GME12864-12 Graphic LCD Module - 128x64 Pixels, Industrial-Grade

GME12864-12 Product Description
        GME12864-12 is a graphic LCD display module designed to meet the needs of various industrial applications. This product adopts a 128x64 dot matrix display format, providing clear and stable image quality, ensuring excellent visibility even in harsh industrial environments. It has a variety of interface options, including parallel 8080 interface, SPI serial interface, etc., making it easy and fast to connect to a microcontroller or other control unit. In addition, the module also has extremely low power consumption characteristics, suitable for battery-powered or energy-constrained applications. A wide operating temperature range, from -20°C to +70°C, ensures that it can maintain consistent performance in different environments. GME12864-12 also supports backlight adjustment, which can adjust the brightness according to actual needs to save power, and has a built-in contrast controller to optimize the viewing experience. These features together form a rugged, easy-to-use display solution that is ideal for a variety of industrial control panels, medical instruments, and other applications that require reliable display output.

GME12864-12 Product Performance Features
        1. Resolution display: 128x64 pixel dot matrix, ensuring clear image details.
        2. Port compatibility: Provides parallel 8080 and SPI interfaces for quick integration.
       3.Operating range: Adapt to the operating temperature range of -20°C to +70°C.
        4.Power-saving design: Especially suitable for energy-sensitive application scenarios.
        5.Backlight intensity: Automatically or manually adjust the brightness according to the ambient light.
        6.Contrast control: Optimize image quality and improve readability.
GME12864-12 Application Cases
Case 1: Monitoring Terminal for Smart Agricultural Irrigation System
        In a modern smart agriculture project, GME12864-12 was selected as the core display component of the irrigation control system. The project aims to optimize crop growth conditions and reduce water waste by precisely controlling water supply. With its high resolution and wide viewing angle, GME12864-12 can clearly display important parameters such as soil moisture levels, weather forecast information, and irrigation plans. Due to the use of low-power technology, it can operate for a long time under solar power supply, reducing dependence on traditional power grids. At the same time, its wide temperature operating range ensures stable operation even in high summer temperatures or cold winter conditions. More importantly, the multiple interface options provided by the module make it easy to connect to existing control systems, simplifying the installation process. By using GME12864-12 as the display interface, farmers can now understand the farmland conditions more intuitively, so as to make more scientific and reasonable decisions and realize the intelligent transformation of agricultural production.
Case 2: Human-computer interaction interface of portable medical devices
        For a new portable electrocardiograph, choosing a suitable display solution is crucial. Considering the portability and reliability requirements of the equipment, engineers finally decided to use GME12864-12 as the main component of the human-computer interaction interface. This display module not only has sufficient resolution to present complex ECG waveforms, but also has good contrast and brightness adjustment functions to ensure that doctors can accurately interpret data under various lighting conditions. In order to extend battery life, the low power design of GME12864-12 has become one of the key factors. In addition, its compact size and lightweight structure are also in line with the design concept of portable medical devices. By integrating GME12864-12 into the electrocardiograph, the manufacturer has successfully created a practical and efficient medical tool, which greatly improves diagnostic efficiency and service quality. User feedback shows that the new display system significantly improves the user experience, making the operation easier and more user-friendly, while also improving the accuracy of diagnostic results.
Case 3: Status monitoring screen for automated production lines
         A large manufacturing company is upgrading its old production lines, and one of the key points is to introduce an advanced status monitoring system to improve overall operational efficiency. In this process, GME12864-12 stood out with its excellent performance and became an important part of the new system. As a status monitoring screen on the production line, GME12864-12 is responsible for real-time updates of key indicators such as machine operation status, fault warning information, and production progress. Its high resolution and wide viewing angle ensure that all relevant information can be clearly conveyed to the operator, avoiding losses caused by visual misjudgment. Moreover, thanks to its wide operating temperature range, GME12864-12 can maintain stable working conditions whether in hot summer or cold winter. More importantly, the multiple interface options provided by the module greatly simplify the docking process with existing systems and reduce the cost of transformation. Since it was put into use, this condition monitoring system based on GME12864-12 has helped the factory effectively reduce downtime, improve product quality, and inject new impetus into the sustainable development of the enterprise.