Increase the efficiency of VeriStand by following best practices for your system definition, controllers, hardware, models, and reflective memory.Complete the following steps to optimize the performance of a VeriStand system.
|Streamline the system definition||Decrease the complexity of your system definition by removing unused hardware I/O channels, maximizing the Convert Clock rate for multiplex sampling DAQ devices, and using hardware timing.|
|Configure the BIOS settings of the controller||Increase the performance of your real-time controller by enabling turbo boost and reducing the number of enabled cores.|
|Configure the Ethernet settings of the controller||Increase the performance of your real-time controller by using line interrupt packet detection.|
|Select hardware for performance||Increase the performance of your VeriStand system by using hardware timing, simultaneous sampling, USB CAN devices, PXIe devices, and not using Real-Time Hypervisor.|
|Improve model performance||Increase model performance by consolidating small models and preallocating arrays for LabVIEW models.|
|Optimize reflective memory||Improve the use of your reflective memory usage by reducing the dynamic data size, creating channel mappings between targets, and using data channels selectively with non-VeriStand systems.|