For months, Intel’s highest-end desktop gaming processors have had a wierd tendency to sometimes trigger video games to crash — and whereas you will have seen this earlier as we speak, Intel says it hasn’t but focused the thirteenth technology And the 14th technology Intel Core i9 supplies the last word answer “Raptor Lake” and “Raptor Lake S” chips haven’t but been launched.
“Opposite to latest media reviews, Intel no Intel spokesman Thomas Hannaford mentioned in a press release: “We now have confirmed the basis trigger and proceed to research with our companions relating to points with unlocked Intel Core thirteenth and 14th Gen (Okay/KF/KS). ) Person reviews of instability points on desktop processors.
It continued: “The microcode patch cited within the information report fixes an eTVB bug that Intel found whereas investigating reviews of instability. Whereas this difficulty might trigger instability, it isn’t the basis trigger.
Official Intel assertion cites (and partially confirms) leaked inside Intel paperwork Igor’s laboratory Earlier as we speak. The paperwork recommend that a part of the issue is how Intel’s chips mistakenly overclocked their very own cores utilizing a function known as Enhanced Thermal Velocity Increase (eTVB), despite the fact that they need to have identified they have been working too sizzling to take action.
The leaked doc begins: “The basis trigger is wrong values within the microcode algorithms associated to eTVB performance.” It continues:
Failure Evaluation (FA) of thirteenth and 14th Technology Okay SKU processors has proven that the minimal working voltage of the affected processors has modified because of gathered core voltage will increase. Intel® evaluation has decided {that a} confirmed contributing issue to this difficulty is a rise within the voltage enter to the processor because of earlier BIOS settings that allowed the processor to run at Turbo frequency even when the processor was sizzling. frequency and voltage operation. Earlier generations of Intel® Okay SKU processors are much less delicate to all these settings because of their decrease default working voltages and frequencies.
Intel® requires all clients to replace BIOS to microcode 0x125 or greater by July 19, 2024.
This microcode contains an eTVB repair for a problem that might permit the processor to enter a better efficiency state even when the processor temperature exceeds the eTVB threshold.
Nonetheless, whereas Intel confirmed that eTVB could also be a part of the issue, it’s clearly not the “root trigger” of all the drawback.
Hopefully we will get a full repair quickly.