Orochi 2.0 adds many more CUDA/HIP functions + more demos
Orochi 2.0 has almost exhaustive CUDA/HIP functions, new demos, and multiple other improvements.
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Orochi 2.0 has almost exhaustive CUDA/HIP functions, new demos, and multiple other improvements.
This update to our AMD FSR 3 UE5 plugin provides improved UI rendering quality with DX12, improved generation of reactive mask for translucent elements + small bug fixes. FSR 3 source also updated on GitHub.
The source code for the core of our easy-to-integrate ray tracing library for HIP is now available on GitHub.
This blog discusses various ROCm tools developers can leverage to port existing applications from CUDA to HIP.
This post discusses how to leverage C++17 parallel algorithms on AMD GPUs with HIPSTDPAR
Radeon™ GPU Analyzer v2.9.1 now supports D3D12 shader compilation without requiring a completely defined pipeline state. RGA v2.9.1 is available now.
RGP 2.1 adds RGA interoperability, ‘Color by’ modes, and additional customization options. Dive in for all the details!
This first part introduces the concept of affinity and why its important for achieving better performance on AMD GPU nodes
This second part introduces common tools to understand the topology of your system and to control affinity for different applications
This talk describes the mesh shader pipeline and how it maps to the AMD RDNA™ 3 architecture.
Learn about how AMD FSR 3 was integrated into the Snowdrop engine, which issues were faced and how the integration helped to improve FSR 3.
This session presents the latest enhancements in the RDTS, a rich set of GPU profilers and analyzers and a new GPU crash analysis tool.
This session covers different types of failures – when they occur, why they are difficult to debug, and how RGD can help to identify a crash’s root cause.