Automotive Advanced Exterior Lighting
LED technology has evolved to enable advanced automotive lighting applications by providing small form factors, higher power levels, longer lifetime and lower power consumption. Intelligent LED applications such as Glare Free High Beam, Adaptive Driving Beam, Dynamic Signaling and Rear lighting, make our roads safer to drive.
These systems require efficient, robust, flexible & scalable cost effective devices for automotive applications. NXPs highly integrated LED Drivers and Controllers are specifically designed to maximize the performance and efficiency of lighting electronics. They combine our understanding of LED performance and our automotive A-BCD mixed-signal high voltage technology.
Application Details
Block Diagram
Recommended Products for:
Automotive Smart Lighting
Select a block to see our recommended products.
Multi-Phase Boost IC
- ASL150ySHN: Single-Phase Automotive LED Boost Driver with Limp Home Mode
- ASL250ySHN: Two-Phase Automotive LED Boost Driver with a Limp Home Mode
- ASL4500SHN: Four-Phase Automotive LED Boost Driver
Multi Channel Buck IC
- ASL241ySHN: Two-Channel Automotive LED Buck Driver
- ASL341ySHN: Three-Channel Automotive LED Buck Driver
Matrix LED Controller
- ASL5XXXYHZ: Smart Matrix LED Controller for Automotive Lighting
Mini SBC
CAN-HS-Transceiver
Microcontrollers (MCUs)
Sensor Fusion
- Automotive High Performance Compute: Automotive High Performance Compute
Body Controller Module
Battery Management System
- Battery Management System (BMS): Battery Management System (BMS)
Documentation
Quick reference to our documentation types.
3 documents
-
Product Brief
ASL5xxxyHz, Matrix LED Controller (MLC) – Product Brief
-
Selector Guide
Flexible, Scalable Exterior Lighting for Automotive
Designs
Reference Design
S32K-ISELED LED Lighting Solution
Engineered for next-generation smart LED lighting systems and based on the new ISELED technology which addresses calibration and communication issues in today’s LED lighting systems by moving the costly external processes for ensuring stable light parameters to embedded processing in the RGB LED itself.