Product details

Illumination wavelength (Min) (nm) 355 Illumination wavelength (Max) (nm) 420 Micromirror array size 2560 x 1600 Chipset family DLP9000XUV, DLPC910, DLPR910 Pattern rate, binary (Max) (Hz) 14989 Pixel data rate (Max) (Gbps) 61.1 Micromirror pitch (um) 7.6 Component type DMD Display resolution (Max) 2560 x 1600 (WQXGA) Pattern rate, 8-bit (Max) (Hz) 1873 Micromirror array orientation Orthogonal Micromirror driver support Integrated Thermal dissipation (°C/W) 0.5
Illumination wavelength (Min) (nm) 355 Illumination wavelength (Max) (nm) 420 Micromirror array size 2560 x 1600 Chipset family DLP9000XUV, DLPC910, DLPR910 Pattern rate, binary (Max) (Hz) 14989 Pixel data rate (Max) (Gbps) 61.1 Micromirror pitch (um) 7.6 Component type DMD Display resolution (Max) 2560 x 1600 (WQXGA) Pattern rate, 8-bit (Max) (Hz) 1873 Micromirror array orientation Orthogonal Micromirror driver support Integrated Thermal dissipation (°C/W) 0.5
CLGA (FLS) 355 1777 mm² 42.16 x 42.16
  • High resolution 2560 × 1600 (WQXGA) Array
    • > 4 Million micromirrors
    • 7.56-µm micromirror pitch
    • 0.9-Inch micromirror array diagonal
    • ±12° micromirror tilt angle
    • Designed for corner illumination
    • Integrated micromirror driver circuitry
  • DLP9000XUV with the DLPC910 controller
    • 480-MHz input data clock rate
    • Streams up to 61 gigapixels per second
    • 1-Bit binary patterns up to 14,989 Hz
    • 8-Bit gray patterns up to 1,873 Hz (coupled with Illumination Modulation)
  • Designed to steer UV wavelengths from 355 to 420 nm
    • Window transmission 98% (per window pass)
    • Micromirror reflectivity 88% (nominal)
    • Array diffraction efficiency 85% (nominal)
    • Array fill factor 92% (nominal)
  • High resolution 2560 × 1600 (WQXGA) Array
    • > 4 Million micromirrors
    • 7.56-µm micromirror pitch
    • 0.9-Inch micromirror array diagonal
    • ±12° micromirror tilt angle
    • Designed for corner illumination
    • Integrated micromirror driver circuitry
  • DLP9000XUV with the DLPC910 controller
    • 480-MHz input data clock rate
    • Streams up to 61 gigapixels per second
    • 1-Bit binary patterns up to 14,989 Hz
    • 8-Bit gray patterns up to 1,873 Hz (coupled with Illumination Modulation)
  • Designed to steer UV wavelengths from 355 to 420 nm
    • Window transmission 98% (per window pass)
    • Micromirror reflectivity 88% (nominal)
    • Array diffraction efficiency 85% (nominal)
    • Array fill factor 92% (nominal)

Featuring over 4 million micromirrors, the DLP9000XUV digital micromirror device (DMD) enables high resolution and high performance spatial light modulation of UV wavelengths from 355 nm to 420 nm. The DLP9000XUV is designed with a special UV optimized window to support numerous applications in the industrial and medical markets. Reliable operation of the DLP9000XUV chipset requires the DMD be driven by the DLPC910 Controller. The DLP9000XUV chipset’s architecture enables continuous data streaming for very high speed lithographic applications. The 4.1 megapixel resolution of the DMD enables large 3D print build sizes and results in fine detail for Digital Lithography.

Featuring over 4 million micromirrors, the DLP9000XUV digital micromirror device (DMD) enables high resolution and high performance spatial light modulation of UV wavelengths from 355 nm to 420 nm. The DLP9000XUV is designed with a special UV optimized window to support numerous applications in the industrial and medical markets. Reliable operation of the DLP9000XUV chipset requires the DMD be driven by the DLPC910 Controller. The DLP9000XUV chipset’s architecture enables continuous data streaming for very high speed lithographic applications. The 4.1 megapixel resolution of the DMD enables large 3D print build sizes and results in fine detail for Digital Lithography.

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Technical documentation

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Type Title Date
* Data sheet DLP9000XUV 0.9 UV WQXGA Type A DMD datasheet 17 Dec 2018
Application note Wavelength Transmittance Considerations for DLP DMD Windows (Rev. E) 17 Dec 2019
Application note System Design Considerations Using TI DLP® Technology in UVA (363 – 420 nm) (Rev. A) 02 Oct 2019
Application note DMD Optical Efficiency for Visible Wavelengths (Rev. A) 30 May 2019
Application note Mounting Hardware and Quick Reference Guide for DLP® Advanced Light Control DMDs (Rev. A) 27 Nov 2018
Application note DMD 101: Introduction to Digital Micromirror Device (DMD) Technology (Rev. B) 23 Feb 2018
Application note DLPC910 / DLPR910A - Continuous Row Command Operation 09 Feb 2018
Design guide TIDA-00570 Test Results (Rev. A) 01 Aug 2017
Technical article Designing for tomorrow, today: How advanced light control changes the game across industries 28 Apr 2016
Solution guide TI DLP Technology for 3D Printing (Rev. E) 08 Apr 2016
More literature TI DLP Technology for Lithography (Rev. E) 16 Mar 2016
Technical article Three fast facts about our fastest, highest resolution chipset for industrial applications 07 Oct 2015
Application note Geometric Optics for DLP® 05 Dec 2013
White paper Using Lasers With DLP DMD Technology 13 Jun 2013
White paper Laser Power Handling for DMDs 17 Oct 2011
Application note DLP System Optics Application Note 20 Jul 2010

Design & development

For additional terms or required resources, click any title below to view the detail page where available.

Evaluation board

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Optical module

DLP-OMM-SEARCH — DLP® Products third-party search tools

To best meet your design needs and accelerate your time-to-market, DLP® Products works with a variety of third parties to help with everything from optical modules and hardware design to specialty software and other production services. Download one or both search tools listed below to quickly (...)

Simulation model

DLP9000XFLS IBIS Model

DLPM015.ZIP (23 KB) - IBIS Model
Reference designs

TIDA-00570 — High Speed DLP Sub-system for Industrial 3D Printing and Digital Lithography Reference Design

The High Speed DLP® Sub-system Reference Design provides system-level DLP development board designs for industrial Digital Lithography and 3D Printing applications that require high resolution, superior speed and production reliability. The system design offers maximum throughput by integrating (...)
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CLGA (FLS) 355 View options

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