That essentially means that while something like the RTX 2070 Super had 2,560 CUDA cores over 40 SMs, an Ampere graphics card with the same amount of SMs would have 5,120 CUDA cores. With the Ampere graphics architecture, the biggest difference over the last-generation Turing lineup is that Nvidia was able to essentially double FP32 datapaths per Streaming Multiprocessor (SM). We've gone in-depth on this architecture in our RTX 3080 review, but we'll give a bit of a refresher here. The Nvidia GeForce RTX 3070 Ti is built on the same Ampere graphics architecture as the rest of the RTX 30 series graphics cards. (Image credit: Future) Chipset and features
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