1.8" 128x64 Graphic LCD Module | Yellow-green backlight STN (+) LCD | COG LCD with ST7567 controller

This 1.8" 128x64 Graphic LCD Module is an ideal choice for engineers. It is based on a yellow-green background monochrome display. The core lies in its advanced glass-based chip structure (COG), which precisely integrates the controller and display unit on the glass substrate, which not only significantly reduces the module size, but also improves the overall reliability and stability of electrical connections. It is based on a yellow-green background monochrome display. The core lies in its advanced glass-based chip structure (COG), which precisely integrates the controller and display unit on the glass substrate, which not only significantly reduces the module size, but also improves the overall reliability and stability of electrical connections.

The core driving force of this module comes from the built-in ST7567 controller, which, combined with its efficient interface design, gives it excellent compatibility and ease of use. Whether it is the classic 8051, PIC, AVR microcontroller, or the popular Arduino, ARM platform, or even the powerful Raspberry Pi single-board computer, it can be easily docked and controlled, greatly simplifying the development process. In terms of physical connection, the module is equipped with an FPC (flexible printed circuit) interface as standard, and a convenient ZIF (zero insertion force) connector solution can be flexibly selected. This compact and user-friendly connection design enables the module to be quickly and easily assembled and disassembled, and efficiently integrated into various driver boards or final products, significantly improving production and maintenance efficiency.

The excellence of HTG12864-20R-01Y-28C10-V02 lies in its carefully designed semi-transparent and semi-reflective optical properties, which directly determines its excellent performance in all-weather and full-light environments. In an environment with sufficient natural light, the module can cleverly use the principle of light reflection to present the display content clearly and sharply, effectively reducing power consumption. When the light is dim or used at night, the built-in white LED backlight immediately comes into play, and the light evenly illuminates the screen through the polarizer, which also ensures clear and readable information. This intelligent light adaptation capability ensures that users can get a stable and reliable visual experience regardless of the lighting conditions.

As a member of the dot matrix COG product line, the module provides a wealth of display customization options. Users can flexibly choose a variety of eye-catching color combinations such as gray background blue text, white background black text, black background white text, blue background white text, etc. according to project requirements. At the same time, it also supports multiple display modes, including STN(+), STN(-), FSTN(+) or DFSTN(-) to meet the requirements of display contrast, viewing angle and response speed in different application scenarios. To further optimize the user experience, the module also allows users to select 6:00 or 12:00 as the best viewing angle according to the actual installation direction, ensuring that after the device is integrated, users can get the clearest display content in the most comfortable posture.

In order to meet the diverse integration needs, in addition to the standard FPC connection solution, the manufacturer also provides customized connection options including metal PIN pins or zebra strips to ensure that the module can be seamlessly integrated into various structural designs. It is trustworthy that all products in this series strictly comply with RoHS environmental protection standards, reflecting the responsibility for environmental protection. In summary, HTG12864-20R-11Y-28C10-V02 provides developers with a high-performance and high-reliability graphics display solution with its compact and rugged structure, strong compatibility, excellent all-weather display capabilities, and flexible customization options.