Automotive ECU Software Development Platform
See also: VLAB ESL Solutions for Automotive
In collaboration with leading Automotive corporations, VLAB reflects a good understanding of the needs of automotive ECU software developers.
Typically, design and validation of automotive ECU software involves:
- Prototyping software architecture and evaluation of suitable hardware platforms
- Application level software development on top of AUTOSAR or MCAL libraries, often first using high-level modelling tools for algorithm development and code generation.
- Development of drivers and components of MCAL and AUTOSAR stacks.
VLAB provides an integrated Automotive Solution Virtual Platform to meet your needs. VLAB virtual platforms are tailored to the automotive environment with both automotive IP models and Toolboxes, and combine to provide a powerful integrated solution for automotive ESL Design and embedded software development.
Automotive IP Model Libraries
VLAB IP Model Libraries are available for a range of leading semiconductor suppliers. Examples include:
Freescale Semiconductor
- MPC 55xx MCU Toolboxes
- MPC 56xx MCU Toolboxes
- MPC 57xx MCU Toolboxes
Renesas
- SH2A MCU Core Platform
- V850ES/E1 MCU Series Toolbox
- V859E2 MCU Series Toolbox
Please check the Products and Solutions Page for a more complete list.
Automotive Solution Platform Toolboxes
IP Model Libraries can be supplemented by a range of Toolboxes to assist with specific tasks in Automotive ECU Software Develoment:
- Driver Development and Unit Test Toolbox
- Fault Injection and Failure Analysis Toolbox
- Virtual ECU Prototyping Toolbox
- CAN Simulation and Test Toolbox
- Flexray Simulation and Test Toolbox
Automotive Solution Virtual Platforms
The combination of IP Model Libraries for leading automotive semiconductor suppliers, with VLAB Automotive Toolboxes and their 3rd Party integration, delivers a complete Virtual Platform which gives an Automotive ECU Software Developer the power to design, code and test their software on a workstation with advanced debug, instrumentation. and control, without the need for a complex hardware laboratory.
If you want to find out how one of these existing platforms could work for you or be adapted to your environment then please contact us.
