Adaptor-boards til LED-systemer i automotive og Industri 4.0 applikationer

Rutronik lancerer RAB5 adaptor-boardet, der er specielt designet til LED applikationer indenfor henholdsvis automotive og Industry 4.0 applikationer (in english).

Rutronik presents the new Rutronik System Solutions Adapter Board RAB5. The development board was specifically designed for LED applications in the automotive industry and Industry 4.0. With the Adapter Board RAB5, the experts from Rutronik's research and development department rely on high-performance LEDs from the OSIRE series by ams Osram.

The market for LEDs encompasses a wide range of applications, from interior lighting in vehicles to various industrial applications. In the automotive sector, LEDs are crucial for enhancing the aesthetics and functionality of the interior. Industrial applications are equally diverse, including the so-called smart factory, automated production lines, and intelligent lighting systems that adapt in real-time. High-performance LEDs play a key role in creating efficient, adaptive, and sustainable manufacturing environments.

RAB5 relies on LEDs from the OSIRE series by ams Osram as a central component. These LEDs are designed for dynamic ambient lighting and offer individually addressable chips for maximum flexibility in color and driver selection. The user-friendly GUI from ams Osram also allows for easy programming of each LED.

The intelligent LEDs can be individually programmed, offering unparalleled customization and control options. Thanks to integrated algorithms and a built-in temperature sensor, the high quality of the LEDs is maintained without temperature influence. Impressively, up to 1,000 LEDs can be connected to a single bus, ensuring scalability for various applications.

A development environment for countless automotive and industrial applications

Thanks to the Arduino interface, the adapter board can also be easily combined with other base boards and adapter boards from Rutronik System Solutions. The modular concept allows for a variety of approaches to quickly, cost-effectively, and easily realize development projects that are still technically sophisticated.

For example, the combination of the Adapter Board RAB5 with the Base Board RDK4 is particularly promising for motor control applications. The automotive microcontroller PSoCTM 4100S Max from Infineon, integrated on the Rutronik System Solutions Base Board RDK4, with a cost-effective Arm Cortex-M0+ core, enables seamless integration and advanced control capabilities. The combination of the boards leverages the strengths of both and provides a comprehensive platform for the development and testing of automotive applications.