Highly customizable rendering technology

The integration of URP Render Graph enables optimized usage of tile-based GPU architecture and reduces battery consumption for faster mobile optimization.

Spatial Temporal Post-Processing (STP) delivers high-quality and performant visual upscaling allowing faster rendering at lower resolution with minimal visual loss across platforms.

Efficiently render larger, richer worlds with GPU Resident Drawer which optimizes the CPU cost when rendering large complex scenes. Reduction of CPU typically ranges between 30-50% depending on the content of your scenes.

GPU Occlusion Culling will boost GameObject rendering by only drawing things that can be seen, and contains dynamic reduction of overdraw for scenes with a lot of instancing.

Improved frame rates with high-quality visuals in VR with the new Foveated Rendering API in Universal Render Pipeline. When enabled, this feature allows you to configure the Foveation Level, which will improve GPU performance at the cost of reduced fidelity around the user's mid/far peripheral.

Adaptive Probe Volumes (APV) transform indirect lighting capabilities, improving authoring iterations, enhancing visual fidelity, and streamlining memory efficiency.

Bake individual APV lighting scenarios and blend between them at runtime using scripting with Sky Occlusion.

The New Light Baking Architecture and GPU Lightmapper impacts the production of most artifacts related to baked lighting: lightmaps, light probes, shadowmasks, ambient occlusion textures, etc. The simplified code base makes it easier and faster to fix bugs and it lowers the risk of introducing new ones. It also lowers the minimum spec GPU to 2GB.

Enhanced Ray Tracing support will direct accelerated ray queries from within compute and rasterization shaders, utilize indirect ray tracing dispatches for improved GPU parallelization and performance, and provide flexible configurable prioritization for build time, tracing performance, and memory utilization.