The Centauri80 by MelGeek is an 80 percent Hall Effect mechanical keyboard with a 1.78-inch OLED touchscreen built into the board. The display runs at 325 PPI and 60Hz, while a physical rotary encoder called the Super Dock lets users adjust live wallpapers, macros, lighting, and polling-rate settings without opening MelGeek’s Hive software. The keyboard uses TTC Flip King magnetic switches and a six-chip distributed architecture, with one master chip and five processing chips.
The board is carefully built by using a suspended aluminum alloy unibody and a five-layer gasket-mounted acoustic structure. It is designed to reduce vibration and shape the typing sound. Transparent keycaps are included as standard, allowing per-key RGB lighting to show through the caps. The Centauri80 retails for $299 through MelGeek’s store.
Image Credit: MelGeek
Why This Trend Is Growing
- Integrated Display Keyboards
- Built-in high-resolution OLEDs in keyboards enable contextual visual feedback and glanceable controls that could redefine peripheral UX and reduce reliance on secondary screens.
- Hardware-software Tangible Controls
- Physical encoders and on-device touch elements paired with firmware create seamless, low-latency control layers that can shift customization from software to the device itself.
- Distributed Multi-chip Peripherals
- Six-chip and multi-processor architectures in input devices offer localized processing for features like per-key lighting and haptic shaping, opening paths to more responsive and feature-rich peripherals.
Industries Being Reshaped
- Computer Peripherals
- High-end keyboards with integrated displays and advanced switch tech present opportunities to transform standard peripherals into multifunctional command surfaces for professionals.
- Gaming Accessories
- Gaming rigs could be disrupted by keyboards that surface in-game telemetry, macros, and tactile customization directly on-device, enhancing immersion without extra software overlays.
- Industrial Control Interfaces
- Durable, gasket-mounted devices with tactile controls and embedded displays have potential to replace bulky panels in industrial settings by consolidating monitoring and control into compact input units.
