Release Highlights Easier Application Porting Share GPUs across multiple threads Use all GPUs in the system concurrently from a single host thread No-copy pinning of system memory, a faster alternative to cudaMallocHost() C++ new/delete and support for virtual functions Support for inline PTX assembly Thrust library of templated performance primitives such as sort, reduce, etc. NVIDIA Performance
Your GPU Compute Capability Are you looking for the compute capability for your GPU? Then check the tables below. You can learn more about Compute Capability here. NVIDIA GPUs power millions of desktops, notebooks, workstations and supercomputers around the world, accelerating computationally-intensive tasks for consumers, professionals, scientists, and researchers. Get started with CUDA and GPU C
Get the latest feature updates to NVIDIA's proprietary compute stack.
This page has online courses to help you get started programming or teaching CUDA as well as links to Universities teaching CUDA. This page organized into three sections to get you started Introductory CUDA Technical Training Courses CUDA University Courses CUDA Seminars and Tutorials Introductory CUDA Technical Training Courses Udacity: CS344 Intro To Parallel Programming Volume I: Introduction t
CUDA Toolkit The NVIDIA® CUDA® Toolkit provides a development environment for creating high-performance, GPU-accelerated applications. With it, you can develop, optimize, and deploy your applications on GPU-accelerated embedded systems, desktop workstations, enterprise data centers, cloud-based platforms, and supercomputers. The toolkit includes GPU-accelerated libraries, debugging and optimizatio
Previous releases of the CUDA Toolkit, GPU Computing SDK, documentation and developer drivers can be found using the links below. Please select the release you want from the list below, and be sure to check www.nvidia.com/drivers for more recent production drivers appropriate for your hardware configuration. Latest Release CUDA Toolkit 12.8.0 (January 2025), Versioned Online Documentation Archived
CUDA（Compute Unified Device Architecture：クーダ）とは、NVIDIAが開発・提供している、GPU向けの汎用並列コンピューティングプラットフォーム（並列コンピューティングアーキテクチャ）およびプログラミングモデルである[5][6][7]。専用のC/C++コンパイラ (nvcc) やライブラリ (API) などが提供されている。なおNVIDIA製GPUにおいては、OpenCL/DirectComputeなどの類似APIコールは、すべて共通のGPGPUプラットフォームであるCUDAを経由することになる[8]。 CUDAの処理の流れ 1. メインメモリ（ホストメモリ）からデータをGPU用メモリ（デバイスメモリ）にコピーする。 2. CPUがGPUに対して処理を指示する。 3. GPUが必要なデータを取り込み各コアで並列実行する。 4. 結果をGPU用メモリか
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