Patent ID: 8325119

Claim:
An LCD display panel module, comprising: a display panel, including a plurality of display areas each of which has a plurality of display sub-areas; a plurality of source drivers, electrically connected with the display panel and located at a first side of the display panel for outputting single-color display data groups to corresponding display sub-areas of each display area in the display panel, wherein all the signals in each single-color display data group are of the same color corresponding to the display sub-areas of the same color in the display panel, such that, when a single-color display data group is received by a receiver unit included in each source driver, the source drivers output a single color corresponding to the single-color display data group at every time section for outputting display data of the single color to the display panel; a plurality of gate drivers, electrically connected with the display panel, and located at a second side of the display panel; a gamma reference voltage generator, electrically connected with the source drivers; and a timing controller, electrically connected with the source drivers, the gate drivers, and the gamma reference voltage generator, and for controlling operation of the gate drivers, of the source drivers, and of the gamma reference voltage generator, such that a set of gamma reference voltages corresponding to each single-color display data group can be supplied to the source drivers from the gamma reference voltage generator; wherein a communication interface supported by the receiver unit is determined by and identical to a communication interface supported by an output unit of the timing controller corresponding to the receiver unit, and the timing controller controls additionally the gamma reference voltage generator such that a set of gamma reference voltage relevant to the output single-color is supplied to the source drivers, so that the source drivers correct the gamma reference voltage for the single-color display data groups; and wherein each of the display sub-areas comprises a thin-film transistor, and the source drivers charge the thin-film transistors by a dual-side input.