A New Generation of Dynamic Light and Shadow Starry Sky Headliner System: Reshaping the Automotive Interior Lighting Experience with Automotive-Grade Technology
Guangzhou, May 20, 2025 – Guangzhou Xingmu Automotive Parts Co., Ltd., a leading automotive ambient lighting solutions provider in China, today officially launched its new generation of Dynamic Light and Shadow Starry Sky Headliner System. Based on multiple patented technologies, this system breaks through the limitations of traditional RGB lighting, achieving multi-layered dynamic light effect interaction. It has passed automotive-grade certification and is compatible with over 40 mainstream models, including Mercedes-Benz, BMW, and Tesla. This technological upgrade will help automakers efficiently create differentiated interior experiences, shorten development cycles, and reduce customization costs.
Technological Breakthrough: A Leap from Static Light Effects to Intelligent Interaction
The core technological highlights of Xingmu's launch include:
Dynamic Light and Shadow System: Employing a multi-layer design (starry sky, main image, shimmering, and meteor layers), supporting dynamic light and color effects, each layer can be independently controlled to meet personalized needs.
Multiple Control Methods: Integrating three interaction modes: mini-program, APP, and original vehicle screen control. The main unit has built-in CAN/Lin decoding function, achieving vehicle-specific, lossless plug-and-play functionality.
High-precision algorithm guarantee: The color algorithm ensures that the starry sky color is synchronized with the original vehicle, and the color coordinate deviation is strictly controlled within ±0.02 of the CIE-1931 standard.
Automotive-grade reliability: The lamp assembly operates in a temperature range of -40℃ to 105℃, EMC performance meets the national automotive standard level three, and power consumption is only 0.6W/lamp position. Low heat generation and high brightness are achieved through patented optical coupling technology.
Key components of the product all adopt automotive-grade standards, such as high-temperature resistant connecting wires and high-quality lamp assemblies.
Compatibility: Covers mainstream vehicle models and supports rapid customization.
Currently, the system has achieved vehicle-specific adaptation for multiple brands, including:
Luxury brands: Mercedes-Benz S-Class, BMW X7, Porsche Cayenne, etc.;
New energy vehicles: Tesla Model 3/Y, Li Auto L series, Wenjie M9, Xiaomi SU7, etc.;
Commercial vehicles: Toyota Alphard, Buick GL8, Denza D9.
Through bus-type lamp assembly control technology, the system supports arbitrary arrangement of optical engines and wiring schemes, and the compatible vehicle models continue to expand. The core host integrates decoding functionality, ensuring plug-and-play functionality.
Case Studies: Outstanding Performance in High-End Vehicles
The system has been validated in vehicles such as the Rolls-Royce Ghost, Alphard 40 Series, and JiKrypton 009. In the Wenjie M9 case, the system achieved coordinated control of the door panel starry sky and ceiling light and shadow effects, with user surveys showing an interaction satisfaction rate exceeding 90%. Application in the Mercedes-Maybach further demonstrates its stability in high-vibration and high-electromagnetic-interference environments.
Quality Endorsement: Double Guarantee of Patented Technology and Authoritative Certification
Starry Sky holds multiple patent certificates, and quality inspection reports show that the product lifespan can reach over 30,000 hours. The company provides a three-year warranty and supports VMI inventory management and mass customization, with an annual production capacity capable of meeting the needs of 500,000 vehicles.
Industry Outlook and Cooperation Initiatives
With the increasing penetration rate of automotive intelligence, the demand for interior lighting and shadow interaction is growing at an average annual rate of 35%. Starry Sky plans to launch a next-generation solution integrating UWB positioning in 2026, achieving adaptive lighting effects in the cabin scene.
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