Mmtool 4.5
Unfortunately, the currently available AMI Aptio V MMTool v5.0.0.7 has problems with the update of certain BIOS modules of the latest Intel chipset mainboards (X99 and newer). That is why the UBO tool may not be able to update all BIOS modules of AMI Aptio V BIOSes (the tool will only show the version of the currently inserted BIOS modules). • Nevertheless it is possible to modify an AMI Aptio type V BIOS by using CodeRush's UEFITtool, which is part of the UBU tool package. Please see (or the Author's Link above) for instructions.
Zitat I did notice module AC (Satacontroller) when editing the latest bios file in MMtool The 'SataController' module with the GUID starting with '510DF6A1' has an uncompressed size of 12 KB and contains the following text: So it seems, that it is an EFI SATA Driver module and will only be used, if you are going to boot a device in UEFI mode. Zitat Decided to take the plunge and went for it.success! When turning on my machine, immediately there's a POST message of the inserted module. And this procedure shaved 5-7 seconds off of the boot time!
I did notice module AC (Satacontroller) when editing the latest bios file in MMtool, but the structure was too different, and i was unsure if it could work if i replaced it with 1002-4391_v3220.bin So i was wondering the same thing as Piloss wondered.and our hero Fernando already did such a thing:-) Decided to take the plunge and went for it.success! When turning on my machine, immediately there's a POST message of the inserted module. And this procedure shaved 5-7 seconds off of the boot time! When the Windows 7 startup screen initiates,13 seconds later i'm on desktop.amazing! AS-SSD score is now 868, which is.well.0,25% better than before;-) Fernando,is this the best approach?
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After having done that, enter the BIOS and list all your special settings. Before you leave the BIOS, choose and save the DEFAULT settings. • Since the BIOS file name usually is layed down by the mainboard manufacturer within the BIOS itself, the 'modded' BIOS file should not be renamed unless the new name is 'in the line' with BIOS files, which were previously released by the manufacturer. • Users with an ASUS or ASRock mainboard should look into the start post of thread before they try to get a modded BIOS flashed. Otherwise they may get a failure message.
D: BIOS-MOD extracted). • If you want to know the version or other details of the extracted module, you should open it with a Hex Editor. Usually a lot of such informations are visible within the text code (right-hand side of the Hex Editor GUI).
That is why the UBO tool may not be able to update all BIOS modules of AMI Aptio V BIOSes (the tool will only show the version of the currently inserted BIOS modules). • Nevertheless it is possible to modify an AMI Aptio type V BIOS by using CodeRush's UEFITtool, which is part of the UBU tool package. Please see (or the Author's Link above) for instructions.
Zitat Fernando,is this the best approach? Could or should the current Sata module be replaced instead of adding the replacement this way? I doubt, that it was the best possible solution for your system, because you may not be able to boot into your AHCI system, if you try to install any OS in UEFI mode. If I were you, I would open the original BIOS 2101 with the AMI Aptio MMTool and manually insert the AMD AHCI ROM module v3.2.2.0 into the CSMCORE file of the original BIOS 2101. Here are the pictures, which are showing the procedure: • Preparation: • Execution: Hit the 'Insert' button. • Saving: Save the modification by hitting the 'Save Image' button.
Their subfolders to see all of them). • After having found the module with the correct GUID, expand all its subfolders until you see the 'PE32 image section' of the related file. In the case of the Intel RaidDriver module, it may look like this: • Right click onto the 'PE32 image section'. Ms office 2010 cracked. • Choose the 'Replace body.'
And this procedure shaved 5-7 seconds off of the boot time! When the Windows 7 startup screen initiates,13 seconds later i'm on desktop.amazing! That is an amazing result. You obviously were lucky with your experiment. Zitat Fernando,is this the best approach?
• Now the UEFITool will do the replacement. Here is a picture about what you may see: • Save the modded BIOS image (clck onto 'File' > 'Save image file.' And give the modded BIOS a meaningful name). • Verify the success of your work by opening the BIOS with the appropriate AMI Aptio UEFI MMTool, extracting the just inserted module as 'uncompressed' and opening it with an Hex Editor. Annex: Flashing the modded BIOS into the mainboard BIOS chip It is strongly recommended to follow these advices: • Before you are going to flash the new BIOS, you should make a complete backup of your entire system and boot partitions or at least of all important data. After having done that, enter the BIOS and list all your special settings.
