2.9" monochrome E-Ink e-Paper display 296x128 - Waveshare 12563

Waveshare 7.3" (E) is a full-color e-paper display designed for integration with custom systems via the SPI interface. Thanks to E Ink Spectra 6 technology, the display is suitable for use in shelf labels, asset tags, information boards, and other projects where low power consumption, good readability, and print-like image aesthetics are essential. It works with popular hardware platforms such as Raspberry Pi, Arduino, Jetson Nano, and STM32 via an optional HAT module.

The 7.3", 7-colour ACeP e-Paper display has a resolution of 800x480 px. It has the ability to display images from a microSD card. Framed with a nice wooden border, it can be used as an electronic photo frame. Waveshare PhotoPainter (no BAT)

This energy-efficient black-and-white e-Paper display with a resolution of 1360 x 480 pixels provides a clear image even in direct sunlight. With a wide viewing angle of over 170° and zero power consumption in idle mode, it\'s ideal for applications requiring constant information display. It supports the SPI interface and is compatible with Raspberry Pi, Arduino, STM32, and ESP32. Waveshare 10.85-inch e-Paper

4-color e-Paper display with a diagonal of 4.37 "and a resolution of 512x368 px. Communicates via the SPI interface. Waveshare 4.37inch e-Paper (G)

Black and white e-Paper display with a diagonal of 3.52" and a resolution of 360x240 px. Communicates via the SPI interface. Without a PCB. Waveshare 3.52inch e-Paper

4-color e-Paper display with a diagonal of 2.36" and a resolution of 296x168 px. Communicates via the SPI interface. Waveshare 2.36inch e-Paper (G)

3.5-inch e-paper display with 800x480 resolution. The display is equipped with the HX8705-B controller. The display is perfect for energy-saving devices, because it does not require power to display the image

Waveshare 2.15" e-Paper HAT+ (G) is a compact, low-power e-paper display offering four-color rendering with high readability in daylight. The HAT+ version enables quick deployment in projects with Raspberry Pi and other popular platforms, making it an ideal solution for shelf labels, asset tags, information panels, and automation.

ACeP e-Paper 7-color display module with 7.3" diagonal and 800x480 px resolution. It communicates via SPI interface. Waveshare 7.3inch e-Paper HAT (F)

1.9" black and white e-Paper display. Built with 91 segments, communicates via I2C interface. Without PCB. Waveshare 1.9inch e-Paper segment

PhotoPainter (B) with a 7.3" e-paper display using E6 Full Color technology is a modern, energy-efficient electronic frame with rich functionality and aesthetic design. Thanks to programmable features, built-in memory support, RTC, and battery power, it serves both as a personal graphic display and a digital frame with content scheduling functionality. An ideal choice for office interiors, galleries, or as a designer décor element.

Module with a 3-color (yellow, black, white) e-Paper display with a diagonal of 2.13" and a resolution of 250x122 px. SPI interface. Pimoroni PIM367

Module with a 7-color ACeP e-Paper display with a diagonal of 7.3" and a resolution of 800 x 480 pixels. It is equipped with a 40-pin GPIO connector and can work with Raspberry Pi minicomputers. It communicates via the SPI interface. Pimoroni PIM667

Standalone 4.2-inch four-color e-paper panel is an excellent solution for projects requiring high contrast, wide viewing angle, and exceptionally low power consumption. It requires an external SPI controller and is ideal for shelf labels, signage systems, and informational applications with easy integration into popular microcontroller platforms.

E-Paper display with a diagonal of 7.5" and a resolution of 800x480 px with passive power supply via NFC. Waveshare 7.5inch NFC-Powered e-Paper

7.5inch e-Paper (H) is a four-color e-paper display with a resolution of 800×480, designed for low-power outdoor and indoor applications. Controlled via SPI interface, it provides excellent readability under all lighting conditions and requires no power to maintain the displayed image.