While this seems standard now, in 2009, multi-core processors were becoming mainstream, and older SMBIOS versions struggled to accurately distinguish between physical cores and logical threads. Version 2.6 helped software accurately report hardware specs to the user.
Bitfields indicating if the CPU supports 64-bit extension technologies, virtualization assistance (Intel VT-x / AMD-V), or hardware-enforced execute protection. Blade Server and Enclosure Mapping (Type 3)
Bits to signify rank configurations (e.g., single-rank vs. dual-rank memory).
LAST ENTRY: JANUARY 12, 2023. ELOISE V. NO NEXT OF KIN. NO FUNERAL. I HELD HER NAME FOR 847 DAYS.
Alternatively, run msinfo32 from the Run dialogbox ( Win + R ) and look at the "SMBIOS Version" row in the System Summary.
: Added support for identifying L1, L2, and L3 caches associated with specific processor instances via handles. It also introduced enumerations for newer processor architectures to ensure proper identification by the OS. Memory Management :
While this seems standard now, in 2009, multi-core processors were becoming mainstream, and older SMBIOS versions struggled to accurately distinguish between physical cores and logical threads. Version 2.6 helped software accurately report hardware specs to the user.
Bitfields indicating if the CPU supports 64-bit extension technologies, virtualization assistance (Intel VT-x / AMD-V), or hardware-enforced execute protection. Blade Server and Enclosure Mapping (Type 3)
Bits to signify rank configurations (e.g., single-rank vs. dual-rank memory).
LAST ENTRY: JANUARY 12, 2023. ELOISE V. NO NEXT OF KIN. NO FUNERAL. I HELD HER NAME FOR 847 DAYS.
Alternatively, run msinfo32 from the Run dialogbox ( Win + R ) and look at the "SMBIOS Version" row in the System Summary.
: Added support for identifying L1, L2, and L3 caches associated with specific processor instances via handles. It also introduced enumerations for newer processor architectures to ensure proper identification by the OS. Memory Management :