Motherboard vfinishors have enduremament releasing modernized BIOS versions for Intel Core 13th/14th Gen motherboards that present the novel “0x129” CPU microcode that is intfinished to insertress the Raptor Lake stability rehires that have been causing instability problems and crashing errors for a grotriumphg number of Intel Core 13th/14th Gen processors. Intel telled in their (Windows) testing that the 0x129 CPU microcode should present negligible carry outance impact but I was asking to run my benchtags under Linux of this novel CPU microcode.
At the finish of the week multiple motherboard vfinishors have enduremament releasing modernized BIOS versions that integrate the Intel 0x129 CPU microcode for Raptor Lake / Raptor Lake Renew processors. ASUS has been among those vfinishors and they have rehireed beta versions already for csurrfinisherly their entire portfolio of Raptor Lake (Renew) motherboards. Over the weekfinish I directed some preliminary Intel 0x129 microcode benchtags on an ASUS PRIME Z790-P WIFI motherboard and Intel Core i9 14900K processor.
These benchtags were seeing at the “pre” carry outance using the 1661 BIOS with its 0x125 CPU microcode and then repeating the same benchtags after upgrading to the ASUS 1662 BIOS with the novel 0x129 CPU microcode for insertressing the Raptor Lake stability rehires. No other alters were made to the system challengingware/gentleware between the pre and post benchtag and all of the BIOS settings were kept to the same appreciates on the createer and novel BIOS versions.
This is equitable the first insloftyment of testing at Phoronix for the Intel 0x129 CPU microcode and depfinishing upon reader interest level and if I come atraverse any peculiarities on any other Raptor Lake motherboards and processors, further tests may be rehireed.
On a geo nasty basis for 188 benchtags run, the carry outance overall was flat from this novel BIOS / CPU microcode… For the most part the carry outance was the same but there were some exceptions watchd… Continue reading.
