So ...
13.64% faster than 2060 FE outta the box @ 1440p, 12.44 % faster when both OC'd.
12.36% faster than Vega 64 outta the box @ 1440p,
96.15% as faster than reference 2060 outta the box @ 1440p
Can't talk about relative price as yet as no 2060 FE's around these days; will have to wait will AIB versions arrive before any of this is really worth talking about.
Thank you for the review.
"Overclocking the RTX 2060 Super is a breeze, with a massive 29 percent GPU overclock (+200 MHz) without tinkering with the voltages, and an easy-peasy memory overclock to 16 Gbps. "
I think there is a typo : the massive 29% is for the memory OC , the GPU OC is +200MHz which = ~ 13%.
Both core and memory Ocs are basically irrelevant since boost 3 ... what good is a 13 or 29 % OC when the fps increase is the only number that counts. This is significant that: 1) fps rarely proportional to the memory of GPU increase and 2) the highest core / memory never gets the highest fps in TPU testing. I'm guessing that the higher voltage needed to maintain those core and memory settings I imagine this is why undervolting has become a 'thng" of late. You can confirm this by looking at the TPU OC pages, the blue and white table lists the comparative core and memory OCs, but the highest core and highest memory never get the highest fps.
As far as the performance and cost comparisons, faulty reasoning as a) real costs aren't here yet, b) 5700's aren't here yet and have not been tested on same site on same box c) historically, at least since 2xx, AMD very aggressively clocks their card in the box and d) , we have not seen the AIB cards yet. I think I will wait till all of these happen before drawing any firm conclusions.
As for the future-proofing, I agree, that's a perception that doesn't sync very well w/ actual testing.