Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series (2).jpg

Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series (3).jpg

Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series (4).jpg

Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series (5).jpg

Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series (6).jpg

Reflective Spatial Light Modulator with High Refresh Frequency & Stability FSLM-2K39 series

Functional Features：

1. Low price and high profitability of optical fiber, ideal for industrial use;

2. Small pixels (4.5μm), high modulation accuracy;

3. LCOS optical valve splicing solutions are available;

4. Small structure for easy system integration;

5. One-piece and external dumping structures are available to meet a variety of installation requirements;

6. With the same specification phase type products, amplitude and phase can be independently adjusted.

product details

Product Briefing

Spatial light modulators, as a product carrier for the use of digital optics, can change the amplitude, polarisation or phase of the spatial distribution of light or convert non-phase-contact light into phase-contact light under the control of time-varying electric drive signals and other signals. Specific information can be easily written into the light wave to achieve the purpose of light wave modulation. Modulation of light waves is achieved by dynamically controlling the voltage of each pixel in real time via the image signal. The performance of spatial light modulators largely determines the value and prospects for use in modern optics, such as optical information processing, adaptive optics and optical computing.

The performance of spatial light modulators largely determines the value of their use and prospects for development in modern optics, such as optical information processing, adaptive optics and optical computing.

Spatial light modulators are generally classified into reflective and transmissive types according to the readout method of the light, and optical addressing (OA-SLM) and electrical addressing (EA-SLM) according to the method of inputting the control signal. We are committed to the research and development of electrically addressed liquid crystal spatial light modulators.

Product Parameters

Reflective amplitude type FSLM-2K39-A02

Model Number	FSLM-2K39-A02	Modulation Type	Amplitude type
Liquid Crystal Type	Reflection	Grayscale Level	8 bit, 256 step
Resolution	1920×1080	Pixel Size	4.5μm
Effective Area	0.39" 8.64mm×4.86mm	Contrast Ratio	600:1@532nm
Fill Factor	91.3%	Optical Utilization	67%@532nm
Linearity	98%	Response Time	≤2ms
Refresh Frequency	60 Hz/180 Hz/360 Hz@monochrome 60 Hz @color	Spectral Range	420nm-650nm
damage threshold	5W/cm²	Data Interface	Mini DP
Power Input	5V 2A	Gamma Correction	Not support

Reflective phase type FSLM-2K39-P

Model Number	FSLM-2K39-P	Modulation Type	Phase Type
LCOS type	Reflection	Grayscale Level	8 bit, 256 step
Resolution	1920×1080	Image Size	4.5μm
Effective area	0.39" 8.64mm×4.86mm	Modulation depth	2.1π@532nm
Fill factor	91.3%	Optical Utilization	75%@532nm
Gamma calibration	Not Support	Phase calibration	Not Support
Power input	5V 2A	Response time	≤16.7ms
Refresh frequency	60 Hz	Spectral range	420nm-650nm
Damage Threshold	20W/cm²	Data Interface	Mini DP

Model Number	FSLM-2K39-P02	Modulation depth	2π@637nm Max：3π@637nm
Optical Utilization	60.8%@637nm	Spectral range	420nm-820nm
Gamma calibration	Support	Phase calibration	Support
Refresh frequency	60Hz/180Hz/360Hz Support color	Damage Threshold	≤20W/cm²(无水冷) ≤100W/cm²(水冷)

Note: other parameters of FSLM-2K39-P02 are the same as those of FSLM-2K39-P.

Supporting software

1. Integration of various specific light field modulation functions: diffractive light field, no diffraction light field, structured light field, etc;

2. Integration of more than two decades of experimental projects, 35 Zernike polynomials, and support for superposition between phase diagrams;

3. Real-time online adjustment and control of various optical field parameters;

4. Fast correction of wavefront aberration according to actual requirements;

5. Auto-expandable for dynamic display in external input mode;

6. Self-selected playback mode for high-speed refresh playback;

7. Runs in green mode without installation and can be unzipped and run directly;

8. Open application interfaces in the form of SDKs for the image processing section, supporting a variety of development languages, including Labview and C/C++.