Cost, availability, and safety make testing aerospace and defense systems in real-world settings impractical. Hardware-in-the-loop (HIL) simulation can virtually test embedded technologies like single-board computers and electronic chassis.
NI Expertise Overview
Testing and repairing intelligence, surveillance, and reconnaissance (ISR) systems in aircrafts and commercial space transportation requires time and money. To meet demands, engineers use HIL simulation to replicate specific embedded system parts and test them virtually before running real-world diagnostics on the complete system. This helps maintain ISR reliability and meet time-to-market requirements without exhausting resources, even as systems grow more complex.
NI offers flexible software and modular RF instruments that support a range of RF test applications, including signals intelligence, record and playback, software defined radio (SDR), and multiple input, multiple output (MIMO)/beamforming. With NI’s PXI RF test suite, engineers can achieve faster measurement speeds with R&D-grade accuracy. The flexibility of the PXI platform ensures engineers can use PXI modular RF instruments to meet application challenges.
VeriStand is software for real-time test applications, and performs tasks such as stimulus generation, data acquisition, calculated channels, and custom channel scaling.
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This resource kit includes technical tutorials for HIL applications. Learn more about HIL test system architectures, selecting HIL test system I/O interfaces, and using fault insertion units for electronic testing.