Zen 4 fixed all of them by decoupling that links to 2 variables now.įinally back to the Zen 4 X3D, ASUS mysteriously taking it down in a quick manner was also really weird so was MSI, like did they happen to know how the Voltage offset register on X3D processors was exposed just by looking at the Reddit CPU in question ? Shame these things a lot of time to analyze and give some response which is proper. My guess is it's due to the 3 variable system on the Uclock, Memclock, Fclock. Except ofc it is de-lidded.ĭisclaimer is I do not even own any AMD part, I skipped Zen 3 because it rightfully had IODie instability once you touch DRAM OC past 3200MHz and the USB drop outs no AGESA could fix them. No information on the processor, nothing. More over all those Toms Hardware MSI findings where are those processor photos and did the user sent them to AMD or someone else ? And news flash Derbaur is claiming his 7900X has the same problem but he is rather showing how his CPU is at a slanted angle for 5 seconds that's it. AMD needs to know what happened to the processor and issue a proper statement. Cements how bad his HW analysis was, same for the LGA1700 bendgate disaster, he was too late (right in time for Derbaur's Thermalgrizzly Contact frame campaign, btw Thermalright frame is better for those who are into that contact frame DIY as Thermalgrizzly Derbaur's is having a risk of ruining the Mobo PCB) by that time even Anandtech reported, Igor's Lab reported and so many users also reported. FF to 2023 CableMod finally releases the 90 degree and 180 degree Adapters with Astron Tulip design and Intel ATX 3.0 specification also does the same along with Sense Pin depth revision. Silver5urfer - Tuesday, Aplink The most unfortunate part is the reddit user sending the processor to GN as if Steve at GN is like some HW guru lol.Plus that dude was like 12VHPWR is the User error you are holding it wrong and shamed Igor's lab about his findings on the NTK vs Astron connectors.It is as follows:Ĭomments Locked 34 Comments View All Comments Update (04/27): AMD has officially made a second statement regarding the Ryzen 70X3D burnout issues. AMD also specifies that if users have a Ryzen 7000X3D processor affected by this problem, to contact AMD customer support directly. Given the rollout of new firmware, which targets SoC voltages and restricts them, all things point towards voltages and overclocking said processors, which are, by default, multiplier and CPU VCore locked.ĪMD is actively working with motherboard vendors such as MSI, ASUS, GIGABYTE, and ASRock to roll out the new firmware. One theory thus far is that the issue is being triggered when users are enabling AMD EXPO memory profiles – which, much like Intel's XMP counterpart, is technically a form of overclocking and officially voids the product warranty. While AMD hasn't officially confirmed the problem regarding the burnt pads on the Ryzen 7000X3D series processors and the burnt pins within the motherboard socket, AMD is actively looking to resolve this issue. The new firmware specifically limits the SoC voltages applied so that these critical limits aren't breached when users enable AMD EXPO memory profiles on supported DRAM. This is further to MSI, which launched new firmware yesterday, and ASUS announced new firmware today for users with AMD Ryzen 7000X3D processors, such as the Ryzen 9 7950X3D and the Ryzen 7 7800X3D. Anyone whose CPU may have been impacted by this issue should contact AMD customer support."Īs the statement clarifies, AMD themselves are investigating the issue that users have been experiencing, which has been reported on through various channels such as social media and Reddit. We are actively investigating the situation and are working with our ODM partners to ensure voltages applied to Ryzen 7000X3D CPUs via motherboard BIOS settings are within product specifications. "We are aware of a limited number of reports online claiming that excess voltage while overclocking may have damaged the motherboard socket and pin pads.
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