adroc_thurston
Diamond Member
Not a real metric, all that matters is socket throughput@rated power.Perf/thread is what matters it you put a ceiling on max number of threads, and it'll be higher even for E-cores than Cinememe Thread spam.
Not a real metric, all that matters is socket throughput@rated power.Perf/thread is what matters it you put a ceiling on max number of threads, and it'll be higher even for E-cores than Cinememe Thread spam.
He knew AM4 had lots of gains but didn't know whether a measly 5% would be all you got via AM5 from the upgrade to zen 5 from zen 4. It wasn't known at the time that AM5 would continue to zen6 and zen 7 and the public doesn't know what the performance of those cups will be.But the overall performance gain of AM4 Socket was 124% over the life of the socket makes a CAGR of 17.3%
That information was available to Steve when he made the comments that "platform longevity means nothing".
He just succumbed to Zen 5% mass hysteria, and he was not thinking clearly.
Yes. OUCH! . So do you really think 52C NVL-S will cost $2499-$4999 like 32-64C TR which you compared it to? If not, those TR models will be in trouble.
Perf/thread does not matter? Then whaddabout Amdahl's law and all that which usually is being thrown around by some.Not a real metric, all that matters is socket throughput@rated power.
It's a GPU workload (tiled renderer ffs), you're far and away from hitting Amdahl limits in cinememe.Then whaddabout Amdahl's law and all that which usually is being thrown around by some.
Workloads tend to be different.Amdahl's law only applies when it suits your arguments
Does that really matter when 24c Z6 will win?Noted. So I take it that if Ahmdahl's is N/A even for 32C/64C to 64C/128T TR workloads, then it certainly should be N/A for NVL-S 52C/52T workloads too.
100% more of suck + a single shrink versus 50% more of awesome with a double shrink (and a packaging/uncore change) are self-explanatory.No technical arguments/evidence needed
Yes. OUCH! . So do you really think 52C NVL-S will cost $2499-$4999 like 32-64C TR which you compared it to? If not, those TR models will be in trouble.
- 52C NVL-S will be hampered heavily by 2ch memory for many workloads you'd want a TR for.So you think AMD will drop the mid-low range TR price down to DT level?
They don't, SP8 caps at 96c.next-gen TRs will likely up core count around those prices by 50%, with higher IPC and clockspeeds on top.
- 52C NVL-S will be hampered heavily by 2ch memory for many workloads you'd want a TR for.
It's not gonna hurt in cinememe much.You would think that would be obvious.
It's not gonna hurt in cinememe much.
NVL is theoretically leadership everything.It would be a very Intel thing to design a processor solely to win Cinebench... At a time when if you were going to make a meme processor, it should be focused on AI.
He knew AM4 had lots of gains but didn't know whether a measly 5% would be all you got via AM5 from the upgrade to zen 5 from zen 4. It wasn't known at the time that AM5 would continue to zen6 and zen 7 and the public doesn't know what the performance of those cups will be.
You're implying that since AM4 was good, that AM5 would also be good for platform longevity. If 5% is all you got from the first upgrade gen, and if AMD hasn't yet confirmed zen 6 and zen7 support for AM5 then what he says is totally valid. Not sure what you're missing.
What in the world are you talking about.Isn't the point of shopper advice YouTube channel to give advice to shoppers, which sometimes means making rational assumptions about the future?
Steve made horrible assumptions about the future and gave his audience bad advice that (AM5) platform longevity is irrelevant.
Just from 7700x to 9800x3d, the performance uplift is 33%, while dead end Alder Lake had low single digits and another dead end Arrow Lake had a performance regression. Zen 6? Could easily be +25%, already getting to +66% combined.
By discounting platform longevity, he made those 2 horrible platforms (dead end Alder and dead end Arrow) equally valid to long life AM5 platform.
In discussion about longevity, AM5 _HAS_ longevity, even more so than AM4.
As far as gen-on-gen performance improvement, you can take average of past improvements, or you can take a single outlier.
Steve did the dumb thing of taking a single outlier and made a projection on a single outlier rather than taking a broader average, such as that of the generations of AM4 platform from first to last.
Steve also, effectively, equalized the insanity of Intel platform changes to highly consumer friendly AMD approach of extreme platform longevity, by implying (based on faulty assumption) it would be pointless to upgrade any more frequently than longevity of a socket, which in case of AM4 was 5 years (even though the uplift was 124%) and in case of AM5, > 8 years between upgrades.
