2.13" NFC-powered E-Ink e-Paper display - Waveshare 17745

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

4-colour e-Paper display with a diagonal of 2.13" and a resolution of 250x122 px. Communicates via SPI interface. Without PCB. Waveshare 2.13inch e-Paper (G)

An e-Paper display module with a diagonal of 2.13" and a resolution of 250x122 px. It communicates via an SPI interface. Waveshare 2.13inch E-Paper HAT (G)

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

e-Paper display with a diagonal of 13.3" and a resolution of 960x680 pixels. Communicates via the SPI interface. Waveshare 13.3inch e-Paper (K)

Flexible, black and white e-Paper display with a diagonal of 1.02" and a resolution of 128x80 pixels. It communicates via the SPI interface and ensures high contrast and low power consumption. Seeed Studio 104990842

Module with a 4-color e-Paper display with a diagonal of 2.66" and a resolution of 360x184 px. It uses communication via the SPI interface via the popular JST GH1.25 connector. Waveshare 2.66inch e-Paper Module (G)

4-color e-Paper display with a diagonal of 2.66" and a resolution of 360x184 px. It uses communication via the SPI interface. The set includes only the display without a PCB. Waveshare 2.66inch e-Paper (G)

Module with an e-Paper display with a diagonal of 4.26" and a resolution of 800x480 pixels. Thanks to communication via the SPI interface, it allows easy integration with various systems of microcontrollers and single-board computers, including Raspberry Pi. Waveshare 4.26inch e-Paper HAT

e-Paper display with a diagonal of 4.26" and a resolution of 800x480 pixels. Thanks to communication via the SPI interface, it allows easy integration with various systems of microcontrollers and single-board computers. Waveshare 4.26inch e-Paper

The 5.79-inch E-Paper module (B) display is an energy-efficient solution ideal for applications where long-term content display is required without the need for power, such as price tags or industrial labels. With the ability to display in three colors and a wide viewing angle, this display performs exceptionally well in various lighting conditions, providing readability comparable to traditional paper. Waveshare 5.79inch e-Paper Module (B)

The 5.79-inch E-Paper (B) raw display is an energy-efficient and versatile solution, ideal for applications requiring long-term content display without the need for constant power. With the ability to display in three colors and a wide viewing angle, this e-ink module performs excellently in various lighting conditions, offering readability comparable to traditional paper. Waveshare 26844

5.79-inch black and white e-Paper module with a resolution of 792x272 px. With a wide viewing angle, this display works well in a variety of lighting conditions, providing readability comparable to traditional paper. Waveshare 5.79inch e-Paper Module

5.79-inch black and white e-Paper display with a resolution of 792x272 px. Thanks to its wide viewing angle, it works perfectly in various lighting conditions, offering readability comparable to traditional paper. Waveshare 5.79inch e-Paper

The 4" E Ink Spectra 6 e-paper display with HAT+ board is an advanced solution for color information presentation, characterized by low power consumption, high contrast, and compatibility with multiple platforms. With full SPI support and Raspberry Pi HAT+ standard, it is ideal for projects requiring clear, aesthetic, and energy-efficient content display.

Color e-Paper display 4" with E Ink Spectra 6 technology offers high image quality with minimal power consumption. Intended for use in dynamic information systems, electronic labels, and integration with microcontrollers and single-board computers. Requires an external controller module supporting the SPI interface.