Round and Square Displays

Distinctive Form Factors & Interface Design
By matching the display geometry to the enclosure design, round and square displays support cleaner front-panel layouts and more intuitive interface positioning.
These formats are particularly effective in controls, instrumentation and compact embedded systems where symmetry, space efficiency and interface clarity are important.
Using a native round or square display also removes the need for cosmetic masking, helping preserve optical consistency across the active display area.
IPS Performance & User Interaction
GTK supports round and square displays using IPS panel technology, providing wide viewing angles, stable colour reproduction and consistent image quality across the entire display surface.
These formats can also support more interactive interface concepts, including rotating bezels, radial menus and dynamic graphical elements designed around circular or symmetrical layouts.
Viewing conditions, user interaction and interface behaviour are considered throughout development to ensure reliable performance within the intended application


Tailored Integration & Assembly Support
GTK provides complete integration support for round and square display solutions, including tailored interface electronics, touch integration and mechanical assembly design.
Manufacturability, environmental performance and long-term reliability are considered throughout the development process to support efficient production and dependable field operation.
IPS Performance & User Interaction
GTK supports round and square displays using IPS panel technology, providing wide viewing angles, stable colour reproduction and consistent image quality across the entire display surface.
These formats can also support more interactive interface concepts, including rotating bezels, radial menus and dynamic graphical elements designed around circular or symmetrical layouts.
Viewing conditions, user interaction and interface behaviour are considered throughout development to ensure reliable performance within the intended application
