0.71 inch Micro Si OLED 1500 nits FHD 1920×1080

0.71 inch Micro Si OLED 1500 nits FHD 1920×1080 Screen Video: https://ifan-display.com/wp-content/uploads/2023/12/IF071MXM192-108B-web-video.mp4 Specifications: Part Number IF071MXM192-108B Brand IFANTEK Diagonal Size 0.71″ Panel Type Micro OLED, Si-OLED Resolution 1920(RGB)×1080 FHD Display Area 15.8139 × 9.0087 (H×V) mm Outline Size 60.451×15×1.275 (H×V×D) Luminance 1500 cd/m² (Typ.) Color Gamut 16.7M 83% DCI-P3 Contrast Ratio 100000:1 (Typ.) (TM) Interface MIPI 4lanse I²C, 50pins Operating Temperature -40 ~ 60 °C Application VR AR Display Product Overview The 0.71 inch micro si OLED 1500 nits FHD 1920×1080 is is a high-quality, technologically advanced display solution that caters to a myriad of applications. Micro Si OLED is an advanced screen technology with superior features that offer an unparalleled virtual reality experience to its users. With a FHD resolution of 1920×1080 and a staggering 1500 nits of brightness, this Micro Silicon-based OLED is set to revolutionize the landscape of VR, AR, and other next-generation smart wearable displays. 0.71 inch Micro Si OLED Features: Exceptional Visual Performance With a pixel density of 3135 PPI, this 0.71 inches Micro OLED 1920×1080 FHD display ensures that images and text appear sharp and vibrant, captivating the viewer’s attention. The high contrast ratio of 100000:1 (Typ.) further enhances the visual experience, delivering deep blacks and vibrant colors for a truly immersive display. Unmatched Brightness One of the standout features of the 0.71 inch Micro Si OLED is its impressive Luminance of 1500 nits. This high brightness level ensures excellent visibility even in challenging lighting conditions, making it ideal for outdoor applications and scenarios where sunlight readability is crucial. Low Power Consumption The 0.71 inch Micro Si OLED is designed for seamless integration into various devices and applications. With integrated pixel circuits and driving IC on the silicon backplane, it achieves a compact size while maintaining exceptional performance. The integration of components also leads to significant power savings, 500mW making it an energy-efficient choice for battery-powered devices.