I think this is nonsense. Please explain how will Alder Lake with only 24 threads on a broken 10 nm process be both faster and more efficient than the mighty 32-thread Ryzen 9 5950X, let alone the coming 3D V-cache Ryzen 6000?
I can realize the limitations of basic understanding you are facing, when rushing to throw a laughing smile and talk about nonsense.
People like you many
(damn...) years ago could not understand how a 2.5GHz Athlon64 was running circles around a 3GHz Pentium 4. You see, 3GHz > 2.5GHz.
I fully explain my point of view in that post. I can't explain it further, but you said "please" so let me try again.
Try to not read my post as a one simple sentence. There are more than one sentences there. Here, let me also put some colors for you.
They will have to jump either they like it or not. Because that Big little setup gives a huge marketing advantage to Intel.
It can advertise the same number of cores as top AMD models, knowing that 90% of consumers will never know the difference. Intel will be advertising the total number of cores on the box. I doubt they will be specific saying 8+8.
Can advertise top performance, based on the big cores. Big cores. Are you following me? When pointing at performance in their advertising slides, they will be focusing on big cores alone and apps that usually don't go over 6-8 threads.
Can advertise exceptional efficiency, based on little cores. Little cores. Hope you are not already confused. When advertising efficiency, they will be doing it by focusing on usage scenarios where big cores are mostly siting idle. Like, light browsing, email reading, office stuff.
AMD can't touch that with only big cores. It will be winning in some heavily multithreaded benchmarks, but it will be losing in both efficiency and performance. No matter how much more efficient TSMC's 7nm is, or how much more efficient Zen 3 we can speculate it is over Intel designs (probably it isn't against Alder Lake), a big core can't drop it's power usage as low as a little core when for example siting idle or while throwing a game of Solitaire.
Because it's easy to write an article where the author will be pointing at the fact that the PC usually runs idle or at lower loads. Measuring total power consumption at a period of time, Intel CPUs will be ending up cheaper on the power bill. It's also easy to test some games or apps or run some single threaded benchmarks and show that Intel CPUs are faster. Intel still offers top IPC and top CPU frequencies, so AMD will have to do some magic, get a couple of years ahead of Intel just to come at parity. We have seen this in those last years. Oh, look, I was already explaining it. Probably you got confused before reaching this last part of the post.
Talking also about AMD's Ryzen 6000, only shows that you are afraid of Alder Lake. No matter that 24 vs 32 threads comment that shows zero understanding of CPUs, or you just pretend to not know because you have to write an anti-Intel post and 24 vs 32 can play as an argument I suppose. That broken 10nm also points to that direction also. Anti-Intel post.
Anyway, being an AMD fan, I could love Intel to fell on it's face and you coming with laughing smiles saying "I told you so". But Alder Lake looks good and AMD should find a cheaper way to fight future Intel CPUs. Intel found a way to lower production costs, by using little cores and at the same time maximize it's marketing advantage. AMD using V-Cache is a good way to increase performance, but unfortunately, V-cache, increases production cost. Does not lower it.