Adafruit
2.9" Flexible 296x128 Monochrome eInk / ePaper Display
Discover the Adafruit 2.9" Flexible Monochrome E-Ink display, offering a paper-like viewing experience with exceptional contrast and daylight readability. This display retains images without power, making it perfect for ultra-low power applications. It features a 296x128 resolution and updates in seconds, driven by a UC8151D chipset. While flexible, it requires careful handling and a stable backing for optimal performance. This component is ideal for projects needing clear, static visuals with minimal energy consumption, providing a unique and efficient display solution.
$24.45
Owner Satisfaction
4.5
/ 5
Category Rank
7
/ 30
#7 in E-Book Reader Screens & Screen Digitizers
Price vs Category Average
-58%
Below average
Display Resolution
296128
/ x pixels
Who it's for
- Ultra-Low Power Consumption
- Excellent Sunlight Readability
- Flexible Form Factor
Who should skip it
- Extremely Slow Refresh Rate
- Monochrome and No Backlight
- Fragile and Complex Driving
Key Specs
Display Resolution
296 x 128 pixels
Diagonal
2.9 inches
Module Size
80 x 37 x 0.25 mm
Chipset
UC8151D
Display Technology
E-Ink Carta
Screen Material
Plastic
Surface Finish
Matte
Anti-glare coating
Features
- Flexible, paper-like monochrome display
- High contrast, daylight readable
- Image persists without power
- Ultra-low power consumption
- Fast update times
- Monochrome E-Ink technology
- Designed for static images
- Component for custom projects
What customers say
Users highly value this flexible eInk display for its specialized capabilities, focusing primarily on its exceptional readability and ultra-low power consumption, making it superb for battery powered projects. The flexible nature is a key advantage, allowing for innovative designs on curved surfaces where rigid screens fail. While the slow refresh rate is acknowledged, it is an accepted trade-off for the power efficiency. Furthermore, excellent documentation and reliable libraries significantly simplify integration for all skill levels. Overall satisfaction is high because this component reliably meets demanding requirements for both power savings and unique form factors.
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