Intel's advantage, in games, is more to do with latency, which Ryzen 3000 significantly improved on.
But is still 10% behind in and latency is still a part of the CPUs performance,latency is incredibly important when switching between tasks.
And NOBODY will be done 17% faster.
And NOBODY said that they will,performance and max performance are different things.
11% higher clock speed and 6% higher clock speed do not ever translate to 11 or 6 percent higher actual performance in a system doing real world tasks. The CPU does not work in isolation from the rest of the system.
They do translate all the time, there is plenty of things that scale one to one from javascript to strategy games.
More proof that TerryLaze doesn't get it? There is so much falsehood in every pro Intel thing he has said. I have a 9900k, and guess what? Like for everyone else, it can reach 5ghz already. Silicon Lottery is not a good guide, as if you can't reach 5ghz at 1.3 volts, then try 1.32 volts, or 1.35 volts etc. Since anything under 1.45 is very safe with cooling.
It doesn't matter how safe it is,it is still voiding your warranty,for AMD as well as for intel,let alone the fact that it is not guaranteed to be 100% free of issues,with a system you O/C yourself you have no way of knowing if a blue screen or any kind of problem comes from the O/C or not.
The only use case Intel has is high frequency gaming, and the slide that Terry posted has Intel ahead of AMD by 2.5 percent in IPC. That's because Intel has two different memory topologies, one for their HEDT and one for their consumer level chips. AMD uses the HEDT appropriate memory topology for every chip, so they lose a bit due to some memory latency, but it is barely noticeable. That's why AMD crushes Intel in server and HEDT applications, as Intel cannot use the ring bus that they use for gaming, with high core count CPUs. The rest I'm not going to comment on. Too much crap on here.
Yes max fps, how could I be so blind?! The FPS you get when looking at the ground from close up that's what matters most...
Max FPS could very well be the limit of what the GPU can do,in min FPS as in the lowest guaranteed FPS you will get intel is 10% ahead at the same clocks with another 25% to go,intel is so far ahead in speed that it's not even funny anymore it's a completely different league.
You can use this speed difference today to run more stuff while gaming and you will most definitely use it in the future with faster cards.
And b.t.w., I'm going to sell my 9900k to some sucker for the 3950x as soon as it comes out. I tried it and I don't particular care about having an extra few percent of FPS, since the real issue with CPU power is bad programming code, not power. Not even a 6ghz Intel will make emulation better, or fix Magic Arena, or indeed solve random frame rate changes at high frame rates. Good code solves those issues.
Yes go and sell your imaginary 9900k that you don't own...I am sure the ryzen will run the bad code much better?!?! Is that your point?
The other problem is our GPU's are laughable slow compared to vs. previous generations. We need a 3080 ti with double the performance, stat. CPU is irrelevant until we see massive increases in GPU power.
Hey you even know it yourself that max FPS is being limited by today's GPUs...
Go spend $500 on a CPU only capable of today's needs.