| Display Type | OLED |
| Brand name | WISEVISION |
| Size | 0.32 inch |
| Pixels | 60x32 Dots |
| Display Mode | Passive Matrix |
| Active Area(A.A) | 7.06×3.82mm |
| Panel Size | 9.96×8.85×1.2mm |
| Color | White(Monochrome) |
| Brightness | 160(Min)cd/m² |
| Driving Method | Internal supply |
| Interface | I²C |
| Duty | 1/32 |
| Pin Number | 14 |
| Driver IC | SSD1315 |
| Voltage | 1.65-3.3 V |
| Operational Temperature | -30 ~ +70 °C |
| Storage Temperature | -40 ~ +80°C |
X032-6032TSWAG02-H14 COG OLED Display Module - Technical Datasheet
Product Overview
The X032-6032TSWAG02-H14 represents a cutting-edge COG (Chip-on-Glass) OLED solution, integrating the advanced SSD1315 driver IC with I²C interface for superior system integration. Engineered for high-efficiency applications, this module delivers exceptional optical performance with optimized power consumption.
Technical Specifications
• Display Technology: COG OLED
• Driver IC: SSD1315 with I²C interface
• Power Requirements:
Performance Characteristics
✓ Operating Temperature: -40℃ to +85℃ (industrial-grade reliability)
✓ Storage Temperature: -40℃ to +85℃ (robust environmental tolerance)
✓ Brightness: 300 cd/m² (typical)
✓ Contrast Ratio: 10,000:1 (minimum)
Key Advantages
Target Applications
Mechanical Properties
Quality Assurance
For application-specific customization or technical support, please contact our engineering team. All specifications are verified under standard test conditions and subject to product improvements.
Why Choose This Module?
The X032-6032TSWAG02-H14 combines industry-leading OLED technology with robust construction, delivering unmatched reliability for mission-critical applications. Its low-power architecture and wide operating range make it ideal for next-generation embedded systems requiring superior display performance.
1. Thin–No need of backlight, self-emissive.
2. Wide viewing angle :Free degree.
3. High Brightness: 160 (Min)cd/m².
4. High contrast ratio(Dark Room): 2000:1.
5. High response speed(<2μS).
6. Wide Operation Temperature.
7. Lower power consumption.