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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Sonoff M5-2C-80-F - frame for wall switch M5-80 - double - black
Index: INN-25521
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- Reduced price
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Mini PiTFT 1,3'' 240x240px screen for Raspberry Pi - Adafruit 4484
Index: ADA-17204
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E-paper displays
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Waveshare's e-paper touchscreen display has a diagonal of 2.9 " and a resolution of 296 x 128 px . The screen is designed for use with Raspberry Pi Pico. The image is...
Index: WSR-19720
Index: WSR-19720
- Reduced price
- SPECIAL OFFERS
M5PaperS3 - developer module with 4,7'' 960x540px e-Ink display - ESP32-S3 - M5Stack C139
M5PaperS3 is a development module based on ESP32-S3 equipped with a 4.7'' e-Ink touch display with a resolution of 960 x 540 px , supporting up to 16 levels of grayscale...
Index: MSS-25943
Index: MSS-25943
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 4,2'' 400x300px - display powered by NFC - Waveshare 17341
The e-paper display by Waveshare, allows you to easily display the image or graphic you need, by using a dedicated smartphone app and NFC transmission. An additional...
Index: WSR-16578
Index: WSR-16578
A compact display made with e-paper technology - an extension for Raspberry Pi Pico produced by Waveshare . The screen diagonal is 3.7'' , the resolution is 480 x 280 px ,...
Index: WSR-20104
Index: WSR-20104
E-paper of 2.13" 250x122px display (no module) for overlays for the Raspberry Pi - Waveshare 12672
The display of type of e-paper with a diagonal of 2.13 " and a resolution of 250 x 122 px. It is designed to use with shield for Raspberry Pi. It communicates via the SPI...
Index: WSR-09102
Index: WSR-09102
E-paper E-Ink - module with SPI display - 128x80px 1.02'' - dual-color - Waveshare 17575
E-paper E-Ink display module made by Waveshare. It has a built-in controller that uses SPI bus to communicate with external controllers like Arduino or Raspberry Pi. The...
Index: WSR-19192
Index: WSR-19192
M5Paper V1.1 - developer module with e-Ink display - 960x540px 4.7''
M5Paper version V1.1 is a developer module produced by M5Stack. It features a touch screen e-paper display. The controller of this module is ESP32-D0WDQ6-V3 . It includes a...
Index: MSS-19833
Index: MSS-19833
E-paper E-Ink - I2C display module - 91 segments 1,9'' - Waveshare 22689
E-paper segment display with a diagonal of 1.9 ", consisting of 91 segments . The passive reflective screen is able to display a black and white image, the viewing angle is...
Index: WSR-22021
Index: WSR-22021
2.13'' e-Paper E-ink flexible display (D) 212x104px - Waveshare 14986
Flexible display e-paper 2.13" with a resolution of 212 x 104 pixels. Communicates via SPI interface. Supports partial updates. Compared to conventional e-Paper displays ,...
Index: WSR-13456
Index: WSR-13456
E-paper E-Ink flexible display (D) 2,13'' 212x104px HAT for Raspberry Pi - Waveshare 15084
Shield for Raspberry Pi with a flexible display e-paper of 2.13 " with a resolution of 212 x 104 pixels. It is connected directly to GPIO pins. It communicates via SPI...
Index: WSR-13457
Index: WSR-13457
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E-Paper Raw Panel Driver Shield - Shield for e-Paper Display for Arduino - SPI - Waveshare 15082
Universal shield for connection of displays e-Paper for modules of Arduino or Nucleo. For communication, it uses SPI interface. It works with a voltage of 3.3 V and 5 V.
Index: WSR-13460
Index: WSR-13460
- Reduced price
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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
Badger 2040 - board with RP2040 and e-paper 2,9'' 296x128px display + accessories - Pimoroni PIM610
The Badger 2040 board was created by Pimoroni in honor of the 10th anniversary of the Raspberry Pi. The module is based on the RP2040 Dual-Core ARM Cortex M0 + microcontroller...
