1.5 inch 128x64 COG LCD display module | STN(-) white on blue COG | ... Now Available!
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1.5"128x64 Graphic LCD Display Panel With ST7565R
This 1.5-inch 128x64COG LCD is a high-performance, small-size graphic display solution designed for embedded systems. At its core is a 1.8-inch, 128x64 pixel white background monochrome dot matrix LCD screen. It uses advanced COG (Chip on Glass) structural technology to integrate the driver chip directly on the glass substrate, achieving the ultimate compactness and high integration of the module. The core driving force of this module comes from its ST7565R controller, which, with the carefully optimized interface design, ensures excellent compatibility and plug-and-play connection convenience with most mainstream microcontrollers on the market, and easily supports docking control including classic 8051, PIC, AVR series, as well as popular Arduino platforms, ARM core processors and even Raspberry Pi single-board computers.
This 1.5-inch 128x64COG LCD model uses an innovative semi-transmissive optical mode. In a dark environment, its built-in yellow-green LED backlight can pass through the transparent liquid crystal layer, providing an extremely bright, clear and sharp yellow-green background display effect when lit, and an outstanding visual experience. In an environment with good natural light, due to the reflective characteristics of the product, the displayed content can be reflected to the viewer. In short, no matter what the environment, this 1.5-inch 128x64COG LCD screen can reflect high-quality display effects. It is worth adding that as an important member of the dot matrix COG product line, the manufacturer also provides a wealth of display mode options (covering various technical types such as STN(+/-), FSTN(+), DFSTN(-)), as well as a variety of appearance combinations, such as blue text on a gray background, black text on a white background, white text on a black background, etc. Users can also flexibly choose 6:00 (bottom viewing angle) or 12:00 (top viewing angle) as the best viewing direction according to the installation direction of the device to optimize the visual experience of the end user.
