX stack, used to boot from a NetWare or OS/2 server. - EFI - an EFI UNDI driver that supports EFI booting on IA-64. Split ROM implementation is supported, as are LOM images. IBABuild is generally used to create ROM image files, which can be integrated into a BIOS, or programmed into an adapter's flash. As a convenience, IBABuild can also program an image directly to flash at runtime. IBABuild can also generate Intel HEX format image files for use with flash programming tools. IBABuild is a DOS executable that can run under Microsoft Windows. However, the flash programming feature will not work under Windows. The system must be booted to a MS-DOS prompt in order to program flash. All other operations are supported under Windows. IBABuild is not an end-user program! It does not duplicate any of the configuration parameters that IBAUtil supports and thus cannot be used to control and configure Intel Boot Agent. It is simply designed to create ROM images. RUNNING IBABUILD: ----------------- IBABuild [-option, -option]... If IBABuild is run under DOS without any command line options, it displays a listing of all of the Intel Network adapters found in the system. If IBABuild is run under Windows without any command line options, it displays a copyright and version message, but performs no other options. GENERAL OPTIONS -HELP or -? Displays command line help and exits. When -HELP is used, all other parameters are ignored. -EXITCODES Displays exit code help. When -EXITCODES is used, all other parameters are ignored. -IMAGEVERSION or -IV Displays the image versions stored within the utility. When -IMAGEVERSION is used, all other parameters are ignored. NOTE: The precedence of these parameters is as listed above. If two or more of the above parameters are specified, the first one in the list is used and the others are ignored. OUTPUT SELECTION OPTIONS -ALL Selects all adapters found in system for use with Flash programming. -NIC=XX Selects a specific adapter for use with Flash programming. XX is the adapter number, from 1 to 16. NOTE: Flash programming is not supported under Windows. -OF=[NIC|LOM|FLB|HEX] Selects the output format of the image. If this parameter is present, then the image is written to a disk file in the current directory. The name of the disk file is determined by IBABuild using the file naming conventions described below. NOTE: Only one of the above three parameters is allowed at any time. Use of two or more of these parameters in any combination is a fatal error. IMAGE CREATION OPTIONS -DEVID=XXXX,XXXX,XXXX,XXXX Specifies which device IDs are to be included in the output image. This parameter is required if IBABuild is writing to an output file. If the file type is .NIC, .LOM, or .HEX, one and only one device ID must be specified. If the file type is .FLB, one to sixteen device IDs may be specified. -IMAGE={BC,UNDI,RPL,SETUP,EFI64} Specifies which pieces of Intel Boot Agent should be included in the image. One or more of the listed options may be included. Some combinations are illegal or nonsensical and will generate errors. FLASH PROGRAMMING OPTIONS -UPDATE=[filename] Updates the flash on the specified NIC with the specified file. No image is built and no processing of the input file is performed, unless the input file is an FLB file. In this case, the file will be validated for use with the specified adapter and the device ID of the adapter will be inserted into the image as it is programmed. This parameter must be used with -NIC or -ALL. This parameter may not be used with any of the image creation options or with the -OF option. NOTE: the -UPDATE parameter is not supported under Windows. IBABUILD EXAMPLES: ------------------ IBABuild is used, generally, in three different scenarios: - To create an image file or files to be programmed into flash, either as part of the NIC manufacturing process, or as part of the BIOS programming process for LOMs. - To create and program an image directly into a NIC. - To program an arbitrary image file into a NIC. While it is possible (and perhaps even probable) that IBABuild will be used in other ways, these three scenarios capture the vast majority of IBABuild uses. A few examples of each scenario are given in this section. These examples are not intended to be comprehensive and will not cover every possible combination of IBABuild parameters. They are simply intended to illustrate how the various parameters are used. To create an image file containing