2.9inch E-paper Display Monochrome Raw E-ink Screen

Ultra-Low Power Paper-Like Display: 296 x 128 resolution raw e-Paper display panel that reflects light like traditional paper, maintaining clear readability without light emission or screen glare.

Bi-Stable Image Retention: Retains and continuously displays static text and graphics indefinitely without power supply, consuming energy only during screen refresh cycles.

Paper-Like Sunlight Readability: Displays high-contrast monochrome (black and white) visuals with ultra-wide viewing angles (> 170^), perfectly readable even in bright sunlight.

Raw Panel Flex Cable Interface: Features a flat flexible cable (FFC/FPC) connector intended for direct integration with e-Paper driver HATs, raw adapter breakout boards, or custom PCBs.

Broad Library & Example Code Support: Compatible with open-source E-Ink graphics libraries like Waveshare e-Paper drivers and GxEPD2 for Arduino, ESP32, and Raspberry Pi builds.

Module Construction: Thin, ultra-lightweight glass-backed e-Paper display panel with attached standard flexible printed circuit (FPC) connector ribbon.

Power Supply & Operating Voltage: Operates logic and driving circuitry on 3.3V DC power. Ensure appropriate driving circuits or HAT modules are used before applying power to protect the panel.

Handling Precautions: Handle with extreme care by the outer edges. FPC ribbon cables and glass display panels are delicate—avoid bending the screen or pulling on the flex cable connector.

Environmental Limits: Operating temperature range spans 0°C to +50°C. Keep protected from static discharge, excessive UV exposure, pressure, and direct moisture.

The Ultimate Energy-Saving Screen: Position as the ideal display solution for battery-powered, solar-powered, or off-grid IoT projects where power efficiency is critical.

Perfect for Shelf Labels & Price Tags: Market towards developers building smart price tags, digital desk nameplates, e-readers, low-power weather stations, and calendar status displays.

Recommended Cross-Sell Add-ons: Pair with E-Paper Driver HAT / Breakout Adapters, ESP32 Low-Power Development Boards, and FPC Connection Cables.

Ideal Raw Component for Custom Hardware: Highlight as a cost-effective, raw replacement panel or component for hardware developers creating custom PCB enclosure designs.