![]() Later in this post, we cover WSL 2 and how GPU is added there in more detail.įor more information, see DirectX is coming to the Windows Subsystem for Linux and the WSL2-Linux-Kernel/driver/gpu directory in GitHub. With the WSL 2 and GPU Paravirtualization (GPU-PV) technology, Microsoft is adding another spin to the Linux support on Windows by allowing you to run compute workloads targeting GPU hardware. This all changes with WSL 2, which brings full Linux kernel support to the Windows world. Typically, those applications required a lot of hacking, third-party frameworks, and libraries to get them to work on Windows systems. If you are working on a compute workload inside Linux containers, you can develop and test the workload locally on your Windows PC using the same native Linux tools with which you are familiar. This allows it to run Linux applications alongside traditional Windows desktop and modern store apps. Internally, WSL is a containerized environment that is tightly integrated with the Microsoft Windows operating system. WSL is a Windows 10 feature that enables you to run native Linux command-line tools directly on Windows, without requiring the complexity of a dual-boot environment. ![]() ![]() In this post, we discuss what you can expect from CUDA in the Public Preview for WSL 2. Most importantly, NVIDIA CUDA acceleration is now coming to WSL. Stack image showing layers involved while running Linux AI frameworks in WSL 2 containers.
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