Place of Origin:
GuangDong, China
Brand Name:
XXT
Model Number:
YOK154MGS-Q1(MSP154X)
The YOK154MGS-Q1 is a 1.54-inch monochrome OLED display module designed for embedded electronics, industrial control systems, smart devices, and development platform applications. Powered by the SSD1309 controller IC, the module features a 128×64 resolution, high-contrast OLED technology, and flexible SPI/IIC communication support for stable and efficient display integration.
Compatible with STM32, Arduino, Raspberry Pi, MSP430, C51, and other mainstream development platforms, the module supports 3.3V and 5V logic systems without requiring additional level conversion circuitry.
Available in multiple monochrome display options including white, blue, and yellow-blue combinations, the YOK154MGS-Q1 is suitable for industrial instruments, embedded terminals, IoT devices, wearable electronics, and portable equipment.
| Item | Specification |
|---|---|
| Model Number | YOK154MGS-Q1 |
| Display Size | 1.54 Inch |
| Display Type | OLED Monochrome Display |
| Resolution | 128 × 64 Pixels |
| Driver IC | SSD1309 |
| Display Colors | White / Blue / Yellow-Blue |
| Interface Type | SPI / IIC |
| Communication Mode | 4-Wire SPI (Default) |
| Viewing Angle | >160° |
| Working Voltage | 3.3V / 5V |
| Power Consumption | Approx. 0.06W |
| Operating Temperature | Industrial Temperature Support |
| Application | Embedded / Industrial Systems |
| Certification | CE / RoHS |
OLED self-emissive display technology provides sharp monochrome image performance with clear text and graphical display output. The 128×64 resolution supports stable rendering for embedded interfaces, menus, icons, and instrument displays.
The module supports both SPI and IIC communication protocols, allowing flexible integration with different MCU platforms and embedded hardware environments.
The default configuration uses a 4-wire SPI interface for efficient signal transmission and stable communication performance.
Compatible with multiple embedded development platforms including:
Suitable for educational development, embedded system integration, and industrial product applications.
Supporting both 3.3V and 5V logic systems, the module can be integrated directly into various embedded platforms without requiring additional level conversion components.
With viewing angles greater than 160 degrees, the display maintains clear visibility from multiple directions, making it suitable for control panels, portable instruments, and embedded display systems.
Compared with traditional TFT display solutions, the OLED structure offers significantly lower power consumption, making the module suitable for battery-powered products and portable electronic applications.
Typical display power consumption is approximately 0.06W.
The module is designed for long-term stable operation and supports demanding embedded and industrial applications requiring reliable display performance.
Multiple reliability verification procedures help support consistent operational stability.
The module supports both SPI and IIC communication modes through hardware resistor configuration.
The module hardware structure includes:
The integrated voltage stabilization design supports stable power delivery and reliable OLED operation.
The YOK154MGS-Q1 is suitable for:
| Pin | Function |
|---|---|
| GND | Power Ground |
| VCC | Power Input (3.3V / 5V) |
| SCL | Clock Signal |
| SDA | Data Signal |
| RES | Reset Signal |
| CS | Chip Select |
| DC | Data / Command Selection |
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 YOK154MGS-Q1 combines high-contrast OLED technology, flexible SPI/IIC interface support, low power consumption, and reliable SSD1309 controller performance in a compact 1.54-inch display solution.
It is an ideal choice for embedded systems, industrial electronics, IoT devices, portable instruments, and development applications requiring stable display performance, efficient integration, and dependable long-term operation.
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