Gigabyte Announces Windows 11-Ready Motherboards
Simply enable hardware security in the BIOS
Hot on the heels of Biostar, Gigabyte has become the latest motherboard manufacturer to announce which of its boards support a seamless upgrade to Windows 11.
Intel | AMD |
X299 Series | TRX40 Series |
C621 Series | 300 Series |
C232 Series | 400 Series |
C236 Series | 500 Series |
C246 Series | Row 5 - Cell 1 |
C200 Series | Row 6 - Cell 1 |
C300 Series | Row 7 - Cell 1 |
C400 Series | Row 8 - Cell 1 |
C500 Series | Row 9 - Cell 1 |
Much has been made of the nascent OS’s reliance on hardware-based security - the notorious TPM 2.0 - so motherboard makers are keen to reassure their customers that a plug-in dongle isn’t always needed.
“Lots of Gigabyte Intel and AMD motherboards can pass the TPM 2.0 verification of the Windows 11 by simply enabling the TPM-related function in the BIOS,” reads Gigabyte’s statement on the matter. “By this advanced BIOS setting, Gigabyte motherboards can pass the TPM 2.0 verification of Windows 11 to prevent TPM 2.0 support becoming an issue to users during their system upgrade.”
The fix involves opening the BIOS in Advanced mode, and enabling Platform Trust Technology under the Settings tab.
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Ian Evenden is a UK-based news writer for Tom’s Hardware US. He’ll write about anything, but stories about Raspberry Pi and DIY robots seem to find their way to him.
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Colif yes, we have enables TPM in bios by default ... what an achievement.Reply
Thats deserves a new sticker. -
mikeebb If fTPM is all that Windows 11 requires (it's not), then lots of motherboards are compatible. Needs a fTPM-compatible CPU, also, but those have been around for several years too, or plug in a hardware TPM (once the scalpers have made their panic bucks). Other things will probably be more significant drivers of 11 compatibility. Good to know which motherboards Gigabyte has verified, though.Reply -
peachpuff
I'm sure it'll have "windows 11 ready" stickers on the box.Colif said:yes, we have enables TPM in bios by default ... what an achievement.
Thats deserves a new sticker. -
Rogue Leader mikeebb said:If fTPM is all that Windows 11 requires (it's not), then lots of motherboards are compatible. Needs a fTPM-compatible CPU, also, but those have been around for several years too, or plug in a hardware TPM (once the scalpers have made their panic bucks). Other things will probably be more significant drivers of 11 compatibility. Good to know which motherboards Gigabyte has verified, though.
Correct, my launch day ASUS Crosshair VI Hero has TPM 2.0 which can be enabled in BIOS. However paired with the R7 1800X I have in it gets a big fat NO. -
Drazen I enabled fTPM and my PC passed Win 11 certification.Reply
But, two days later on boot I got message that my TPM is corrupted. Only way forward is resetting TPM. This means no boot without Bitlocker recovery key.
And now what? Enable fTPM and wear recovery keys around?
I do not have Bitlocker but what else is in TPM?
Btw Gigabyte software is crap, very big crap. fTPM is another example. -
TJ Hooker
When you say you get a "no", is that from the PC Health Check app? Because that may not have anything to do with TPM. Win11 requirements say you need Ryzen 2K or newer (or Intel gen 8+), in addition to TPM 2.0 requirement.Rogue Leader said:Correct, my launch day ASUS Crosshair VI Hero has TPM 2.0 which can be enabled in BIOS. However paired with the R7 1800X I have in it gets a big fat NO.
I believe all consumer Ryzen CPUs support fTPM, but don't quote me on that. -
Rogue Leader TJ Hooker said:When you say you get a "no", is that from the PC Health Check app? Because that may not have anything to do with TPM. Win11 requirements say you need Ryzen 2K or newer (or Intel gen 8+), in addition to TPM 2.0 requirement.
I believe all consumer Ryzen CPUs support fTPM, but don't quote me on that.
Yes its from the PC Health Check, which has since been pulled so who knows what will happen. I'm aware of the CPU requirement but my point was if TPM 2.0 is supported by the platform, the requirement for Zen+ seems a bit arbitrary.