Waveshare 10.3″ e-Paper E-Ink Display (G), 1872×1404 Pixels, Black/White, 2-16 Grey Scales (HAT Included)

• Waveshare 10.3″ e-Paper E-Ink Display (G), 1872×1404 Pixels, Black/White, 2-16 Grey Scales (HAT Included)
• Features 10.3″ paper-like e-Ink display
• Supports 1872×1404 pixels resolution
• Includes anti-glare toughened glass
• Enables partial refresh for quick updates
• Compatible with Raspberry Pi and STM32

The Waveshare 10.3″ e-Paper E-Ink Display (G), 1872×1404 Pixels, Black/White, 2-16 Grey Scales (HAT Included) is an advanced display solution designed for a variety of applications requiring low power consumption and high visibility. This display features a resolution of 1872×1404 pixels and supports 2-16 grey scales, providing a paper-like reading experience without the need for electricity to maintain the image. The display is equipped with optical bonding technology and an anti-glare toughened glass panel, which enhances screen protection and reduces ambient light interference, reflective glare, and fingerprint residue.

The e-Paper display is passively reflective, meaning it relies on ambient light to illuminate the screen, making it ideal for environments with sufficient lighting. It supports partial refresh, allowing for quick updates to the display content. The display’s wide viewing angle of over 170 degrees ensures that the content is visible from various perspectives, making it suitable for applications such as price tags, shelf labels, and industrial instruments.

This display can be integrated with various controller boards, including Raspberry Pi and STM32, through its parallel port, USB, SPI, or I80 communication interfaces. The optional e-Paper IT8951 Driver HAT (B) provides additional connectivity options and is compatible with the standard Raspberry Pi 40PIN GPIO extension header. The display’s ultra-low power consumption is a significant advantage, as power is primarily required only during the refreshing process.

The e-Paper technology employed in this display utilizes microcapsule electrophoretic technology, which allows for clear image and text display under both lamplight and natural light conditions. This technology mimics the appearance of traditional printed paper, making it a popular choice for e-readers and other applications where a paper-like effect is desired.