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@W1zzard I asked @btarunr this in the original news post thread, but it doesn't seem to have made it through the noise, so I'll try again:
Ca you please do some power/clock speed monitoring while running RTX loads? Given that all RTX cards use 100% of their power targets doing rasterized rendering, I'm wondering just how much of this performance drop is due to power throttling of CUDA cores to allow the RT cores to work; and as a consequence, also how much power the RT cores require for their current performance levels. This would be an invaluable insight, and far more interesting than just pure performance numbers.
You wouldn't even have to do this across cards - just do simple a/b comparison with RTX on and off on a single card at a single detail level.
Ca you please do some power/clock speed monitoring while running RTX loads? Given that all RTX cards use 100% of their power targets doing rasterized rendering, I'm wondering just how much of this performance drop is due to power throttling of CUDA cores to allow the RT cores to work; and as a consequence, also how much power the RT cores require for their current performance levels. This would be an invaluable insight, and far more interesting than just pure performance numbers.
You wouldn't even have to do this across cards - just do simple a/b comparison with RTX on and off on a single card at a single detail level.