HP researchers have unveiled a novel concept for modular monitor designs, termed ‘composable microLED monitors.’ Leveraging advancements in microLED technology, they envision a system akin to Lego blocks, enabling users to purchase and assemble different monitor modules at home.
The research paper presents diagrams of ‘core units’ with direct connections to the host computer, which can be expanded both horizontally and vertically using multiple extensions. Users can select from flat or curved extension pieces and connect them to the core unit to create monitors of desired sizes and shapes.
To simplify assembly, the design employs jigsaw-like connections and magnets to ensure automatic alignment of each module. To avoid an excessive number of configurations, extensions can only be attached to the sides or bottom of the square-shaped core unit.
Once assembled, users can choose how the operating system handles each part, either as an extension of the core unit or as a separate screen. Physical switches on the modules allow for easy configuration changes.
HP proposes various module sizes, including flat or curved core units with flat or curved extensions of varying dimensions. Alternatively, curved elements could be eliminated, and users could add flat extensions to a flat core unit.
A significant challenge lies in minimizing the visibility of seams between the modules. The bezel-less design eliminates thick black dividers, but a thin line or distortion is inevitable. HP suggests minimizing the gap between panels or using hardware or software solutions to disguise joints by modifying the display of edge pixels.
HP emphasizes that this concept remains a research endeavor, and its commercial viability is uncertain. However, the idea aligns with the trend of multi-monitor setups and could potentially attract users seeking customizable and flexible display solutions.
