A huge amount of compute is required to render high-quality animations in a reasonable amount of time. Individual frames can be complex and require many hours to render, even on high-end hardware animations can consist of hundreds of thousands of frames.Rendering projects can require huge scale:.The more VMs that are available, the faster a frame can be rendered. Each piece can be rendered separately, then combined into the final image when all pieces have finished. Some rendering software allows single frames to be broken up into multiple pieces, such as tiles or slices.The more VMs available to process each frame, the faster all the frames and the animation can be produced. Animations consist of many frames and each frame can be rendered in parallel.Rendering jobs can be split into many pieces that can be run in parallel using multiple VMs:.Why use Azure for rendering?įor many reasons, rendering is a workload perfectly suited for Azure: Rendering is therefore a perfect batch processing workload that can leverage Azure to run many renders in parallel and utilize a wide range of hardware, including GPUs. The process of rendering is computationally intensive there can be many frames/images to produce and each image can take many hours to render. Rendering is also used in many other industries such as advertising, retail, oil and gas, and manufacturing.
The rendering workload is heavily used for special effects (VFX) in the Media and Entertainment industry. However, it's common to model and render multiple images, and then combine them in an animation. Sometimes single images are created from the scene files. Rendering applications such as Autodesk Maya, Autodesk Arnold, Chaos Group V-Ray, and Blender Cycles produce 2D images. 3D scene files are authored in applications such as Autodesk 3ds Max, Autodesk Maya, and Blender. Rendering is the process of taking 3D models and converting them into 2D images.
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