MyGica EPC2800 is a 28” ultra-wide E-Paper display with a Gallery 4000 color E-Ink panel and 3840×1080 resolution. Using reflective technology, it delivers paper-like visibility with excellent readability. Powered by a quad-core Cortex-A55 and Android OS, it supports wireless connectivity and remote content management. With a full-metal design and external battery pack, it is designed for outdoor use and wiring-free installation, ideal for transportation hubs and public signage.
| Screen | 28” E-Ink Color Panel, 3840*1080 resolution |
| E-INK Technology | Gallery 4000 ( 4 color: Cyan, Magenta, Yellow, White) |
| CPU | Quad-core Cortex-A55 processor |
| OS | Android 11 |
| Network | 2.4G/5G Wi-Fi,Bluetooth4.0,4G LTE(Optional) |
| Battery & Range | External high-capacity battery pack |
| Dimesions | 709*218*26 mm Weight:≤4.2Kg |
| Certification | CE, FCC |
| Temperature | 0℃ to 40℃ |
A: Gallery 4000 is an ePaper display optimization technology designed to improve image rendering quality and refresh performance in full-color electronic paper systems. It enhances image stability, reduces visual artifacts during content updates, and ensures consistent visual output across static and dynamic signage content.
A: The ultra-wide bar-type format is designed for applications where traditional display formats are less efficient. Its elongated aspect ratio makes it suitable for continuous information layouts such as pricing, schedules, navigation, and promotional messaging in retail and public environments.
A: The display is suitable for retail shelf-edge signage, aisle navigation, transportation timetables, smart building information systems, menu boards, and other long-format digital communication scenarios.
A: The extended horizontal layout allows more structured information to be displayed in a single line, improving readability for time schedules, directions, product listings, and status updates without requiring multiple display units.
A: Yes. Multiple ultra-wide displays can be deployed in sequence to create scalable digital signage layouts for retail shelves, transportation systems, and wayfinding applications while maintaining low-power ePaper operation.