Further, he implied there would be no CPU only upgrade, only full system upgrades (by discounting platform longevity as irrelevant).
use them? just because you don't know how to use a computer beyond email and gaming doesn't mean the rest of us need to suffer for your ignorance/incompetence.I still want to know what you are going to do with all those cores.
What in the world are you talking about.
HUB constantly talks about the value of platform longevity. He often cites it as one of the main reasons to go AMD.
He was speaking in hypotheticals - The smaller the performance delta between the first generation on a socket vs the last generation on the socket, the less value that platform longevity provides.
That is 100% a true statement. He was not making a definitive prediction / statement about the future of AM5. Just that if AM5 generational improvements are as small as the jumps between 7800X3D -> 9800X3D, then the value that socket longevity provides becomes less compared to, say, AM4.
The context of the conversation surrounds 1) Arrow Lake's performance being unknown, 2) Zen 6 being an unknown and that AMD should officially confirm Zen 6 on AM5, 3) Total uncertainty on whether Zen 7 would be on AM5, 4) A complete unknown around Zen 6's (rumored) performance.
It is AM5.Some say Zen 7 will be on AM5, I am not so sure
Has nothing to do with DRAM pricing and everything to do with "there's nothing really better than normal DDR5 for desktop/luggables in Q3'28".With RAM being what it is these days I am more inclined to believe it will be.
It is AM5.
Has nothing to do with DRAM pricing and everything to do with "there's nothing really better than normal DDR5 for desktop/luggables in Q3'28".
Well it won't be a choice.don't think anyone really wants LPDDR.
What in the world are you talking about.
HUB constantly talks about the value of platform longevity. He often cites it as one of the main reasons to go AMD.
He was speaking in hypotheticals - The smaller the performance delta between the first generation on a socket vs the last generation on the socket, the less value that platform longevity provides.
That is 100% a true statement. He was not making a definitive prediction / statement about the future of AM5. Just that if AM5 generational improvements are as small as the jumps between 7800X3D -> 9800X3D, then the value that socket longevity provides becomes less compared to, say, AM4.
The context of the conversation surrounds 1) Arrow Lake's performance being unknown, 2) Zen 6 being an unknown and that AMD should officially confirm Zen 6 on AM5, 3) Total uncertainty on whether Zen 7 would be on AM5, 4) A complete unknown around Zen 6's (rumored) performance.
Sanity. The previous poster is forgetting that known information now was not known at the time.What in the world are you talking about.
HUB constantly talks about the value of platform longevity. He often cites it as one of the main reasons to go AMD.
He was speaking in hypotheticals - The smaller the performance delta between the first generation on a socket vs the last generation on the socket, the less value that platform longevity provides.
That is 100% a true statement. He was not making a definitive prediction / statement about the future of AM5. Just that if AM5 generational improvements are as small as the jumps between 7800X3D -> 9800X3D, then the value that socket longevity provides becomes less compared to, say, AM4.
The context of the conversation surrounds 1) Arrow Lake's performance being unknown, 2) Zen 6 being an unknown and that AMD should officially confirm Zen 6 on AM5, 3) Total uncertainty on whether Zen 7 would be on AM5, 4) A complete unknown around Zen 6's (rumored) performance.
What are they going to do with them, not you.use them? just because you don't know how to use a computer beyond email and gaming doesn't mean the rest of us need to suffer for your ignorance/incompetence.
If AMD leaves MT behind, (which was one of ryzen's original and absolute KEY SELLLING POINT), its a mistake.
No, I think this argument is crazy.Except, in the case I show, Steve said the opposite.
He did make a prediction when he said that for AM5, platform longevity means nothing. Which means, he made a prediction that all of the future AM5 CPUs will be worthless upgrades.
It's like if a stock analyst / advisor tells you: "All stocks are equal, because we don't know today what their price will be next year. The companies and the Stock Exchange did not confirm to me what the stock prices will be next year.
How much is that advice worth?
The usage model for your average DIY PC is gaming.use them? just because you don't know how to use a computer beyond email and gaming doesn't mean the rest of us need to suffer for your ignorance/incompetence.
If AMD leaves MT behind, (which was one of ryzen's original and absolute KEY SELLLING POINT), its a mistake.