Blender is a powerful and popular open-source 3D modeling and rendering software that offers endless creative possibilities for designers, artists, and animators. With the continuous improvement of its visual quality and functionality, the rendering time of Blender projects has also increased significantly, and more and more designers and enterprises are choosing cloud rendering. Cloud rendering further improves rendering and speed by simply uploading your Blender animation project to a cloud server and leveraging high-performance computing clusters to render it, reducing project completion time and optimizing workflows.
How much faster is handing over Blender animations to cloud rendering compared to local rendering?
For example, if you want to render a creative cloud GPU, you can use 25 frames per second to 1,500 frames per minute. Assuming that each frame is rendered in 5 minutes, it will take 5 minutes to render on a local computerIt takes 2 days (1500*5) to complete the rendering task. YetIn the Creative Cloud, dozens or hundreds of machines can be called in at the same time for rendering. If you use 50 machines to render at the same time, you only need 1500 50*5=2It can be completed in 5 hours, which is dozens of times faster than the rendering speed of the local computer, and the rendering efficiency is very high.
1) Select Cloud Render Farm.
Choosing a reliable cloud rendering farm is a prerequisite for cloud rendering. Blue Ocean Creative Cloud Rendering Farm is stable and efficient, and has accumulated many successful rendering cases, such as "The Wandering Earth 2", "Changjin Lake", "Three-Body Problem" and other film and television animation works. Next,Take the Blender submission process of Blue Ocean Creative Cloud Render Farm as an example to describe how to do it.
2) Log in to the Blue Ocean Creative Cloud Rendering Animation Edition client, and choose to log in to the corresponding platform according to whether the renderer is GPU or CPU.
3) Create a new project and select the version of the blender software and the version of the renderer plug-in used for production.
4) Drag and drop the blender file to the client to start the analysis
5) After the analysis is completed, select the scene name, rendering layer, and camera to be rendered, and the client supports modifying the frame range, number of subtasks, size, number of pre-rendered frames, and other informationAfter completing the settings, click Submit, and each scene, render layer, and camera will generate a job to be rendered on the farm.
6) After the rendering is completed, the ** completed by the farm will be automatically sent back to the user's local computer for the 2023 Post Sprint Competition