FlexRay Development Board Dual Node Communication Module FlexRay To CAN Serial Converter for Testing

* The listing is for one development board. Please consider carefully before purchasing!

* FlexRay is a distributed clock bus system. At least 2 nodes are required to realize FlexRay communication, which means at least 2 development boards are needed.

* This board is a FlexRay development board instead of a FlexRay acquisition card. Programming is required to implement FlexRay communication, and it cannot be used to collect FlexRay signals from other devices.

* FlexRay is a distributed clock bus system. The clocks of each node on the bus perform real-time calculation continuously, and program operation cannot be interrupted. Therefore, programs can only run after being downloaded, and online debugging is not supported. Variable data can be checked by outputting via serial port.

* FlexRay is a dual-redundant bus system. The data transmitted through Channel A and Channel B is exactly the same, which improves system reliability. Therefore, the two channels (A and B) on a single board cannot communicate with each other directly.

* Examples for USB to FlexRay dual-device communication and USB to CAN dual-device communication are provided and can be demonstrated directly. The CAN to FlexRay dual-device communication example requires an additional self-prepared USB to CAN module.

* The main control chip adopts PowerPC architecture. An OSJTAG downloader is required for program downloading; STLINK and JLINK cannot be used.

* FlexRay Development Platform With Multiple Interfaces: Equipped with SPC560P50L3 PowerPC main controller, 32-bit CPU, 64MHz main frequency, 512KB Flash, and supports 1xFlexRay, 2xCAN, 2xUART, 4xSPI, 8xPWM, and 30xADC interfaces.

* Supports FlexRay Communication Development: Designed for FlexRay communication development with provided USB-to-FlexRay dual-device communication and USB-to-CAN dual-device communication examples. Two development boards are required to establish FlexRay communication between nodes.

* Programming-Based FlexRay Development Board: This is a FlexRay development board, not a FlexRay acquisition card. Programming is required to implement communication functions, and it cannot be used to collect FlexRay signals from other devices.

* Dual-Redundant FlexRay Bus Architecture: FlexRay Channel A and Channel B transmit identical data to improve system reliability. The two channels on a single board cannot communicate with each other directly.

* Stable Embedded Development Environment: Uses a distributed clock bus architecture with continuous real-time clock calculation between nodes. Programs must be downloaded before operation; online debugging is not supported, and variable data can be monitored through serial port output.

* Main Control Chip: SPC560P50L3

* CPU: 32-bit

* Main Frequency: 64MHz

* Flash: 512KB

* Interfaces: 1 FlexRay, 2 CAN, 2 UART, 4 SPI, 8 PWM, 30 ADC

* 1 x Development Board

* Volume weight: 0.15kg