Once you have done that, you will be ready for Windows 11. Similarly, all you need to do is enable PTT, and you are set. Meanwhile over on the ROG Maximus XIII Hero, the settings were in PCH-FW Configuration under the Advanced tab. Since we don’t have it, switching over to Firmware TPM will allow you to use the fTPM functionality. By default, the motherboard is set to Discrete TPM, which will use a TPM module if you have one attached. The menu is literally is listed in the Advanced tab as AMD fTPM configuration. On my ROG Crosshair VIII Hero (WiFi), the setting is very accessible. How to enable fTPM/PTT on your motherboard However even a gaming laptop like our ROG Strix SCAR II which I have been using for our weekly PokdeLIVE episodes appears to be ready for Windows 11 without going into the BIOS settings, so you shouldn’t be too worried about that if you are using a laptop. Even then, it is an optional choice, and it doesn’t come standard. Most of them would be enterprise-oriented machines, like the ExpertBook B9. Of course, there are also machines with discrete TPM solutions. However Microsoft didn’t list anything before the 8th Gen Intel Core processors as compatible with Windows 11, so there’s that as well. Meanwhile Intel’s PTT has been available since the 4th Gen Intel Core processors.
AMD motherboards offer at least fTPM 1.2, which is apparently the absolute bare minimum supported by Windows 11. All of these are integrated into the CPU itself.
Intel’s version is called Intel Platform Trust Technology (PTT). AMD doesn’t go with fancy naming for their firmware TPM, and just calls it fTPM.
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