EPC1330C

13.3″ Color ChLCD Reflective Signage Display

MyGica EPC1330C is a 13.3-inch reflective ChLCD display featuring native color rendering, sunlight readability, bistable display technology, and paper-like visual comfort. Designed for smart signage and commercial information display applications.

  • 13.3″ ChLCD reflective display with 2200×1650 resolution
  • Native color reflective technology with excellent sunlight readability
  • Bistable display with zero power consumption for static images
  • Full and partial refresh modes for efficient content updates
  • Paper-like viewing experience with no glare and no blue light
  • 4G/LTE-M remote management with wireless cloud deployment
  • Industrial-grade operation from -30°C to 80°C
  • Android 11 / Debian / Ubuntu support with open API and CMS integration
Display Screen size:13.3 inches
Screen resolution:2200(H)×1650(V)
Effective display area:270.16(H)×202 .62(V)
Screen type:Cholesterol LCD screen
Display orientation:Landscape
Operating System Android 11.0 / Linux Debian/Ubuntu
Hardware CPU:Quad-core (ARM Cortex-A55)
Memory:4GB LPDDR4 (2G/8G optional)
Storage:16GB eMMC (8~128G optional)
Network:3G/4G 1 *Mini PCIe (optional)
Bluetooth:BT4 .2 (5 .0 optional)
Voltage:Wide voltage 9~24V power input
Installation Method Supports multiple installation methods according to application scenarios

 

Frequently Asked
Questions

Q: Does the 13.3-inch display support extreme temperatures?

A: Yes. It supports a wide operating range of -30°C to 80°C, offering strong environmental adaptability for industrial and outdoor applications compared to many standard reflective display technologies.

Q: How is cholesteric LCD different from traditional LCD displays?

A: Unlike traditional LCDs that require continuous backlighting, cholesteric LCDs use a reflective bistable structure that only consumes power during content updates, making them more energy-efficient for static information display.

Q: How is cholesteric LCD different from color ePaper displays?

A: Color ePaper displays are optimized for reading-oriented visual presentation and indoor environments, while cholesteric LCD focuses on high reflectivity and stable visibility in strong ambient light and outdoor conditions.

Q: Does the display require continuous power?

A: No. The display retains content without continuous power and only consumes energy during image updates, making it suitable for low-maintenance deployments.

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