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AMD FSR 3.1 now available in five games, source code coming next month
FSR 3.1 is now available for gamers to experience first hand. Find out more with this AMD.com blog post.
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FSR 3.1 is now available for gamers to experience first hand. Find out more with this AMD.com blog post.
Features stable support for RADV drivers for AMF on Linux in VideoConverter / HQScaler / VideoEncoder (experimental for decoder), DX11 support for FRC component, Linux support for DVR sample.
VMA V3.1 gathers fixes and improvements, mostly GitHub issues/PRs, including improved compatibility with various compilers and GPUs.
Brotli-G (v1.1 onwards) now supports pre-conditioning of block compressed textures. Take a look for a quick summary!
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
Orochi 2.0 has almost exhaustive CUDA/HIP functions, new demos, and multiple other improvements.
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.