Automotive lighting

Your lighting needs are unique. We provide the right resources and expertise for you to design lighting systems on a wide variety of linear and switching LED driver circuit topologies. Use our industry-leading matrix managers and DLP technology for high-pixel-count headlights. Our LED driver packages enable you to design thermally efficient solutions, and our broad portfolio of linear LED drivers enable you to design any form-factor lamp.

Our portfolio of highly integrated devices give you options to solve the challenge of balancing high system power outputs with small solution size. You can efficiently drive higher current outputs, remove heat more effectively with our thermally enhanced packages, and shrink system footprints with our monolithic linear and DC/DC LED drivers.

DLP technology qualified for automotive applications delivers consistent performance across the entire operational temperature range, from -40°C to 105°C.

Automotive qualifications bring our Academy Award-winning technology to a driver’s daily commute, with DLP chipsets optimized for augmented reality head-up displays, holographic transparent window displays, high-resolution front lighting and dynamic ground projection. DLP technology’s reflective micromirrors switch on and off thousands of times per second, enabling vibrant, high-resolution automotive displays based on cinema technology.

Our diverse portfolio of highly integrated Controller Area Network (CAN) and Local Interconnect Network (LIN) bus transceivers and associated system-basis chips (SBCs) improve performance, bus protection and emissions for CAN, CAN Flexible Data-Rate and LIN communications. Through support for multiple protocols, industry-standard pinouts and innovative package availability, these devices help you deliver more data faster and reliably across automotive and industrial networks.

With so much at stake with your automotive LED driver solutions, functional safety provides the necessary risk management framework. Our functional safety products include on-demand documentation such as functional safety failure in time and failure-mode distribution.