- Use commercial off-the-shelf I/O, including data acquisition, modular instruments, and CAN
- Remotely debug real-time applications
- Use built-in PID control functions or create your own control algorithms
- Deploy to dedicated real-time hardware for reliable, deterministic performance
- Develop real-time applications in the LabWindows/CVI integrated development environment
The National Instruments LabWindows/CVI Real-Time Module extends the LabWindows/CVI development environment to create reliable and deterministic applications that target dedicated real-time hardware. National Instruments provides a commercial off-the-shelf (COTS) platform for real-time application development by combining flexible, high-performance software with rugged, modular hardware.
Rapid Development Quickly create real-time applications from the familiar NI LabWindows/CVI integrated development environment and continue to take advantage of a comprehensive ANSI development workspace that incorporates test- and control-specific libraries, including hardware libraries, comprehensive analysis and PID algorithms, and communication and threading utilities.
Distributed Deployment Automatically deploy your real-time applications over Ethernet to distributed targets running a real-time OS that ensures reliable and deterministic behavior. LabWindows/CVI works with COTS hardware, specifically PXI and PC targets, so you do not need to design and maintain proprietary hardware.
Tight I/O Integration Use full-featured hardware drivers and LabWindows/CVI function panels to integrate diverse I/O such as analog, digital, dynamic signal acquisition, CAN, benchtop instruments, and high-accuracy modular instruments with your real-time applications.
PID Control Toolkit Included Take advantage of the PID Control Toolkit in the LabWindows/CVI Real-Time Module to add sophisticated control algorithms to your application.
The mark LabWindows is used under a license from Microsoft Corporation.
Additional Product Information
Related Information
Specifications Documents
Specifications Summary
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