Abstract: An information handling system display holds a cover glass with a minimal gap over a display panel, such as less than 4 mm, by assembly of the cover glass over the display panel through a shared unibody structure as an initial manufacture step. For instance, the display panel couples to the cover glass to create a unibody and then an adhesive tape couples this unibody to a support surface of the unibody structure that holds this unibody by the gap distance from the display panel.

Abstract: A system, method, and computer-readable medium for performing bezel tiling correction for multiple displays that provides information regarding multiple monitor configuration of a computing system; provides bezel widths of monitors of the multiple monitor configuration; and performs bezel width correction on particular monitors of the multiple monitor configuration based a bezel tiling correction mode that aligns received frames/images that are displayed on the monitors.

Abstract: A system, method, and computer-readable medium for performing bezel tiling correction for multiple displays that provides information regarding multiple monitor configuration of a computing system; provides bezel widths of monitors of the multiple monitor configuration; and performs bezel width correction on particular monitors of the multiple monitor configuration based a bezel tiling correction mode that aligns received frames/images that are displayed on the monitors.

Abstract: A multi-input display device may, responsive to a user-selection, divide a display region into different regions corresponding to display data received at different input graphics ports. Display metadata for each display region may be individually transmitted to each respective source of the display data.

Abstract: In one or more embodiments, a display may receive a command that includes configuration information associated with a video stream, receive a video frame and may determine if the video frame is a synchronization frame. If the video frame is the synchronization frame, the display may reset one or more counters and may provide the video frame to another display or a repeater. If the video frame is not the synchronization frame, the display may determine if the video frame is to be displayed. If the video frame is to be displayed, the display may display the video frame and may provide the video frame to the other display or the repeater. If the video frame is not to be displayed, the display may provide the video frame to the other display or the repeater.

Abstract: In one or more embodiments, a display may receive a command that includes configuration information associated with a video stream, receive a video frame and may determine if the video frame is a synchronization frame. If the video frame is the synchronization frame, the display may reset one or more counters and may provide the video frame to another display or a repeater. If the video frame is not the synchronization frame, the display may determine if the video frame is to be displayed. If the video frame is to be displayed, the display may display the video frame and may provide the video frame to the other display or the repeater. If the video frame is not to be displayed, the display may provide the video frame to the other display or the repeater.

Abstract: A multi-input display device may, responsive to a user-selection, divide a display region into different regions corresponding to display data received at different input graphics ports. Display metadata for each display region may be individually transmitted to each respective source of the display data.