Our Revolutionary RTSim technology uses commercially available off-the-shelf Workstation or Server grade multi-core computing systems as Real-Time Target Machine for Simulations. In real-time simulators, precise timing is critical. Traditional simulators that rely on OS-level timers often suffer from jitter due to scheduler overhead, making it difficult to achieve time steps below 10 µs. Our innovative approach (patent pending HVDC & FACTS Systems)

generates accurate time steps on the scale of nanoseconds on general-purpose computing systems with modern x86 processors without using high-end FPGA or custom computing simulation hardware.

RTSim comes in the following hardware variants

  • RTSim Neo
  • RTSim Pro
  • RTSim Ultra

RTSim can be augmented with Analog and Digital Input/Output cards for Hardware in loop simulations. The Analog and Digital I/O cards Specifications:

Analog Input Card
Number of Channels 16 differential (DIFF) or 32 single-ended (SE)
Resolution 16 bits
Sampling Rate 2 MS/s (mega samples per second) per channel
Input Range ±10 V
Overvoltage Protection ±30 V
PCI Express Supports from Gen1 to higher
Analog Output Card
Number of Channels 32 single-ended (SE)
Resolution 16 bits
Sampling Rate 1 MS/s (mega samples per second) per channel
Output Range ±10 V
Output Drive Up to 5 mA per channel
Digital I/O card
Number of Channels 24 Channel (Programmable) , 0−10V range 0 − 10 V range
Maximum Switching Rate 10 MHz
Compatibility TTL/CMOS
Overvoltage Protection ±20 V
Counters/Timers 4 Counters 32 bit resolution @100 MHz base clock
PCI Express Supports from Gen1 to higher

RTSim Requires a Host PC for model building, testing and downloading to the RTSim target. The RTSim host PC software can be installed in any user supplied PC hosting either Windows or Linux.

  • Support for MATLAB Simulink for model building
  • Custom support for codes of clients in C, C++ for seamless deployment in RTSim hardware
  • Custom support for any commercial or open-source software with code generation capabilities in C, C++ for seamless deployment in RTSim hardware