Added fan speed monitoring on some MSI notebooks. Added monitoring of Aquacomputer farbwerk 360 and highflow NEXT. Enhanced sensor monitoring on GIGABYTE Z590, B560, H570, Q570 and H510 series. Enhanced sensor monitoring on MSI Z590 and B560 series. Improved reporting of serial number on NVIDIA GPUs. Added monitoring of Effective GPU clock on NVIDIA GPUs. Fixed VRM monitoring on ASRock Z490 Taichi and B550 Steel Legend. Added reporting of DIMM module location if BIOS provides correct data. Enhanced sensor monitoring on ASUS ROG STRIX B550-XE. Fixed a possible hang on some systems with Intel Thunderbolt controller. Improved support of some future AMD CPUs and APUs. And if you're mining, either decrease your power limit or hope that these 100-110C memory temperatures don't pose a problem. If you find your GDDR6X temperatures run super hot with HWInfo64, it's a good idea to keep your graphics card at stock settings. And again, Nvidia's cards don't appear to start throttling GPU clocks until the temperature hits 110C. 
Presumably it's the hottest part of any of the GDDR6X chips, measured internally. We also don't know exactly what "GDDR6X Memory Junction Temperature" means, as far as the other GDDR6X chips are concerned. We don't have precise answers as to why Nvidia is allowing the GDDR6X chips to hit these temperatures. 24/7 mining on the other hand with memory running at 100-110C seems like the sort of thing that could cause premature card failure. For gaming, with the GDDR6X running at 100C or lower, that appears to be within tolerance from Nvidia's perspective. These high junction temperatures do give us some cause for concern, but it's not clear how they'll affect the cards long term.
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