1.54 inch black, white and red EPD module

This is a 1.54-inch tricolor e-ink screen with a resolution of 152x152 and 24pin FPC connection. It can communicate through the SPI interface and the I2C signal main interface reads the built-in temperature sensor. In view of its many advantages: ultra-low power consumption and a close to 180-degree perspective, this product is an excellent choice for shelf tags, smart tags, wearable devices, smart home applications, industrial instruments, smart cards and other related products.

1.54 inch / 152x152 resolution / tricolor, black, white and red

This is a 1.54-inch tricolor e-ink screen with a resolution of 152x152 and 24pin FPC connection. It can communicate through the SPI interface and the I2C signal main interface reads the built-in temperature sensor. In view of its many advantages: ultra-low power consumption and a close to 180-degree perspective, this product is an excellent choice for shelf tags, smart tags, wearable devices, smart home applications, industrial instruments, smart cards and other related products. * Note: this e-paper does not support partial refresh.

Product characteristics

• Black, white and red electronic paper
• Ultra-wide viewing angle and ultra-low power consumption
• Pure reflection mode
• Bistable display
• Horizontal and vertical mode
• Anti-glare treatment of hard coating on surface
• Ultra-low current deep sleep mode
• Display RAM on the chip
• Waveforms can be stored in OTP on chip or written by MCU
• Provide serial peripheral interface
• On-chip oscillator
• Chip boost and regulator control for generating VCOM, gate and source drive voltages
• I2C signal main interface, used to read external temperature sensor
• Built in temperature sensor

Model Number MF-11502-M007F
Screen Size 1.54 inch
Type Dot-matrix display
Display Resolution 200x200
Outline Dimension (mm) 31.8*37.32*0.84
Active Area (mm) 27.00*27.00
Pixel Pitch (mm) 0.181x0.181
Operating Temperature 0℃~40℃
Storage Temperature -25℃~40℃
Connector 24 Pin FPC
Gray scale 2
Interface SPI