0.4 inch FLCOS Display 1280(RGB)x960 resolution Micro display for night vision

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Product Description

The 0.4-inch FLCOS micro display, model FL09S, is a compact high-resolution optical engine designed for AR/VR and night vision applications. With a resolution of 1280(RGB)×960, field sequential color operation, and a reflective CMOS architecture based on ferroelectric liquid crystal technology, it delivers stable luminance, precise grayscale control, and efficient optical performance within a miniature form factor. Its wide operating temperature range and flexible video interface further position it as a reliable solution for demanding imaging environments.

FLCOS (Ferroelectric Liquid Crystal on Silicon) represents a refined branch of microdisplay technology, combining the fast response characteristics of ferroelectric liquid crystals with the integration advantages of CMOS backplanes.Unlike conventional transmissive displays, the reflective architecture enhances optical efficiency, making it particularly suitable for near-eye systems such as night vision devices and AR/VR headsets.

Specifications

Parameter	Specification
Model No	FL09S
Display Size	0.4 inches
Resolution	1280 (RGB) × 960
Display Technology	FLCOS (Ferroelectric LC on CMOS, Reflective)
Display Mode	Field Sequential Color
Luminance	220 cd/m² (Typical, Color)
Active Area	8.127 × 6.095 mm
Diagonal Size	0.40 inches (10.16 mm)
Dot Pitch	6.35 μm
Refresh Rate	60Hz/540Hz (NTSC), 50Hz/450Hz (PAL)
Data Clock Rate	25 MHz – 103 MHz
Input Format	RGB888 / YCbCr (4:4:4)
Grayscale Levels	256 per color (8-bit)
Color Depth	16.78 Million Colors
Contrast Ratio	150:1 (Typical)
Structure Size	17.6 × 14.9 × 9.7 mm
Operating Temperature	-10°C to 70°C
Storage Temperature	-30°C to 83°C

Application Advantages in Night Vision Systems

Enhanced Low-Light Performance

The moderate luminance combined with high contrast and precise grayscale control allows the display to render subtle differences in low-light scenes. This is essential for night vision devices where detail preservation directly impacts usability.

Fast Response and Image Stability

FLC technology inherently offers microsecond-level switching speeds. In practical terms, this translates into minimal motion artifacts and stable image projection, even in dynamic observation scenarios.

Integration in AR/VR and Near-Eye Displays

Optical Compatibility

The compact size and reflective design simplify integration with optical engines such as waveguides and prisms. This makes the FL09S particularly adaptable for lightweight AR/VR headsets.

System Flexibility

Support for multiple input formats and a broad data clock range enables straightforward interfacing with various processing units, reducing system design complexity while maintaining high performance.