dSPACE Release 2019-A (May 2019)

The main innovations included in dSPACE Release 2019-A are outlined below.      

Product Details
ASM 9.3 and ModelDesk 5.1
  • Probabilistic sensor model for radar applications
  • Improvements of scenario definition (bumper-to-bumper, distances, length of road/route)
  • Integration of vehicle start procedure for BEV demo
AutomationDesk 6.1
  • New XML file format for the serialization of projects and libraries:
    • Improved readability: Element names in AutomationDesk used for element names in the XML file and separation of functionality and visualization information in different files
    • Collaboration support: Fine-grained import and export down to single blocks as preparation for detailed versioning
    • Ease of use: Implicit migration to the new XML format without migration effort
  • Enhanced editor for Python code:
    • Improved debugging: Visualization of syntax errors and invalid references to data objects plus comprehensive debugging support in tooltips
    • Improved usability: Local dialogs for Find & Replace with instant highlighting of found items
Bus Manager 6.3 (ConfigurationDesk 6.3)
  • Support of global time synchronization
  • Support of static container PDUs
  • Enhanced support of secure onboard communication (SecOC)
  • Support of AUTOSAR 4.4.0
  • CAN frame gateway (for convient use of gateways without Simulink®)
ConfigurationDesk 6.3
  • Column width changeable with mouse action
  • Automation interface enhancements:
    • Clear build results
    • Determination of all working views containing a particular element
ControlDesk 7.0
  • Bus Navigator: Wireshark decoder support for Ethernet monitoring
  • Ethernet Bus Monitoring device: Support for signals of UDP Ethernet PDUs
  • Support of AUTOSAR 4.4 for PC Bus Interfaces (CAN, CAN FD, LIN, and Ethernet)
  • ECU Diagnostics: Support of CAN FD
dSPACE FlexRay Configuration Package 4.3
  • Minor enhancements and bug fixes
ECU Interface Base Package 2.5
  • Extended SCALEXIO support: Support for XCP on CAN and CAN FD with SCALEXIO systems
MotionDesk 4.4
  • Advanced lighting: approx. 100 vehicles equipped with light objects
  • Status monitoring and control of SensorSim instances in MotionDesk
Platform API Package 3.1
  • Use of XIL MAPort in VMware to access VEOS simulation platforms and execute multiple simulations and test executions in parallel
  • MAPort-based stimulation and execution of Real-Time Testing scripts on 64-bit virtual processing units (VPUs) in VEOS
Real-Time Testing 4.1
  • Use of Real-Time Testing in VMware to access VEOS simulation platforms
  • Execution of Real-Time Testing scripts on 64-bit VEOS VPUs
RTI CAN Blockset 3.4.8
  • Minor enhancements and bug fixes
RTI CAN MultiMessage Blockset 5.2
  • Support of AUTOSAR 4.4.0
  • Minor enhancements and bug fixes
RTI LIN MultiMessage Blockset 3.2
  • Support of AUTOSAR 4.4.0
  • Minor enhancements and bug fixes
RTI FPGA Programming Blockset 3.7
  • Support of new FPGA boards:
    • DS6601 FPGA Base Board
    • DS6602 FPGA Base Board
  • Remote FPGA build:
    • Use of seperate PCs to execute the FPGA build so that the PC used for modeling is not blocked
    • The build process can be observed with a dedicated tool
Sensor Simulation 1.1
  • Support of fish-eye lenses (>180°) and high-order polynoms
  • Multiple instances on single GPUs for optimizing GPU utilization
  • Optimization of shared memory interface in terms of speed and bandwidth
  • Definition and enhancements to sensor material attributes for about 1,000 objects to address radar and lidar sensor simulation
  • Improved Sensor Simulation demo project to represent more capabilities of sensor simulation
  • Support of radar and lidar simulation modules, V-ESI unit (solutions)
  • Validation:
    • To save HIL time, the test execution can be separated from the postexecution test result evaluation
    • Global execution queues make it possible to distribute test executions from all running projects on all available simulation systems
    • Option to associate execution plans with a test cases query. Therefore, the set of test cases to be executed can be dynamically determined at the actual test execution time
SystemDesk 5.3
  • Import of multicore OS configurations
  • Integration of basic software modules expecting a multicore OS
  • Further supported Microcontroller Abstraction Layer (MCAL) modules for VEOS: Icu, Gpt, Wdg, Adc
  • Initialization of NV Data for V-ECUs on MCAL level
  • Support of Adaptive AUTOSAR features, such as data types, service interfaces, manifest files, etc.
  • Support of AUTOSAR R4.4.0, R4.3.1, R4.3.0, R4.2.2, R4.2.1, R4.1.3, R4.1.2, R4.1.1, R4.0.3, and R4.0.2
VEOS 4.4
  • Multicore support: Possibility to create V-ECUs for multicore ECUs
  • Further supported MCAL modules for VEOS: Icu, Gpt, Wdg, Adc
  • Execution of Real-Time Testing scripts on 64-bit VEOS VPUs.
MATLAB® support
  • R2017b
  • R2018a
  • R2018b
  • R2019a
Operating system support
  • Windows® 10 Enterprise 2016 LTSB (64-bit)1)
  • Windows® 7 SP1 (64-bit)
1) For information about the support of Windows® 10, please refer to Windows 10 support.

More detailed information on various features in dSPACE Release 2019-A


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