I've found some rather detailed info here:
Nvidia Ada Lovelace Leaked Specifications, Die Sizes, Architecture, Cost, And Performance Analysis (semianalysis.com)
I'm targeting the AD107 (probably RTX 4050). Seems to have 3 GPCs with 16 ROPs / 32 TMUs each. That's a total of 48 ROPs and 96 TMUs, same as the GTX 1660 Ti, but running at much higher clock speeds (>2.5 GHz).
Also, it seems to feature 3072 FP32 cores / shaders, giving it a total of 15-16 Teraflops. Pretty impressive.
I'm interested to replace my aging GTX 1660 Ti, which is still going strong, but it's missing DLSS and ray-tracing (though, for an entry-level card, it doesn't matter too much).
DLSS could be very useful, on the other hand.
Do you think it will reach RX 6600 XT / RTX 3060 performance?
Nvidia Ada Lovelace Leaked Specifications, Die Sizes, Architecture, Cost, And Performance Analysis (semianalysis.com)
I'm targeting the AD107 (probably RTX 4050). Seems to have 3 GPCs with 16 ROPs / 32 TMUs each. That's a total of 48 ROPs and 96 TMUs, same as the GTX 1660 Ti, but running at much higher clock speeds (>2.5 GHz).
Also, it seems to feature 3072 FP32 cores / shaders, giving it a total of 15-16 Teraflops. Pretty impressive.
I'm interested to replace my aging GTX 1660 Ti, which is still going strong, but it's missing DLSS and ray-tracing (though, for an entry-level card, it doesn't matter too much).
DLSS could be very useful, on the other hand.
Do you think it will reach RX 6600 XT / RTX 3060 performance?