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- Oct 30, 2020
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Ok, so let's ignore 13th and 14th field failure rates since they are kinda "new" and unfair to compare with the older ryzen 5000. So ryzen 5000 - the ones you are saying have a pretty low field failure rate, are worse than 12th gen, worse than 10th gen, and almost on par with 11th gen. All of these chips are as old or older than zen 3. So how do you consider 2% a good failure rate, when on top of that they have one of the highest DOA failure rates as well?
How do you know how the systems are run? These are sold as workstations, so im sure they are used more than the average. Still, what difference does that make? That argument applies to both amd and intel chips, neither are used "24/7" (like you claim).
Those multiple server farms are using Intel. Those multiple server farms probably aren't using puget's settings.
The only stats from Europe i've seen is mindfactory that has 13 and 14th gen at 1% return rate. For reference alderlake was at 0.48%.
Why would you just ignore 13th and 14th gen field failures before going on a journey through older CPU's? I mean, that's literally what Intel is having an issue with and everyone is talking about. And it's not 1%
Secondly, see post#141. You're misunderstanding the whole issue which is primarily higher end 13/14 gen's degrading faster when used 24/7 under various loads (hereby accelerating the degradation curve). This chart doesn't represent that. It represents a relatively small sample size of AMD CPU's and differences between them and intel (both in field and shop failures) are largely negligible at best. These are all also running with Puget's settings which we don't know and hence we don't know how they perform either, both of which are huge caveats. But they did mention the rise in field failures for 13th gen so it's a space to watch out for because you're also forgetting a lot of people have just recently realised their "out of video memory" errors are actually that 13900K.
The reason most people aren't bothered by Puget's shop failure rate is because it literally doesn't align with any of the other larger retailers who report extremely low numbers of shop failures (from both camps, mind you). Also they're easy to diagnose, don't really affect the used market and numbers are below 1% from both camps so all is well on that front. The only sore thumb that sticks out is 13900K's rising in returns with time (even for Puget albeit less than everyone else). There have been numerous reports over the past few weeks of RPL returns being higher than prior gens and AMD from major European retailers. Alza.sk exposes their returns rate in their website and look at the 13900K being abnormally high at 5%. Then there's all these devs and farms who did some heavy lifting with these CPU's and they died. And judging by a 2x rise in July field failures for 13th gen for Puget, this graph will probably look different in a few months.