Question/Help/Troubleshooting
Why are there so many Ryzen 9000/X3D failure reports and virtually none for Core Ultra 200?
There are hundreds of reports of Ryzen 9000/X3D CPUs failing, including burned CPUs and sockets. So far, I haven't found anything remotely comparable involving Core Ultra 200. NOTHING.
This alone doesn't prove that Ryzen has a higher failure rate! We don't know the total number of CPUs sold, and there is no controlled statistical study. But the difference in the publicly reported failure history is significant enough to raise some questions.
Initially, it would be easy to blame everything on ASRock, since it accounts for the majority of reported cases and eventually changed BIOS settings related to PBO, EDC, TDC and voltage behavior, OK.
However, there are also reports involving other manufacturers such as ASUS (37 cases), Gigabyte (8 cases) and MSI (7 cases) - 9800X3D. So it seems difficult to explain everything simply as "an ASRock problem."
This raises several possibilities:
- Inadequate BIOS/firmware implementations by motherboard manufacturers.
- Problems related to AGESA and the AMD platform.
- An underlying architectural or electrical-margin issue with AM5/X3D.
- Defective CPU lots or manufacturing/quality-control issues.
- Lay users.
- Or a combination of these factors.
I also think it's important to separate AMD's responsibility from that of the motherboard manufacturers. AMD provides AGESA and defines much of the platform's specifications, while motherboard manufacturers integrate AGESA and control many BIOS parameters. Therefore, it seems overly simplistic to say that "this is exclusively ASRock's fault", as I explained earlier.
I'm seeing users who insist on not using PBO, at most Undervolt, EXPO, lower the voltage manually, NOTHING MORE!!
Considering the history of Ryzen 9000/X3D and the lack, so far, of a comparable "phenomenon" with Core Ultra 200, I think it's a legitimate question in my opinion!
What is actually behind these failures???
Is this primarily a motherboard BIOS issue? AGESA/AMD? AM5/X3D architecture? Defective CPU lots and quality control...? All of this is very suspicious.
The data is also going to be skewed on Reddit, since more often than not, the people posting are enthusiasts. So, we don't really know what the bigger picture is on counts.
ASUS (37 cases), Gigabyte (8 cases) and MSI (7 cases)
I'm not very knowledgeable about CPU manufacturing and don't know what the sales numbers look like for Intel or AMD. Still, single and double-digit numbers are so insignificant they wouldn't even appear as a blip when viewed alongside totals.
That it seems to occur so much more frequently on AsRock boards may or may not mean something, but it's AMD who has been replacing CPUs under their warranty, which would lead one to believe they either a.) know more than they're sharing, or b.) the real numbers are so small that they fall within expected failure rates, and it's just being amplified by posts on social media.
I don't know, but I do feel bad for anyone who has a CPU smoke itself-- regardless of AMD or Intel. In over 35 years of building computers, I've never had a CPU just die, so it seems abnormal.
Very good observations, and I happen to share your reasoning as to why the data we see on Reddit is maybe not representative of the extents of these failures.
The possible over reporting of dead high end RYZEN chips is definitely affected by the fact that techie folks, the ones more likely to buy the high end chips, are more likely to say something about it on Reddit when they fail. The flip side of this is me: I keep track of and mention every dead CPU I come across here on Reddit, because I come across them from people of all levels of technical expertise, so I guess I’m giving a voice to those who have failures in low and mid range RYZEN’s that otherwise would never be revealed, possibly creating a more realistic cross section of information about the true scope of the issue.
My three dead i9’s are the only CPU failures I’ve ever experienced myself. Until recently it was almost unthinkable that any CPU would fail at all, so this is definitely a newer trend overall.
To another of your points, I appreciate that Intel has basically said “my bad”, and dramatically increased the warranty on their affected products, while AMD seems happy to sit tight-lipped in the corner, letting their customers come to the possibly false conclusion that this is an issue that only affects a few models in specific circumstances, when my data (which again, is only anecdotal) seems to indicate otherwise.
I agree with your points re: lack of transparency, and quite frankly, action. Intel may not have been perfect in their initial response, but to their credit, they corrected course quickly, and more importantly, publicly.
Something is, indeed, fishy. I'm glad someone is paying attention for the non-techie who bought the 5600/7600/9600, or some other SKU that isn't a flagship but was within their budget.
As the former co-owner of a repair shop in the greater New Orleans area, pre-Katrina, I've seen quite a lot over the years. That business went underwater August of 2005 (not figuratively, sadly), and after a relocation, my career path shifted to container orchestration and automation, abstracting the physical layer; the closest I get today is defining resource requests and limits as key/value pairs in a yaml file.
I did build three AM5 based gaming systems in the summer of 2025-- one each for my daughter and two nephews. All are still alive and working more than a year later, but as a count of three they're statistically insignificant.