SETUP, UNDI, BC, and RPL for use in a NIC: IBABUILD -OF=NIC -IMAGE=SETUP,UNDI,BC,RPL -DEVID=100E The output of this command is the file name BAxxxxM2.NIC, where xxxx is the Intel Boot Agent version number for Gigabit adapters. To create a minimum-size split ROM implementation for a LOM, using only UNDI for booting: IBABUILD -OF=LOM -IMAGE=BC IBABUILD -OF=LOM -IMAGE=UNDI -DEVID=1009 These commands will create two files: BAxxxxZ2.LOM and BaxxxxX2.LOM, where xxxx is the Intel Boot Agent version number for Gigabit adapters. To create an FLB file of a RPL-only image (with SETUP) that will work on all supported Fast Ethernet adapters: IBABUILD -OF=FLB -IMAGE=RPL,SETUP -DEVID=1229 This will create a file name BaxxxxR1.FLB, where xxxx is the Intel Boot Agent version number for 10/100 adapters. To program an EFI-only image into a NIC: IBABUILD -NIC=1 -IMAGE=EFI64 To program an UNDI/RPL/EFI/SETUP/BC image into all NICs in the system: IBABUILD -ALL -IMAGE=UNDI,BC,SETUP,RPL,EFI64 or: To program the file FOO.FLB into a NIC: IBABUILD -NIC=1 -UPDATE=FOO.FLB Application note: In order to support more than 16 device IDs Windows PROSet allows FLB images to be concatenated together. This is accomplished by generating two FLB images with support for up to 16 devices each using IBABuild, and then concatenating the FLBs together using the "copy" command as follows: ibabuild -of=FLB -image=bc,undi,rpl,setup -devid=1008,1009,100C,100E ren ba*m2.flb bam20.flb ibabuild -of=FLB -image=bc,undi,rpl,setup -devid=107C,108A ren ba*m2.flb bam21.flb copy /b bam20.flb+bam21.flb ba1226m2.flb Legal Flash Image Combinations The following rules are used to determine if a flash image is valid: - EFI may be put in an image alone. - RPL may be put in an image alone. - SETUP may not be in an image alone. - SETUP may not be in an image with only EFI. - BC may be put in a LOM image alone. (This is a split image.) - Unless it is completely alone in a .LOM (split) image, BC must always be accompanied by UNDI. - If the image is .NIC, .FLB, or .HEX, and UNDI is present, BC must be present. - UNDI may be put in a LOM image without BC. (This is the other half of a split image.) IMAGE FILE NAMING CONVENTIONS: ------------------------------ In order to be able to easily identify various versions of the boot agent for different adapters, the flash image file name contains information about its contents. The file name has the following format: BAxyzztn.eee where: x is the major version number of the agent in decimal y is the minor version number of the agent in decimal zz is the build number of the agent in decimal t is the type of image n is the adapter family the image supports eee is the type of image file Image types: A - Monolithic PXE with RPL and EFI IA64 driver I - EFI IA64 native driver image L - Monolithic PXE (UNDI+BC) with setup menu M - Monolithic PXE (UNDI+BC) and RPL with setup menu N - Monolithic PXE (UNDI+BC) and RPL without setup menu Q - Monolithic PXE (UNDI+BC) without setup menu R - RPL (only) with setup menu S - Split PXE (UNDI only) and RPL with setup menu. LOM only. T - Split PXE (UNDI only) with setup menu. LOM only. U - RPL (only) without setup menu X - Split PXE (UNDI only) without setup menu. LOM only. Z - Other special configuration BC - Split PXE Base Code image. No family is specified. LOM only. Adapter families: 1 - Fast Ethernet 2 - Gigabit 4 - 10 Gigabit Image type extensions: FLB - Flash Library file supporting multiple NICs NIC - Image file for use with a NIC LOM - Image file for use with a LOM HEX - Image file (NIC format) for use with flash programming tools For example, build 18 of version 1.2 of the monolithic PRO/1000 adapter boot agent with both PXE and RPL would be named BA1218M2.FLB. ---End of IBABUILD.TXT---Download Driver Pack
After your driver has been downloaded, follow these simple steps to install it.
Expand the archive file (if the download file is in zip or rar format).
If the expanded file has an .exe extension, double click it and follow the installation instructions.
Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.
Find the device and model you want to update in the device list.
Double-click on it to open the Properties dialog box.
From the Properties dialog box, select the Driver tab.
Click the Update Driver button, then follow the instructions.
Very important: You must reboot your system to ensure that any driver updates have taken effect.
For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.