![]() vmdrc file turns off loading the default. I'd imagine it still works if you had that hardware, but otherwise it just doesn't. If you want to change some of the default settings of VMD you can put the necessary commands into a file named.vmdrc in your home directory. Anyway, that was the only time it ever worked. ![]() ![]() That was only available for AMD platforms back in the day, however. For RST File Extraction (.zip file creation), refer to section 6.3 of the Readme file: Pre-Installation of Intel RST driver using the Load Driver method. There is no workaround for the "Intel Raid" situation presently, but back in the day there used to be a Phoenix raid bios that used to work because it emulated the software of an actual raid controller and it worked. See the Release Notes or Readme files for installation instructions, supported hardware, what is new, bug fixes, and known issues. Probably not something to do if this is your only computer or your first time around. You will have to partition the raid by hand even in that installer and know what you're doing or you won't get it to work. If you are new to Ubuntu, which I presume you are by asking that question, then you likely will not be very comfortable with the text mode installer that the Ubuntu Server gives you. If you want to configure a soft-raid (aka #1) you have to use the Ubuntu Server installer and go through the steps. Now I would like to install it later, but as soon as the VMD controller is activated in the bios, the system no longer boots (inaccessible boot device). After that you go back and reinstall the Windows, then the Ubuntu. I have installed a Win10 system on NVMe SSD without enabling the Intel RST/VMD controller in the bios. If you're already installed Windows into that raid, you have to go into your bios and turn it off by switching on AHCI mode on the disks. Raids created via certain filesystems like LVM (really #1 with another layer), BTRFS/ZFS.Hardware Controller Raids for supported controllers.MD Raids (software), built into the kernel.The only raids you can have on Linux are: Intel Raid w/Optane (usually what you are referring to) is completely unsupported in any Linux distribution, so it will never work.
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