That demo used Ghostwire Tokyo; not Halo Infinite.
Even after that demo, there were a lot of claims that 5GHz all core would be possible only with lightly threaded use cases like games.
Shows your attention to detail.
I'm sure he will come after launch and claim he earlier said "Zen6 will run at 6GHz+" when it does, all while maintaining now that it is impossible.
This is exactly why I have a problem with people like him.
All we know is that voltage scales approximately at the power of 2, compared to the clock speed for a specific chip. The exact voltage varies depending on infinitely many factors.
Remember when everyone said it was impossible to get Zen4 to 5GHz? Yet we have all core 5GHz+.
Bookmarking this so that I can come back and thrash you the day Zen6 releases and runs at like half or one-third of your said power.
Why are you suddenly concerned about voltages? First you said not at all possible. Now you're asking voltages.
Next what? I won't be surprised if you say "I said so" when Zen6 launches at 6GHz+.
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Do you even possess basic reading comprehension? Why the fuck are you making word salads?
We don't know the voltages yet. Only AMD, TSMC and probably some testers know.
But one thing for sure. Zen6 will do 6GHz+, possibly on all cores too.
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Replying to @Shra_va_ni
Because the RAM size has nothing to do with smoothness unless the it is absolutely loaded. Between 8 and hypothetical 128 in a phone, you still won't see a difference.
7950X already does 5.75 single core and 5.35 all core. So 6+ isn't unrealistic. 6.5 isn't too far.
Are you so damn confident it won't do 6+ because QC is struggling at 5?
At least the OP didn't tell dumb things like the L3 cache of Zen chips fragmented on per core basis.
Replying to @VadimYuryev
Imagine you show something to a family member/friend/coworker and the first thing they do is poke at the screen.
That would not be extrapolation. That would be imagination at best and hallucination at worst.
Fine. You put out the highest possible value for Zen6. Let us check after launch.
And if I were to sniff MLIF hopium, I'd be saying 7GHz; not 6.5.
You can't extrapolate these curves to a single result because each of them has different power behaviors. These are across nodes and generations.
And the clocks are mentioned nowhere. So, there's no reason to not hit 6GHz+ on Zen6. Even 6.5 ain't impossible.
WTF are you even talking about?
I don't see either of wattage or performance or frequency bunching together across different platforms and form factors unless you're talking about Apple, where they use the exact same chip everywhere.
Replying to @JamiesAct
Maybe, just maybe, people aren't actually interested in a stutterfest 30.
Replying to @TheRealJTV4K60 @AdrianSidler3
The limitation is probably the CPU and RAM size; not the GPU.
Also both the games you mentioned are capable of 200+fps even on older CPUs, assuming the GPU is capable of that.
Replying to @MCH2024 @ExoticSpice101
Wider core with more cache in hand and yet drops performance. That must be a real terrible design.
Trying to make it look better, you're making it look worse than it actually is already.

