Multi-frame renderer reduces memory bandwidth via commonality identification

The patent merges processing of multiple frames by identifying common draw calls across frames and processing them together in a single rendering pass. The system combines frame data from multiple frames, detects commonalities in geometry and texture operations, and executes unified rendering commands that serve multiple frames simultaneously, thereby reducing redundant memory bandwidth consumption while managing processing complexity through systematic comparison and merging algorithms.

The patent applies preliminary action by performing advance identification and categorization of common draw calls across multiple frames before actual rendering execution. The system pre-processes frame data to detect commonalities in geometry, texture, and rendering parameters, organizing this information in advance to guide the unified rendering process. This preliminary analysis enables efficient multi-frame processing by preparing the processing pipeline with pre-identified optimization opportunities, thereby improving graphics processing efficiency while managing system complexity through structured pre-computation.

The patent implements continuity of useful action by integrating frame comparison and commonality identification into the continuous graphics processing pipeline rather than as a separate batch operation. The system continuously monitors and compares frame data as it flows through the rendering pipeline, identifying common draw calls in real-time alongside normal rendering operations. This continuous identification approach minimizes dedicated identification time by performing comparisons concurrently with processing, thereby reducing power consumption through eliminated redundant operations without significantly increasing overall processing time.