For a long time, electronic paper technology was underestimated. 40 years have passed since it was invented for commercial use. Today, e-paper displays are very versatile, they are appreciated for their energy efficiency and very good image quality. They reflect light, just like paper, which distinguishes them from conventional flat-screen displays. This makes the emitted image more readable and we can see it better even in more difficult conditions, in sunny weather. Moreover, e-paper displays consume little energy, are energy efficient, which in turn results in low operating costs. The image quality, in turn, is also affected by high contrast. E-paper is a technology that provides image display by means of microscopic containers, which are filled with dark and white capsules. In the offer of Botland store you will find a wide range of displays created on the basis of this technology. They are a very good alternative to conventional displays.
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E-paper displays
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E-paper E-Ink 1.54'' V2.1 200x200px - display module SPI - Waveshare 12955
Module with e-paper 1.54 " display with resolution of 200 x 200 px. It communicates via the SPI interface e.g. with Arduino or Raspberry Pi.
Index: WSR-09098
Index: WSR-09098
E-paper Shield v2 for 2'" Display- Shield for Arduino
Shield for Arduino allows the use of displays e-paper 2.0 and a 2.7". A smooth surface facilitates assemblying the display, which must be purchased separately.
Index: SEE-04404
Index: SEE-04404
- On sale!
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E-paper touch display - 2,13'' 250x122px - black and white - hat for Raspberry Pi - Waveshare 19493
HAT overlay for Raspberry Pi in the form of a touch capacitive e-paper display . This type of display uses electrophoretic microcapsule technology to present images. It...
Index: WSR-19360
Index: WSR-19360
E-paper 4.3'' 800x600px - display module UART - Waveshare 10628
Display of e-paper type with a diagonal of 4.3". E-Ink technology with a resolution of 800 x 600 px. Works with voltage from 3.3 V to 5.0 V, communicating via a simple serial...
Index: WSR-04518
Index: WSR-04518
E-paper E-Ink 2.9'' 296x128px - SPI display module - Waveshare 12956
Module with 2.9" e-paper display with a resolution of 296 x 128 px. Communicates via the SPI interface, e.g. with Arduino or Raspberry Pi.
Index: WSR-09099
Index: WSR-09099
E-paper E-Ink 4.2'' 400x300px - module with SPI display - Waveshare 13353
Module with 4.2" e-paper display with a resolution of 400 x 300 px. Communicates via the SPI interface, e.g. with Arduino or Raspberry Pi.
Index: WSR-09655
Index: WSR-09655
DFRobot E-paper of 2.13" 212x104px - pad with tri-color display SPI for FireBeetle
Shield with e-paper 2.13" display with a resolution of 212 x 104 pixels. It communicates via the SPI interface with the FireBeetle. It displays 3 colors: black, white and red.
Index: DFR-12356
Index: DFR-12356
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Grove E-paper E-Ink 1.54 "152x152px - display module with tricolor TFT for Arduino
Module with a three-colour electrophoretic display with a 1.54" TFT e-paper active matrix with a resolution of 152 x 152 px. 1-bit screen with possibility of displaying white,...
Index: SEE-14339
Index: SEE-14339
DFRobot E-paper E-Ink V3.0 2,13'' 250x122px - HAT for Raspberry Pi - SPI - DFRobot DFR0591
A module in the form of an overlay for the Raspberry Pi minicomputer with a 2.13" black and white E-paper display with a resolution of 250 x 122 px. It communicates via SPI...
Index: DFR-14860
Index: DFR-14860
E-paper E-Ink 7,8'' 1872x1404px - display for Raspberry Pi 4B/3B+/3B/Zero - Waveshare 16766
The Waveshare E-Ink e-paper display, 7.8" 7.8" with a resolution of 1872 x 1404 px , can display two colors: black and white. Supports partial refreshing. The screen...
Index: WSR-15514
Index: WSR-15514
E-paper E-Ink 6'' 1448x1072px - display (without module) - Waveshare 17490
The 6" e-paper display in E-Ink technology has a resolution of 1448 x 1072 px and displays images in black and white. Designed for use with the main module. It works with...
Index: WSR-16401
Index: WSR-16401
- On sale!
E-Paper E-Ink Display 2,9'' 296x128px - SPI - 3 colors - for Raspberry Pi Pico - Waveshare 19607
296 x 128 px resolution e-paper display dedicated to the popular Raspberry Pi Pico. Its diagonal is 2.9'' . It presents content in three colors: red , black and white ....
Index: WSR-19544
Index: WSR-19544
Waveshare's 2.9 " e-paper touchscreen display has a resolution of 296 x 128 px . The screen works with any 40-pin version of Raspberry Pi, and can also be used with Arduino...
Index: WSR-19723
Index: WSR-19723
The display is made by Waveshare based on e-paper technology . Its diagonal is 2.9 " and its resolution is 296 x 128 px . The screen works with Raspberry Pi Pico module....
