zł334.61 tax excl.
A 10.3-inch ePaper display with a resolution of 1404 x 1872 pixels, designed for presenting text and graphics with high readability. The screen supports up to 16 levels of grayscale, allowing for the display of more detailed illustrations, icons, and graphs. The display uses a TTL interface and a 40-pin FPC connector, enabling integration with systems based on the XIAO, Arduino, and MicroPython platforms. Seeed Studio 100071485
10.3" Monochrome eInk is a high-quality display designed for energy-efficient applications presenting text and graphics. The screen features a large 10.3-inch diagonal and a high resolution of 1404 × 1872 pixels, making it ideal for displaying readable documents, user interfaces, and detailed graphics in black and white. ePaper technology provides an image similar to traditional paper, which is comfortable for the eyes and clearly visible even in bright lighting conditions. The display supports up to 16 levels of grayscale, allowing the presentation of more detailed images, illustrations, and graphical interfaces. As a result, the screen can be used not only for displaying text but also diagrams, charts, and icons with high readability.
One of the biggest advantages of ePaper technology is its very low power consumption. The display draws power only when updating the image, while once the content is displayed it does not require continuous power to maintain it. This makes it ideal for battery-powered devices where long operating time is essential. This model has been designed for easy integration with microprocessor-based systems. The display uses a high-bandwidth TTL interface and a 40-pin FPC connector, enabling fast data transfer and stable screen control. The device is compatible with XIAO, Arduino, and MicroPython platforms, making it suitable for both educational projects and professional IoT systems.
The screen is fully compatible with the XIAO ePaper Display Board EE03 controller board, which simplifies the display setup process and enables rapid device prototyping. In combination with the SenseCraft HMI platform, it is possible to create user interfaces without programming using templates, a drag-and-drop graphical editor, and optional AI support. Thanks to its high resolution, large display area, and very low power consumption, the screen is suitable for many applications such as e-book readers, digital notebooks, electronic shelf labels, conference room information boards, logistics tracking systems, and smart home information panels.
Data sheet
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
This control board is designed to drive 10.3-inch monochrome ePaper displays with a resolution of 1404 × 1872 pixels and support for up to 16 grayscale levels. The module is based on the XIAO ESP32-S3 Plus chip, which provides high performance and Wi-Fi and Bluetooth wireless communication. The board is equipped with an SHT40 temperature sensor for display compensation, a 2.0 mm JST battery connector with charging circuitry, and a power switch. The pre-installed SenseCraft HMI software allows for drag-and-drop user interface creation without programming. Seeed Studio 100080566
2.13 "e-Paper flexible display HAT designed for Raspberry Pi minicomputers. Communicates with external systems via the SPI interface. The module has support in the form of examples for Raspberry Pi, Jetson Nano, STM32, Arduino. Waveshare 2.13inch e-Paper HAT (D)
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Module with a 3-color (red, black, white) e-Paper display with a diagonal of 12.48" and a resolution of 1304x984 px. SPI interface. Waveshare 12.48inch e-Paper Module (B)
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A 10.3-inch ePaper display with a resolution of 1404 x 1872 pixels, designed for presenting text and graphics with high readability. The screen supports up to 16 levels of grayscale, allowing for the display of more detailed illustrations, icons, and graphs. The display uses a TTL interface and a 40-pin FPC connector, enabling integration with systems based on the XIAO, Arduino, and MicroPython platforms. Seeed Studio 100071485