Monitor relevant configurations such as fTPM before performing a CMOS clear or hardware swap.
Monitor relevant configurations such as fTPM before performing a CMOS clear or hardware swap.
I looked into this but found conflicting results. If you turned on FTPM and had W11 enabled, clearing your CMOS might affect things. It seems confusing how FTPM functions and what steps are needed before entering a password or using BitLocker. I don’t have clear guidance on AMD systems specifically for fTPM, especially regarding recovery keys or drive settings. Could someone help with a detailed explanation or research notes? Thanks for your patience, and please don’t be too hard on yourself.
With BitLocker active on your boot disk and no backup of the encryption key, you won’t be able to start Windows. If you plan to test overclocking or system stability, disable BitLocker until you’re confident the setup is solid. Without it enabled, issues are minimal—FTPM can be reset and you’ll need to enter the key before Windows boots.
Bitlocker on = CMOS reset causes issues. fTPM works fine for you. For the CPU, you’ll need the recovery key to modify CPUs safely. If keys are lost or data gets corrupted, you might have to return it without knowing what’s wrong. If Bitlocker is off, you can clear CMOS and remove fTPM without a key before changing your CPU.
FTPM is merely a randomly created password stored in CMOS. When the CPU is removed, fTPM is cleared. If CMOS is reset, it also restores fTPM. There’s no fTPM recovery key; instead, BitLocker provides one. You can change your CPU without turning off fTPM—what matters is entering the BitLocker key during the first Windows boot.