| Display Type | OLED |
| Brand name | WISEVISION |
| Size | 0.54 inch |
| Pixels | 96x32 Dots |
| Display Mode | Passive Matrix |
| Active Area (A.A) | 12.46×4.14 mm |
| Panel Size | 18.52×7.04×1.227 mm |
| Color | Monochrome (White) |
| Brightness | 190 (Min)cd/m² |
| Driving Method | Internal supply |
| Interface | I²C |
| Duty | 1/40 |
| Pin Number | 14 |
| Driver IC | CH1115 |
| Voltage | 1.65-3.3 V |
| Weight | TBD |
| Operational Temperature | -40 ~ +85 °C |
| Storage Temperature | -40 ~ +85°C |
X054-9632TSWYG02-H14 is a small OLED display which is made of 96x32 dots, diagonal size 0.54 inch. X054-9632TSWYG02-H14 has the module outline of 18.52×7.04×1.227 mm and Active Area size 12.46×4.14 mm; it is built in with CH1115 controller IC; it supports I²C interface, 3V power supply. The module is a COG structure PMOLED display which is no need of backlight (self-emissive); it's lightweight and low power consumption. This 0.54-inch 96x32 small OLED display is suitable for wearable device, E-Cigarette, portable device, personal care appliance, voice recorder pen, health device, etc.
X054-9632TSWYG02-H14 module can be operating at temperatures from -40℃ to +85℃; its storage temperatures range from -40℃ to +85℃.
All in all, the X054-9632TSWYG02-H14 OLED display module is a game changer in the world of display technology. Its 0.54-inch size, combined with a high-resolution display and superior brightness, delivers an unparalleled viewing experience.
With its I²C interface and CH1115 driver IC, this OLED display module ensures seamless connectivity and impressive performance. Whether you are creating the next generation of cutting-edge wearables or enhancing your industrial equipment, the X054-9632TSWYG02-H14 is the perfect choice for your display needs. Upgrade to future displays with the X054-9632TSWYG02-H14 OLED display module.
1. Thin–No need of backlight, self-emissive;
2. Wide viewing angle :Free degree;
3. High Brightness: 240 cd/m²;
4. High contrast ratio(Dark Room): 2000:1;
5. High response speed(<2μS);
6. Wide Operation Temperature.