Simulink Real-Time
Build, run, and test real-time applications
Simulink Real-Time™ lets you create real-time applications from Simulink® models and run them on Speedgoat target computer hardware connected to your physical system. It is designed for real-time simulation and testing tasks, including rapid control prototyping (RCP), DSP and vision system prototyping, and hardware-in-the-loop (HIL) simulation.
With Simulink Real-Time you can extend your Simulink models with Speedgoat I/O driver blocks and automatically build real-time applications. Tests can be automated or run interactively on a Speedgoat target computer equipped with a real-time kernel, multicore CPUs, I/O and protocol interfaces, and FPGAs.
Simulink Real-Time and Speedgoat target computer hardware are designed to work together to create real-time systems for desktop, lab, and field environments. The software and hardware solution supports the latest versions of MATLAB® and Simulink.
Build Real-Time Applications
Move from desktop simulation to real-time testing with one-click, without leaving MATLAB and Simulink. Configure the model and build, run, and interact with the real-time application.
Speedgoat Target Computers
Speedgoat real-time target computers running QNX® Neutrino® RTOS are made for Simulink and offer an integrated platform for real-time simulation and testing.
I/O Connectivity and Communication
Design your controls, vision, DSP, or plant model in Simulink. Drag and drop I/O driver blocks in your model. Supported communication interfaces include CAN, Modbus, ARINC, SPI, and more.
Create and Deploy Desktop Apps
Design apps with MATLAB App Designer to tune parameters and visualize signals from real-time applications. Deploy your apps with MATLAB Compiler™.
Create, Manage, and Execute Automated Tests
Author complex test scenarios and execute automated tests with Simulink Test™, or use ASAM XIL standard to connect to third-party frameworks.
Real-Time Simulation of Physical Systems
Use Simscape™ and Simulink Real-Time to rapidly create models of physical systems for HIL simulation.
Calibrate Parameters Using XCP
Generate host-based ASAP2 data definition files for use in third-party data measurement, calibration, and diagnostic tools.
FPGA Technology
Achieve faster sample rates with FPGA technology and HDL Coder™.
Simscape Electrical to HDL
Run Simscape Electrical™ non-linear models on Speedgoat FPGA for switching-level power electronics HIL simulations.
Product Resources:
“With Simulink, Simscape, and HDL Coder, we can develop plant models and deploy them directly to an FPGA for HIL tests; it’s a no-nonsense, no-compromise way to simulate large-scale power electronics systems.”
Henry Brengel, Leonardo DRS
