0.97 Inch E Paper Display 96×200 18 Pin Ultra Low Power 4 Color E Ink Display Screen

The YE0097A04-A0 E-PAPER display module stands out in ultra-micro scenarios with its 228 DPI high resolution and 4-color display. Its square pixels (0.111×0.111mm) and high resolution ensure sharp text and fine graphics, even micro-sized fonts (6pt) remain legible. The 4-color gamut (Black/White/Red/Yellow) with precise optical performance—red state L*=25~28, a*=38~40; yellow state L*=55~62, b*=63~68; white state L*=64~65—enables multi-level information classification. The hard-coat antiglare surface eliminates glare under direct sunlight, maintaining readability in retail counters, logistics micro-tags, or outdoor portable devices. With an ultra-thin (0.9mm) and ultra-lightweight (0.87g) design, it fits seamlessly into space-constrained devices like smart badges and tiny data terminals, while ultra-low power consumption (≤3μA deep sleep) ensures long battery life without frequent replacements.

The YE0097A04-A0 4-color E-PAPER display module has a wide range of applications across multiple industries. In retail, it serves as micro electronic shelf labels for small-sized products (e.g., jewelry, small cosmetics), using 4-color display to classify product types (yellow for new arrivals, red for promotions, black text on white for regular prices)—helping customers quickly identify key information in compact display spaces. Its low power consumption (≤3μA deep sleep) eliminates frequent battery replacements, reducing retail maintenance costs. In logistics and warehousing, it functions as tiny cargo tags for small packages, displaying waybill numbers, destination codes, and inventory statuses with color-coded alerts (e.g., red for urgent, yellow for pending, white for normal), while withstanding transportation temperatures of -25~60℃ for up to 10 days. In smart wearables and portable sensors, its ultra-compact size and weight fit into fitness trackers, smart glucose monitors, and environmental sensors, serving as a low-power information display—showing real-time data like heart rate (red for abnormal), blood glucose levels (yellow for warning), or temperature. Additionally, in industrial control, it works as micro equipment status monitors for compact devices, using 4-color coding to indicate normal (white), warning (yellow), fault (red), and standby (black) states—supporting landscape/portrait modes to adapt to different device layouts. With ROHS2.0+HF+REACH compliance and rigorous reliability testing, it meets environmental and long-term use requirements in diverse micro-scenario applications.

4-Color Rich Display redefines comfortable viewing with its advanced e-paper technology that mimics the texture and light reflection of real paper. Unlike traditional luminous screens that emit harsh blue light, this 4-color e-paper relies on ambient light reflection to present images and texts, eliminating eye strain even during prolonged use—whether you're immersed in a colorful e-book, browsing vivid infographics, or reviewing annotated documents. The four carefully calibrated color gamuts (typically black, white, red, and yellow) deliver rich yet natural hues, avoiding the oversaturation that often causes visual fatigue. Even under bright sunlight or dim indoor lighting, the display maintains consistent contrast and color clarity, ensuring a comfortable viewing experience in any environment. Its ultra-low flicker and stable image rendering further enhance comfort, making it an ideal choice for scenarios requiring extended visual engagement.

With an ultra-compact outline dimension (15.25×31.00×0.9mm) and ultra-lightweight design (0.87±0.2g), the module fits seamlessly into space-constrained microelectronic devices (e.g., mini wearables, tiny sensors, micro labels) without adding bulk. Based on bi-stable E-Ink technology, it only consumes power during screen refresh (panel power consumption max 40 mAs @25℃) and enters ultra-low power deep sleep mode (≤3μA) after refresh—enabling long battery life (over 18 months with a 100mAh battery, refreshed once daily). The integrated JD79676 driver IC includes an on-chip booster/regulator, generating all required driving voltages (VCOM/VGH/VGL/VSH/VSL) internally, reducing external circuit complexity and optimizing power efficiency. It also supports low-voltage detection (LVD) and temperature-adaptive waveform adjustment (via internal I2C temperature sensor), ensuring stable performance in power-fluctuating and temperature-varying environments (0~40℃).

The YE0097A01 has passed rigorous reliability tests to ensure long-term stability: 240-hour high-temperature (40℃) and low-temperature (0℃) operation, 50 temperature cycles (-25℃~60℃), 168-hour high-temperature high-humidity (40℃, 90%RH) operation, and ESD testing (contact ±2KV/air ±8KV)—no functional failures or appearance defects occur. It supports a commercial temperature range of 0~40℃ (45~70%RH) and can withstand transportation/storage temperatures of -25~60℃ for up to 10 days. The hard-coat screen is scratch-resistant (3H hardness) and fingerprint-resistant, while ROHS2.0+HF+REACH compliance meets global environmental standards. With a designed service life of 3 years (under normal use: 25℃/60%RH, updated once daily), it meets long-term use requirements in industrial, retail, and wearable fields. The FPC+PI stiffener (0.30±0.03mm) enhances mechanical stability, adapting to small device installation needs.

Flexible Adaptation empowers the 4-color e-paper to shine across diverse scenarios, thanks to its inherent traits of ultra-thinness, low power consumption, and adaptable form factors. In consumer electronics, it seamlessly integrates into portable e-readers and smart notebooks—allowing users to annotate in distinct colors, display vivid illustrations for children’s books, or switch between reading materials and to-do lists with clear color-coded distinctions. For retail and logistics, it serves as dynamic smart shelf labels: the four calibrated hues enable intuitive differentiation of product categories, promotional tags (e.g., red for discounts), and inventory statuses, while its low power demand supports long-term use without frequent charging. In education and office settings, it transforms into lightweight interactive whiteboards or portable note-taking devices, where the 4-color display enhances information hierarchy—such as using specific colors for key points, annotations, or data highlights. Even in specialized fields like healthcare and industrial management, it adapts as compact patient information tags or equipment status displays, leveraging clear color cues to convey critical data efficiently. Its ability to perform stably in both indoor and outdoor environments further expands its application scope, making it a versatile choice for scenarios requiring both color expression and adaptive deployment.