8.0 Inch TFT LCD Display With LVDS Interface From China Manufacturer Now Available!
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1.5 inch 128x64 COG LCD display module | STN(-) white on blue COG | ST7565R
In the trend of miniaturization of embedded devices, this 1.5-inch 128x64 COG LCD liquid crystal display module has become an ideal visual solution for space-sensitive applications with its breakthrough design. Its core adopts the advanced COG (Chip on Glass) process to directly encapsulate the driver chip on the glass substrate, achieving the ultimate compression of the module volume and thickness, and provides convenient solder-free connector assembly/disassembly through FPC with metal pins, perfectly solving the space and installation problems of the human-machine interface in compact devices. To ensure wide applicability, the module is equipped with a mature ST7567 controller and optimized interface, seamlessly compatible with mainstream platforms from classic 8051/PIC/AVR to modern Arduino/ARM/Raspberry Pi, and the plug-and-play feature significantly reduces the development threshold and accelerates product implementation.
In terms of optical performance, the 1.5-inch 128x64 COG LCD liquid crystal display module has an innovative full-transparent display mode that intelligently adapts to the environment: white backlight penetration in dark light ensures bright display, ensuring reliable visibility in all scenarios from industrial control cabinets to outdoor equipment. To meet diverse needs, it supports deep customization - optional STN/FSTN/DFSTN display technology and gray-blue/white-black/black-white and other appearance combinations, and can preset 6:00 (bottom view) or 12:00 (top view) optimal viewing angles according to the device installation location (such as under the console or on the top of the instrument), ensuring that end users always have a natural and comfortable reading experience. This display screen, which integrates extremely compact structure, convenient connection, wide compatibility, environmental adaptive display and multi-dimensional customization capabilities, is the first choice for optimizing human-computer interaction in the fields of industrial instruments, portable medical and smart hardware.
