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We appreciate your patience as we improve our online experience.
Hardware-in-the-Loop (HIL) Test
Testing vehicle components and embedded control systems can be hazardous and time consuming. Employing simulation, HIL engineers can validate embedded controllers (ECUs) earlier in the design cycle to save time and improve test coverage.
HIL tests (and XiL test methods in general) help validate embedded software on automotive ECUs using simulation and modeling techniques to shorten test times and increase coverage, especially for test cases that are hard to reliably replicate in physical lab/track/field testing. HIL testing is needed now more than ever to ensure the reliability of rapidly evolving EV and ADAS/Active Safety systems. As a test methodology, HIL is crucial for testing the increasing connectivity and interdependence between systems and vehicle domains as they jointly contribute to key vehicle attributes. NI’s HIL solutions are open and flexible. They provide for third-party model and device integration and the ability to adapt to inevitable changes in signal lists and I/O requirements. With NI, system ownership is with you, not the test vendor, so that you can maximize HIL system reuse throughout verification and validation on a common test architecture.
View these technical tutorials to learn about assessing test system architectures, selecting test system I/O interfaces, and using fault insertion units in electronic test for HIL applications.
Learn how HIL simulation is the solution for scaling your automotive test system to validate engine control units virtually before incurring the expense of physical testing.
Learn best practices for powertrain HIL testing to maximize your test coverage, lower test cost, and future-proof your system against upcoming technology requirements.
The right investment decisions future-proof your HIL systems while keeping full control and ownership, in contrast to dSPACE solutions.