Prolight Opto, a leading Taiwanese manufacturer of automotive optoelectronics, introduces its all-new 9-chip headlights. This innovative product features a unified design that integrates both high and low beams into a single unit. Coupled with optimized Pro-CSP packaging technology, it delivers superior brightness, a more uniform light pattern, and enhanced automotive-grade reliability-thereby establishing a new standard for the automotive lighting market.

I. 9-Chip Pyramid Arrangement: Intelligent High/Low Beam Switching for Comprehensive Lighting Coverage

Prolight Opto’s 9-chip headlights utilize a unique 1-3-5 pyramid-style chip arrangement. By leveraging the headlight’s internal mechanical shutter system, the unit seamlessly switches between low and high beam modes-satisfying diverse road condition lighting requirements without the need for additional external modules.
Low Beam Mode: Activates the lower five chips to emit light. The resulting beam pattern is focused yet glare-free, effectively preventing visual interference for oncoming traffic. This design complies with road safety lighting regulations and significantly enhances driving safety at night.

High Beam Mode: Activates all nine chips for full-power output. The three-tier, three-dimensional arrangement expands the long-range illumination zone, dramatically increasing both lighting distance and field of view width. This allows drivers to identify distant road conditions sooner, thereby mitigating the risk of sudden incidents.

Compared to traditional headlights, the 9-chip design significantly expands illumination coverage to the left, right, and far-field areas. It effectively eliminates the “blind spots” often associated with conventional lighting systems, ensuring an optimal balance between driving safety and visual comfort.

II. Optimized Pro-CSP Technology: Glass-Based Coating Process for Dramatically Improved Light Uniformity

This new product incorporates Prolight Opto’s next-generation Pro-CSP packaging technology. The company has comprehensively upgraded its phosphor coating process, adopting a glass-based coating method to replace traditional phosphor application techniques. This innovation delivers key improvements in core performance metrics:Significantly Enhanced Light Uniformity: Red-curve beam pattern tests demonstrate that the new-generation Pro-CSP technology produces a smoother, dark-spot-free light pattern. The resulting illumination is more uniform and softer, effectively reducing driver visual fatigue.

Enhanced Thermal Resistance and Stability: The use of glass material provides superior resistance to high temperatures and light degradation. This ensures robust performance under harsh operating conditions-including vehicle vibration and extreme temperature fluctuations-thereby extending the overall lifespan of the headlight unit. Enhanced Luminous Efficacy: The compact packaging structure minimizes light loss, enabling higher brightness output at equivalent power levels while balancing energy efficiency with superior illumination performance.

III. Comprehensive Product Matrix: Dual Specifications (Chip/Module) – Entire Series AEC-Q101 Automotive Certified

Wellpower’s Pro-CSP 2nd Generation Headlights Series offers a choice of two specifications-Chip and Module-covering a full power spectrum ranging from 2-chip to 9-chip configurations. This range meets the customized lighting requirements of various vehicle types, including passenger cars and commercial vehicles. Furthermore, the entire product series has successfully passed AEC-Q101 automotive-grade certification, ensuring high reliability and stability within demanding in-vehicle environments.

IV. Technical Advantages and Market Value

Integrated Design for Cost-Efficiency and Performance: The integration of high and low beams reduces the number of internal components within the headlamp assembly, thereby decreasing the overall size and cost of the lighting unit while enhancing vehicle design flexibility.

Automotive-Grade Quality Assurance: AEC-Q101 certification signifies successful completion of rigorous testing-including exposure to high temperatures, low temperatures, thermal cycling, and vibration-ensuring compliance with global automotive manufacturer standards and meeting the demands of the OEM market.

Comprehensive Lighting Safety Upgrade: Featuring a light pattern design characterized by high brightness, wide coverage, and glare-free illumination, the product mitigates driving risks during nighttime hours and in adverse weather conditions (rain or fog), thereby enhancing overall driving and passenger safety.

V. Conclusion

The launch of Wellpower Technology’s 9-chip Headlights marks a milestone in the brand’s continued leadership within the field of automotive CSP lighting technology. Through innovative chip arrangements, optimized packaging processes, and automotive-grade quality standards, the product delivers high-performance, highly reliable, and integrated headlamp solutions to the market. Whether for OEM factory installation or aftermarket upgrades, this product effectively meets professional lighting requirements, driving the automotive lighting industry toward a future defined by greater intelligence, safety, and efficiency.

About Gainer LED:

Gainer LED was established in 2012. The company focuses on providing advanced technology solutions for medium and high power general lighting, special lighting and high-end display fields. Its products are widely used in commercial lighting, industrial lighting, smart buildings and professional display screens. Relying on a global marketing network and professional technical service system, Gainer LED continues to provide global customers with high-performance lighting products that meet international standards and fully meet the diverse needs of the market.

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