Interactive control, monitoring, and data acquisition with ControlDesk.

Program download to the real-time hardware.

Automatic compiler call that compiles and links the model.

Optional synchronization of periodic timer tasks to external events.

Turnaround time measurement for each task.

Configurable priority and overrun handling for each task.

Single timer and multiple timer task mode.

Support of multirate systems and preemptive, priority-based multitasking.

Generation of initialization functions and I/O function calls.

Support of Simulink Coder (formerly Real-Time Workshop) code optimizations.

C code optimization for real-time implementations.

Generation of C code by Simulink Coder™ (formerly Real-Time Workshop ®).

Asynchronous execution of Simulink subsystems triggered by hardware or software interrupts.

Separate blocks for different functions of complex I/O modules.

I/O access anywhere in your model and at different sample rates.

Automatic checks on parameter ranges and consistency.

I/O parameter specification, such as voltage ranges, resolutions, digital I/O, serial interface parameters, and PWM frequencies.

Configuration of dSPACE I/O simply by connecting the relevant blocks to the Simulink blocks.

Comprehensive block library for specifying the hardware setup.

For creating and accessing synchronized time base manager instances.

RTI Synchronized Time Base Manager Blockset

For implementing various safety mechanisms on.

For long-term data acquisition on MicroAutoBox II or MicroLabBox.

Extensive I/O functionalities for the MicroAutoBox II used in combination with the RapidPro Control Unit, e.g., for engine, chassis, and drives control.

For making the additional I/O channels of the DS1552 Multi-I/O Module available to model-based control applications running on MicroAutoBox II.

For combining dSPACE MicroLabBox with electric drive systems.

Connecting dSPACE hardware to other devices via Ethernet.

Integrating FPGA models in dSPACE systems.

For configuring dSPACE systems in FlexRay communication networks.

For combining dSPACE systems with LIN communication networks.

For combining dSPACE systems with CAN communication networks.Real-Time Interface for Multiprocessor Systems (RTI-MP).For graphical setup of multicore structures.Real-Time Interface for Multiprocessor Systems

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