Static & dynamic projection

True colors, brighter than daylight: where projection meets perfection.

Right-fit projection solutions by ams OSRAM

Build your projection systems with advanced static and dynamic projection solutions from ams OSRAM. The comprehensive range of products is designed to provide reliable and highest brightness projection, ensuring optimal performance in various applications. 

For static projection effects, the RGB/White Light Unit from the OSRAM OSTAR family delivers exceptional performance in brightness and contrast. These units provide high-intensity and accurate color reproduction, making them the ideal light source for static visual effects.  

The Eviyos family, consisting of highest performance and fully Integrated LED Pixel Matrix, enables dynamic high resolution monochrome projection, even under compelling ambient lighting conditions. The active pixel matrix is perfect for dynamically projecting detailed structural patterns, symbols or even images, enhancing the clarity and precision of your projection systems while also opening a completely new field of use-cases. 

Ambient light sensors ensure that your projection system adapts to varying lighting conditions, providing optimal brightness and contrast. These sensors enhance the overall viewing experience by adjusting the projection based on ambient light levels.  

For home-theater, office or general entertainment focused projection setups using DLP-based solutions, refer to the dedicated application page for projection
 

ams OSRAM 

offering

Detailed function description available

Product 

area

No ams OSRAM offering

required
optional
or (implementation alternative )

System Controller

RGB / White Light Unit
Static pattern filter projection

High power RGB 

or WHITE LED

LED driver

Integrated LED Pixel Matrix
Dynamic Pixel Projection

Pixelated LED 

Matrix (EVIYOS)

Ambient light

sensor

Optical

Lens

Optical

Lens

Optical 

Pattern

Mask

Color

Filter

only required for color projection and use of white LEDs

Driver