Are Ryzen 9800X3D issues occurring on non-ASRock platforms?
Are Ryzen 9800X3D issues occurring on non-ASRock platforms?
But are the AsRock mobos really the ones with most of the 9000 series problems? I don't have any knowledge about voltages or altering them.
Oh, you mean the one I answered? I thought its response was odd. It felt like it was written by a chatbot.
Simulation games are, if the world gets big enough.
Though, what i play, are old and even ancient games, like: ATS, ETS2, FS19/22/25 (Farming Simulator), Star Trucker.
I also have or have played: PC building simulator, House flipper, Barn finders, Cities: Skylines, Hydroneer, Subnautica (and Below Zero), Breathedge (waiting when Breathedge 2 releases), Talos Principe 1 and 2 (bought 3rd one but haven't played it yet), Astroneer, Pacific Drive etc etc. I have 200+ games.
No. But many people are fixated on the idle temps and want to get those lower. While idle temps doesn't matter. What matter, are under load temps.
Either that, or they have inferior CPU cooling (which would be strange if one has forked out $/£/€ 500+ for the CPU).
No. Best to update the BIOS once, as you got the build and leave it be.
E.g for my AsRock MoBos, it was indicated that the biggest issue was with BIOS version 3.20, while it was fixed (according to AsRock) in the version 3.25.
When i got my MoBos, i saw that they both were running version 3.20. So, just to be on the safe side, i updated both MoBo BIOSes to the latest, 3.40 ones.
If my MoBos would've had version 3.25, i probably would not have updated the BIOS.
This is true.
E.g my previous build and the MoBo there: MSI Z170A Gaming M5 - it never saw any BIOS update for the ~9 years i used it. Since there were no issues running my i5-6600K. I did contemplate upgrading the CPU to i7-7700K, which would've needed BIOS update but since i7-7700K had mere 20% uplift over my Core i5, costed a lot when it released and also was one hot running chip of that era, i kept my Core i5 without ever updating the BIOS.
To me, biggest fear of updating BIOS is the sudden power loss that may happen at any given time (one can not predict main power grid issues). And if there is power loss, MoBo is bricked. But since both of my PCs are backed up by a proper UPS (true/pure sine wave, line-interactive topology), there was no worries for me for power loss.
BIOS update for the two of my MoBos went surprisingly well and fast. I also deliberately chose the BIOS update within the BIOS itself, to see what it was doing (e.g 2nd pic of my Aurora build shows BIOS update in process).
Yeah, that was cleverly disguised commercial spam.
It almost made sense, except the part where it told about memory and "especially when using DDR5". Well, Ryzen 9000-series CPUs can only use DDR5 and there is no other option.
😆
This was indication for me that it was bot generated text. Of course, the link to some audio listening service was the commercial spam part. TH forums will not allow advertising of any kind of service/product.
No problems on my ASUS board, and I keep updating my BIOS regularly. I just changed the BIOS to version ComboAM5 PI 1.2.0.3g yesterday. PBO on +200 MHz CO -15 across all cores.