VR GPU Power Management via Image Data Absence Detection

The system implements periodic action by detecting absence of image data and selectively shutting down GPU components and communication links only during periods when no image data is present, while maintaining operational status during periods when image data is present. This allows the system to alternate between active and low-power states, reducing overall power consumption while maintaining display quality during actual content display.

The system applies segmentation by dividing the image data processing into segments based on presence or absence of actual image content. Instead of uniformly processing complete frames, the GPU processes only segments containing actual image data while skipping segments with absence of image data. This segmented approach maintains image quality for displayed content while significantly reducing processing time and latency by eliminating unnecessary processing of blank or absent frames.

The system implements periodic action by dynamically activating and deactivating communication links between GPU, display bridge (DB), and display panel based on the presence or absence of image data. During periods when image data is absent, communication links are shut down to reduce heat generation. When image data is present, links are activated to maintain data transmission speed. This periodic activation/deactivation cycle maintains performance during content display while reducing thermal load during idle periods.