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Adaptive Front Lighting Solution

Solution

Kit Description

($412.00) (Out of stock)
($390.00) (Out of stock)
$802
Estimated cost

 

 

The Adaptive Front Lighting Solution kit is the all-in-one tool for engineers developing ECUs in the domain of car lighting, LED driving, stepper motor control, CAN communication. 

This Kit will get you started quickly with your development of Adaptive Front Lighting applications.

 

 

One tool with many possible uses:

  • Evaluate products with a common platform
  • Evaluate interactions between ECU functionalities
  • Build and modify prototype without having to deal with tedious technical details and using full modular software components
  • Acquire knowledge at system level by analyzing the provided source code
  • Take the hardware and software kit as base for complete ECU development
  • Dig information on single devices from available drivers 

 

Get the Software

All Evaluation Features

  • One tool with many possible uses:

    • Evaluate the products with a common platform
    • Evaluate interactions between ECU functionalities
    • Build and modify a prototype without having to deal with tedious technical details and using full modular software components
    • Acquire knowledge at system level, by analyzing the provided source code
    • Take the hardware and software kit as base for a complete ECU development
    • Gather information on single devices from available drivers
    • The Adaptive Front Lighting Solution simulates a complete ECU dedicated to the control of an adaptive headlight.

     

    The software included with the Adaptive Front Lighting Solution exploits great flexibility providing:

    • An AutoDevKit Studio project named 'SPC58ECXX_RLA Adaptive Front Lighting (AFL)’ that can be generated and compiled several times to accommodate all user customizations. This demo performs all the actuations of the lights, motors, fan and communication with CAN in an infinite loop. Therefore, it is possible to get an immediate perception of the solution capabilities.
    • An integrated firmware development environment named AutoDevKit Studio: this is at the base of the software development. It comes with low level drivers for all the MCU peripherals, together with key initial files for boot management, clock tree configuration, pin configuration. Every low-level driver has a dedicated graphical interface to facilitate the configuration of the MCU peripherals. In addition, firmware developers are provided with drivers for all the functional board employed: stepper motor boards, led driver board, fan control board. Every single driver comes with graphical user interface for configuration and capability to auto-allocate the MCU resources and set-up the low-level drivers. Finally, the operation is facilitated by the generation of the connection map between the MCU board and the other boards.
    • Portability of board drivers and low-level drivers across the SPC5 family MCUs, thus allowing changing of MCU without changing the developer’s source code