Index: WSR-19724
Index: WSR-19724
E-paper E-Ink (B) 2.9'' 296x128px - three-color display (without module) - Waveshare 13276
Module with 2.9" e-paper display with an E-Ink technology with a resolution of 296 x 128 pixels. Works with a voltage of 3.3 V. Designed for use with the main module....
Index: WSR-09660
Index: WSR-09660
E-paper E-Ink 9.7'' 1200x825px - display HAT for Raspberry Pi - Waveshare 15195
The e-paper display with a diagonal of 9,7" in E-Ink technology with a resolution of 1200 x 825 px. Works with a voltage of 5 V. It is designed for use with the main module. It...
Index: WSR-13354
Index: WSR-13354
E-paper E-Ink (B) 4.2'' 400x300px v2.1 - module with three-color SPI display - Waveshare 13454
Module with 4.2 '' e-paper display with 400 x 300 px resolution. It communicates via SPI interface e.g. with Arduino or Raspberry Pi. Displays 3 colours: black, white and red.
Index: WSR-15129
Index: WSR-15129
E-paper E-Ink 6'' 1448x1072px - display for Raspberry Pi 4B/3B+/3B/Zero - Waveshare 17590
Set of e-paper display and overlay for Raspberry Pi mini computer. The 6" screen with a resolution of 1448 x 1072 px , can display two colors: black and white, supports...
Index: WSR-16400
Index: WSR-16400
E-paper E-Ink 5,65'' 600x448px - seven-color display - SPI - Waveshare 18295
5.65" e-paper display with E-Ink technology. It has a resolution of 600 x 448 px and displays the image in 7 colors . The displays of the e-paper series are characterized...
Index: WSR-17310
Index: WSR-17310
Extension for Raspberry Pi Pico from Waveshare - display made with e-paper technology. The screen diagonal is 2.7'' , the resolution is 264 x 176 px , and the pixel size...
Index: WSR-20093
Index: WSR-20093
Overlay for the Raspberry Pi Pico with a 2.9'' flexible e-paper display with 296 x 128 px resolution. It communicates via an SPI interface. Compared to normal e-paper...
Index: WSR-20103
Index: WSR-20103
STM32L053 - Low Power Discovery - STM32L053DISCOVERY Cortex M0 + E-paper 2,13 '' screen
Development set built on the basis STM32L053C8T6 Low Power microcontroller with parameters: clock frequency: 32 MHz, 64 kB Flash, 8 kB RAM, ARM Cortex M0). The board also has...
Index: DIS-05279
Index: DIS-05279
Shield for Raspberry Pi with e-paper display of 2.13 " with a resolution of 250 x 122 px. It is connected directly to GPIO pins.
Index: WSR-09097
Index: WSR-09097
E-paper E-Ink 7.5'' 800x480px - display with HAT pad for Raspberry Pi - Waveshare 13504
The e-paper display with a diagonal of 7,5" in E-Ink technology with a resolution of 800 x 480 px. Works with a voltage of 3.3 V or 5 V. It is designed for use with the main...
Index: WSR-09891
Index: WSR-09891
How does it work?
The e-paper displays are based on the phenomenon of electrophoresis. It concerns the movement of charged particles, which are in the electric field. They are built of polymer microspheres filled with oil and small particles of dye. The type and color of the particles depends on the display model. If the image is standard black and white, the particles are black and white. Dyes take a specific position, which allows us to see a specific content displayed on the screen. This is possible thanks to the electrodes, between which there are microspheres. It is the charge that decides on the position to be taken. Microspheres are bistable, which means that keeping them in a constant position does not require a constant source of energy. A very big convenience, which often determines the choice of e-paper display, is a wide viewing angle of 180 degrees. It is also a solution that favors our organ of vision, because e-paper displays do not emit light.
Multi-purpose e-paper displays
The e-paper displays perfectly fit into an advanced technology environment. They have found their application in e-book readers, which today very often replace traditional books due to greater mobility and convenience. Apart from that, they are used in many other industries, where there is a need to display static information, such as bus, train and streetcar timetables. Each of us probably associates signatures with prices for products in stores. Their paper version is being replaced more and more often by electronic ones, and also in this area the e-pyre technology works perfectly. We can also observe e-paper displays in modern smartphones. We can find two screens in them, one of which is the commonly known AMOLED, and the second e-paper display placed on the back panel.
So you can use the e-paper displays for many projects. They are perfect for many control modules, electronic devices and robots. You should consider them in case of all these projects, where it will be necessary to display a static image.
Energy efficiency, image clarity... advantages of the e-paper display
E-paper has many advantages, which make it an energy-saving solution with a very good quality of the displayed image. E-paper displays consume even several times less energy than standard LCD displays, which is due to bistable technology. Regardless of the conditions, even in full sunshine, we can easily see the details displayed on the screen, which increases the range of application of the displays and at the same time has a positive impact on the freedom of use in any environment.
By choosing an e-paper display, we contribute to reducing paper production. This is an alternative to printed paper, which we are constantly trying to reduce. Moreover, electronic paper is conducive to our eyes, which are not tired, and the format and size of the displayed elements can be adapted to our individual needs.