Index: PIM-21141
Index: PIM-21141
2.13'' E-Paper E-Ink display 212x104px - SPI - 3 colors - for Raspberry Pi Pico - Waveshare 19588
A 2.13'' e-paper display designed for the Raspberry Pi Pico. Its resolution is 212 x 104 px . The screen presents images and texts in three colors: red , black and...
Index: WSR-19545
Index: WSR-19545
Display e-paper - 1.64'' 168x168px - 4 colors - SPI - Waveshare 22755
Waveshare display made on the basis of e-paper technology, which makes this type of display suitable for use in e-book readers and electronic magazines. The diagonal of the...
Index: WSR-22145
Index: WSR-22145
E-paper E-Ink (B) 1.54'' 200x200px - three-color display (without module) - Waveshare 13275
Module with 1.54" e-paper display with an E-Ink technology with a resolution of 200 x 200 pixels. Works with a voltage of 3.3 V. Designed for use with the main module....
Index: WSR-09819
Index: WSR-09819
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
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 2.9'' 296x128px - display (without module) - Waveshare 12563
E-paper type display with a diagonal of 2.9" and a resolution of 296 x 128 px. Designed for use with the main module. Communicates via the SPI interface and supports partial...
Index: WSR-09103
Index: WSR-09103
E-paper E-Ink 1.54'' 200x200px - display (without module) - Waveshare 12561
E-paper type display with a diagonal of 1.54" and a resolution of 200 x 200 px. Designed for use with the main module. Communicates via the SPI interface and supports partial...
Index: WSR-09104
Index: WSR-09104
Badger 2040 - board with RP2040 and e-paper 2,9'' 296x128px display - Pimoroni PIM607
Badger 2040 was created by the Pimoroni company in honor of the 10th anniversary of the Raspberry Pi. The board is based on a dual-core RP2040 ARM Cortex M0 + microcontroller...
Index: PIM-21142
Index: PIM-21142
ePaper Driver Board for Seeed Xiao V2 - Seeedstudio 114993558
The ePaper Driver Board is a universal extension for ePaper displays, optimized for projects with Seeedstudio Xiao microcontrollers. The device offers a wide range of...
Index: SEE-26563
Index: SEE-26563
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
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See also
Electronic paper - energy-saving and practical displays
Electronic paper uses plastic substrates for the display. This makes e-ink screens flexible - this significantly increases the scope of their use. They can be used as electronic price tags in stores, information boards at bus stations, electronic billboards, and e-book readers. Currently, most e-ink displays are black and white (with the option of gray display).
Low power consumption thanks to the unique operating principle
Many electronic e-ink displays maintain static text or images on the display without access to a power source. They are sometimes called electrophoretic displays. They create images by rearranging charged pigment particles with an applied electric field. Therefore, power for the e-ink screen is only needed when the displayed image changes. Due to their low energy consumption, this type of displays are often used in battery-powered portable equipment.
Clear and ergonomic image
The electronic paper display perfectly emulates a sheet of paper. Thanks to high contrast and the use of only reflected light, these types of screens are not tiring for the eyes. E-ink displays are available in many formats and sizes. Thanks to the relatively high resolution and dynamic range, these displays can present not only text, but also simplified illustrations, icons and graphics. Additionally, the ergonomics of this type of displays is improved by the possibility of mounting flexible screens on surfaces of any shape - thanks to this, the shape of the screen can be adjusted to the geometry of the device.
E-paper displays - FAQ
E-paper, i.e. e-paper display, is a special type of display that imitates an ordinary sheet of paper in its appearance. Unlike standard displays , e-paper does not emit blue light. The principle of operation of displays imitating ordinary paper is based on light reflection. In practice, this means that it is fully readable from various angles. Other advantages of e-paper displays are low electricity demand and high contrast.
When choosing an e-paper display, you should pay attention to several important factors. The first is the communication interface enabling the display to be connected to external devices. The most popular communication interfaces are GPIO, SPI, SPI + I2C, NFC and USB . Another issue is the screen size. The larger the screen diagonal, the more readable the text and graphics displayed. In turn, the quality of the displayed content is influenced by the screen resolution. The higher it is, the more detailed the content is presented.