| Product |
Details |
| ASM 9.2/ModelDesk 5.0 |
- ASM Traffic
- Collision detection
- 3-D sensor occlusion with occlusion sensitivity
- ASM Environment
- Improved height profile on junctions
- Integration of vehicle start button
- A more robust driver
- ASM Vehicle Dynamics
- Enhancements for the suspension model: compliance with torque-y
- Enhanced interface for seamless integration of the external steering model (e.g., Pfeffer Steering Model)
- ASM Engine
- Enhanced physics-based three-way catalyst simulation for InCylinder Engine models
- ASM Brake Hydraulics
- Improved support of brake-by-wire
- ModelDesk
- ModelDesk testing: Integrated automated test functionality
- Improved height profile on junctions
- Multi-instance for custom components
- Alias variables for the route selection in the scenario
|
| AutomationDesk 6.0 |
- Python 3.6 support
- Python interpreter in AutomationDesk
- Local Python namespace for AutomationDesk blocks
- ASAM XIL API Version 2.1 support
- Improved navigation in reports
|
| Bus Manager 6.2 (ConfigurationDesk 6.2) |
- Additional simulation, inspection, and manipulation features:
- CRC function
- Frame length manipulation
- Bus Configuration Enable TX
- SecOC support
- Communication matrix modification: Create PDUs and Signals
- Usability, user interface, and performance enhancements
- Support of AUTOSAR 4.3.1
- Generation of CAN/LIN BSC without a model
|
| ConfigurationDesk 6.2 |
- Redesign of the Model Port Block Library:
- Support of model port blocks in user-defined Simulink® library blocks.
- IDs of model port blocks are now visible to and editable by the user (via scripting).
- Support of inactive model port blocks, inactivated by Simulink features, such as comment out, variant subsystems or variant sink/source
|
| ControlDesk 6.4 |
- Support of Python 3.6
- Bus Navigator: Ethernet monitoring for VEOS
- GNSS device (for GPS, GLONASS, Galileo, etc.)
- Undo/redo for zooming in time and index plotter instruments
- Support of AUTOSAR 4.3.1 and FIBEX 4.1.2 for PC bus interfaces (CAN, CAN FD, LIN, and FlexRay)
|
| dSPACE FlexRay Configuration Package 4.2 |
- Support of FIBEX 4.1.2
- Support of AUTOSAR 4.3.1
- Support of PDU container
- Support of secure onboard communication
- Support of new end-to-end protection profiles
- Support of the global time synchronization
- Minor enhancements and bug fixes
|
| Failure Simulation Package 2.0 |
- Python 3.6 support
- Support of ASAM XIL API version 2.1
- Usability improvements for load and error category configurations
|
| Model Compare 2.9 |
- New comparison session can be initiated directly in Simulink®/TargetLink models
- New options to automatically resolve conflicts (fully-automated merging of different model versions without any user interaction)
- New option to mark remaining differences as approved
- Color coding of differences also in the Model Compare difference report improves report overview and readability
- Improved performance for highlighting elements (especially for large models)
|
| MotionDesk 4.3 |
- MotionDesk
- Z-profile on junctions allows for more realistic mapping of real-world junctions with different height levels
- Major performance improvements due to use of hardware instancing
- Logo projection in video export
- Application window always on top
- Sensor simulation
- Sensor simulation modules provided as Windows console application for better deployability and increased performance
- Shader-based camera sensor simulation module for efficient GPU use, allowing high-performant rendering
- Camera simulation module features Bayer pattern, lens distortion, chromatic aberration, and vignetting to address needs for calculation of optical path and realistic lighting scenarios
- Postprocessing interface (API) to extend functionality for customers (e.g.. probabilistic model on sensor output)
|
| Platform API Package 3.0 |
- Python 3.6 support
- ASAM XIL API version 2.1 support including several feature extensions
- XIL MAPort supports access to 64-Bit VPUs in VEOS
|
| Real-Time Testing 4.0 |
- Python 3.6 support for the RTT Manager Server
- In real-time tests on a VEOS platform, access to variables of remote VPUs
- Full support of variables with custom bit mask, e.g., FPGA parameters
|
| RTI CAN Blockset 3.4.7 |
- Minor enhancements and bug fixes
|
| RTI CAN MultiMessage Blockset 5.1 |
- Support of FIBEX 4.1.2
- Support of AUTOSAR 4.3.1
- Support of PDU container
- Support of secure onboard communication
- Support of new end-to-end protection profiles
- Support of the global time synchronization
- Minor enhancements and bug fixes
|
| RTI FPGA Programming Blockset 3.6 |
- For MicroLabBox:
- Support of flexible I/O. This allows for using parts of the I/O with RTI and other parts with RTI FPGA
- For MicroAutoBox II:
- Support of 64-bit and floating-point data types
- Direct tracing of register values (e.g., in ControlDesk) without any modelling
- Changing constant register values from the host PC, e.g., with ControlDesk.
|
| RTI LIN MultiMessage Blockset 3.1 |
- Support of FIBEX 4.1.2
- Support of AUTOSAR 4.3.1
- Minor enhancements and bug fixes
|
| SYNECT 2.6 |
- General improvements
- Web dashboards (available on request)
- SYNECT users can be assigned to SYNECT items as item link
- Validation
- Calendar-based support for planning and booking a HIL system for remote test execution
- Option to create new executions from finished executions or a set of selected test case results with the click of a button
- Easier querying and filtering of test cases based on all available information of the last test result
- Usability improvements for directly executing test cases
- Model integration
- BSC and Ethernet support
- Easier assessment of the state of the signal mapping by displaying the number of connected signals in the diagram
- Various usability and diagram improvements
- Workflow management
|
| SystemDesk 5.2 |
- Generator for classic AUTOSAR software components (SWCs) to turn them into adaptive applications
- New supported MCAL module: LIN to include your own basic software for LIN in V-ECUs
- Configuration of memory segments for V-ECUs with XCP page handling
|
| TargetLink 4.4 |
- New add-on module: TargetLink module for MATLAB® Code1) to generate production code directly from Simulink® modeling constructs that support MATLAB® Code
- Generation of interface variables of the array of structures type from the TargetLink Data Dictionary
- SIC export adds full support for container-based workflows in ConfigurationDesk for validation of production code on real-time systems
- Improved access function specification makes managing and specifying Access Functions for data encapsulation faster and easier
- Support for additional Simulink® blocks, e.g.:
- Rate Transition block.
- Bus-capable constant block
- Support for AUTOSAR 4.3.1
- Option to use the AUTOSAR Splittable attribute during ARXML export
- Separate export of AUTOSAR Constant Specifications
- Sync TargetLink data to libraries
- Fast restart in Simulink®
- Parallel build for SIL simulation
- Target Simulation Module for Lauterbach Instruction Set Simulators (ISS)
|
| VEOS 4.3 |
- Support of MCAL V-ECUs containing LIN modules and support for Ethernet monitoring
- Support of experiment access to 64-bit models
- Support of memory segments and page switching in V-ECUs
|
| |
|
| MATLAB® support |
- R2017a
- R2017b
- R2018a
- R2018b
|
| Operating system support |
- Windows® 10 Enterprise 2016 LTSB (64-bit)2)
- Windows® 7 SP1 (64-bit)
|
