WebApr 23, 2024 · 1. Yes, there is a limit to the number of blocks per SM. The maximum number of blocks that can be contained in an SM refers to the maximum number of active blocks in a given time. Blocks can be organized into one- or two-dimensional grids of up to 65,535 blocks in each dimension but the SM of your gpu will be able to accommodate … WebThe first Fermi based GPU, implemented with 3.0 billion transistors, features up to 512 CUDA cores. A CUDA core executes a floating point or integer instruction per clock for a thread. The 512 CUDA cores are organized in 16 SMs of …
How to get the CUDA version? - Stack Overflow
WebMar 31, 2024 · Shared memory is one of multiple limiting factors for occupancy. The details are listed in chapter 16.2. Features and Technical Specifications of the Programming Guide. The number of SMs depends on your specific GPU. Within a GPU generation, models differ mostly in number of SMs and GPU RAM. Share Improve this answer Follow edited Mar … WebJun 20, 2024 · You can only have 2048 threads per SM, leaving you with 2 blocks per SM and 16 SMs being used (obviously there will be some block switching involved). Case 3 1024 threads per block, 96 blocks. as presented in the question. Similar to above, (2) is the limiting factor. You are only using 2 blocks per SM. 48 SMs are required theoretically. bioinformatics university of calgary
How are the blocks scheduled into the SMs in CUDA when their number …
WebJul 4, 2010 · Every context gets total control of all SMs when the context is active. The reasons NVIDIA discourage multiple applications using the same GPU include: Buggy … http://selkie.macalester.edu/csinparallel/modules/CUDAArchitecture/build/html/2-Findings/Findings.html WebWe'll use the second answer (converted to python) to use the compute capability to get the "core" count per SM, then multiply that by the number of SMs. Here is a full example: $ cat t36.py from numba import cuda cc_cores_per_SM_dict = { (2,0) : 32, (2,1) : 48, (3,0) : 192, (3,5) : 192, (3,7) : 192, (5,0) : 128, bioinformatics university of toronto