Ampere and Turing Architecture

The microarchitectures utilized in the graphics processing units made by Nvidia go by the codenames Ampere and Turing (GPUs). The microarchitecture found in Nvidia's RTX 30 series of graphics cards is known by the codename Ampere. The initial release was in September 2020. Compared to the Turing architecture, which it replaces, the new architecture is intended to perform and use resources more effectively. It makes use of a 7nm technology, which makes it possible to fit more transistors into a smaller area, improving both performance and power efficiency. New capabilities include hardware-accelerated ray tracing, AI-accelerated technologies like DLSS, and support for AV1 codecs are also part of the Ampere architecture.

On the other hand, the microarchitecture used in Nvidia's RTX 20 series of graphics cards go by the codename Turing. It debuted for the first time in August 2018.

Real-time ray tracing, AI-accelerated capabilities like DLSS, and Tensor cores, which are specialized CUDA cores made to handle machine learning tasks, are just a few of the new features included in the Turing architecture.

Both designs are designed to provide fast, effective processing for a variety of applications, including gaming, video editing, and 3D rendering. The Turing architecture found in the RTX 30 series graphics cards has been replaced with the Ampere architecture.

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