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Our Testing Approaches
Integrated testing for smarter engineering
Hardware-in-the-loop
HIL simulation is the gold standard for developing and validating the most advanced control, protection, and monitoring systems.
Power hardware-in-the-loop
PHIL simulation builds on HIL by introducing real power exchanges between simulated and physical systems.
Rapid control prototyping
RCP enables faster control development by integrating models, typically based on MATLAB/Simulink™, directly into a real-time simulator.
Software-in-the-loop
SIL testing allows engineers to integrate compiled production code directly into a real-time simulation environment.
Simulation acceleration
Our simulation acceleration technology uses the full capacity of multi-core architectures to significantly reduce simulation time, especially for computationally intensive tasks like EMT simulations.
Digital twins for advanced simulation
By creating virtual replicas of physical systems, organizations can gain deeper insights, troubleshoot issues before they arise, and explore innovative solutions to complex challenges.
Blog
Discover our latest articles
Power Electronics
03 / 09 / 2026
FPGA vs CPU for real time power electronics simulation
You’ll learn how to choose CPU, FPGA, or a split approach for real-time power electronics HIL simulation using time step targets, latency and jitter needs, switching model fidelity, partitioning, and workflow constraints.
Simulation
03 / 04 / 2026
When to add FPGA acceleration to an existing real time simulator
Engineers can use timing symptoms, workload fit, and migration steps to decide when FPGA acceleration will resolve HIL deadline, latency, and jitter limits in an existing real-time simulator.
Simulation
03 / 02 / 2026
Deterministic execution in FPGA-based real-time simulation
Deterministic timing, FPGA execution, and timestamped latency budgets are described as the practical basis for accurate closed-loop HIL simulation.