LUNA_Spatial_Light_Modulator
LUNA_Spatial_Light_Modulator
LUNA_SLM_holography_Demo
LUNA_LCOS_Spatial_Light_Modulator_Kit
LUNA-SLM_LCOS_Display

LUNA | Most Compact 1080p Phase SLM

Display Type

Reflective LCOS (phase only)

Resolution

1920 x 1080

Pixel Pitch

4.5 µm

Fill Factor

91%

Active Area

8.64 x 4.86 mm (0.39" diagonal)

Signal Formats

DisplayPort - HDTV Resolution

LUNA Phase-Only SLM: Precision Light Modulation

The LUNA phase-only Spatial Light Modulator (SLM) features a compact design, integrating its driver unit with a standard DisplayPort interface directly into the Liquid Crystal on Silicon (LCOS) microdisplay. This full HD (1920 x 1080 pixel) display boasts a 4.5 µm pixel pitch, resulting in a 0.39-inch diagonal active area with a 16:9 aspect ratio. Its integrated driver saves space, making the system highly compact (driver box size: 84.4 x 47 x 28.8 mm) and simplifying integration. The SLM also supports 4-lane MIPI DSI video input, broadening its potential for industrial applications.

The LUNA-VIS-111 model is specifically designed for color field sequential (CFS) phase applications. It offers 32 or more linearly distributed phase values (ranging from 0π to 2.2π) for each red, green, and blue color channel. For optimal performance in CFS mode, especially for faster response times, the display requires a higher operating temperature of 55°C and specific voltage settings, which are stored in a configuration file. To effectively manage this temperature, using a HOLOEYE Thermal Management System (TMS) is strongly recommended.

 

Specialized Versions:

HOLOEYE offers different display versions optimized for various wavelength ranges:

  • LUNA-VIS: Designed for the visible spectrum (420 – 650 nm).
  • LUNA-NIR: Optimized for the near-infrared spectrum (680 – 1100 nm).
  • LUNA-1550: Tailored for the telecommunication waveband (1400-1700 nm).

LUNA-VIS-111 for Color Field Sequential (CFS) Applications:

The LUNA-VIS-111 variant is specifically designed for color field sequential (CFS) phase applications. It supports 32 or more linearly distributed phase values (0π to 2.2π) for each color (Red, Green, Blue). For CFS operation, the light source is triggered for approximately 1.1 ms per color field. To achieve the faster response times required for CFS, the display operates at a higher temperature of 55°C with adjusted voltage settings stored in its configuration file. We strongly recommend using a HOLOEYE Thermal Management System (TMS) to effectively control the display temperature when operating in CFS mode.

 

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