Stepped Data Link Lines for Narrow Bezel Displays

The patent applies dimensionality change by transitioning data link lines from a planar configuration to a three-dimensional stepped structure. The data link lines extend in multiple directions (first direction toward data driving circuit, second direction perpendicular thereto) forming steps that reduce coupling capacitance while maintaining compact bezel area. This spatial reconfiguration allows the lines to achieve both short path length and reduced electromagnetic interference.

The patent segments the data link lines into multiple sections with different extension directions. Each segment extends in a specific direction (first direction or second direction perpendicular to it) to create a stepped pattern. This segmentation distributes the capacitance coupling across multiple smaller segments rather than one continuous line, reducing overall coupling capacitance while maintaining connectivity.

The patent uses three-dimensional stepped structure to extend data link lines further while managing capacitance. By extending lines in multiple directions (first direction for primary connection, second direction perpendicular for additional routing), the lines achieve greater connection reliability without proportionally increasing coupling capacitance, as the stepped geometry reduces parallel coupling length.

The patent employs asymmetric extension where different data link lines extend in different directions and to different degrees. Some lines extend more in the first direction toward the data driving circuit, while others extend more in the second perpendicular direction. This asymmetric configuration optimizes each line's path to balance connection reliability with minimized coupling capacitance based on its specific routing requirements.