| Availability: | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Quantity: | |||||||||
| Highly integrated industrial LCD display modules with 128x64 resolution, ultra-low power consumption, and flexible SPI/parallel interfaces. Ideal for industrial control, medical devices, automotive electronics, and smart home applications, providing reliable, long-lasting, and professional visualization solutions for instrumentation and specialized equipment. | |||||||||
This custom industrial LCD display module features a 128x64 “golden size” graphic dot matrix, capable of displaying Chinese, English, graphics, and UI elements with clear, high-quality visuals. Equipped with the ST7567 chip with built-in RAM and power circuit, it simplifies peripheral design and reduces overall system cost. The module supports both SPI and parallel interfaces for easy integration with a wide range of MCUs.
With extremely low power consumption, it is perfect for battery-powered devices. The module offers wide operating temperature range (-30℃~+80℃), long lifespan, and strong anti-interference capability, ensuring stable performance in harsh industrial, medical, automotive, and professional environments. LCD technology eliminates organic material aging, providing reliable, maintenance-free operation.
Practical Display: 128×64 resolution, the “golden size” for graphic dot matrix screens, providing ample space to present detailed information clearly.
Highly Integrated: Features a built-in RAM and power circuit, simplifying external circuitry and reducing overall system costs.
Ultra-Low Power Consumption: Designed for energy efficiency, making it ideal for portable and battery-powered devices.
Flexible Interface: Supports both SPI and parallel connections for easy integration with a wide range of MCUs.
Cost-Effective Solution: High integration delivers superior performance while maintaining excellent value.
![]() | ![]() | ![]() | ![]() |
Highly Integrated ST7567 Chip: Built-in RAM and power circuit simplify peripheral design, reduce system complexity, and lower overall costs.
Ample Display Capability: 128×64 “golden size” graphic dot matrix screen supports Chinese, English, graphics, and UI elements, providing enough information for most applications.
Ultra-Low Power Consumption: Optimized for battery-powered devices, offering battery life far exceeding that of color screens.
Exceptional Reliability: Wide operating temperature range, long lifespan, and strong anti-interference performance ensure stable operation in industrial, medical, automotive, and other harsh environments.
Flexible Interface Options: Supports SPI and parallel connections, enabling easy integration with various MCUs and abundant development resources.
Wide Operating Temperature Range: Operates reliably from -30℃ to +80℃ under diverse environmental conditions.
Long Lifespan & High Stability: LCD technology avoids organic material aging, ensuring durable and maintenance-free performance.
Proven Technology: Mature manufacturing process with high yield and consistent quality.
| Product specification information | |
| Model | G290 |
| Lattice number | 128*64 |
| Display type/perspective | FSTN| 6 O’CLOCK |
| Interface | 4L_SPI |
| Drive IC | ST7567 |
| Overall dimensions | 53.8mm X 34.7mmX 5.4mm |
| VA area size | 48.8mm X26.2mm |
| Power supply voltage | 3.3V |
| Display mode | Positive display, full transparency |
| Structure | LCD+BL |
| Connection method | PITCH 1.0 * 10PIN plug-in |
| Backlight circuit | 4LED If=60mA, Vf =3V |
This is the most classic and widely used application for our LCD modules.
Application Scenarios: CNC machine tool operation panels, PLC controller status displays, frequency converter panels, testing and measuring instruments (e.g., oscilloscopes, multimeters), smart meters, water/gas meters, and auxiliary displays for industrial touchscreens.
Reasons for Selection:
High Reliability: Wide operating temperature range (typically -20℃ to +70℃) ensures stable performance in harsh industrial environments.
Rich Information Display: 128×64 resolution provides sufficient space to show multiple lines of parameters, real-time data, simple waveforms, settings menus, and alarm notifications.
Cost Controllable: Optimized design ensures functional requirements are fully met while keeping production costs efficiently manageable.The cost is much lower than that of color TFT screens.
![]() |
|
Application Scenarios: Blood glucose meters, electronic blood pressure monitors, pulse oximeters, portable electrocardiogram (ECG) machines, and infusion pump display interfaces.
Reasons for Selection:
Ultra-Low Power Consumption: Significantly extends battery life, a critical requirement for portable medical devices.
Clear and Precise Display: Accurately shows physiological parameters, measurement results, waveforms, and operational instructions.
High Stability and Reliability: Meets the stringent performance and safety standards required for medical equipment.
|
|
Application Scenarios: In-car diagnostic devices (OBD), reverse radar displays, car audio information screens, on-board computer displays, and tire pressure monitoring system (TPMS) terminals.
Reasons for Selection:
Environmental Adaptability: Operates reliably under wide temperature fluctuations and withstands electromagnetic interference typical inside vehicles.
Wide Viewing Angle: Provides clear, easy-to-read information from the driver’s perspective.
Practical Functionality: Perfectly suited for displaying vehicle data, diagnostic information, audio lists, and other essential in-car information.

Application Scenarios: Smart thermostats, air purifier control panels, advanced remote controls, coffee machines, washing machine status screens, and fitness equipment dashboards.
Reasons for Selection:
Enhanced User Experience: Offers a more intuitive and flexible graphical interface compared to traditional segmented screens.
High Cost-Effectiveness: Improves the perceived quality of household appliances while keeping overall device costs under control.
Simple Integration: SPI interface allows easy connection with various main control chips.
Application Scenarios: Communication testing devices, network switch/router status screens, scientific research instruments, electronic scales, and security alarm panels.
Reasons for Selection:
Professional Focus: Single-color display ensures focused, glare-free visualization, ideal for professional environments.
Customizable Display: Freely define content, draw logos, and create custom icons to meet specific application needs.
Long Lifespan: No risk of screen burn-in, suitable for devices requiring continuous or year-round operation.
The G290 works with most 8-bit, 16-bit, and 32-bit MCUs (e.g., Arduino Uno/Nano, STM32F103, PIC18F4550) via its 4L_SPI or parallel interface. No custom drivers are required—standard SPI libraries or parallel I/O pins can control the module.
At 3.3V, the module consumes ~10mA during normal operation (display + backlight) and ~2mA in standby mode (display off, backlight off). This is significantly lower than color LCDs (which often exceed 50mA).
Yes—customizations include display content (logos, icons), backlight color (white, yellow, or red), and interface options (e.g., longer PIN cables for large equipment). Contact our team for minimum order quantities (MOQs) for custom versions.
Thanks to LCD technology (no organic material aging), the G290 has a typical lifespan of 50,000+ hours (over 5 years of continuous operation). The backlight LEDs can be replaced if needed, extending the module’s usable life further.
Yes—the module uses a standard 1.0mm pitch 10PIN plug-in connector, which fits most industrial PCB sockets. Installation requires only basic soldering or socket mounting, and technical documentation (including wiring diagrams and driver examples) is provided for free.