7.5inch 3-Color E-Paper Display (Black/White/Red) 800x480, SPI E-Ink Screen Module Full/Fast/Partial Refresh, 3.3V/5V Level Shifter, for Compatible with Raspberry Pi, ESP32, STM32, and for Arduin

OverviewThis 7.5 inch 3-color e-paper display (RBW) is built for clear, low-power information display in larger formats. With 800x480 resolution and black/white/red e-ink output, its well suited for digitalsignage, dashboard panels, price boards, warehouse/logistics labels, schedules, task boards, and any project that benefits from paper-like readability without a backlight.
SPI connection made simple: The display uses a standard SPI interface, helping reduce GPIO usage and simplifying wiring. A pre-reserved SPI control interface supports easy connection to commoncontrollers and MCUs, making this SPI e-paper display module friendly for prototyping and integration work. Choose the refresh mode you need: This 7.5" e-ink screen module supports full refresh, fast refresh, and partial refresh (black & white). Use full refresh for the cleanest screen, fast refresh when youneed quicker updates, and partial refresh for smaller black/white changes to improve responsiveness in certain layouts.
Logic-level flexibility: An onboard level-shifting chip enables 3.3V /5V compatible operation, allowing the e-paper display to work with both 3.3V and 5V MCU interfaces without extra converters.
Open-source examples included: C and Python demo codes are provided for compatible with Raspberry Pi, and example programs are also available for ESP32, STM32, and for Arduino developmentboards. The sample code supports image display, English/numeric text rendering, and drawing basic shapes (points, lines, rectangles, circles).
Notes: This is an e-paper display module for development and integration. Refresh speed and visual performance depend on controller, firmware, and content type. Package Contents1. 7.5 -inch e-paper screen x12. E-Paper Driver Board x13. PH 2.0 8PIN connector cable 20cm x14. 2.54 mm 2x20P female header x15. Copper pillar package x1