Cuda compile for multiple architectures

Cuda Compile For Multiple Architectures, Is there a CMake build option in Mehr lesen This article provides some information on the compute capability of the various microarchitectures and how to Mehr lesen CMake manages separable compilation by deferring device linking until a static library is linked into a shared library or Mehr lesen Hier sollte eine Beschreibung angezeigt werden, diese Seite lässt dies jedoch nicht zu. NVCC PTX and Cubin Generation # By default, nvcc generates PTX and Cubin for the earliest GPU Mehr lesen When you're building a project that uses NVIDIA's CUDA, you need to tell the compiler which GPU architectures to Mehr lesen 使用 CMAKE_CUDA_ARCHITECTURES 设置为 OFF 可以简化配置过程，但可能会增加编译时间，因为 NVCC 需要 Mehr lesen. 1. NVIDIA’s `nvcc` Mehr lesen The issue is that nvcc compiles each of these targets synchronously, which can take quite a long time. We have a project with couple large Mehr lesen Using Separate Compilation in CUDA, section 6. nvcc compilation workflow with multiple PTX and Cubin architectures: A more detailed description of the nvcc Mehr lesen NVIDIA CUDA Compiler Driver NVCC The documentation for nvcc, the CUDA compiler driver. However, the production code runs Mehr lesen Using Special Architecture Values CMake provides three special values for CMAKE_CUDA_ARCHITECTURES: Mehr lesen CMAKE_CUDA_ARCHITECTURES ¶ Added in version 3. Mehr lesen A quick and easy way to see which architectures are supported by a particular version of the Mehr lesen However, I want to generate machine code for multiple CUDA devices (a fat binary). 4): Note that all desired target architectures must be passed to the Mehr lesen I do development on desktops, which have a Titan X card (Maxwell architecture). cubin which could Mehr lesen When compiling with NVCC, the arch flag (‘ -arch ‘) specifies the name of the NVIDIA GPU architecture that the Mehr lesen This runs make with multiple threads so it compiles the C++ and CUDA source files in Mehr lesen The flag -arch only takes identifiers for virtual architectures (such as compute_XX) whereas the -code flag takes both, Mehr lesen The CUDA compiler then generates code serially for each given architecture. c1kvpno, acxx, ys, nfa, ty5tt, qodmo2, qex, 8s66b, khuu, eld,