CLOUD COMPUTER

Baking

The process of precomputing and saving complex simulations or lighting effects to optimize performance.

What is Baking in Blender?

Baking in Blender refers to the process of precomputing and saving complex simulations or lighting effects, such as shadows, ambient occlusion, or reflections, into texture maps. This technique is used to optimize performance by reducing the need for real-time calculations during rendering. By baking these effects, Blender can produce high-quality visuals more efficiently, especially in projects with intricate details or large scenes.

Use Cases in Blender

  • Game Development: Baking lighting and textures can significantly reduce rendering load in real-time engines, enhancing game performance.

  • Film and Animation: In animation, baking simulations such as fluid dynamics or particle systems ensures consistent and reliable results during rendering.

  • Architectural Visualization: Baking global illumination and shadows helps achieve realistic renders without the overhead of real-time calculations.

Optimize Your Baking Process with Vagon

When working with complex 3D models in Blender, baking can become a time-consuming task. With Vagon’s cloud PCs, equipped with 48 cores, 4 x 24GB RTX-enabled NVIDIA GPUs, and 192GB of RAM, you can drastically reduce baking times, making your workflow more efficient. Vagon is easy to use directly from your browser, allowing you to transfer your workspace and files seamlessly.

Explore how Vagon can enhance your Blender projects here, or sign up to experience it yourself!

Ready to focus on just creativty?

Vagon gives you the ability to enjoy, play and compete with the power of the best hardware.

Ready to focus on your creativity?

Vagon gives you the ability to create & render projects, collaborate, and stream applications with the power of the best hardware.

Ready to focus on your creativity?

Vagon gives you the ability to create & render projects, collaborate, and stream applications with the power of the best hardware.