![]() ![]() A replacement backplane is usually cheaper and you have to flash a clean version of your own Mac Pro BootROM image to the MATT card. Buy a Mac Pro MATT card and use it as a replacement SPI flash, this is not recommended since all MATT cards are clones and won't work for iCloud/iMessage/FaceTime.Don't mix early-2009 backplanes with mid-2010/mid-2012 CPU trays, or vice-versa - either scenario is a SMC firmware version mismatch and all your fans will run at maximum RPM, full time and without any software control. If you have a mid-2010 or mid-2012 you can use either 2010 or 2012 backplanes. Remember that you need a 2009 backplane if you have an early-2009 Mac Pro. Buy a replacement backplane on eBay and replace the backplane yourself, cheapest option if you can't solder SMD.If your early-2009 to mid-2012 is now bricked, you have three options: Lot's of corrections, booting improvements, works with W3xxx Xeons. This BootROM version was never released outside betas. Updated APFSJumpStart EFI module - W3xxx Xeon bricker. Native NVMe boot support, several minor updates and corrections (NVMe is not stable/several bugs found) ![]() Spectre/Meltdown mitigated microcodes on the April 2 Microcode Update Guidance. Missing microcodes and bricks the Mac Pro if you boot UEFI installed Windows 10 Initial APFS support, microcodes vulnerable to Spectre and MeltdownĪPFS support, microcodes vulnerable to Spectre and Meltdown It is a must-have tool for anyone who deals with UEFI images, and its open-source nature ensures that it will remain up-to-date and relevant for years to come.First public released Mac Pro 5,1 firmware update, BootPicker improvements, microcodes vulnerable to Spectre and Meltdownīeta APFS support, microcodes vulnerable to Spectre and Meltdown It is a powerful tool that simplifies the process of verifying the image's integrity, parsing it into a tree structure, and modifying the elements within the image. Overall, UEFITool is an essential utility for those who need to manipulate UEFI firmware images. Today, numerous systems, including PCs, Macs, tablets, and smartphones on x86, x86-64, and ARM architectures, use UEFI-compatible firmware. The first EFI-compatible x86 firmwares were used on Apple Macintosh systems in 2006, and PC motherboard vendors began incorporating UEFI-compatible firmware on their boards in 2011. UEFI is a post-BIOS firmware specification originally developed by Intel for Itanium architecture and later adapted for x86 systems. To use UEFITool effectively, it is essential to understand what UEFI is. ![]() The missing parts are still being developed, and a new version with a new engine will be made available as soon as image reconstruction works again. The software is currently in development, with plans to add an editor part that will include image reconstruction routines, as well as a console UI. It is designed to work with UEFI-compatible firmware images and can handle various features, including FFSv3 volumes and fixed image elements. Written in C++/Qt, UEFITool is a cross-platform application that can be used on various operating systems. ![]() The program was developed in response to the lack of cross-platform open source utilities for manipulating UEFI images. UEFITool is a powerful open source application designed to parse UEFI-compatible firmware images into a tree structure, verify the image's integrity, and provide a graphical user interface for modifying the elements within the image. ![]()
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