HP-LED-OM-MultiColor (DLP Optics Modules)




Business Model

Support Information

Solution Description & Supported Functionality

The HP-LED-OM-MultiColor is an extension of the HP-LED-OM-07 monochrome system. Three LED sources with different dominant wavelength are combined by dichroitic mirrors. Colored projection is obtained if just one LED is powered at a time. Switching between LEDs is fast enough to maintain the full DLP® pattern rate of 22727 binary frames per second with the ALP-4 Controller Suite. Each LED in the HP-LED-OM comes with its own LED driver, so that the simultaneous operation of all three colors is another mode of operation; it can be used to obtain white light output at highest brightness.

  • The HP-LED-OM-MultiColor projector module allows 22kHz high-speed switching between 3-colour patterns enabling advanced 3D- and volumetric display solutions off-the-shelf.

DLP Optics Modules Parameters
Part Number
Array Size
DLP Panel
Contrast Ratio
Light Source(s)
Dimensions (in mm L x W x H)
Throw Ratio
More Info Go to company Website
Price (USD)
DLP Optics Modules Details

Has the complete system been tested? Yes
Is working hardware available? Yes
Is working software available? Yes
Hardware Specifications DLP Panel: 0.7 XGA DMD (VIS), Array Size: 1024 x 768, Frame rate (global array): Binary: 22 727 Hz - 8Bit: 290 Hz, Brightness/Power: up to 1200 lm depending upon wavelength, Light source: Three High-power BigChip™ LED with 623nm + 525nm + 460nm Throw ratio: 1.8 – 2.1, Projection distance: 1 (0.4) – 10m Dimensions (LxBxH) [mm]: Ca. 175 x 140 x 170 mm Zoom: 1.00 - 1.16 Distortion: < 0.2% Design: Shift-lens design Field of view: ≥ 120 x 90 mm²
Software Specifications ALP‑4 realizes the maximum switching rates of DLP® Discovery™ 4100 systems: 22 727 patterns per second for global switching XGA arrays. Higher frequencies are achieved by area of interest operation. The API offers flexibility and advanced control options: free sequence timing, image scrolling, look-up table sequencing, comprehensive trigger facility, and optional LED control. The USB2.0 PC interface implements an enhanced effective transfer rate by lossless on‑the‑flight compression of data. PCdata rates up to 1.2 Gbit⁄s are achieved that corresponds to 1 600 XGA frames per second.
Trade-off Analysis Customers take advantage of an excellent Price/Performance ratio of this module.
Development Tools System integration is supported by a comprehensive application programming interface (ALP-4 dll).
Component Selection V-7000 Module,0.7 XGA DMD,STAR-07 optics, Dichroitic coupling, 3x HP LED, HP LED driver, cooling device
Design & Manufacturing Details

Customized Engineering Design Services
Design services that apply to this solution

  • NA
  • Certification - NA

Manufacturing Services
Manufacturing Services that apply to this solution

  • Prototyping
  • Low-Volume Or Pilot Runs
  • High-Volume Or Mass Production
Supported Business Model

Product Sale


A list and links to documentation relevant to the solution, including schematics, board layout suggestions.

TI Product Family Used in the Solution
  • DLP Products
  • High Speed Visible
  • Micromirror Array (>=1 Million)
  • Near-Infrared (NIR)
  • Ultraviolet (UV)
  • Automotive
  • Factory Automation & Control
  • Industrial
  • Lighting
  • Medical, Healthcare & Fitness
  • Security & Safety
  • Smart Grid & Energy
  • Space, Avionics & Defense
  • Video & Vision
Support Information

A list and links to documentation relevant to the solution, including schematics, board layout suggestions.

Sales Contact
Account  Manager

Am Erlenwald 10
Chemnitz, Germany

Other Offices
Digital Light Innovations
Reference Designs, System Modules & ODM Products
4501 Spicewood Springs Rd.
Suite 1000
Austin, Texas
United States

Marubun Corporation
Reference Designs, System Modules & ODM Products
Marubun Daiya Bldg.,8-1, Nihonbashi Odenmacho, Chuo-ku
Email: vialux@marubun.co.jp
TOKYO, 103-8577
Japan (日本語)

Customer Tags Help

No Tags are Available for this Part Number


The information contained herein has been provided by a member of TI's Design Network. This information is provided on the TI website only as a convenience and TI is not responsible for the contents of this page or any changes or updates to the information posted on this page. Certain links provided herein permit you to leave this site and enter non-TI sites. These linked sites are not under TI's control. TI is not responsible for the contents of any linked site or any changes or updates to such sites. TI is providing these links to you only as a convenience. The inclusion of any link does not imply endorsement by TI of any linked site.

TI's Publication of information regarding third-party products or services does not constitute an endorsement regarding the suitability of such products or services or a warranty, representation or endorsement of such products or services, either alone or in combination with any TI product or service.