I wouldn't say bad at higher resolutions. Rasterization is pretty much on par at 4k and is scales better at 1440P, its just the RT performance which is a bit eh. RDNA 3 isn't a bad shout, or waiting it out for Nvidia's 7nm cards.
Isn't the consistent drop in overall performance when increasing resolution a surefire sign that they did not go wide enough? For higher resolution you need to go wide because there is more stuff to do in parallel and they obviously did not go that route. Imagine where those cards were if not for the crazy clocks. Now the big question is how well does RDNA scale horizontally. If it does then Nvidia has a big problem on their hands because they are already quite wide and don't really have much potential to go much faster until they get on a new node. They will be forced to significantly remodel their architecture.
Question into the room: How much do you think Samsung's node is at fault for the obscenely bad efficiency of Ampere? Will we be able to get double digit improvements on the Ampere refreshes on TSMC? If not, who is the most likely culprit for scratching at 500Watts?
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