GPU-Based EDID Storage for LVDS Display Transmission

The patent merges the configuration data storage function into the existing GPU memory resources. The GPU uses its existing memory (such as video memory or frame buffer memory) to store configuration data for multiple display panels, eliminating the need for separate ROM components. This integration reduces component count, lowers manufacturing costs, and simplifies the overall system architecture while maintaining reliable configuration data storage.

By integrating configuration data storage into the GPU's existing memory system, the patent enables faster access times. The GPU can access configuration data from its high-speed memory resources without the additional access delay that would result from reading from a separate ROM component. This integration leverages the GPU's existing memory bandwidth and access pathways, reducing overall system latency.

The patent implements a dynamic configuration data storage system where the GPU memory can be programmed and updated with configuration data for different display panel types. Instead of fixed ROM contents, the system can load and store configuration parameters (such as resolution, refresh rate, color depth) for various display panels including LCD, OLED, and other technologies. This dynamic approach maintains data stability during operation while providing extensive adaptability across different display technologies and specifications.