FL3X FlexRay interfaces are designed to work with a wide range of hardware platforms commonly used in automotive development.
Supported Processors and Microcontrollers:
x86 Processors: Intel and AMD processors are supported, enabling integration with desktop PCs, laptops, and industrial PCs.
ARM Processors: Support for various ARM-based microcontrollers and processors, including those from NXP, STMicroelectronics, and Renesas, allows for embedded applications and real-time systems.
Other Architectures: Compatibility extends to PowerPC and other processor architectures commonly used in automotive applications.
Development Boards:
PCIe: Support for PCIe systems provides flexibility for applications requiring a standardized and highly integrated platform.
PXIe: Support for PXIe systems provides flexibility for applications requiring a standardized and highly integrated platform.
PMC: Support for PMC systems provides flexibility for applications requiring a standardized and highly integrated platform.
Custom Hardware: FL3X Interface can be integrated with custom hardware designs, providing flexibility for specialized applications. Layouts with Standard Ethernet allow integration as standalone equipment.
Software Integration:
FL3X Interface for FlexRay offer seamless integration with various software environments and programming languages.
Operating Systems:
Windows: Comprehensive driver support for various Windows versions, including Windows 10, Windows Server, and Windows Embedded.
Linux: Drivers and libraries are available for various Linux distributions, including Ubuntu, Debian, and Red Hat Enterprise Linux.
Real-time Operating Systems (RTOS): Support for real-time operating systems like QNX and VxWorks upon request
Programming Languages:
C/C++: Libraries and APIs are provided for C/C++, offering low-level access and control over the FlexRay interface.
Python: Python bindings and libraries simplify development and enable rapid prototyping. Adaptation can be provided upon request.
Other Languages: Support for other programming languages, such as C# and Java, can be achieved through wrappers or custom implementations.
API and Driver Support:
Comprehensive API: The measurement API provides a rich set of functions for configuring, controlling, and accessing the FlexRay interface.
Well-documented Drivers: Drivers are accompanied by comprehensive documentation and examples to facilitate integration.
Regular Updates: Drivers and APIs are regularly updated to ensure compatibility with the latest software and operating systems.
