The NI LabVIEW 2020 Full Development System on USB Flash Drive is a graphical programming environment purpose-built for engineers and scientists developing custom test and measurement applications. It accelerates development through an intuitive interface, broad instrument connectivity, and integrated user interfaces that eliminate programming complexity. The system simplifies hardware integration with consistent data acquisition from both National Instruments and third-party instruments, allowing engineers to focus on application logic rather than infrastructure.
– Technical Specifications
Programming Approach: Graphical programming environment
Development Environment: Full Development System
Media: USB Flash Drive
– Key Features
• Drag-and-drop engineering user interface creation with fully integrated controls
• Connectivity to any instrument with broad third-party hardware support
• Consistent data acquisition from NI and third-party hardware
• Integrated data viewers for immediate result visualization
• Algorithm development for data analysis and advanced control
• Built-in math and signal processing intellectual property
• Library reuse from various tools and open-source languages
• Expanded object-oriented programming with interfaces alongside classes
• Variant Data manipulation with right-click menu options
• Enum to Array of Enums function for comprehensive enumeration handling
• Native SHA-2 and SHA-3 checksum calculation functions
• Multi-Error Support for collecting multiple error values on a single error wire
• Web service publishing to NI Web Server
• Package repair capabilities
• Event Data Node and Iteration Terminal hiding options
• Class Dialog enhancements with Set Text Icon customization for Project Libraries
• Array To Cluster property dialog access via double-click
• Range Limits for Type function returning maximum/minimum data type values
• Build Path function with relative path input as default
• Wire branch filtering with selective bad branch breaking
• Ring control options to hide final item during runtime
• NI GUID function creation
• Error Control suffix customization via INI key configuration
– Data Analysis and Control
• Develop algorithms for advanced data analysis
• Execute complex control logic using integrated math and signal processing libraries
• Leverage libraries from existing tools and open-source ecosystems
– Compatibility & Integration
• Interoperable with third-party software and open-source languages
• Library reuse across multiple development platforms
• Instrument connectivity independent of manufacturer
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