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A game changer for rendering The introduction to this post is here. Nvidia’s new GPU architecture Geforce 10, or commonly known as Pascal, has been found to be one of the most significant leaps forward in history. This article covers the benefits and limitations of GPU shader 2.0 for all shader types including PIXMA and Symphon. You will also learn about how it compares to previous generations, such as the Maxwell architecture that was featured on current generation GPUs like Geforce GTX 970. Finally you will find out if your hardware offers any support for GPU Shader 2.0 and what implications that might have on gaming performance and rendering time in general. GPU Shader 2.0 is a new feature introduced in Pascal with the goal of providing better quality for 3D rendering, primarily by having significantly higher tessellation performance. This means that theoretically more geometry can theoretically be tessellated into the overall scene, resulting in more triangles to render. Furthermore there's some improvements to tessellation precision by incorporating Edge Edge Tiling (part of the tessellation control) which helps improve edge culling performance on small models/cubemaps on meshes; similarly there are other tweaks on Tessellation Control Points (TCP) which directly affects rendering performance. This was introduced with the release of Nvidia's flagship GPU, the Geforce 1080 GTX. As this new architecture is still relatively new it's not yet clear if this will become a standard feature on all future high-end graphics cards. However with all these improvements, there are limitations to how it can be utilised in different gaming engines which you will also discover further down this article. GPU Shader 2.0 is a graphical technology that aims to render objects in the game world by using more geometric complexity compared to previous generations of GPUs, which results in better detail for meshes. This is done by using small triangles called quads for rendering geometry, compared to the older method of using triangles which are larger in size. While it does have potential for excellent detail levels there are limitations to the technique, especially at rough angles where edges start to resemble chunky pixels.

Geforce GTX 1080's GP104 GPU Architecture vs Geforce GTX 970's GM204 GPU Architecture The chart above demonstrates the performance improvement of tessellation units on GP104 parts vs GM204 parts. The chart shows the average of all 16 tessellation units (TUs) for 1 million triangles. As you can see the GP104 parts are much faster at tessellating triangles, while it's still not at maximum potential. The reason for this is that the GP104 also has to use other techniques like Tessellation Control Points (TCP), which do improve the performance of the GPU at angles where edges start to look like pixels. Furthermore Geforce GTX 1070 and above also have more geometry pipes for this feature which results in better performance, again at angles where model geometry start to look like pixels.

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