0.39"

  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
  • 0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本
0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本

0.39 inch Micro AMOLED, 1920X1080, Mipi - 副本

  • 0.39 inch Micro AMOLED, 1920X1080, Mipi
  • Resolution:1920x1080 dots/ 5644PPI
  • Interface: MIPI I2C
  • Pin:60P
  • Product description: 0 39 inch Micro AMOLED For AR Glass Telescope Gunsight Thermal imager
  • INQUIRY

0.39 inch OLED Microdisplay 1080(RGB)X1920


DESCRIPTION

HABO39FH8A0 is a low power consumption AMOLED microdisplay which is 0.39 inch and has an FHD (1920X1080) resolution. This micro AMOLED has the highest PPI (5644) all over the world, based on a single-crystal silicon backplane. The pixel circuits and driving IC are integrated on the silicon backplane to get the compact size and very low power consumption.


DRAWING

SPECIFICATIONS

Interface Pin Function



General Specification



Display Type AM-OLED, OLED Display Brand BOE
Interface MIPI Screen Size 0.39
Orientation Landscape Display Color Full Color
Manufacturer BOE Resolution 1920x1080
Driver IC - Consumption -
Active Area(mm) 8.7495 mm x 4.9689 mm Bezel Area(mm) -
Luminance 1500 cd/m² (Typ.) Viewing Angle -55。~55。
Color Depth 16.7M 100% Mass -
Refresh Rate - Signal Type

MIPI only or

MIPI(data)+I2C (CMD)

Voltage Supply - Operating Temp -30 ~ 70 °C
Storage Temp -40 ~ 85 °C Aspect Ratio 16:9 (H:V)
Mode Name BO039M1920M Screen Type AM-OLED, OLED
Arrangement - Outline(mm) -
Treatment - Response -
Work Mode - Backlight No B/L
Used For AR Glass/Telescope/Gunsight/Thermal imager Touch Panel none
Contrast Ratio >100,000 : 1 Outdoor Visibility Sunlight readable



Electrical Characteristics


PCB Module





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