Product Overview
The 2.9 Inch O-Paper Module is a compact and energy-efficient electronic paper display designed for smart devices, IoT applications, electronic shelf labels, industrial equipment, and embedded systems. Featuring a clear paper-like display with ultra-low power consumption, the module delivers excellent readability while maintaining stable performance for long-term operation.
With a resolution of 296 × 128 pixels, this 2.9 inch e-paper display module provides sharp text and graphic rendering, making it suitable for product information displays, smart labels, digital tags, and portable electronic devices. The paper-like visual effect helps improve readability under ambient light while reducing the need for continuous power usage.
For buyers looking for a compact low power e-paper display for ESL, IoT, industrial, or embedded projects, this module offers a practical solution for stable image retention, clear display effect, and flexible product integration.

Key Features
296 × 128 Resolution: Provides clear rendering of text, icons, and graphics for smart display and label applications.
Ultra-Low Power Consumption: The display only consumes power during refresh, helping extend battery life in portable and wireless devices.
Paper-Like Viewing Experience: Offers comfortable reading performance with low glare and high readability under ambient light.
Stable Image Retention: Content remains visible even without continuous power supply, making it suitable for long-term static display use.
Compact and Lightweight Design: The 2.9 inch size supports easy integration into embedded devices and space-limited product structures.
Wide Application Compatibility: Suitable for ESL, IoT terminals, industrial instruments, smart home devices, and portable digital tags.
Easy Product Integration: Designed for embedded system development and customized project applications.

Technical Specifications
| Product Name | 2.9 Inch O-Paper Module |
|---|---|
| Display Technology | O-Paper / E-Paper |
| Screen Size | 2.9 Inch |
| Resolution | 296 × 128 Pixels |
| Display Effect | Paper-Like Display |
| Power Feature | Ultra-Low Power Consumption |
| Viewing Angle | Wide Viewing Angle |
| Image Retention | Bistable Display, Visible Without Continuous Power |
| Typical Applications | Electronic shelf labels, smart retail systems, IoT devices, industrial instruments, smart home equipment, digital badges, portable display terminals, warehouse and logistics labels |
| Integration Type | Embedded Module |
| Customization | OEM / ODM available |
Application Scenarios
Electronic Shelf Labels and Smart Retail
This 2.9 inch e-paper module is suitable for electronic shelf labels, product information cards, promotional tags, and smart retail pricing systems that require clear display and low maintenance.
IoT Devices and Embedded Systems
The module can be integrated into IoT terminals, embedded development boards, portable electronics, and smart connected devices that benefit from low power consumption and stable static display.
Industrial Instruments and Equipment
It is suitable for industrial equipment interfaces, data display panels, instrument labels, and status indicators where high readability and long-term content visibility are important.
Smart Home and Portable Devices
The compact module can be used in smart home control devices, digital badges, portable display terminals, and battery-powered consumer electronics requiring efficient screen performance.
Warehousing and Logistics Labels
This display is also suitable for warehouse bin tags, digital shelf markers, logistics identifiers, and inventory management labels where persistent image display can improve workflow efficiency.

Integration and Customization Support
We provide OEM and ODM support for customers who need customized electronic paper display solutions for retail, industrial, smart device, and embedded product development. Customizable items may include structure, display integration, packaging, and project-based functional requirements.
If you are sourcing a custom 2.9 inch o-paper module for your own product or embedded project, this model offers a reliable low-power display option for sample evaluation and technical development.
For standard model inquiry, sample request, or OEM / ODM consultation, please contact us directly for more information.
Frequently Asked Questions
What is the 2.9 inch O-paper module?
The 2.9 inch O-paper module is an ultra-low power electronic paper display designed for embedded systems, smart devices, and digital labeling applications. It offers a paper-like reading experience with stable image retention and clear display performance.
What applications is this e-paper module suitable for?
It is widely used in IoT devices, smart labels, electronic shelf labels, industrial instruments, portable terminals, digital badges, warehouse labels, and other embedded applications that require low power consumption and clear static display.
How does the ultra-low power feature work?
The module only consumes power during screen refresh or content updates. Once the image or data is displayed, it remains visible without continuous power consumption, which helps extend battery life in portable and wireless products.
Can developers integrate this module into their own products?
Yes. The module is designed for embedded development and can be integrated into various electronic products, smart devices, and custom project applications depending on system requirements.
Does the display remain visible when power is off?
Yes. Thanks to bistable electronic paper technology, the displayed content stays visible even when power is disconnected, making it suitable for long-term static information display.
Why Choose This O-Paper Module
Compared with traditional LCD modules or frequently replaced paper labels, this 2.9 inch low power o-paper display module offers a practical combination of sharp resolution, stable image retention, clear readability, and energy-saving performance.
Whether you are developing an electronic shelf label system, an IoT smart device, or a custom embedded display solution, this module provides a flexible and reliable display option for modern low-power applications.



