Members Profile

Speedgoat GmbH

Tool Vendor / Service Provider

Speedgoat products are made for Simulink® from MathWorks, built for speed, configured to the customer’s requirements and are scalable with their projects. Speedgoat’s state-of-the-art rapid control prototyping (RCP) and hardware-in-the-loop (HIL) target simulators enable customers to be at the forefront of technological advancements in the automotive domain by enabling them to quickly run and test complex controls, digital signal processing and vision prototyping.

Together with MathWorks, our real-time solutions are seamlessly integrated with Simulink for RCP and HIL simulations of diverse automotive-specific applications.
For example, the Mobile real-time target machine (ideal for in-vehicle use), the Performance real-time target machine (ideal for demanding applications that require great flexibility and performance), and the Baseline real-time target machine (ideal for a variety of applications and smaller requirements on I/O channels, such as for calibration or when bypassing ECUs). Real-time target machines can be exactly configured to project requirements by using a range of offered modules covering interfaces of commonly-used communication protocols such as CAN, CAN-FD or FlexRay, and FPGA-based solutions for both vision and signal processing and solutions. There are also solutions to test or validate battery management systems.

We apply our expert skills to every system we build to achieve the high quality, feature-rich products with high usability. In addition, the technical support and hardware warranties that we offer guarantees that you won't be left on your own.

Speedgoat was incorporated in early 2007 by former MathWorks employees and headquartered in Bern, Switzerland. Together with MathWorks and our distributors, we serve high-tech companies worldwide with around 40% of our customers based in Europe, the Middle East and Africa, 40% in the Americas and 20% in Asia Pacific.

We are proud to work with our customers who are engineers developing next generation technology.