As an optical MEMS technology, the digital micromirror device (DMD) provides highly reliable spatial light modulation for high speed and versatile light pattern programming. DLP technology supports an extended range of wavelengths, including ultraviolet (363 - 420 nm), high speed visible (400 - 700 nm), and near-infrared (700 - 2500 nm).
This portfolio of chips offers very fast pattern rates and pixel data rates well suited for solutions requiring programmable, high speed patterns.
Targeting 363 - 420 nm, these DMDs steer patterns of UV light to interact with light-sensitive materials and to achieve fine printed feature sizes.
Targeting 700-2500nm, these DMDs offer programmable NIR patterns for spectral modulation desirable for a variety of sensing solutions.
Learn how millions of micromirrors work in a DLP chipset to provide high speed and precise pixel control.