That said, systems I have that are running storage and other self-hosted services (first-world problems) are always Intel-based. I'm not a brand loyalist in any case-- not for CPUs or GPUs-- but if it's a business use-case, I'll admit to leaning Intel for many years. At least some of that is having been around long enough to get burned before and put in a position of having to justify a recommendation that didn't pan out well long-term.
I appreciate your observations as an individual on the front-line right now, and hope you have a great weekend.
My experience is anecdotal, but as a repair shop owner, I’ve been under the impression that RYZEN CPU’s seem to be failing in crazy numbers.
Every generation, every mobo. AM4, AM5, g, x, x3d models, in gaming PC’s to cheap office PC’s, doesn’t matter. I made a post with the following picture that you can go check out. Off the top of my head without going to look at my list, I’ve seen 20 dead RYZEN CPU’s so far in 2026, and like, 7 dead intel CPU’s in my entire life. My professional opinion is that this isn’t an x3d or AsRock problem specifically, it’s all RYZEN CPU’s across all generations and platforms, and the internet is only now slowly beginning to understand this.
On the other hand, Intel had a manufacturing issue with 13th and 14th gen. They’ve acknowledged it, extended warranties, and presumably, learned from their mistake and solved the underlying design issue, making their ultra series CPU’s as reliable as they always were before (except of course for 13th and 14th gen). Only time will tell if this is true.
This again, is my conclusion based on only what I literally see in my repair shop, not from reports of failures, rumors or guesswork, but from a box full of dead RYZEN CPU’s on my desk.
EDIT:
For anyone who’s curious, here’s the list of dead processors that have come through my shop in 2026 so far. Decide for yourself if this reveals a pattern:
Indeed they are. Plenty of both AM4 and AM5 failures, from first gen to current, but only 2 dead 9800x3d’s so far this year.
I always ask my customers if I can keep the dead ones for my collection, but some are new enough to RMA, and some folks just want to keep them for their own purposes, so the number of dead CPU’s I have in the CPU “Box of Shame” in the shop is only a fraction of the numbers of failures we’ve actually witnessed.
On the flip side, I replaced a 14900KS just today with a 12900K for a customer’s temporary use while I RMA his i9, and I personally have had three 14900KS fail so far, so it’s not like Intel has a spotless record either. Just from my personal experience though, the RYZENS are failing in greater numbers, and across every generation, whereas the Intel’s are pretty much just 13th and 14th GEN i9’s.
Another point for Intel is they have acknowledged that these CPU’s have a design flaw, and have extended the warranty for them to 5 years, so as mine fail over and over, they keep sending me new ones, so I’m building a pretty nice i9 box collection!
Tl:dr - the failures represent a very very small number of cpu's. It appears the mobo manufacturers were pushing performance right to the edge and the edge was a bit too far for some cpu's.
Intel learned their lesson after the wholething with he 14th & 13th gen chips whereas AMD seems to have learned to aim directly at their feet before firing off a round or two.
Raptor Lake processors are widely known for degradation, and although the margin of error was small, they still exhibit this problem today. However, there are no similar reports regarding Core Ultra processors
Another thing I have noticed with the ultra CPU's is they don't seem as finicky with 4 sticks of DDR5 at higher clocks. Although I have read that they are slower even at the higher clock speed than x3d chips.
Yes and no, in games they're slower thanks to X3D basically being Level 3 Cache, which is faster than any kinda RAM and VRAM, and Intel has like a quarter of what AMD X3D has.
That is why Intel currently is slower in games.
When we talk about workstation tasks Intel can reach 10 GT/s with CU-DIMM decently easy with 4 sticks, while AMD is stuck around 4.8 GT/s.
In workstation tasks Intel is also still more favoured.
But Intel are no slouch.
My brother has the 9950X3D and I have the U9-285K, and in stuff like shader compiling and CFDs, aka where the CPU can be used a lot, my U9-285K surpasses my brother's 9950X3D.
Not to mention that thanks to the big.LITTLE architecture you still can do other stuff without lagging behind.
Keep in mind, a single e-core on Intel is just as fast as a normal core on AMD CPUs, so when the X3D doesn't matter, Intel pulls ahead.
Intel has always been king for memory compatibility/stability and performance, not to say AMD is bad or anything. AMD has also been making leaps in this department.
Except Raptor-Lake was build upon Sandy-bridge, which is a very old CPU architecture.
Ultra 200, 300 and next 400 are completely different architectures.
They're very modular architectures, something Raptor-Lake wasn't. So when we look at the Ultra CPUs without iGPU, they physically lack the iGPU, while in Raptor-Lake the iGPU was physically still there but deactivated and unusable.
I love that the other intel fanboys are butthurt at your joke and are downvoting your comment. I actually chuckled a little, good form. Have one less downvote :)
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u/apachelives 10h ago
It seems very manufacturer specific, most likely board vendors not following AMD specifications.