Intelligent light control demos on stage at electronica

In projects these restrictions tend to be very expensive as and limitations in availability and storage options make this solution hard to reproduce in the future projects. Achieving future savings by changing the selected LEDs or manufacturer then can be a hard task to perform - since LEDs alter in colour and brightness due to process technology, phosphor, aging process or even temperature shifts during operation.

The subsequent replacement of defective fixtures in larger LED light installations may also lead to unforeseeable problems, regarding quality and conformity of the light output, even when using high quality LEDs.

With the RBGW Cube MAZeT is showing a Spotlight demonstrator, which uses LEDs from different manufacturers generating equal light output values. By actively observing the light output with JENCOLOR sensors and dynamically controlling the drivers, the system can be monitored regarding lifetime, light output and colour conformity. It allows flexibility even when using dynamic colour cycling, daylight control or CCT dimming. The sensors are based on inorganic material and are stable over time and temperature compensating the varied problems of LED technology and allowing long-term stable applications.

The RGBW Cubes are connected via Dust SmartMesh technology from Linear Technology and are equipped with LEDs from different LED manufacturers.

MAZeT shows how easily the JENCOLOR sensors enable a homogenous synchronisation of all RGBW Cubes regarding brightness, CCT and colour values.