Expand your real-time simulation capabilities
Unlock deeper insights, faster workflows, and greater testing power with our modular software toolbox solutions designed for real-time simulation. These toolboxes complement and expand our RT-LAB, HYPERSIM, and NI VeriStand platforms.
01
eHS – FPGA-based power electronics toolbox
The industry benchmark for simulating high-speed switching and converters with high precision.
- Ultra-fast solvers for converters & inverters
- Ideal for HIL testing of power converters
02
ARTEMiS – CPU-based electrical toolbox
Compatible with MATLAB/Simulink®, enabling accurate simulations of power systems and converters on CPU.
- Realistic switching behavior in CPU-based solvers
- Reduce numerical oscillations and improve model fidelity
03
ePHASORSIM – Electro-mechanical phasor simulation
Ideal for simulating and analyzing wide-area power grids.
- Real-time phasor simulation of large-scale networks
- Used in protection and control studies
04
EXata CPS – Communication network
Real-time communication network emulation for cybersecurity testing and analysis.
- Emulates communication networks in real time for cyber-physical systems
- Enables cybersecurity testing and resilience analysis for critical infrastructure
Looking for the highest-performance real-time digital simulation solution?
We’re here to help you find the perfect solution tailored to meet the unique challenges of even your most demanding applications.
FAQ
Find the answers to your questions
What industries can benefit from our real-time simulation software platforms?
Our software platforms are designed for engineers working in power systems, power electronics, aerospace, and automotive industries, helping them meet evolving testing requirements with precision and efficiency.
How do our platforms support embedded software validation?
We offer seamless integration with real-time simulation environments that enable engineers to validate and test embedded control software under realistic operating conditions before hardware deployment.
Can our software platforms handle the complexity of full network simulations?
Yes, our platforms are built to simulate complete electrical networks, allowing users to model and test large-scale systems with accuracy while managing system complexity.
What advantages do our platforms offer for power electronics emulation?
Our real-time simulation tools provide high-fidelity emulation of power electronic systems, enabling fast prototyping, control validation, and hardware-in-the-loop testing with minimal setup time.
How do our software platforms help reduce time-to-market for engineering projects?
By providing scalable, real-time environments for simulation and testing, our platforms streamline the development process, enabling faster iteration, reduced physical prototyping, and earlier issue detection.
What is the purpose of our software toolbox suite for real-time simulation?
Our modular software toolbox suite is designed to enhance real-time simulation by expanding the capabilities of platforms like HYPERSIM and OPAL-RT LAB, enabling more accurate, high-performance testing.
How do your toolboxes integrate with HYPERSIM and OPAL-RT LAB?
Our software toolboxes are built to seamlessly integrate with HYPERSIM and OPAL-RT LAB, allowing users to scale their real-time simulation workflows and customize solutions for power systems, converters, and communication networks.
Which real-time simulation applications benefit most from our software toolboxes?
Applications involving power electronics, wide-area grid simulation, cyber-physical systems, and converter testing gain the most from our software toolbox offerings, which complement HYPERSIM and OPAL-RT LAB environments.
What are the differences between our eHS, ARTEMiS, and ePHASORSIM toolboxes?
eHS is optimized for FPGA-based power electronics simulation, ARTEMiS for CPU-based electrical system modeling, and ePHASORSIM for real-time phasor simulation in large-scale networks—all of which enhance OPAL-RT LAB and HYPERSIM functionality.
Can I use multiple software toolboxes together within a single OPAL-RT LAB or HYPERSIM project?
Yes, our software toolboxes are designed for interoperability, allowing users to combine them within the same real-time simulation project on OPAL-RT LAB or HYPERSIM for advanced multi-domain testing.
RESOURCES
How can we help you?
Learning center
Support center
