support. 3.3 – September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 – December 2022 Cycles will be available as an option for rendering with Cycles. oneAPI: If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. Metal: If the system only NVLink on Nvidia GPUs is supported. Embree on GPU Enables the use of hardware ray tracing on Intel GPUs, providing better overall performance. Only supported with oneAPI rendering devices.. HIP RT

support. 3.3 -- September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 -- December 2022 Cycles will be available as an option for rendering with Cycles. oneAPI: If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. Metal: If the system only NVLink on Nvidia GPUs is supported. Embree on GPU Enables the use of hardware ray tracing on Intel GPUs, providing better overall performance. Only supported with oneAPI rendering devices.. HIP RT

support. 3.3 – September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 – December 2022 Cycles will be available as an option for rendering with Cycles. oneAPI: If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. Metal: If the system only NVLink on Nvidia GPUs is supported. Embree on GPU Enables the use of hardware ray tracing on Intel GPUs, providing better overall performance. Only supported with oneAPI rendering devices.. HIP RT

properties for this denoising method can be set in the View Layer Properties. Open Image Denoise Uses Intel's Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence for 3D Viewport rendering (OptiX if available, otherwise OpenImageDenoise). OpenImageDenoise Uses Intel's Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence reduce noise Intel OpenCL is supported for GPU rendering with Intel graphics cards. Blender supports GPU rendering on Intel Iris and Xe graphics cards. Currently OpenCL rendering on Intel only works on

properties for this denoising method can be set in the View Layer Properties. Open Image Denoise Uses Intel’s Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence for 3D Viewport rendering (OptiX if available, otherwise OpenImageDenoise). OpenImageDenoise Uses Intel’s Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence reduce noise Intel OpenCL is supported for GPU rendering with Intel graphics cards. Blender supports GPU rendering on Intel Iris and Xe graphics cards. Currently OpenCL rendering on Intel only works on

properties for this denoising method can be set in the View Layer Properties. Open Image Denoise Uses Intel's Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence for 3D Viewport rendering (OptiX if available, otherwise OpenImageDenoise). OpenImageDenoise Uses Intel's Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence reduce noise Intel OpenCL is supported for GPU rendering with Intel graphics cards. Blender supports GPU rendering on Intel Iris and Xe graphics cards. Currently OpenCL rendering on Intel only works on

properties for this denoising method can be set in the View Layer Properties. Open Image Denoise Uses Intel’s Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence for 3D Viewport rendering (OptiX if available, otherwise OpenImageDenoise). OpenImageDenoise Uses Intel’s Open Image Denoise, an AI denoiser which runs on the CPU. OptiX Uses an artificial intelligence reduce noise Intel OpenCL is supported for GPU rendering with Intel graphics cards. Blender supports GPU rendering on Intel Iris and Xe graphics cards. Currently OpenCL rendering on Intel only works on

support. 3.3 – September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 – December 2022 Cycles device, it will be available as an option for rendering with Cycles. If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. If the system has a compatible only NVLink on Nvidia GPUs is supported. Embree on GPU Enables the use of hardware ray tracing on Intel GPUs, providing better overall performance. Only supported with oneAPI rendering devices.. HIP RT

support. 3.3 -- September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 -- December 2022 Cycles device, it will be available as an option for rendering with Cycles. If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. If the system has a compatible only NVLink on Nvidia GPUs is supported. Embree on GPU Enables the use of hardware ray tracing on Intel GPUs, providing better overall performance. Only supported with oneAPI rendering devices.. HIP RT

support. 3.3 -- September 2022 New hair object, procedural UV nodes, line art shadow and contour, Intel GPU rendering support via oneAPI, and improvements to library overrides. 3.4 -- December 2022 Cycles will be available as an option for rendering with Cycles. oneAPI If the system has a compatible Intel oneAPI device, it will be available as an option for rendering with Cycles. Metal If the system rendering with the Denoising node, the Data Render Passes also adapt to the selected denoiser. Uses Intel's Open Image Denoise, an AI denoiser which runs on the CPU. Uses an artificial intelligence algorithm