This 7.5" ePaper Display provides a reliable, energy-efficient display solution for a variety of uses. It boasts a resolution of 800x480, black and white output, and 7.5" diagonal size. Refresh rate is fast, and the contrast ratio is exceptional, perfect for e-readers, smart wearables, and other small form-factor devices.

Features

• Exceptional Readability: The display's reflective properties ensure effortless legibility of text and images in different lighting environments.
• Ultra-Low Power Usage: E-paper only consumes power during updates, leading to prolonged battery life and efficient energy use.
• Wide Viewing Angles: Greater than 170 degrees, unaffected by light direction.
• Flexibility and Portability: Allowing bending and curling for versatile applications.
• Eye-Friendly and Heat-free: Eliminate glare, providing a comfortable viewing experience while remaining cool without generating heat

Description

This 7.5" Monochrome ePaper Display offers an 800x480 active area, 1-bit white/black imaging, superior contrast, reflective performance, an expansive viewing angle, and low power consumption. It runs over a commercial temperature range, supports both landscape and portrait modes, and is built with a COG package IC, plus on-chip RAM and waveform stored in OTP. Finally, an SPI is available with an onboard oscillator, booster, and regulator for precise VCOM, Gate, and Source voltage generation.

What is an E-Paper?

E-Paper, also known as Electronic Paper, is a display technology that replicates the look of paper and ink. It features significant contrast, improved readability in diverse lighting, plus no need of a backlight. This is made possible by the action of tiny charged particles, floating in liquid, in microcapsules that change location when an electric field is applied. This produces varying hues for the viewer. As a result, E-Paper is favored in energy-saving and legible apps such as e-readers, electronic shelf labels, smartwatches, and more.

Advantages Over Traditional Displays

E-Paper displays provide advantages compared to standard displays, such as readability similar to paper, sunlight legibility, reduced energy utilization, thin design, wide viewing angles, and extended battery life-spans. These displays lend themselves to portable devices and settings where low glare and energy-efficiency are important

Applications

• Reading equipment
• Mobile device
• Electronic tags and price tags
• Smart Wearables
• Electronic Shelf Labels
• Smart Card

Specification

Hardware Overview