0.69 Inch OLED Display Module with 96×16 Resolution and I2C Interface
The 0.69-inch OLED display module is a high-performance passive matrix display featuring monochrome white output and 1/16 drive duty. Its compact, precision-engineered design ensures stable drive control, while the optimized mechanical structure simplifies integration into space-constrained electronic devices.
Key Features
96*16 high-definition resolution with 0.18*0.20mm pixel pitch for sharp text and pattern display
17.26*3.18mm active display area, tailored for small-screen applications
Monochrome white display with reliable passive matrix technology
I2C interface for universal compatibility with mainstream control systems
Ultra-compact module size (24.0*6.9*1.25mm) to save installation space
Wide operating temperature range (-20℃ to +70℃) for diverse environments
RoHS compliant, meeting international environmental safety standards
Technical Specifications
| Display Type |
0.69" OLED |
| Display Mode |
Passive Matrix |
| Display Color |
Monochrome (White) |
| Resolution |
96 * 16 |
| Driver IC |
SSD1312 |
| Drive Duty |
1/16 Duty |
| Module Size |
24.0(W) * 6.9(H) * 1.25(T) mm |
| Active Area |
17.26(W) * 3.18(H) mm |
| Pixel Pitch |
0.18(W) * 0.20(H) mm |
| Interface |
I2C |
| Operating Temperature |
-20℃ to +70℃ |
| Storage Temperature |
-30℃ to +80℃ |
| RoHS Compliance |
YES |
Applications
Ideal for space-constrained devices including portable instruments, smart sensors, industrial controllers, and Arduino-based projects. The compact form factor provides flexibility for product structure design, while stable performance ensures reliable operation in various scenarios.
Reliability & Performance
This module adopts a robust passive matrix design and undergoes strict quality control, ensuring long-term stable operation without performance degradation. Its wide temperature adaptability and precise mechanical dimensions make it a reliable choice for small-screen display needs, with low integration failure risk.
Module Dimensions
Various Application Scenarios
Manufacturing Technique
Packaging & Shipping
