Mesh nodes are a new type of leaf node in work graphs that, unlike all other nodes, does not invoke a compute shader, but dispatches a mesh-shader graphics pipeline instead. This blog series covers how to get started with mesh nodes as well as best practices.
The second part of this mesh nodes blog series focusses on initial setup of a new mesh nodes project and includes an example of a HelloMeshNodes solution.
The final part of this mesh nodes blog series outlines some of the best practices for getting the best performance out of a mesh nodes project.
Mesh nodes makes it much simpler to implement a fully procedurally generated world. This blog post examines an example of procedural mesh node sample.
This talk by Matthäus Chajdas gives a first look at this brand new API and shows how it’s going to transform the GPU programming landscape going forward.
Learn about our GDC 2024 activities, including AMD FSR 3.1, AMD FidelityFX Brixelizer, work graphs, mesh shaders, tools, CPU, and more.
Introducing “mesh nodes”, which make draw calls an integral part of the work graph, providing a higher perf alternative to ExecuteIndirect dispatches.
Our GDC 2024 presentations this year include work graphs, mesh shaders, AMD FSR 3, GI with AMD FidelityFX Brixelizer, AMD Ryzen optimization, RGD, RDTS, and GPU Reshape!
Microsoft® Agility SDK 1.613.0 is out now including general availability of Work Graphs 1.0 and the GPU Upload Heaps feature.
Learn more about the power of work graphs API in our detailed blog, taking you step-by-step through an example which implements a scanline rasterizer.
“D3D12SimpleClassify” shows the use of a GPU Work Graph in a simple frame-based graphics application, plus learn about new RGP support.
AMD is providing an experimental AMD extension to access GPU Work Graphs in Vulkan. Check out this post for usage examples and resources.
