Guide for the usage of AMI’s Aptio MMTool: Step 2 - BIOS modification (2 alternative Methods):Ī. the UEFITool and the chosen NvmExpressD圎 module into the "Source BIOS" folder. Unzip the downloaded AMI Aptio MMTool resp.Tip: Before you start with the preparations, I recommend to read >thisherehereherehereUEFITool v0.28.0MIRRORDownload link (MEGA)Mirror link (OneDrive)Download Link (MEGA)Mirror Link (OneDrive)herehereLINKHere< you can find the complete instructions layed down by Lost_N_BIOS. The on-board SATA Controller should not been set to “RAID” mode within the BIOS.It should be possible to get a modded BIOS successfully flashed into the system’s BIOS chip.The mainboard BIOS should offer the required UEFI boot settings.The desired OS should be Win10 or Win11 (due to their native NVMe support).These are the best pre-conditions for a successful implementation and configuration of an NVMe SSD as bootable system drive: Note: Some NVMe SSDs like Samsung’s 950 Pro SSD are natively bootable in LEGACY mode (CSM and loading of Option ROMs has to be enabled within the BIOS), because their Controller chip contains its own NVMe supporting Option ROM module. the boot sector) usually requires a special mainboard BIOS EFI module, which has to be loaded while booting. It is no problem to get a PCIe or M.2 connected NVMe SSD working with an old system without modifying the mainboard BIOS, ifĪ) the NVMe SSD will be used just for the storage of data (as drive D:, E: etc.)ī) an appropriate NVMe driver is present within the Operating System (either natively or loaded/integrated), but the usage of such SSD as bootable system drive C: (incl. Guide structure optimized (as good as possible) (valid for all Intel/AMD chipset systems with an AMI UEFI BIOS) You can find the well approved latest version of my Guide within the next chapter. Since February 2017 we know for sure, that the insertion of the natively missing NVMe module into the UEFI BIOS enables the ability to boot off an NVMe SSD for all natively not supported Intel and AMD Chipset systems. Īfter this first success the method has been optimized and successfully tested with nearly all existing mainboard models. If yes, which modules have to be inserted and how has it to be done?Īfter having done the related test with my old Intel Z68 system I found in June 2015 the first time answers to the questions.Is it possible to give natively not supported systems the option to boot off an NVMe SSD by modding the BIOS?.When I started this thread in April 2015, these were the most interesting questions regarding NVMe support: What about MBs with an UEFI BIOS, but w/o NVMe Support? There is no doubt, that users with an up-to-date mainboard, whose BIOS contains the required NVMe module(s), will benefit from the performance boost initiated by an NVMe supporting SSD. Many consumer SSDs with NVMe support are already available or will be available soon.Nearly all mainboard manufacturers are meanwhile offering new BIOS versions with full NVMe support for their mainboards with an Intel 9-Series or X99 Chipset.For Win7 and Server 2008 R2 users I recommend to read the start post of >this< thread.
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