Enter the VendorID and the DeviceID into the related fields. Hit the 'Insert' button. Save the modified BIOS file.
Otherwise they may get a failure message. • After having flashed the new BIOS, you have to redo your previous BIOS settings.
I just have downloaded the latest BIOS for the Intel board DQ35MP and was able to look into it by using Andi's Phoenixtool v2.1.9. The BIOS contains the Intel MSM RAID ROM v8.9.0.1023. For the detection of >2 TB sized RAID volumes an Intel RST RAID ROM v10.5 or higher is required. Since I don't have any experience with the modification of Intel BIOS files, I am not able to help you. Maybe someone else can do it.
• Since the BIOS file name usually is layed down by the mainboard manufacturer within the BIOS itself, the 'modded' BIOS file should not be renamed unless the new name is 'in the line' with BIOS files, which were previously released by the manufacturer. • Users with an ASUS or ASRock mainboard should look into the start post of thread before they try to get a modded BIOS flashed. Otherwise they may get a failure message. • After having flashed the new BIOS, you have to redo your previous BIOS settings. Safest way (found ): After flash is complete, shut down fully and switch off PSU, wait one minute and clear CMOS. Then turn on, boot to BIOS, load optimized, set the SATA Controller to the appropriate mode (AHCI/RAID) and save/apply/reboot back to the BIOS. Once in the BIOS again recover the previous boot settings (boot device and HDD boot order).
D: BIOS-MOD) and to copy both files (the MMTool and the BIOS) into it. Additionally you may create • a sub-folder named 'desired', where you can store the BIOS modules, which you want to get into the BIOS and • a currently empty sub-folder named 'extracted', where you can put the extracted BIOS modules later on during/after your BIOS processing work. Opening of an AMI Aptio IV UEFI BIOS file The UEFI type AMI BIOS files can easily be identified by their big size (minimum: 4 MB, usually ca. This is the way to open an UEFI BIOS file. • Run the AMI Aptio UEFI MMTool v4.50.0.23 named MMTool.exe as Administrator.
Everything you are doing will be at your own risk. Actual BIOS files do not contain any separate AHCI ROM module, because such BIOS module resp. Firmware is not required anymore. The Intel SATA AHCI Controller of the mainboard is not supported at all by the RAID ROM module. That is the reason why users with an AHCI (non-RAID) system will not benefit from an update of the RAID ROM version. The PCI ROM modules are within the mainboard BIOS file and only visible by opening the BIOS file with a special tool like MMTool or CBROM. Nevertheless it is possible to extract any PCI ROM module and to replaced it by another version, because the entire mainboard BIOS file has a modular structure.
Sorry for bad english and thanks. Works ok with asus z87-ws bios v2004, updated all the bios modules with bbu 1.8.16, no glitch in win 8.1 and win 10 tp Use the usb flash procedure to update Edit: few weeks later -- the Mobo is running fine, very stable system, not a single problem with the updated bios thanks for this tool my dream would be: To edit the bios and change where a few options are placed, in my asus z87-ws the fan controls are very badly placed in the bios menus layout, or modify the minimals setings.
• Users with an ASUS or ASRock mainboard should look into the start post of thread before they try to get a modded BIOS flashed. Otherwise they may get a failure message. • After having flashed the new BIOS, you have to redo your previous BIOS settings. Safest way (found ): After flash is complete, shut down fully and switch off PSU, wait one minute and clear CMOS. Then turn on, boot to BIOS, load optimized, set the SATA Controller to the appropriate mode (AHCI/RAID) and save/apply/reboot back to the BIOS. Once in the BIOS again recover the previous boot settings (boot device and HDD boot order). If you have updated the Marvell 91xx AHCI/RAID ROM module, set the Marvell Firmware mode to 'Force', then save/apply/reboot and let it load through to windows, before that happens Marvell Firmware will update and board will reboot.