Tqaulity
Member
Once again a detailed and informative technical analysis by NxGamer on the Spiderman PC port. I mentioned this before in this forum that Spiderman would A) be one of the best examples of PS5 vs PC performance in terms of an engine developed and optimized for console and B) would show that you need a much more powerful PC to match or exceed the performance of a PS5 due not only raw GPU power but overall system utilization and CPU load. I mentioned that in fact we will see a PS5 match more closely with a RTX 3070 based PC system which is generally the best case scenario for PS5 performance and many thought I was crazy. Now that the PC game has been out for some time, there are a number of examples of users demonstrating how their 3070 GPUs are pretty much a match for the PS5. In this analysis, NxGamer literally specifies that the PS5 performance is within 5-10% of a 3070 level on average and is showing to be 20-30% faster than his OC 2070 (virtually a 2070 Super). Again, best case scenario and no the PS5 GPU isn't equivalent to a 3070 on it's own. But Spiderman is a classic case of how the architecture and efficiency differences between PC and console can really make a difference in total system performance when the software is optimized for it. All that constant talk about how it's not just about TFLOPs and the GPU alone but the entire system matters...wasn't coming from nowhere. Carry On! 
Thanks for the follow up. It's really not that surprising if you really think about it. Again, never said PS5 GPU is equivalent to a 3070, but it can deliver a similar experience when the game/engine it optimized for it.
So to wrap up, now that we have Digital Foundry's analysis to go with IGN's, Tom's Hardware, DSOGaming, Digital Trends, and others let's see where we're at:
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Can we agree with our eyes that Alex's optimized settings are actually a bit lower than both PS5 settings (even the Performance RT)? PS5 settings are pretty much a match for High + RT High as discussed.
So again, where I'm coming from is simply this: if I'm looking at a PC sku of a console game, I'm looking at what will it take to get a similar or better level of performance beyond the console. Both skus are running the same game but have very different methods to get there when you consider the unified memory and much more efficient data throughput on a PS5. The key point here for me is identifying a PC that will deliver the same consistency in performance as the console equivalent and that's where the 99th % frametime/1% FPS values come in to play. You need that to compare to locked (or min) FPS on console.
With that in mind, the question is what PC GPU/CPU will it take to deliver (for example) 1440p + DRS + RT high + 1% 60fps to match or exceed the PS5's performance RT mode? Or similarly 4K + +RT High + 30fps (or 40fps with VRR)?
Here is just one example of Spiderman Remastered running on a RTX 3070 Ti | Ryzen 9 5900X system with DF optimized settings @1440p:
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So I would look at that and note that 1% Low being just at 60fps even though the average is 96fps. Meaning that if I wanted to cap the FPS to at least 60fps, it will be mostly stable there. Again this is a 3070TI and a Ryzen 9 5900X CPU. Both supposedly way above a PS5's level of performance. But the PS5 Performance RT is actually slightly higher than these settings and practically never drops a frame from 60fps.
Of course, every PC is different and even multiple PCs with a 3070 or 3070Ti will vary in perf depending on their other components. But there has already been a number of tests that show that if I were looking to build a PC for Spiderman to match or exceed the PS5's level of performance, I'd be looking at at least a 3070 to deliver a consistently on par experience (cinematics, swinging, action, ground level walking etc). Call me crazy if you want...
BTW, I can tell you from experience that those PC recommended specs don't come from nowhere and there are many months of testing to settle on what they are. Not just random circumstance that the "Amazing Ray Tracing" (i.e. close to PS5 Performance RT mode) specs mentioned a RTX 3070 / R7 3700X to deliver that.