The YE0097A01 E-PAPER display module stands out in ultra-micro scenarios with its 228 DPI high resolution and 3-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 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 YE0097A01 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 3-color display to highlight promotional items (red), price tags (black text on white), and new arrivals—enabling customers to 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 shipments), 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, blood glucose levels, or temperature. Additionally, in industrial control, it works as micro equipment status monitors for compact devices, using color coding to indicate normal (white), warning (red), and fault (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.

The YE0097A01 features an ultra-compact outline dimension (15.25×31.00×0.9mm) and ultra-lightweight design (0.87±0.2g), making it ideal for microelectronic devices where space is critical. Its 228 DPI high resolution and square pixels (0.111×0.111mm) deliver sharp text and fine graphics—even micro-sized content like 6pt fonts or small barcodes remains legible. The 3-color display (Black/White/Red) with precise color performance (red state L*=25~26.5, a*=38~40 typ.; white state L*=64~65) enables clear information classification, while the high contrast ratio (typ. 5.9:1) ensures visibility in various lighting conditions. The pure reflective mode eliminates backlight power consumption, and the hard-coat antiglare surface reduces glare under direct sunlight, maintaining readability in outdoor or bright indoor scenarios (e.g., retail counters, outdoor sensors).

Based on bi-stable display technology, the module only consumes power during screen refresh—panel power consumption is 80 mAs (max. at 25℃), while deep sleep mode current is ≤3μA. When paired with a small lithium battery (e.g., 100mAh), devices like micro electronic shelf labels refreshed once daily can operate for over 18 months without replacement. The integrated on-chip booster generates VCOM, Gate (VGH/VGL), and Source (VSH1/VSH2/VSL) driving voltages internally, reducing external circuit complexity and optimizing power efficiency. It also supports low-voltage detection (LVD) to monitor battery status (VCC: 2.3~3.6V) and high-voltage ready detection to prevent abnormal operation due to insufficient driving voltages, ensuring stable performance in power-fluctuating environments. The internal temperature sensor (I2C interface) enables real-time temperature monitoring and waveform adjustment, maintaining display stability under temperature fluctuations (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 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.

The module uses an 18-pin 0.5mm ZIF Socket, which is compact and easy to integrate into micro devices. It supports 3-wire/4-wire SPI interfaces (selectable via the BS pin) and I2C for internal temperature sensors, compatible with most microcontrollers (e.g., Arduino, STM32) and embedded systems—no complex driver development required. The SSD1682 driver IC ensures stable signal processing, while 10-byte OTP space stores module identification (e.g., production batch, serial number) for easy device management. Additionally, it offers customizations like FPC length, cover glass processing, and waveform parameters: FPC can be shortened to fit ultra-compact device layouts; cover glass can be processed with anti-glare/anti-fingerprint coatings for specific environments; waveform parameters can be calibrated via OTP to optimize contrast for micro-display scenarios. The easy-to-tear sticker design simplifies mass production assembly, reducing manufacturing time.