Windows 11 definitely has its issues, but I don’t think the author of this article has sufficient knowledge to be writing articles about it.
There’s not a great solution for switching to UEFI in an existing install
MBR2GPT is baked into Windows and works great as long as you don’t have a jacked up partition layout.
Windows 11 demands a Trusted Platform Module (TPM) 2.0 security coprocessor, which isn’t in many PCs that meet all the other requirements.
Part of the reason that Intel 8xxx and Ryzen 2xxx processors are the baseline “requirement” is that they have fTPM 2.0 embedded in the silicon. It’s actually in the overwhelming majority of devices that meet the other requirements.
There appears to be no loss in functionality when bypassing the installation requirements… so why do they exist?
Microsoft could provide a more limited Windows 11 experience to PCs that don’t meet the strict requirements
By providing and sanctioning a “limited” experience, Microsoft would then have to dedicate resources to supporting that experience.
I’ve worked with tons of legacy devices that had odd quirks that required workarounds in Windows 10, so I can’t really blame them for wanting to limit how they spend their support resources.
It’s not arbitrary. Securing an OS today is a huge challenge and Microsoft wants to leverage this tech to facilitate this. New hardware supports it, a lot of older hardware supports it and they strongly encourage this as the new standard.
Yes it means some people won’t update without workarounds but they are setting a standard moving forward and for supported hardware, they were quite aggressive with the upgrade (I had to make sure the TPM was disabled in BIOS on a machine I didn’t wish to upgrade early on).
Windows 11 definitely has its issues, but I don’t think the author of this article has sufficient knowledge to be writing articles about it.
MBR2GPT is baked into Windows and works great as long as you don’t have a jacked up partition layout.
Part of the reason that Intel 8xxx and Ryzen 2xxx processors are the baseline “requirement” is that they have fTPM 2.0 embedded in the silicon. It’s actually in the overwhelming majority of devices that meet the other requirements.
Microsoft doesn’t go out of their way to hide the fact that you can install Windows 11 on unsupported hardware.
By providing and sanctioning a “limited” experience, Microsoft would then have to dedicate resources to supporting that experience. I’ve worked with tons of legacy devices that had odd quirks that required workarounds in Windows 10, so I can’t really blame them for wanting to limit how they spend their support resources.
I second MBR2GPT. With a guide it’s quite straightforward to migrate from BIOS to EUFI but probably too scary for the average user.
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It’s not arbitrary. Securing an OS today is a huge challenge and Microsoft wants to leverage this tech to facilitate this. New hardware supports it, a lot of older hardware supports it and they strongly encourage this as the new standard.
Yes it means some people won’t update without workarounds but they are setting a standard moving forward and for supported hardware, they were quite aggressive with the upgrade (I had to make sure the TPM was disabled in BIOS on a machine I didn’t wish to upgrade early on).
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It allows Windows to create and store cryptographic keys and validate OS and firmware components haven’t been tampered with.
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