12 O’Clock Graphic LCD Module with Backlight

The G010 module has a model number of G010, with a lattice number of 128*32. Its display type is STN, and the viewing angle is 12 O’Clock. It supports a 4L_SPI interface and uses the ST7567 driver IC. The overall dimensions are 63mm X 33.5mm X 2.0mm, and the VA area size is 59mm X 17.5mm. It operates on a 3.3V power supply voltage, featuring a positive display mode with full transparency. Its structure is LCD, with customizable backlight options (positive/negative in white, blue, or green). The connection method adopts PITCH 0.5*10PIN plug-in.

Advanced Performance Dimensions

Display Performance & Viewing Angle

Purpose-built for fixed installations like wall-mounted control panels and instrument top bars, the 12 O'Clock viewing angle utilizes mature STN technology. It maintains exceptional clarity within a ±30° offset from a top-down perspective. The positive display mode allows for effortless reading in well-lit environments even without a backlight, significantly elevating the visual experience while conserving energy.

High Integration & Space Savings

Driven by the powerful ST7567 chip, this module features built-in 512 bytes of RAM and a dedicated power circuit. This high level of integration removes 4 to 6 external components, saving up to 30% of PCB space. The ultra-thin 2.0mm profile is the perfect match for narrow enclosures, such as advanced remote controls and smart thermostats.

Ultra-Low Power Consumption

Operating on a low 3.3V power supply with a current draw of less than 6mA, this screen drastically reduces system energy demands. For portable, battery-reliant equipment like handheld OBD scanners and medical oxygen monitors, this efficiency translates to vastly extended operational lifespans, reducing the frequency of battery replacements for the end-user.

Wide Environmental Adaptability

Engineered to survive extreme conditions, the screen functions flawlessly across an industrial-grade temperature range of -20℃ to +80℃. Coupled with robust anti-electromagnetic interference (EMI) capabilities, it guarantees stable, flicker-free readouts amidst the intense heat of automotive cabins or the electrical noise of heavy factory floors.

Fast Data Transmission

Equipped with a highly responsive 4L_SPI interface supporting up to 10MHz clock speeds, the module ensures zero-latency screen refreshes. Whether rendering multiple lines of parameters, real-time data, simple waveforms, or dynamic information, the display keeps pace with high-speed industrial and automotive systems.

Customization & Versatility

Adaptability is at the core of this module's design. With customizable backlight options in white, blue, or green, and support for both positive and negative display modes, it seamlessly aligns with diverse UI designs. It is widely applicable across industrial HMI, portable medical devices, automotive electronics, and smart home systems.

Quality Control & Mass Production Reliability

Built with a durable LCD structure immune to organic aging, the screen boasts a lifespan exceeding 60,000 hours—often outlasting the host device itself. Backed by a phenomenal 99.5% mass production yield rate, it provides automotive OEMs and large-scale manufacturing projects with unwavering quality consistency and strict cost control.

 Industrial Control & HMI 

Application scenarios: CNC machine tool operation panel, PLC controller status display, frequency converter panel, testing and measuring instruments (such as oscilloscopes, multimeters), smart meters/water meters/gas meters, auxiliary display of industrial touch screens.

Reason for selection:

High reliability: Wide temperature characteristics (usually -20 ℃~+70 ℃) suitable for harsh industrial environments.

Rich information display: 128x64 resolution is sufficient to display multiple lines of parameters, real-time data, simple waveforms, setting menus, and alarm information.

Cost controllable: Under the premise of meeting functional requirements, the cost is much lower than that of color TFT screens.

 Portable Medical Devices 

Application scenarios: blood glucose meter, electronic blood pressure monitor, blood oxygen saturation monitor, portable electrocardiogram (ECG) machine, infusion pump display interface.

Reason for selection:

Extremely low power consumption: greatly extends the battery life of battery powered devices, which is a key indicator of medical equipment.

Clear display: able to clearly display physiological parameters, measurement results, waveforms, and operating instructions.

Strong stability: meets the stringent requirements of medical equipment for stability and reliability.

 Automotive Electronics 

Application scenarios: In car diagnostic device (OBD), reverse radar display, car audio information screen, on-board computer display, tire pressure monitoring system (TPMS) display terminal.

Reason for selection:

Environmental adaptability: able to withstand wide temperature changes and electromagnetic interference inside the car.

Wide viewing angle: Clear and easy to read from the driver's perspective.

Practical Function: Perfectly adapted to display vehicle data, diagnostic information, audio lists, and other needs.

 Smart Home & Consumer Electronics 

Application scenarios: smart thermostat, air purifier control panel, advanced remote control, coffee machine, washing machine status screen, fitness equipment (such as treadmill) dashboard.

Why Partner With Us

Selecting the right component supplier is a critical decision that impacts your entire production line. We are dedicated to providing not just superior hardware, but a comprehensive manufacturing advantage that streamlines your operations.

• Uncompromising Yield Consistency: With a proven 99.5% yield rate, we ensure that every batch you receive meets the exact same rigorous standards, preventing costly assembly line halts and reducing material waste.

• Deep Customization Capabilities: We understand that off-the-shelf rarely fits perfectly. Our engineering team works closely with you to tailor backlighting colors, connection pins, and display modes to your exact device specifications.

• Supply Chain Resilience: As a premier manufacturer, we maintain robust raw material sourcing and streamlined production pipelines, guaranteeing on-time delivery even for massive, high-volume manufacturing orders.

• Long-Term Durability Guarantee: By utilizing materials that resist organic aging and endure extreme temperatures, we provide components that protect your brand's reputation for reliability over decades of field use.

We act as an extension of your own manufacturing ecosystem, delivering the technical precision and scalable capacity required to dominate your specific market sector.

What is the difference between 6 O'Clock and 12 O'Clock viewing angles?

6 O'Clock is for bottom-up viewing (e.g., handheld devices), while 12 O'Clock is for top-down viewing (e.g., wall-mounted panels)—the G010 is optimized for fixed, top-view installations.

Can the module be used without a backlight?

Yes. The positive display mode is readable in well-lit environments (e.g., living rooms) without a backlight, saving power.

Does the 4L_SPI interface support fast data transmission?

Yes. The 4L_SPI interface supports up to 10MHz clock speed, ensuring quick updates for dynamic data (e.g., car RPM).

How does the built-in ST7567 controller impact my PCB layout?

The ST7567 driver IC integrates 512 bytes of RAM and its own power circuit directly into the module. This eliminates the necessity for 4 to 6 peripheral components on your main board, reducing routing complexity, minimizing potential points of failure, and saving approximately 30% of your valuable PCB real estate.

Can this LCD module operate efficiently without engaging the backlight?

Absolutely. Because it utilizes a positive display mode with full transparency, the dark pixels contrast sharply against the natural background in well-lit environments. Disabling the backlight in these conditions further reduces the already low power consumption, maximizing battery life for portable equipment.

Is the 4L_SPI interface fast enough for real-time automotive diagnostics?

Yes, the 4L_SPI interface supports clock speeds up to 10MHz. This high-speed data transmission ensures that rapidly changing metrics, such as engine RPMs, live tire pressure updates, or real-time sensor waveforms, are rendered instantly on the 128x32 lattice without any ghosting or visual lag.

How does the module perform in environments with heavy machinery?

The display is engineered with strong anti-electromagnetic interference (EMI) properties and a wide industrial operating temperature range of -20℃ to +80℃. This ensures that electrical noise from factory motors, frequency converters, or automotive engines will not cause screen flickering, freezing, or data corruption.