- 0.6 inch Micro OLED Module VR AR Display 800×600 Video:
- Specifications:
Part Number |
IF060MXR80-60B |
Brand |
IFANTEK |
Diagonal Size |
0.6″ |
Panel Type |
Micro OLED, Si-OLED |
Resolution |
800(RGB)×600 |
Display Area |
12.06 × 9.06 (H×V) mm |
Outline Size |
19.8 × 15.2 × 2.33 (H×V×D) |
Luminance |
1000 or 1500 cd/m² (Typ.) |
Color Gamut |
16.7M 83% DCI-P3 |
Contrast Ratio |
100000:1 (Typ.) (TM) |
Interface |
RGB 40 pins |
Operating Temperature |
-40 ~ 60 °C |
Application |
VR AR Display |
Product Overview
The 0.6 inch Micro OLED VR AR 800×600 is a state-of-the-art display module that combines advanced technology with a compact form factor. The high-resolution display boasts an impressive 800×600 pixel density, ensuring crisp and vibrant visuals. What sets the 0.6 inch Micro OLED apart is its use of single-crystal silicon transistors, which enable high definition and excellent color reproduction.
Overall, the Micro Si OLED is an advanced screen technology with superior features that offer an unparalleled virtual reality experience to its users. With its high resolution, this display is ideal for immersive VR experiences that require a high level of detail and clarity.
This technology has applications in fields like retail, tourism and advertising where AR can be used to enhance customer experience. The compact size of the display makes it suitable for use in wearable devices such as smart glasses or head-mounted displays (HMDs).
0.6 inch Micro OLED 800×600 Features:
-
Low Power Consumption
OLED displays are known for their energy-efficient operation, the 0.6 inches Micro OLED module is only 350mW power consuption.
-
Wide Temperature Range
The Micro OLED can operate in temperatures ranging from -40 to +60°C, ensuring optimal performance in diverse environments.
-
High Brightness
With a brightness rating of 1000nits, the 0.6 inch Micro OLED delivers vibrant and easily visible visuals, even in bright lighting conditions.
-
Contrast Ratio
The 0.6 inch AR VR OLED Display 800×600 with a high contrast ratio of 100000:1, ensuring consistent and amazing image quality.
