1.3-inch 64x128 PMOLED Display Module，Rectangular display
1.3 64×128 PMOLED Display Module, Display Mode: Passive Matrix, Display Color: Monochrome (White)
Main parameters of 1.3-inch PMOLED Display Module
| ITEM | Standard value | UNIT |
| Display SIZE | 1.3 | INCH |
| Display Type | PMOLED | — |
| Driver Element | Passive Matrix | — |
| Number of Dots | 64*128 | Dots |
| Display Color | Monochrome (White） | — |
| Pixel Pitch (W*H) | 0.17*0.17 | mm |
| Active Area | 14.7 * 29.42 (mm) | mm |
| Viewing Direction | all direction | — |
| Control IC | SH1107 | — |
| Panel Size(W*H*T) | 17.1(W)*35.8(L)*1.43(H) | mm |
Download relevant technical documents
SH1107 data sheet for small oled display
Specification of 1.3-inch small oled display
Circuit diagram of 1.3-inch small oled display
initial code for 1.3-inch small oled display
Customize the length, width and thickness of FPC or cable, adjust the pin arrangement according to the interface type, and select the appropriate connector. Make your display or circuit board simple and safe with an excellent FPC solution.
A touch screen can be added according to your requirements, there are three options: resistive touch screen, capacitive touch screen, infrared touch screen. Or add protective glass as needed
Display screens with different optical parameters can be designed according to needs, such as brightness, color gamut, response time, gamma and other parameters, and anti-glare, anti-fingerprint coatings, etc. can also be added
The circuit board we designed can convert the interface of your display into an HDMI interface. If your product does not have any display control capabilities, you can use our serial display and only need to use simple commands to control the displayed content through RS232/458
1.3-inch OLED Display drawings and interfaces
1.3-inch monochrome oled display, resolution 128×64, display white content, drive IC is SSD1306, supports 6800/8080 8-bit parallel and I2C/3-wire/4-wire serial interface. Using welded FPC, display FPC supports customization of length, interface definition and shape.
The outline drawing is as follows:
Interfaces are defined as follows：
| Pin | Symbol | Detail |
| 1 | NC | NC |
| 2 | VPP | This is the most positive voltage supply pin of the chip. It must be supplied externally |
| 3 | VCOMH | |
| 4 | VDD | This is a voltage supply pin. It must be connected to external source |
| 5 | IM1 | Communiicatiing Protocoll Sellect: SPI interface: IM1 is low,IIC interface：IM1 is high |
| 6 | IREF | Current Reference for Brightness Adjustment |
| 7 | CS | This pin is reset signal input. When the pin is low, initialization of the chip is executed. Keep this pin pull high during normal operation. |
| 8 | RES | This pin is reset signal input. When the pin is low, initialization of the chip is executed. Keep this pin pull high during normal operation. |
| 9 | DC | Data/Command Control |
| 10 | D0 | Data transmission line |
| 11 | D1 | Data transmission line |
| 12 | VSS | |
| 13 | NC |
1.3 -inch 64x128 OLED application cases
The function of mp3 player has been replaced by mobile phone, but MP3 has the advantages of light, small and long standby time, so there are still some people use MP3. Single-color OLED are easy to drive, thin and thin, and use less power, making them suitable for such small devices.
Professional recording pens collect a lot of sound details, which is more suitable for some important occasions than simple recording of mobile phones. Like MP3, recording pens display less content and require battery life, so simple and easy driving OLED is more suitable than TFT LCD.
