LabVIEW

Overview

LabVIEW is a graphical programming environment used by millions of engineers and scientists to develop sophisticated measurement, test, and control systems using intuitive graphical icons and wires that resemble a flowchart. It offers unrivaled integration with thousands of hardware devices and provides hundreds of built-in libraries for advanced analysis and data visualization – all for creating virtual instrumentation. The LabVIEW platform is scalable across multiple targets and OSs, and, since its introduction in 1986, it has become an industry leader.

LabVIEW Full
More than 850 functions for signal measurement, generation, filtering, and time-frequency transformations
Event-driven programming to create programs driven by user interactions (mouse, keyboard, or other inputs)
Compatibility with all LabVIEW add-ons for specialized applications or hardware integration

Key Features

Faster Programming

• Graphical Programming
  Program with drag-and-drop, graphical function blocks instead of writing lines of text
• Dataflow Representation
  Easily develop, maintain, and understand code with an intuitive flowchart representation

Hardware Integration with LabVIEW

• I/O and Communication
  Connect to any instrument or sensor with built-in libraries and thousands of instrument drivers
• Plug-and-Play Hardware
  Seamlessly integrate NI plug-and-play devices for USB, PCI, PXI, Wi-Fi, Ethernet, GPIB, and more

Advanced Built-In Analysis and Signal Processing

• Built-In Analysis
  Access thousands of engineering-specific functions such as frequency analysis, curve fitting, and more
• Inline Signal Processing
  Interact with measurements and perform inline analysis in real time on acquired signals

Data Display and User Interfaces

• Built-In Controls
  Interact with data using hundreds of drag-and-drop controls, graphs, and 3D visualization tools
• Custom Controls
  Easily customize the position, size, and color of built-in controls or create your own in seconds

Multiple Targets and OSs

• Desktop and Real-Time OSs
  Develop and reuse code on Windows, Mac, Linux, and real-time OSs such as VxWorks
• FPGAs and Microprocessors
  Target various embedded architectures, including ARM microcontrollers and FPGAs, with the same graphical approach

Multiple Programming Approaches

• Code Reuse
  Integrate text-based code and DLLs or easily incorporate native and third-party .m files
• Various Design Patterns
  Incorporate additional models of computation such as dynamic simulation diagrams and statecharts

Multicore Programming

• Automatic Multithreading
  Handle large data sets and complex algorithms faster because LabVIEW inherently runs on multiple threads
• Execution Highlighting
  Easily optimize code for parallel execution using built-in debugging and visualization tools

Data Storage and Reporting

• File I/O Designed for Engineering Data
  Focus on your data and not converting formats with built-in support for a wide variety of file types
• Flexible Reporting Tools
  Share your results by generating reports from your acquired data

Software Services, Training, and Support

• Software Maintenance and Support
  Receive software upgrades, access world-class support, and view on-demand training resources
• Training and Certification
  Improve and validate LabVIEW skills with an extensive training and certification program

File Sharing and Collaboration with LabVIEW Users Worldwide

• Forums and File Sharing
  Collaborate with more than 110,000 active online LabVIEW users to get the technical content you need
• Support Network
  Tap into a worldwide community of LabVIEW user groups, product partners, and integrators

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