ams OSRAM, a global leader in intelligent sensors and emitters, has been selected as key supplier for ambient dynamic lighting applications by Ningbo Fuerda Smartech Co., Ltd, a leading Chinese automotive supplier for intelligent integrated system products, through its AS1163 Stand-Alone Intelligent Driver (SAID). This collaboration marks a pivotal moment in the evolution of automotive technology, showcasing the AS1163's versatility and advanced capabilities in optimizing system costs for dynamic lighting applications. It enables sensor integration, features a super-slim form factor tailored for rooftop illumination, and enhances interior lighting systems.

The AS1163 is a state-of-the-art intelligent LED driver designed to seamlessly integrate with the Open System Protocol (OSP) network. This innovative driver allows any low- or mid-power LED to function as though it were directly connected to an OSP network, eliminating the need for local microcontrollers. This feature simplifies the implementation of over-the-air (OTA) firmware updates, a crucial aspect of modern software-defined vehicle architectures.

Alex Lollio, Head of Product Line Light Solutions at ams OSRAM, stated: "We are thrilled to see our AS1163 product being adopted by Fuerda in their innovative products. Together, we will deliver advanced solutions to drive progress in automotive dynamic lighting. AS1163 represents a significant leap forward in automotive interior lighting technology. It also serves as a bridge to the OSP network for any component with an I2C interface, such as sensors or actuators, enabling seamless integration with OSIRE smart LEDs, which operate in OSP communication mode. Its advanced features and flexibility make it an ideal solution for modern vehicle lighting systems."

The partnership with Fuerda underscores the AS1163's exceptional performance and adaptability. Fuerda has integrated the AS1163 into their latest vehicle models, leveraging its capabilities to create dynamic and customizable lighting effects. This integration enhances the overall driving experience, providing superior lighting solutions for various applications, including rooftop, ambient, and interior lighting.

Fuerda executive commented: "Integrating the AS1163 into our interior lighting systems has allowed us to offer our customers unparalleled lighting experiences. The dynamic and customizable lighting effects made possible by the AS1163 enhance both the aesthetic appeal and functionality of our vehicles."

The AS1163's ability to drive multiple RGB LED channels makes it ideal for rooftop lighting applications. Its high-resolution brightness adjustment and dynamic lighting effects enable Fuerda to offer unique and visually appealing rooftop lighting options. This not only enhances the aesthetic appeal of their vehicles but also improves visibility. Ambient lighting plays a crucial role in creating a comfortable and inviting vehicle interior. The AS1163's flexibility in driving both RGB and single-color LEDs allows to design sophisticated ambient lighting systems. These systems can be tailored to suit different moods and preferences, providing a personalized and luxurious driving experience. Its slim 16-lead QFN package and adjustable output current options make it perfect for long, thin strips of LEDs typically used in interior lighting. The AS1163 supports a wide range of lighting configurations, from low-power LEDs for subtle illumination to mid-power LEDs for more intense lighting needs. This versatility ensures that Fuerda's products are equipped with cutting-edge interior lighting solutions that enhance both functionality and style.
The success of the AS1163 with Fuerda is a commitment to innovation and excellence in automotive lighting. As the industry continues to evolve, the AS1163 stands out as a key enabler of advanced lighting solutions, paving the way for more intelligent, efficient, and customizable lighting systems in the automotive sector.

The AS1163 and AS1163B are now available. More information about automotive standalone intelligent drivers can be found here on the ams OSRAM website.

(Photo credit: ams OSRAM)