The YOK150MMI-Q1 is a 1.5-inch monochrome OLED display module designed for embedded systems, industrial electronics, smart devices, and development platform applications. Featuring a 128×128 high-resolution display, SH1107 controller IC, and IIC communication interface, the module delivers clear visual performance, low power consumption, and simplified hardware integration.
Supporting both 3.3V and 5V logic systems, the module is compatible with STM32, Arduino, Raspberry Pi, MSP430, C51, and other mainstream embedded control platforms.
Available in monochrome white and blue display versions, the YOK150MMI-Q1 is suitable for industrial instruments, portable devices, smart home products, IoT systems, and embedded display applications.
| Item | Specification |
|---|---|
| Model Number | YOK150MMI-Q1 |
| Display Size | 1.5 Inch |
| Display Type | OLED Monochrome Display |
| Resolution | 128 × 128 Pixels |
| Driver IC | SH1107 |
| Display Colors | White / Blue |
| Interface Type | IIC |
| Viewing Angle | >160° |
| Working Voltage | 3.3V / 5V |
| Power Consumption | Approx. 0.06W |
| Communication Method | IIC Serial Interface |
| Operating Temperature | Industrial Temperature Support |
| Application | Embedded / Industrial Systems |
| Certification | CE / RoHS |
The 128×128 resolution provides sharp image rendering, clear text display, and smooth graphical performance for embedded user interfaces, icons, menus, and instrument displays.
OLED self-emissive technology delivers high contrast visual output and stable readability in different lighting environments.
The IIC communication interface reduces the number of required MCU pins, helping simplify PCB routing and hardware integration for embedded applications.
Data transmission is completed through SCL and SDA communication lines, supporting stable and efficient system communication.
Compatible with multiple embedded development platforms including:
Suitable for industrial integration, educational development, and smart device applications.
Supporting both 3.3V and 5V logic systems, the module can be connected directly to various microcontroller platforms without requiring additional voltage conversion components.
With viewing angles greater than 160 degrees, the display maintains stable visibility from multiple directions, making it suitable for portable instruments, control terminals, and embedded display systems.
Compared with traditional TFT display technologies, the OLED structure provides significantly lower power consumption, making the module suitable for battery-powered electronics and portable applications.
Typical operating power consumption is approximately 0.06W.
The module is designed for continuous operation and supports reliable long-term display performance for industrial electronics and embedded system applications.
Integrated power stabilization circuitry helps maintain stable display operation.
The module hardware architecture includes:
The OLED self-emissive structure eliminates the need for a traditional backlight control circuit, helping simplify overall hardware design.
The module supports selectable IIC slave addresses through hardware resistor configuration.
The address selection feature supports flexible integration into multi-device IIC communication systems.
The YOK150MMI-Q1 is suitable for:
| Pin | Function |
|---|---|
| GND | Power Ground |
| VCC | Power Input (3.3V / 5V) |
| SCL | IIC Clock Signal |
| SDA | IIC Data Signal |
| RES | Reset Control |
Each module undergoes inspection and functional verification before shipment to support stable operation and reliable display performance.
Verification procedures include:
Customization and technical support services available for integration projects:
The YOK150MMI-Q1 combines high-resolution OLED technology, simplified IIC communication, low power consumption, and reliable SH1107 controller performance in a compact 1.5-inch display solution.
It is an ideal choice for embedded systems, industrial electronics, smart devices, IoT equipment, and development applications requiring efficient integration, stable display performance, and dependable long-term operation.
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