NI Labview 2017 Development System Software

NI LabVIEW 2017 Development System Software is a graphical programming environment that enables engineers and scientists to build measurement, analysis, and control applications using a visual dataflow language called G. Rather than writing text-based code, developers connect icons and wires to construct sophisticated systems for data acquisition, instrument control, signal processing, and industrial automation. The integrated development environment combines a front panel for user interface design with a block diagram for graphical source code, accelerating development cycles while maintaining direct hardware interaction capabilities.

The system generates optimized native code performance equivalent to compiled C programs. Applications are constructed using Virtual Instruments (VIs)—modular units that function independently or as components within larger systems. LabVIEW 2017 introduces malleable VIs, which adapt their terminals to match input data types, eliminating the need for separate VI copies when performing identical operations across different data types. The compiler improvements in this version reduce VI load and compile times while enhancing stability for calls to LabVIEW-built shared libraries from both LabVIEW and external languages.

– Technical Specifications

• Programming paradigm: Graphical dataflow language (G)
• Development environment: Integrated IDE with front panel and block diagram editors
• Code generation: Optimized native code
• Modularity: Virtual Instruments (VIs) for encapsulation and reuse
• Extensibility: Compatible with specialized modules including Real-Time Module, FPGA Module, and Model Interface Toolkit
• Interoperability: Supports library integration from external software and open-source languages; simulation model compatibility across multiple environments

– Key Features

• Malleable VIs for adaptive terminal configuration based on input data types
• Enhanced compiler for reduced load and compilation times
• Improved performance and stability for shared library (DLL) calls
• Data acquisition, measurement analysis, signal processing, and report generation capabilities

– Typical Applications

• Industrial automation and process control
• Scientific measurement and analysis systems
• Instrument control and coordination
• System design and prototyping

– Compatibility & Integration

Runs on Windows 10, Windows 8.1, Windows 7 SP1, Windows Server 2012 R2, and Windows Server 2008 R2 SP1. Requires Pentium 4M/Celeron 866 MHz (32-bit) or Pentium 4 G1 (64-bit) processor, 1 GB RAM minimum, 5 GB disk space, and 1024 × 768 pixel display at 16-bit color minimum.