This is a customized 192*64 dot-martrix COG module. It chooses DFSTN LCD mode, featured of improved high contrast and wide viewing angle. It is negtiave mode with white backlight, to achieve a display effect of white-on-black background.
This is a unique customized COG module, of segment plus 128*64 dot-martrix. The LCD mode is STN Gray Positive Reflective mode without backlight, achieving the display effect of dark blue text on gray white background.
This is a graphic COG module of 128*64 resolution. It is FSTN/Positive/Transflective mode with white backlight, 6:00 O' clock. This module is built in with driver IC ST7567A, defined as SPI interface.
This is a small size 128*64 dot-martrix LCD Display, built in with driver IC ST7567 connected by 14 PIN SPI interface. It is FSTN White-Black mode with white backlight.
This is a 240*160 dot matrix LCD module, which can be used for displaying text mode, graphic mode, and a combination of both. The LCD is FSTN positive mode with white backlight, achieving a display effect of white background with black letters.
This is a customized 135*160 dot-martrix COG module, is featured of its portrait mode. It is FSTN Positive mode with white backlight, with the classical display effect of black text on white background.
It is a large-size 128*64 graphic COG module. It is designed as FSTN/Positive/Transflective mode and is equipped with high-quality white backlight. to achieve a high contrast display effect of black text on white background.
This is a large-sized 128*64 graphic module. It boasts a bigger display area while maintaining the versatility and reliability that 128*64 dot matrix displays are known for. It is FSTN Positive mode with white backlight, achieving the high-contrast display of black text on white background.
The 128*64 dot-matrix LCD module is a popular and high cost-performance monochrome graphic LCD module that is designed to present texts or images. This 128*64 graphic LCD display mode is FSTN/white-Black mode, positive/transflective, with a white LED backlight, to achieve the classic black-on-white display effect.