Device and method for setting display driver
AssigneeSynaptics Incorporated
InventorsHirobumi FURIHATA, Kazutoshi AOGAKI, Tomoo MINAKI
Life of this patent
Estimating the term…
Abstract
A system and method for generate mura correction data comprises obtaining brightness values of a pixel-existing area and a pixel-absent area of a display panel. Further, updated brightness values are generated by replacing the brightness value of the pixel-absent area with a suitable value. Mura correction data is generated using the updated brightness values. A display driver is configured with the mura correction data for updating a display device.
Claims24
A method, comprising:
- obtaining brightness values of a pixel-existing area of a display panel and a pixel-absent area of the display panel;
- generating updated brightness values by replacing at least one of the brightness values of the pixel-absent area with a suitable value;
- generating mura correction data based on the updated brightness values;
- and
- configuring a display driver with the mura correction data for updating the display panel.
A non-transitory tangible storage medium storing a program when executed causes a processor to perform a method comprising:
- obtaining brightness values of a pixel-existing area and a pixel-absent area of a display panel;
- generate updated brightness values by replacing at least one of the brightness values of the pixel-absent area with a suitable value;
- generating mura correction data based on the updated brightness values;
- and
- configuring a display driver with the mura correction data for updating the display panel.
A display driver setting apparatus, comprising:
- a processor configured to:
- obtain brightness values of a pixel-existing area and a pixel-absent area of a display panel;
- generate updated brightness values by replacing at least one of the brightness values of the pixel-absent area with a suitable value;
- generate mura correction data based on the updated brightness values;
- and
- generate compressed mura correction data by compressing the mura correction data;
- and
- an interface configured to supply the compressed mura correction data to a display driver configured to drive the display panel.
A display driver, comprising:
- a non-volatile memory configured to store compressed mura correction data;
- decompression circuitry configured to generate decompressed mura correction data by decompressing the compressed mura correction data;
- image processing circuitry configured to correct an image data based on the decompressed mura correction data;
- and
- driver circuitry configured to drive a display panel based on the corrected image data.
Dependencies are inferred from the claim text.