0.23 Inch Custom Micro OLED Display For AR/VR With Resolution 640*400

Technical Parameters:

This high-brightness micro OLED panel is manufactured by a leading Micro OLED manufacturer.

Product Description:

Introducing our 0.23-inch FPC (Flexible Printed Circuit) display module, engineered for exceptional brightness and tailored for augmented reality (AR) applications. With its compact size and advanced features, this display module is perfect for integrating into AR devices using light waveguide technology.

Key Features:

• Resolution: 640*400, delivering clear and sharp visuals for immersive AR experiences.
• Display Size: 0.23 inches, designed for compact and lightweight AR devices.
• Pixel Size: 10um*11.5um, ensuring high image quality with fine detail.
• Versatile Color Options: Available in different colors to suit various AR applications and design requirements.

Product Characteristics:

• Refresh Rate: 25Hz to 120Hz, providing smooth and responsive visual performance.
• Adjustable Brightness: Allows users to tailor the display brightness to different environments and preferences, enhancing the AR experience.
• Built-in Gamma Correction and Full-Temperature Brightness Compensation: Ensures consistent image quality and optimal brightness across a wide range of temperatures, maintaining performance in various conditions.

Applications:

Our 0.23-inch FPC display module is specifically designed for AR applications, including:

• Augmented Reality Devices: Ideal for AR glasses and headsets, offering high brightness and clear visuals to enhance user interaction with digital overlays.
• Wearable Technology: Perfect for compact wearable AR devices, providing reliable and high-quality display output.
• Advanced Optical Systems: Suitable for integration with light waveguide solutions, ensuring seamless AR experiences.

Experience the next level of augmented reality with our high-brightness, compact FPC display module. Designed for reliability and performance, it’s the ideal choice for innovative AR applications.