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...which are part of the Mesa3D[1] project. The > backend is integrated into the driver, so you don't need to compile > shaders offline. Currently we are using the backend for graphics and > compute shaders in our r600g driver (HD2xxx-HD6xxx GPUs) and for graphics > in our radeonsi (HD7xxx GPUs). In the future we will use it for compute > shaders on radensi too. > > In order to use the backend for graphics on r600g, you need to build > Mesa with the --enable-r600-llvm-compiler option. For compute the > installation instructions are here: > http://dri.freedesktop.o...

...e 3D/Compute drivers which are part of the Mesa3D[1] project. The backend is integrated into the driver, so you don't need to compile shaders offline. Currently we are using the backend for graphics and compute shaders in our r600g driver (HD2xxx-HD6xxx GPUs) and for graphics in our radeonsi (HD7xxx GPUs). In the future we will use it for compute shaders on radensi too. In order to use the backend for graphics on r600g, you need to build Mesa with the --enable-r600-llvm-compiler option. For compute the installation instructions are here: http://dri.freedesktop.org/wiki/GalliumCompute We...

...t; > project. The backend is integrated into the driver, so you don't > > > need to compile shaders offline. Currently we are using the backend > > > for graphics and compute shaders in our r600g driver (HD2xxx-HD6xxx > > > GPUs) and for graphics in our radeonsi (HD7xxx GPUs). In the future > > > we will use it for compute shaders on radensi too. > > > > > > In order to use the backend for graphics on r600g, you need to build > > > Mesa with the --enable-r600-llvm-compiler option. For compute the > > > installation in...

...he Mesa3D[1] project. The > > backend is integrated into the driver, so you don't need to compile > > shaders offline. Currently we are using the backend for graphics and > > compute shaders in our r600g driver (HD2xxx-HD6xxx GPUs) and for graphics > > in our radeonsi (HD7xxx GPUs). In the future we will use it for compute > > shaders on radensi too. > > > > In order to use the backend for graphics on r600g, you need to build > > Mesa with the --enable-r600-llvm-compiler option. For compute the > > installation instructions are here: >...

.... The backend is integrated into the driver, so you don't > > > > need to compile shaders offline. Currently we are using the backend > > > > for graphics and compute shaders in our r600g driver (HD2xxx-HD6xxx > > > > GPUs) and for graphics in our radeonsi (HD7xxx GPUs). In the future > > > > we will use it for compute shaders on radensi too. > > > > > > > > In order to use the backend for graphics on r600g, you need to build > > > > Mesa with the --enable-r600-llvm-compiler option. For compute the > >...

Hi Tom, I have a higher-level question regarding this back-end. If I have an LLVM IR module and run it through this back-end, it seems like the only output option is a binary format. Is this a device binary, or another intermediate format? If the input LLVM IR module was a compute kernel, how would I go about executing it on an AMD GPU? Can I use the APP SDK to load the binary, perhaps

Aloha! Concisely, I''ve been trying for several days to get VGA/PCI passthrough working. Regarding VGA vs PCI passthrough, I''m not entirely certain of the difference? Does Xen perform a different set of operations when passing through a VGA card versus any PCIe card? I''ve read the wiki and it seems the answer is "yes;" however, when passing through a