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Technology Platform for Modern Automotive Lighting Solution Development

The lighting systems in modern automobiles are largely controlled by the body electronics. We have developed a Body Control Module reference design capable of catering to the demands of new-age automotive lighting systems.

Our Body Control Module reference design is based on RH480 microcontroller- an automotive-grade MCU. Equipped with High-side and low-side drivers, the BCM can be used to control external lamp loads (headlamps, indicators) as well as the internal lighting systems (cabin lighting).

The highlight of the BCM reference design is also the LED drivers capable of controlling both external and interior lighting (cabin lighting) solutions.

These state-of-the-art features make our BCM reference design a complete package for managing the automotive lighting systems.

Modern lighting requirements of automobiles have evolved. Passengers as well as commercial vehicles require automotive lighting systems that are highly efficient, dynamic and exhibit highest level of safety and comfort.

From adaptive headlamps to smart lighting systems, modern automotive lighting solution make use of LED drivers, sensors and high side/low-side drivers to deliver state-of-the-art interior and exterior car lighting. Advanced diagnostics powered by DoIP and UDS adds another dimension of safety in the new-age automotive lighting systems.

Automotive Lighting System Features Powered by our BCM Platform

  • Helps develop both external and internal automotive lighting solutions
  • Manages actuator control, eg. Headlamp level adjustment
  • LED module manages LED based internal and external lighting modules.
  • Proven reference design for developing scalable lighting solutions including DRLs, fog lights, break light and more.
  • Our BCM reference design for automotive lighting solution is equipped with transient protection and EMI filter.
  • A range of sensors like accelerometer and gyroscope enhances capabilities of modern lighting solutions.

Types of Automotive Lighting Solutions Supported by Our BCM

  • Indicator Light
  • Fog Light
  • Brake Light
  • Back light
  • Reverse Light
  • Interior Light
  • Low Beam
  • High Beam
  • DRL
  • Exterior Light with LEDs
  • Adaptive Beam Headlamps

Automotive Lighting System Features Powered by our BCM Platform

Types of Automotive Lighting Solutions Supported by Our BCM

  • Supports a plethora of in-vehicle communication protocols such as CANLINFlexRay, KWP 2000, Ethernet, J1850 and others

  • Comprehensive diagnostics using UDSDoIPJ1939OBDWWH-OBD protocol stacks

  • ASIL B compliant BCM reference design; Support for ASIL C/D compliance

  • AUTOSAR and MATLAB powered

  • Equipped with Bluetooth, GSM and GPS modules
  • Equipped with hardware security module and Secure Bootloader for enhanced security against threats
  • Complete support from the technical team of Embitel for project specific application development
  • High Beam
  • DRL
  • Exterior Light with LEDs
  • Adaptive Beam Headlamps

Automotive Lighting – Project Achievement Video

Automotive Lighting Solution Development: Success Stories

Model Based Development of Adaptive Light Control System

Model Based Development of Adaptive Light Control System

Business Case Details:

  • Algorithm development using MATLAB/SIMULINK
  • Two stepper motors to control head unit in the horizontal and vertical directions
  • Communication between ALCS and the various Stepper motor controllers is carried out via LIN bus
  • Compliant to MAAB guidelines for modeling
  • Code generation using RTW
  • SIL and MIL testing

Tools and Technologies:

  • MATLAB, SIMULINK, STATEFLOW, RTW

AUTOSAR Compliant Application Development for an Ambient Lighting ECU

Business Challenge:

  • Our customer, a tier-1 supplier required AUTOSAR architecture, especially application development
  • Customization and integration of UDS protocol stack

Solution:

  • We developed the Solution (AUTOSAR Compliant Application Layer, Hardware Platform Software, CAN/LIN Interfaces, UDS Protocol Stack)
  • Validation testing was done through CAPL Scripting.
  • We also developed the platform software consisting of Base Software, Handlers, Low Level Drivers, and UDS based Flash Bootloader
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