Zhibo DMD Spatial Light Modulator
The “Zhibo” technology uses an interaction model combining user intent and machine cooperation to update and control spatial-light-modulator addressing data, significantly improving operating efficiency. It redesigns the interaction model and system-level distribution of computing resources. An FPGA's computing and logic-control capabilities accelerate calculations in hardware, while timing synchronization is associated with the addressing clock to synchronize external equipment. The resulting spatial light modulator becomes a central component for computation and equipment control throughout the experiment. It greatly reduces data transfer between the host computer and DMD controller: data need be loaded only once for repeated addressing calculations.
Overview
Specifications
| Parameter | Value |
|---|---|
| Resolution | 1920*1080 / 2560*1600 / 1024 * 768 / 1280 * 800 |
| DMD Active Area Size | 0.65” / 0.9” / 0.95” / 0.7” |
| Pixel size | 7.56µm / 10.8µm / 13.68µm |
| Applicable wavelength | 400-700nm / 363-420nm / 800-2000nm |
| Data Bit depth | 1bit/8bit/16bit |
| Customizable Intelligent Algorithms | Dynamic ground glass, random-speckle rotating gratings, periodic gratings, etc. |
| Screen angle | Horizontal Design |
| Mounting angle | Screen Can Be Mounted Rotated by 45° |
| Memory [This Version Includes Intelligent Algorithms] | 16GByte/128Gbit |
| Ultrahigh Frame Rate [This Version Includes Intelligent Algorithms] | >26KHz |
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