Product Description:

The Micro OLED Microdisplay is designed to be incredibly bright, with a maximum brightness of 3000 Cd/m². This makes it an excellent choice for use in environments where lighting can be challenging, such as outdoor environments or areas with a lot of natural light. The display is also designed to be highly durable, ensuring that it will be able to withstand the rigors of daily use in a variety of settings.

Despite its high resolution and brightness, the Micro OLED Microdisplay is incredibly compact and lightweight, making it an excellent choice for use in a variety of devices, including cell phone OLED screens. With a display size of 0.60 inches, this microdisplay is perfect for use in small devices where space is at a premium.

The Micro OLED Microdisplay is designed to be easy to use, with an interface that supports RGB input. This makes it easy to integrate into a wide range of devices and systems, ensuring that it can be used in a variety of different applications.

In conclusion, the Micro OLED Microdisplay is an excellent choice for anyone looking for a high resolution, durable, and compact LED display. Whether you're looking for a display for use in a cell phone OLED screen or a commercial LED display screen, the Micro OLED Microdisplay is sure to meet your needs.

Features:

• Product Name: Micro OLED Microdisplay
• Display Color: Full Color
• Maximum brightness: 3000 Cd/m²
• Display Size: 0.60 Inch
• Active Area: 15.19mm×14.36mm
• Interface: RGB

This High Resolution LED Display is a Commercial LED Display Screen that features a Full Color OLED Display.

Technical Parameters:

This Micro OLED Microdisplay product is a Commercial LED Display Screen and can also be used as a Cell Phone OLED Screen.

Applications:

The FOVA Micro OLED Microdisplay has a brilliant interface of RGB that ensures accurate color reproduction. Its active area of 15.19mm×14.36mm provides a clear display that is perfect for Cell Phone OLED Screen. The maximum brightness of this display screen is 3000 Cd/m², which makes it an ideal choice for Creative LED Display Screen. With a display size of 0.60 Inch and full-color display, the FOVA Micro OLED Microdisplay is perfect for Commercial LED Display Screen.

Due to its advanced features and capabilities, the FOVA Micro OLED Microdisplay can be used in various application scenarios. Its high brightness makes it perfect for outdoor displays, and its compact size makes it ideal for use in wearable devices. It can also be used in electronic viewfinders and head-mounted displays. Its RGB interface ensures accurate color reproduction, making it an ideal choice for medical equipment and industrial automation.

In conclusion, the FOVA 0.60 inch Micro OLED Microdisplay is a versatile display screen that can be used in various application occasions and scenarios. Its high-quality manufacturing, certification, and advanced features ensure its reliability and durability. Its compatibility with Cell Phone OLED Screen, Creative LED Display Screen, and Commercial LED Display Screen makes it an ideal choice for various applications.

Specifications of 0.60 inch silicon based Micro OLED Microdisplay

Active Pixels: The scope features a resolution of 800x600 (SVGA).

Digital Video Input: It supports standard digital video input, including 24-bit RGB and 8/16-bit YCbCr.

Frame Rate: The scope offers a frame rate ranging from 25Hz to 120Hz.

Color space conversion and adjustment are both included, and contrast and brightness can be changed.

Built-in VCOM Generator: A built-in VCOM generator is part of the scope.

EEPROM and gamma correction support: It has an EEPROM and gamma correction is supported.

Temperature Compensation: VCOM temperature compensation is covered within the scope.

Applications: The scope is made for a wide range of uses, but it is especially well suited for compact near-eye display systems. It has a high pixel density, uses little power, and can work in a variety of temperatures.

This scope excels in infrared night vision applications, offering improved sight in dim or no light environments. It is appropriate for military operations, surveillance, and other similar tasks as well as security monitoring.