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The ability to see in the dark is made possible by automobile lighting systems for both the driver and other road users. As a result, individuals are able to drive securely at night and signal to other drivers when they are about to turn, moving slowly, stopping, or opening the door to exit the vehicle in the darkness. The headlight assembly, tail light assembly, turning lamps, and fog lights are just a few of the lighting systems on the vehicles that are controlled by the Lighting Control unit. The module offers a central microprocessor-based device from which you may control all of your vehicle’s lighting features.
The Global automotive lighting control unit market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
When employing an LED retrofit lamp, the LEDriving CANBUS CONTROL UNIT launched by OSRAM Automotive acts as a bypass of the vehicle’s lamp failure monitoring system. This control unit is appropriate for most car types with an automatic lamp failure detection system and offers a simple installation process.
The first programmable and customised matrix lighting system i.e., HiPhi X, consisting of dual-core lighting modules with Programmable Matrix Lighting (PML) and Intelligent Signal Display (ISD) panels, has been introduced by HiPhi. A chipset that can directly operate the lamp and its micro-mirrors is a part of the electronic control unit (ECU) that is already a part of PML. On the basis of its intelligent algorithms, the ECU will compute a solution in milliseconds.
The ASLxxxx family of LED drivers from NXP Semiconductors contains HB-LED driver ICs that are adaptable, application-specific, constant-current devices. They use our premium automotive A-BCD mixed signal HV technology with their in-depth understanding of LED performance.
The Driver IC portfolio is created to offer the most design flexibility at the lowest possible cost for the initial design, mass production, and upcoming system modifications. Two families make up the portfolio: the multi-channel buck ASLx416 driver ICs and the multi-phase boost ASLx500 driver ICs.
Together, they offer a single platform design that can operate any arrangement of LEDs and channels while keeping the price of the system low.
The next generation of cutting-edge automobile exterior OLED lighting will be developed, designed, industrialized, produced, and delivered by STMicroelectronics in partnership with Audi AG.
The present partnership deepens the bond between the parties and builds on Audi’s innovation and expertise in automotive lighting solutions as well as ST’s extensive knowledge of automotive semiconductors, particularly controllers and drivers for lighting-related applications.
By managing and diagnosing hundreds of individual OLEDs, the next-generation lighting design will make it possible to create lighting patterns that are more personalized and animated.
