Automotive LEDs Solutions

Adaptive Headlights

This project integrates high‑power automotive LEDs with Adaptive Driving Beam (ADB) technology to enable real‑time, dynamic control of the headlight beam pattern. The system automatically adjusts the light distribution based on road conditions, oncoming vehicles, and pedestrian positions, delivering precise illumination, intelligent glare prevention, and significantly improved night‑driving safety.
The solution is designed for next‑generation automotive lighting applications, including intelligent headlights, matrix high‑beam systems, laser‑assisted illumination, and auxiliary lighting for autonomous‑driving perception. It supports multiple high‑power SMD LED packages such as 3535 LEDs, 5050 LEDs,, meeting automotive‑grade requirements for brightness, reliability, and environmental durability.
To satisfy the performance and safety demands of intelligent driving systems, the LED light source provides the following key capabilities:
High luminous output for long‑range visibility
Precise beam control compatible with matrix segmentation and adaptive dimming
Microsecond‑level response enabling real‑time beam switching
Automotive‑grade reliability and long lifespan for continuous operation
Vibration‑resistant and high‑temperature‑resistant structure suitable for engine‑bay and outdoor environments
Low light decay and high stability ensuring consistent illumination over time

Taillights & Signal Lamps

High‑brightness LEDs are widely used in automotive signal lighting systems such as tail lamps, brake lamps, turn signals, position lamps, and reverse lamps. They offer fast response time, strong visibility, low power consumption, and long operational life. With multiple package options and highly consistent optical performance, these LEDs support diverse lighting designs, enabling higher recognition and improved driving safety.

This series supports major high‑power SMD LED packages including 2835, 3030, 3528, 5050, and 3020, meeting the stringent automotive requirements for brightness, durability, and optical uniformity.

Key performance advantages include:
High luminous output ensuring long‑distance visibility
Millisecond‑level response time for instant brake‑light activation and enhanced safety
Excellent color and intensity consistency preventing brightness variation across lamp assemblies
High‑temperature and vibration‑resistant structure suitable for engine‑bay and outdoor environments
Long lifespan with low light decay supporting long‑term vehicle operation
Flexible optical compatibility with light guides, lenses, reflectors, and other styling elements

Interior & Ambient Lighting

RGB‑adjustable LEDs are widely used in automotive interior lighting systems, including instrument panels, center consoles, door‑panel ambient lighting, footwell lamps, and interior trim illumination. With multi‑color dimming and dynamic lighting effects, these LEDs enhance the in‑cabin atmosphere and elevate the overall driving experience.
This LED series delivers high color consistency, stable brightness, fast response, and long operational life, meeting both aesthetic requirements and automotive‑grade reliability standards for interior ambient lighting.
Supported LED package options include: 1005/0402, 1608/0603, 2012/0805, and 3216/1206 SMD LEDs, suitable for compact light chambers and precision light‑guide structures.
Key performance advantages:
High color consistency with precise RGB matching
Stable brightness with flicker‑free output, ideal for dynamic lighting effects
Automotive‑grade reliability, resistant to high temperatures, vibration, and humidity
Low‑power design, suitable for long‑duration illumination
Supports PWM and digital dimming, enabling gradient, flowing, and breathing effects
Compact SMD packages, optimized for narrow spaces and light‑guide integration
This LED platform provides a robust and flexible solution for next‑generation automotive interior ambient lighting, enabling immersive visual experiences and premium cabin design.

EV Charging Indicators

LED indicator beads are widely integrated into new‑energy vehicle charging ports, body panels, and charging‑station display areas to visualize key status information such as charging progress, fault alerts, connection status, and charging completion. With high brightness, strong visibility, low power consumption, and long operational life, these LEDs maintain stable performance in outdoor environments, nighttime conditions, and high‑ambient‑light scenarios, making them essential components for EVs and charging infrastructure.
Common LED indicator sizes include Φ3 mm, Φ5 mm, Φ8 mm, and Φ10 mm. Among them, Φ5 mm LEDs are the most widely used due to their high brightness and excellent visibility, while larger Φ8 mm and Φ10 mm LEDs are preferred for long‑distance or high‑impact visual signaling.
Key performance advantages:
High luminous output ensuring clear visibility in daylight, rain, fog, and nighttime conditions
High‑reliability packaging resistant to heat, humidity, and vibration
Long lifespan with low light decay suitable for continuous illumination or frequent flashing
Multiple color options (Red / Green / Blue / Yellow) for different charging‑status indications
Excellent environmental adaptability designed for outdoor charging‑station temperature and humidity variations
Compatible with diffusers and light‑guide structures for enhanced visual uniformity