DISPLAY APPARATUS AND DRIVING METHOD OF DISPLAY APPARATUS
According to one embodiment, a display apparatus includes a display region including a plurality of display pixels arranged in a matrix, a plurality of scanning lines arranged along rows in which the plurality of display pixels are arranged, a plurality of signal lines arranged along columns in which the plurality of display pixels are arranged, a driver including a scanning line driver configured to drive the plurality of scanning lines and a signal line driver configured to drive the plurality of signal lines, and a controller configured to control operation of the driver. The signal line driver includes a memory configured to store at least two frames of video signal data supplied from an external signal source.
1 . A display apparatus comprising:
a display region including a plurality of display pixels arranged in a matrix;
a plurality of scanning lines arranged along rows in which the plurality of display pixels are arranged;
a plurality of signal lines arranged along columns in which the plurality of display pixels are arranged;
a driver including a scanning line driver configured to drive the plurality of scanning lines and a signal line driver configured to drive the plurality of signal lines; and
a controller configured to control operation of the driver,
wherein the signal line driver comprises a memory configured to store at least two frames of video signal data supplied from an external signal source.
2 . The display apparatus according to claim 1 , wherein the memory comprises a RAM storing at least two frames of the video signal data supplied from the external signal source.
3 . A driving method for use in a display apparatus comprising:
a driver configured to drive a display region; and
a controller configured to control the driver,
wherein the driver comprises a memory having a first and second storage regions and configured to store at least two frames of data supplied from an external signal source,
the method comprising:
storing image data for right eye in the first storage region if a signal to switch from 2D image display to 3D image display is supplied from the external signal source and to store image data for left eye in the second storage region; and
alternately supplying a grayscale image signal corresponding to data read from the first storage region and a grayscale image signal corresponding to data read from the second storage region to the display region.
4 . A driving method for use in a display apparatus comprising:
a driver configured to drive a display region; and
a controller configured to control the driver,
wherein the driver comprises a memory having a third and fourth storage regions and configured to store at least two frames of data supplied from an external signal source, and a video signal generation unit configured to combine data read from the memory and to generate a video signal,
the method comprising:
storing one frame of broadcast signal data supplied from the external signal source in the third storage region;
reading the broadcast signal data stored in the third storage region and image data stored in the fourth storage region, and combining the read data at the video signal generation unit to generate a video signal; and
supplying a grayscale image signal corresponding to the video signal generated at the video signal generation unit to the display region.