9.7 E Ink Display 960*672 Resolution 24pin Low Power Consumption E Ink Screen

The YE097A01 E-PAPER display modules have a wide range of applications across multiple industries. In retail stores, they serve as electronic shelf labels, enabling real-time updates of product prices, stock levels, and promotional information—their low power consumption eliminates frequent battery replacements. In logistics and warehousing, they function as smart cargo labels, displaying waybills, destination details, and inventory statuses, withstanding harsh transportation conditions (-25~60℃ for up to 10 days). In smart homes and offices, they act as digital notice boards or control panels, showing schedules, weather forecasts, or device statuses, and their paper-like visual experience reduces eye strain during long-term viewing. Additionally, in educational institutions, they work as electronic nameplates or classroom information displays, supporting landscape and portrait modes to adapt to different installation environments. With their reliable performance, low power consumption, and versatile design, these modules meet the diverse needs of modern smart scenarios.

Adopting pure reflective display technology without a backlight module, the YE097A01 delivers a visual effect identical to traditional paper—its white state reflectance reaches 35% (typ.), black state L* value is 13~14, and contrast ratio is 15 (typ.), ensuring clear and sharp content. The hard-coat antiglare surface reduces glare under direct sunlight, maintaining readability even in outdoor environments. With an ultra-wide viewing angle, there is no color or brightness deviation when viewed from any direction, making it suitable for multi-person viewing scenarios like retail shelves or office dashboards. Additionally, it supports both landscape and portrait modes, adapting to different installation orientations.

Based on bi-stable display technology, the module only consumes power during screen refresh—panel power consumption during update is 250 mAs (max.) at 25℃, and deep sleep mode current is ≤3μA. When paired with a standard lithium battery, its service life can extend from several months to years depending on refresh frequency: for example, electronic shelf labels refreshed once daily can operate for over 12 months without battery replacement. The integrated on-chip booster and regulator control generates driving voltages (VCOM, Gate, Source) internally, reducing external circuit complexity and further optimizing power efficiency. This makes it ideal for battery-powered devices in remote or hard-to-maintain scenarios.

The YE097A01 module features excellent environmental adaptability: it operates stably at 0~35℃ (45~70%RH) and can withstand transportation temperatures of -25~60℃ for up to 10 days. It has passed rigorous reliability tests, including 240-hour high-temperature (40℃) and low-temperature (0℃) operation, 50 temperature cycles (-25℃~60℃), and 168-hour high-temperature high-humidity (40℃, 90%RH) operation—ensuring no functional failures or appearance defects. The hard-coat screen is scratch-resistant and fingerprint-resistant, preventing damage from daily friction. With no liquid crystals or organic light-emitting materials, there is no "screen burn-in" risk, and the designed service life is 5 years (under normal use: 0~35℃, 45~70%RH, updated once daily), meeting long-term use requirements in industrial, retail, and logistics fields.

The module supports 3-wire/4-wire SPI interfaces, selectable via the BS1 pin—compatible with most microcontrollers, PLCs, and embedded systems, requiring no complex driver development. It includes an internal temperature sensor (and supports external temperature sensors via I2C) for real-time temperature monitoring and waveform adjustment, ensuring stable performance under temperature fluctuations. The on-chip display RAM and 10-byte OTP space simplify data storage and module identification. Additionally, it offers rich commands for display control, such as RAM address setting, VCOM adjustment, and deep sleep mode, enabling customization for different application scenarios. The 24-pin 0.5mm ZIF Socket connector ensures secure and easy installation, reducing integration difficulty for developers.