Monolithic display with separately controllable sections

An electronic display assembly comprising:

• a monolithic electronic display panel positioned adjacent to a drive through lane at a quick service restaurant;
• and
• a single video player in electrical connection with a single timing and control board (TCON), which is in electrical connection with the monolithic electronic display panel;
• wherein the monolithic electronic display contains a first area that receives from the single video player content selected from the group consisting of still images and full motion video, and a second area that receives from the single video player content selected from the group consisting of still images and full motion video, the content of the first area shown simultaneously with the content of the second area;
• and
• a dynamically movable simulated bezel graphic produced by the single video player, the simulated bezel graphic located between and separating the first area and the second area of the monolithic electronic display and being visibly rotatable between multiple orientations in conjunction with changes in appearance of the first area and the second area of the monolithic electronic display.

An electronic display assembly comprising:

• an electronic display panel positioned adjacent to a drive through lane at a quick service restaurant, separately controllable areas A, B, and C present on the display panel;
• and
• a single video player in electrical connection with a single timing and control board (TCON), which is in electrical connection with display areas A, B, and C;
• wherein area A will receive still images, area B will receive full motion video, and area C will receive additional still images that are different from those in area A, such that all three areas A, B, and C are will simultaneously show still images and/or video received from the single video player and TCON;
• and
• wherein the single video player and TCON also displays a dynamically movable simulated bezel graphic that is located between and separates each of areas A, B and C, the simulated bezel graphic being visibly rotatable between multiple orientations in conjunction with changes in appearance of areas A, B and C.