Nvidia Ampere Architecture

First introduced in the nvidia volta architecture nvidia tensor core technology has brought dramatic speedups to ai bringing down training times from weeks to hours and providing massive acceleration to inference.

Nvidia ampere architecture. The ampere architecture will power the geforce rtx 3090 geforce rtx 3080 geforce rtx 3070 and other upcoming nvidia gpus it represents the next major upgrade from team green and promises a. Nvidia s ampere architecture will use 7nm process and will offer significantly better ray tracing performance. It is named after french mathematician and physicist andré marie ampère. Ampere is the codename for a graphics processing unit gpu microarchitecture developed by nvidia as the successor to both the volta and turing architectures officially announced on may 14 2020.

Ampere will power the geforce 30 series. This provides significant performance gains for graphics workflows like 3d model development and compute workflows like desktop simulation for computer aided engineering cae. The nvidia ampere architecture s cuda cores bring double speed processing for single precision floating point fp32 operations and are up to 2x more power efficient than turing gpus. Non tensor operations continue to use the fp32 datapath while tf32 tensor cores read fp32 data and use the same range as fp32 with reduced internal precision before producing a standard ieee fp32 output.