Modular Laboratory Systems
Scalable, powerful real-time systems for rapid control prototyping, testing, and data acquisition applications. The modular dSPACE laboratory systems provide high processing power, a wide range of I/O functionality as well as bus interfaces for a variety of applications.
- Optimum scalability, high performance
- Comprehensive I/O, programmable FPGAs and powerful real-time processors for various applications
- First class Simulink® support
Application Areas
The modular dSPACE laboratory systems are tailored to controller development and testing as well as for test bench control, including data acquisition. They can be used to complete development tasks in a wide variety of areas:
- Combustion engine development and tests
- Electric drives control
- Renewable energies and power electronics
- Industrial automation
- Robotics
- Active noise and vibration suppression
- Medical engineering
- Many other control applications in academia
Key Benefits
When you use modular laboratory systems from dSPACE, you benefit from ideal scalability and processing power, including multiprocessor systems, and have a wide range of I/O functions and interfaces at your disposal. Simply set up the system according to your requirements.
- Compact housings for use at the workstation
- Scalable processor hardware
- Wide range of I/O interfaces, such as A/D, D/A, digital I/O, sensor and actuator interfaces, bus interfaces, programmable FPGAs, etc.
The modular dSPACE SCALEXIO product line boasts high computing power, comprehensive I/O and network interfaces as well as maximum flexibility.
The modular dSPACE PHS hardware offers a broad ready-made range even of specialized I/O boards.
dSPACE hardware and software seamlessly integrate with MATLAB®/Simulink®/Stateflow® by MathWorks. Together, they form a highly efficient tool chain.