Digital Light Processing
OSRAM Opto Semiconductors, one of the leaders in LEDs for projector applications, offers a series of LED products suitable for all projection systems and categories.
Pico Projection
OSRAM Opto Semiconductors, one of the leaders in LEDs for projector applications, offers a series of LED products suitable for all projection systems and categories.
Cinema
Front Projection
Industrial
Key features
- Top emitting Thinfilm chips in red, green and blue that are scalable in different die sizes are ideal for efficient optical coupling by facilitating etendue matching with the vast DLP projection applications.
- Innovative chip architecture (UX:3) and Converted Ceramic (C2) for boosting green brightness to enhance the LED efficacy and system efficiency
- Multichip LED packages of the OSRAM OSTAR Projection family utilizes top emitting chip technology benefits for best undisturbed directed light output and highly reliable systems
- High power OSRAM OSTAR Projection LEDs with larger dies, are capable of on screen brightness in excess of 1200 lumens.
- OSRAM OSTAR Projection LEDs allow compact, yet high brightness light engines to be designed for the typical small footprint applications like Pico Projectors >35 lm
- High quality and demonstrated reliability performance with complete vertical integration to deliver the most efficient LED solution with reliable epi, chip, package and conversion technologies
OSRAM Opto Semiconductors has the experience and resources to work with qualified customers on special LED chip and package configuration designs to optimize on screen light output, lower electrical power consumption and optimal thermal performance period.
0.3” WVGA | |||
|---|---|---|---|
| Model # | LE A Q8WP | LE CG Q8WP | LE B Q8WP |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 130 lm | 400 lm | 1120 mW |
| Power electrical | 3.22 W | 4.83 W | 4.83 W |
| Emission area | 1.8 sq mm | 1.8 sq mm | 1.8 sq mm |
0.45” WXGA | |||
|---|---|---|---|
| Model # | LE A Q7WP | LE CG Q7WP | LE B Q7WP |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 260 lm | 800 lm | 2240 mW |
| Power electrical | 6.44 W | 9.66 W | 9.66 W |
| Emission area | 3.75 sq mm | 3.75 sq mm | 3.75 sq mm |
0.55” XGA | |||
|---|---|---|---|
| Model # | LE A Q7WP | LE CG Q7WP | LE B Q7WP |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 260 lm | 800 lm | 2240 mW |
| Power electrical | 6.44 W | 9.66 W | 9.66 W |
| Emission area | 3.75 sq mm | 3.75 sq mm | 3.75 sq mm |
0.7” XGA | |||
|---|---|---|---|
| Model # | LE A P3W | LE CG P3W | LE B P3W |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 3400 lm * | 7500 lm * | 25 W(opt) * |
| Power electrical | 28 W | 80 W | 40 W |
| Emission area | 12.1 sq mm | 12.1 sq mm | 12.1 sq mm |
0.95” 1080p | |||
|---|---|---|---|
| Model # | LE A P3W | LE CG P3W | LE B P3W |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 3400 lm * | 7500 lm * | 25 W(opt) * |
| Power electrical | 28 W | 80 W | 40 W |
| Emission area | 12.1 sq mm | 12.1 sq mm | 12.1 sq mm |
0.95” 1080p | |||
|---|---|---|---|
| Model # | 7x LE A Q7WP | 7x LE CG Q7WP | 7x LE B Q7WP |
| Wavelength | 617 nm | Cx 0.32, Cy 0.54 | 460 nm |
| Optical Output | 1890 lm | 5600 lm | 15.4 W(opt) * |
| Power electrical | 44.8 W | 67.6 W | 67.6 W |
| Emission area | 26.25 sq mm | 26.25 sq mm | 26.25 sq mm |
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LED Illumination for DLPTM Products |
Contact: DLP E2E Forum
At the heart of DLP® technology is the Digital Micromirror Device (DMD). This chip contains an array of hundreds-of-thousands to millions of highly reflective microscopic mirrors that, when combined with an illumination source, make DLP a fast, efficient, and reliable spatial light modulator (SLM).
DLP technology enables display products ranging from large cinema projectors to pico projectors found in cellphones. It also enables a wide range of non-display products for industrial, medical, security, and telecommunication applications. These products include 3D scanners, PCB lithography machines, 3D printers, and spectrometers.
