FL1401 is a 0.4 inch diagonal Si-OLED (Micro OLED) display product featuring self-emitting OLED technology. It supports a resolution of 1280×960 and integrates an HDMI interface, providing high-quality image transmission for EVF, AR, red dot sight, and other optical display applications. FL1401 delivers a display brightness of 220 cd/m², offering clear and detailed images with the advantages of OLED technology, including high contrast, fast response, and low power consumption. With its compact 0.4-inch form factor, this Micro OLED display is designed for precision optical systems requiring small size, high resolution, and reliable performance. The display does not include touch functionality, making it an ideal solution for electronic viewfinders, augmented reality devices, and advanced imaging equipment.

0.4 Inch Micro OLED Display Solution For Reference
0.4" FL1401
0.4" display+AV board
0.4" display+AV board+resin optics 1
0.4" display+AV board+adjustable diopter optics
0.4" display+AV board +12.5X optics
0.4" display+AV board+12.5X optics+base
0.4" display+HDMI board
0.4" display+HD board+resin optics 1
0.4" display+HD board+adjustable diopter optics
0.4" display+HD board+12.5X optics
0.4" display+HD board+12.5X optics+base
HDMI board
17.8X resin optics
12.5X glass optics

Augmented Reality / Smart Glasses
Electronic Viewfinder
Virtual Reality
Thermal Imaging
Red Dot Sight
Medical Imaging
First-person view drone FPV
Helmet-mounted display
Industrial Inspection


As one of the Pioneers within microdisplays products, Youritech have pushed energy efficiency to the edge, delivering high-performance Near-Eye Displays (NED) for a wide range of products, that include video glasses, head-mounted sports devices, camera viewfinders, medical applications, and many other professional devices worldwide.

At Youritech, we design and manufacture standard, semi-custom and full custom LCD/OLED display modules,touch screen,driver board,open frame. Contact us today,let our engineering team quickly and accurately feedback you with details.