The ultra-high-speed digital micromirror spatial light modulator provided by LBTEK features USB 3.0 high-speed image transmission and display, as well as internal and external synchronization trigger functions. It enables high-speed display of binary images, 8-bit grayscale images, 16-bit grayscale images, and other grayscale levels up to 16 (grayscale levels can be flexibly configured) at resolutions such as 1024×768, 1280×800, or 1080P (1920×1080). The digital micromirror spatial light modulator has a built-in large-capacity (32GB) memory. Users can download the operating software (along with the user manual) on their own. For additional requirements, please contact LBTEK technical support.

Note: For an ultra-high-speed digital spatial light modulator operating at wavelengths of 363 nm to 420 nm, please contact LBTEK for customization.

The ultra-compact digital micromirror spatial light modulator adopts a 4-layer stacked structure design. It is the industry's smallest and fastest digital micromirror spatial light modulator, ideal for applications with strict size requirements for equipment. This series is designed using Xilinx's cost-effective FPGA, maximizing the advantage of fast DMD flipping speed. The ultra-compact digital micromirror spatial light modulator employs TI's advanced light control chips, designed for industrial and scientific research fields, supporting precise internal and external synchronization signals, enabling tight integration with cameras, motion platforms, etc., thereby meeting application needs in maskless lithography, LDI, computer direct imaging, computational imaging, digital flatbed printing, super-resolution microscopy, and other fields.

Note: The ultra-compact series can be customized as an integrated version without cables.

The ultra-large-capacity digital micromirror spatial light modulator is designed using Xilinx high-cost-performance FPGAs and multiple parallel solid-state drives, capable of storing massive image data and maximizing the fast switching speed of DMDs, thereby meeting the application requirements in fields such as maskless lithography, LDI, computer direct imaging, computational imaging, digital flatbed printing, and super-resolution microscopy. The ultra-large-capacity digital micromirror spatial light modulator utilizes TI's advanced optical control chips, designed for industrial and scientific research applications, supporting precise internal and external synchronization signals to closely cooperate with cameras, motion platforms, and other devices. 

The ultra-high-definition digital micro-mirror spatial light modulator is designed based on TI's cost-effective controller DLPC900, offering exceptional amplitude modulation capabilities that perfectly meet cutting-edge application requirements in computational optics and information optics. Its core highlight lies in ultra-high-definition physical resolution, with two optional specifications: 1920×1080 and 2048×1200, paired with 0.5-inch or 0.65-inch DMD diagonal sizes. The micro-mirror unit sizes are precisely 5.4μm and 7.56μm respectively, ensuring highly refined light field modulation. The product utilizes TI's advanced optical control chip, specifically designed for industrial and research scenarios, supporting precise internal and external synchronous triggering for seamless collaboration with cameras. Additionally, it features image data retention during power-off, offering outstanding cost-effectiveness.

Note: For model DMD-YX0.5-2048×1200, the micro-mirrors are oriented horizontally with an installation angle of 0°; all other models use a 45° installation method.