0.23 Inch Mono Green Micro OLED Display Module 640×400 HDMI for EVF
0.23 Inch 640×400 Mono Green Micro OLED Display for Electronic Viewfinder (EVF) HDMI
This 0.23 inch micro OLED display module is a high-performance mono green OLED microdisplay with 640×400 resolution. It is designed for compact optical systems requiring ultra-high brightness and excellent contrast.
With a brightness level up to 10000 nits, this micro OLED display is ideal for electronic viewfinder (EVF), AR near-eye display, night vision devices, and thermal imaging systems. The module comes with an HDMI demo board for easy evaluation and integration.
Specification
| Specification | Details |
|---|---|
| Model No | HMRVXR023-green |
| Display Size | 0.23 inches |
| Resolution | 640×400 (RGB delta configuration) |
| Brightness | 10000/㎡ |
| Refresh Rate | 25Hz to 90Hz |
| Pixel Size | 7.8µm × 7.8µm |
| Active Area | 5.06 mm × 3.29 mm (diagonal) |
| Color Depth | 3255 PPI |
| Interface | MIPI (1 lane) + I²C |
| Contrast Ratio | >10,000:1 |
| Life (T90) | 500 hours @ 3000 cd/㎡ |
| Operating Temperature | -40℃ to +65℃ |
| Storage Temperature | -55℃ to +90℃ |
| Weight | 0.2 g |
Key Features
0.23 inch ultra-compact micro OLED display
This micro OLED display features an ultra-small 0.23 inch active area, making it ideal for near-eye optical systems where space is extremely limited.
640×400 high resolution mono green OLED panel
The 640×400 resolution delivers sharp image rendering in monochrome green, optimized for high-contrast viewing in optical and embedded display systems.
Ultra-high brightness up to 10000 nits
With brightness reaching up to 10000 nits, the micro OLED display maintains visibility even under strong ambient lighting conditions, suitable for outdoor and tactical applications.
High contrast ratio suitable for near-eye display
The OLED self-emissive structure provides extremely high contrast, ensuring clear image separation in EVF, AR, and night vision systems.
HDMI demo board included for easy testing
The module comes with an HDMI driver board, enabling fast evaluation, plug-and-play testing, and easy integration into development platforms.
Low power consumption microdisplay solution
Based on OLED self-emissive technology, the display achieves low power operation while maintaining high brightness and stable performance.
Designed for optical and wearable display systems
This micro OLED display is optimized for integration into optical systems such as AR headsets, EVF devices, FPV goggles, and wearable imaging equipment.
Drawing & Pin definition
