Abstract: Methods for controlling display panels, in which the display panel comprises a plurality of pixels and wherein each of the plurality of pixels comprises a plurality of sub-pixels, are provided. A representative the method comprises: controlling a timing sequence for turning on the pixels such that at least one of: an average influence of coupling of each of the sub-pixels in two sequential time frames is the same; and an average influence of coupling of two of the sub-pixels on two adjacent rows of the sub-pixels is the same.

Abstract: A dual resolution circuit for supporting normal resolution display mode and half resolution display mode is disclosed. In the dual resolution circuit, cascaded shift registers are controlled by a group of clock signals to generate intermediate scan signals in response to a start pulse. A normal/reverse scan switch, controlling a normal scan mode and a reverse scan mode, feeds back the intermediate scan signal from one shift register to another shift register. A dual resolution switch switches signal paths of the intermediate scan signals to logic gates. The logic gates perform logic operation on an enablement signal and the intermediate scan signals to generate final scan signals used in dual resolution display modes.

Abstract: Displays and driving methods capable of reducing power consumption caused by changing polarity on the data lines. In the display, a pixel array comprises a plurality of data lines, and a plurality of pixels each pixel comprising of a red sub-pixel, a green sub-pixel and a blue sub-pixel. A source output circuit provides a first series of source output signals with a first polarity through a first output pin and a second series of source output signals with a second polarity through a second output pin for an operation period. A switching array circuit comprises at least three select lines and electrically connects the first series of source output signals and the second series of source output signals to at least some of the sub-pixels of two adjacent pixels.

Abstract: A driving circuit for multi-panel display and a multi-panel display apparatus and system using the same is provided. The driving circuit comprises a plurality of first driving lines formed on a main panel, a plurality of second driving lines formed on a sub panel and a coupling device. The coupling device comprises an effective coupling module and a dummy coupling module, wherein the effective coupling module electrically couples between each of the second driving lines and a corresponding one of a first part of the first driving lines, and the dummy coupling module electrically couples to a second part of the first driving lines.