John Paines wrote:And you're recommending these untested procedures, which may not be suitable for all systems, and may not or may not leave the card stable in Resolve, to users who are asking basic questions like, 'I know nothing about GPUs, what should I buy'?
Seriously though, are you telling us that a user that is supposedly capable of buying a card, unpacking it, opening up the computer and installing it physically, then installing drivers - would at this point somehow be unable to open up the software and literally click on two or three buttons? That's ridiculous. A person who gets that easily confused has no business installing a card in a computer in the first place.
As for "stable in Resolve" I suppose we'll find that out soon enough. Something tells me it won't be an issue and that you'll not acknowledge that even if it's the case.
John Paines wrote:it can be hard to understand this enthusiasm for equipment whose benchmarks show trivial differences in performance, and not even on all measures, and which also come at a cost.
The cost is indeed key, and if a simply undervolt puts on par not only on price but sound with the RTX 2080, then we can indeed look at those "trivial differences" - comparing the two I see the difference (Radeon first) in order as follows:
+18%
-1%
+19%
+32%
+2%
Those were overall results. 4k specifically:
"using TNR, which interests the OP, the Radeon 7 beats the rtx 2080 by 5 fps on average on 4K material. Neither will play 29.97 real time" according to you. But if it all has to be cashed surely it still matters just how many frames can be rendered in a second, no? You'll have to help me out here in case I'm wrong, but I would assume that as you start to render content for final delivery you'd benefit from those extra 5 frames in the end, correct? They'd cut down render time, no?
So, since the 2080 seems to hoover around 15 frames and the Radeon VII around 20 frames you'd render 30% faster.
Or did I get my math wrong?