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128×64 COG Graphic LCD Module | ST7567 | Low Power
This 128×64 dot-matrix COG (Chip On Glass) LCD display module is a high-reliability display solution engineered by DINSEN for industrial control, smart meters, consumer electronics, and embedded systems. Leveraging advanced Chip-On-Glass packaging technology, it delivers crisp, stable visual performance in a compact 53×40mm form factor, combining ultra-thin design, low power consumption, and universal compatibility—making it a cost-effective choice for small-to-medium size display applications.
Optimized for energy efficiency, it delivers clear visibility with ultra-low power draw, extending battery life for portable devices. The wide operating temperature range ensures reliable performance in industrial and outdoor applications.
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160×128 COG Graphic LCD Module | I2C/SPI | Low Power
This 160×128 COG (Chip-on-Glass) graphic LCD module offers a balanced medium resolution, perfectly positioned between a small 128×64 display and a large 240×128 panel. With 160×128 pixels, the display provides sufficient detail for a user-friendly interface while maintaining a compact size. It is compatible with most mainstream microcontrollers (MCUs) via a standard FPC interface, allowing for seamless integration into existing hardware designs with minimal development effort.
We also offer comprehensive customization services, including display mode, backlight, FPC shape/length, connector type, and firmware, to meet your unique project needs. All products come with a 3-year warranty and dedicated technical support.
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240×128 COG Graphic LCD Module | Low Power | I2C/SPI
The 240×128 COG graphic LCD module combines high resolution with space-saving design. By bonding the driver IC directly to the glass substrate (Chip on Glass technology), this module achieves a thickness significantly thinner than traditional COB modules while delivering 240×128 dots of sharp, high-contrast graphics.
This large-format COG display is ideal for applications requiring detailed information presentation — from industrial control interfaces to medical monitoring equipment.
