The ultra-high speed digital micromirror spatial light modulator is designed using Xilinx high-performance FPGA,
which can maximize the advantages of DMD's fast turnover speed, and can meet the application requirements
of maskless lithography, LDI, computer direct imaging, computational imaging, digital lithography, super-resolution
microscopy, and other fields. The ultra high-speed digital micromirror spatial light modulator uses TI advanced
optical control chips, designed for industrial and scientific research fields, supporting accurate internal and external
synchronization signals, and being able to closely cooperate with cameras, motion platforms, etc.
Product Details
Chipset | DLPC910+DLP6500 |
DMD Type | DLP6500 |
DMD Diagonal Size | 0.65 inch |
DMD Physical Resolution | 1920*1080 |
DMD Micro Mirror Size | 7.56um |
Maximum Frame Rate (Binary) | 10940.9Hz |
Maximum Frame Rate (8-Bit Grayscale) | 508.54Hz |
Maximum Frame Rate (16-Bit Grayscale) | 3Hz |
Memory Module Capacity | 16GB |
Number Of Stored Pictures | 62137(Binary) |
7767(8-Bit Grayscale) | |
Band Range | VIS:400nm-700nm |
PC Interface | Gigabit or 10 Gigabit Ethernet orUSB3.0 |
Length Of Flexible Cable | 31CM |
Transition Angle | ±12° |
DMD Installation Method | 0 ° or 45 ° optional |
Gray Scale | 1-16bit grayscale level can be set, and frame rate can be set |
Software Support | C++、matlab、Labview、Python |
On-Board Memory | Two DDR3 memory modules, 8GB each, totaling 16GB |
Trigger Interface | Two 5.0V output triggers and two 5.0V input triggers |
Application Area | Digital imaging lithography, laser marking, computer direct plate making printers, light field modulation, maskless lithography, computational imaging, LDI, super resolution microscopy, etc |
