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번역 관련 문제 보고
for the 7k line I would not expect additions for long time as they competing on both plant and market with well selling products and then 8000s are inbound. Maybe at the very tail as those in quote and the recent process shifts to even smaller nm.
The Ryzen 7 7800X3D has a lower boost frequency than the Ryzen 7 7700X. Sure, they're different model numbers, but that's an arbitrary factor in what AMD chose to call them. The behavior is the 8 core/16 thread chip clocks higher in the available iteration without v-cache than it does with it.
And on the 7900X3D and the 7950X3D, the CCDs with v-cache boost lower than those without. AMD isn't very clear in mentioning this clock speed difference like Intel does between p-cores and e-cores, unfortunately, and simply lists the higher of the two on their respective specification pages, but the 7950X will happily boost to ~5.7 GHz, whereas the 7950X3D's v-cache CCD will not boost that high but instead to something like ~5.2 GHz instead.
There's nothing AM5 is doing doing to get around that as it's a limitation. The clock speeds are simply higher on AM5 than on AM4 to begin with, but the disparity between v-cache and no v-cache still exists there. So there's nothing AM4 can do to fix this either.
That said, the lower possible clock speeds and model numbers suggest these aren't meant for maximum performance. Maybe they are trying to make a a 65W iteration (maybe at least with the 5500X3D, I don't know about the 5700X3D). Or maybe these are trying to push AM4 stock out the door. Who knows. Even if a 5 GHz+ 5x00X3D was possible, AMD would be cannibalizing itself to release it. Such a thing would devour pretty much Intel's entire lineup in gaming as well as everything on AMD's own AM5 side besides the 7800X3D, and it's probably come very close to it. As it is, the 5800X3D is offering top performance and any more would be bad. They want to move focus to AM5 and what will come next. This might be a move to rush AM4 supply out? I don't know. It seems weird if it actually happens.
As an average though, the 5800X3D tends to just barely outperform the entire Ryzen 7000 lineup (excluding the Ryzen 7000 X3Ds themselves) and Intel's 12th generation (and a good part of the 13th, too) in gaming. It's way different when including beyond just gaming, of course, but most people looking at an AMD X3D CPU to begin with are probably prioritizing gaming to some extent.
Therefore, a supposed 5x00X3D that is 550 MHz higher than the 5800X3D would definitely be expected to perform even higher. Of course, such a thing will never exist anyway because the clock speed deficit is a limitation that exists and can't be erased here so it doesn't matter; it was hypothetical to begin with.
Looks to me like 5700X3D and 5500X3D are just lower clocked binned variants of the CPU above them, 5800X3D and 5600X3D
5500X3D will probably be another limited time thing at Microcenter while the 5700X3D might continue for as long as they keep making 5800X3Ds
There are more concerning issues with the 7900X3D and 7950X3D regardless, since the scheduling for those two SKUs are still boofed as always on Windows.
All it takes is for a load to not trigger the scheduler to use the v-cache die for the performance to be completely left off the table, there are instances where games just won't get the v-cache so the money ends up being wasted for that particular game.
Not the first time that Ryzen CPUs had scheduling problems with Windows. Intel gets all the love as usual. And as usual, Ryzen 9's dual CCD design works against it for gamers, defeats the whole purpose of gamers buying the CPU unless they need the extra cores for other things, but they're just giving themselves unnecessary headaches with Windows since the scheduling works better for Intel, and the combination of the higher core count and now APO just makes it seem like a waste above the 7800X3D.
I'm personally surprised by how expensive the 5800x3D still is. It's barely cheaper than the 7800x3D and much more expensive than the 7600(x) and 7700(x).
I was considering upgrading to the 5800x3D, but the prices didn't make sense to me, so I decided to opt for a new platform with the 7800x3D
They're still going to need moderately good cooling regardless but this would help push that down.
Yeah, I know about the scheduler stuff. I wasn't referring to that part though. I was simply pointing to the fact that AMD only officially discloses the higher boost speed on the 7900X3D and the 7950X3D, even though the CCDs with v-cache on those two CPUs don't boost as high. You need to think of it like Intel's e-cores and p-cores; while these are far different since they are the same cores and one just has more cache, there's a clock speed disparity. You can't assume the advertised "main" boost speed Intel lists applies to the e-cores. Same with these; the advertised boost speed does not apply to the CCDs with v-cache. AMD really should be disclosing this.
It leads to some people thinking AM5 somehow fixed the v-cache CCDs not being able to boost as high when it didn't. It's a physical limitation that still exists. it's "disguised" on AM5 because two of the CPUs have mixed CCDs, and the other hads no direct non-X3D counterpart (but you really can just compare it to the 7700X, because even if a 7800X existed, it would only be clocked higher, and the 7700X is already higher clocked than the 7800X3D, so the disparity still exists).
I'm considering moving to AM5 with the 8800X3D/9800X3D (whichever numbering it ends up using). Depends on several factors but it's what I'd like to do.
In my country(prices converted to Euro):
5800X3D - 325€
7800X3D - 400€
7500F - 200€
7600 - 235€
7700 - 330€
I can get a 7500F+B650+32GB for only 100€ more than a 5800X3D, if one sells his AM4 parts you could even make some money.