I picked up a PC with a HDD and Optane in the M.2/NVME slot. I'm going to replace the Optane stick with a NVME SSD. I've seen some complicated procedures for this, as described here: https://www.dell.com/community/XPS-Desktops/XPS-8930-upgrade-HDD-to-SSD/td-p/7686271 and in particular around switching from RAID to AHCI as described here with the use of BCDedit: http://triplescomputers.com/blog/un...ch-windows-10-from-raidide-to-ahci-operation/
I'm guessing a lot of this complexity stems from people cloning their HDD (which was set to operate in RAID mode) to their new NVME SSD. In my case, I won't be cloning the HDD, and will be doing a clean install on the NVME SSD.
So can I simplify the procedure to the following?
1. In Windows 10, disable Optane acceleration using Intel RST
2. reboot, which should take longer now that Optane is disabled
3. remove Optane, install NVME SSD, disconnect HDD
4. reboot into BIOS and switch from RAID to AHCI
5. boot into USB stick with Windows installer, install Windows to NVME SSD
6. after Windows install is done and is booting from SSD, then reconnect HDD, boot and repartition HDD as desired
Edit: The above method worked, so I guess all that BCDedit safe mode stuff was related to cloning HDD (that was in RAID) to SSD.
I'm guessing a lot of this complexity stems from people cloning their HDD (which was set to operate in RAID mode) to their new NVME SSD. In my case, I won't be cloning the HDD, and will be doing a clean install on the NVME SSD.
So can I simplify the procedure to the following?
1. In Windows 10, disable Optane acceleration using Intel RST
2. reboot, which should take longer now that Optane is disabled
3. remove Optane, install NVME SSD, disconnect HDD
4. reboot into BIOS and switch from RAID to AHCI
5. boot into USB stick with Windows installer, install Windows to NVME SSD
6. after Windows install is done and is booting from SSD, then reconnect HDD, boot and repartition HDD as desired
Edit: The above method worked, so I guess all that BCDedit safe mode stuff was related to cloning HDD (that was in RAID) to SSD.
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