Abstract: This disclosure provides systems, devices, apparatus, and methods, including computer programs encoded on storage media, for enhancing concurrent binning. A graphics processor may receive an indication of a first and second workload. The graphics processor may determine a minimum dependent draw call associated with a bin visibility pass of the second workload and a bin render pass of the first workload. The graphics processor may identify a first portion of the second workload and a second portion of the second workload corresponding to the determined minimum dependent draw call. The graphics processor may concurrently process the first workload via a bin render pass pipeline and the first portion of the second workload via a bin visibility pass pipeline. The graphics processor may process, after the processing of the second workload via the bin render pass pipeline, the second portion of the second workload via the bin visibility pass pipeline.

Abstract: This disclosure provides systems, devices, apparatus, and methods, including computer programs encoded on storage media, for pixel coverage based binning. A graphics processor may be configured to determine, in a visibility-pass of image data for a set of bins, an indication of bin coverage for each bin in the set of bins. The graphics processor may be configured to render a portion of the image data associated with a bin in the set of bins based on the indication of bin coverage for the bin and a coverage threshold The graphics processor may also be configured to determine to refrain from loading image data to a graphics memory and from storing image data to a system memory in association with the rendering.