Specification Brand : CHICIRIS BulletPoint1 : [Self-emitting Oled Display] : The oled display module can emit light by itself, making it ideal for low ambient light conditions. BulletPoint2 : [ Material] : Made of plastic, this display is hard, wear-, -, and offers a long service life. BulletPoint3 : [Versatile Compatibility] : Suitable for a range of devices, including mp3 players, feature phones, and smart health equipment. BulletPoint4 : [High Contrast Screen] : Achieve higher contrast than lcds, especially in dark rooms or low-light settings. BulletPoint5 : [Convenient Installation] : Small size, light weight, and easy to install, providing a convenient user experience. ItemName : 2.42in OLED Display, Emit Light By Itself, High Contrast in Dark Rooms, Suitable for MP3, Feature Phone, Easy to Install, SSD1309 Drive, Mainly for Industrial Sites ItemPackageDimensions_Height : 2 centimeters ItemPackageDimensions_Length : 15 centimeters ItemPackageDimensions_Width : 10 centimeters ItemTypeKeyword : lcd-graphic-displays Manufacturer : CHICIRIS Material : Plastic ModelName : Chiciris5wr14vp0ac ModelNumber : CHICIRIS5wr14vp0ac NumberOfItems : 1 PartNumber : CHICIRIS5wr14vp0ac ProductDescription : Spec: Item Type: OLED Display Material: Plastic Color: As the Picture Shown Drive: SSD1309 For SPI Interface Definition: 1. GND (power ground) 2. VCC (power positive) 3. SCL (clock line) 4. SDA (data line) 5. RES (reset line) 6.DC (data/command) 7.CS (chip selection) Instruction: The seventh pin CS is led out by default; if you don’t need it, you can solder the R18 on, and the CS is directly grounded; this is very convenient for , adapting to the different needs of more customers, and meeting your needs is our goal Interface Selection: Select for SPI or IIC interface through R15, R17, R13. Application: Mainly industrial sites, military industry, geological exploration, and coal exploration and other industries.
Package List: 1 x OLED Display
Note: This product defaults to SPI interface, R17 is soldered, R15/R13 is not soldered