Driver Device Buffer Segmentation for Display Panel Power Reduction

The patent segments the output buffer into multiple independent buffer modules (first buffer module, second buffer module, third buffer module, fourth buffer module), each capable of operating at different frequencies. This allows the system to use only the necessary buffer modules for the current display panel size, avoiding the need to operate all buffers at high frequency, thus reducing overall power consumption while maintaining the required driving capability.

The patent implements dynamic frequency adjustment by selectively activating different buffer modules based on the display panel size. The control module dynamically selects which buffer modules to operate and at what frequency, allowing the system to adapt its power consumption and driving capability to the actual requirements, rather than operating at fixed high frequency for all cases.

By dividing the output buffer into multiple independent buffer modules with different operating frequencies, the system can segment the heat generation source. Only the necessary buffer modules are activated at high frequency, while others operate at lower frequencies or remain inactive, thereby reducing total heat generation while maintaining adequate driving capability for the display panel size.

The control module dynamically adjusts the operating frequency and activation state of different buffer modules based on the display panel size, enabling the system to optimize the balance between driving capability and heat generation. This dynamic adjustment prevents excessive heat generation by avoiding unnecessary high-frequency operation of all buffer modules.

The patent segments the buffer operation into multiple independent modules with different frequency capabilities. This segmentation allows the system to distribute the high-frequency operation load across only the necessary modules rather than stressing all modules continuously, thereby reducing cumulative stress and heat exposure on individual components and extending the overall lifetime of the source driver IC.

By dynamically selecting and activating only the necessary buffer modules based on display panel size, the system reduces the cumulative operating stress and heat exposure on the source driver IC components. This dynamic load management decreases the degradation rate of the IC components, thereby extending their operational lifetime while maintaining the required driving capability.