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OPAL-RT
  • SOLUTIONS
    Aerospace
    Aerospace Overview
    More Electric Aircraft
    Onboard Power Systems
    Automotive
    Automotive Overview
    Autonomous Vehicle / ADAS
    Battery Management Systems
    Electric Vehicle
    Automotive Powertrain Emulation
    Power Electronics
    Power Electronics Overview
    Energy Conversion Controls
    Hybrid and Electrical Transportation
    Power Systems
    Power Systems Overview
    Cybersecurity
    Digital Twins
    Microgrid
    Modular Multilevel Converter
    Power Generation
    Power System Controls
    Protection Systems
    Substation Automation | IEC 61850
    Wide Area Monitoring Protection and Control
    Academic Solutions
    Education
    Research
    Type of Simulation
    Hardware-in-the-Loop (HIL)
    Power hardware-in-the-loop (PHIL)
    Rapid Control Prototyping (RCP)
    Software-in-the-Loop (SIL)
    Simulation Acceleration
  • PRODUCTS & SERVICES
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    eMEGASIM
    eFPGASIM
    Hardware Platforms
    Hardware Platforms Overview
    OP4510
    OP5600
    OP5707
    OP5031
    Hardware Components
    I/O and Communication Interfaces
    4-Quadrant Power Amplifier
    SLSC Modules
    Communication Protocols
    Remote FPGA and I/O
    Power and Control
    Conditioning and Monitoring
    Accessories
    Specialized Simulator
    Microgrid PHIL Test Bench
    MMC Test Bench
    Power Electronics Test Bench
    Educational Lab Kits
    BERTA Test Bench
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    Integration
    Expert Services & Consulting
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Orchestra

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RT-LAB Orchestra

Maximum Flexibility for Co-Simulation of Heterogenous Models in Real-Time

Successful Real-Time simulation of complex systems often requires heterogeneous models be integrated into a single co-simulation environment. These models are often written in different programming languages, or generated by various simulation tools. They may also be developed by different teams, or even by different companies.  By facilitating integration and interoperability between disparate co-simulation components, RT-LAB Orchestra enables the engineer to conduct Real-Time co-simulation of virtual vehicles earlier in the design process.

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Achieve Optimal Engineering Collaboration & Productivity

Superior Flexibility

Use any model, in any combination you want, including your own technical assets to better leverage your simulation platform. Do more tests, faster! Simulate an entire virtual vehicle earlier in the design process.

Unrivaled Performance

Better integration of model means better performance. Achieve unparallelled signal per second sampling. Enhancing Multi-Core System Performance Using Parallel Computing.

Complete Openness

With an open system and open code, you can debug problem easily. The expertise and technical support of OPAL-RT provides you with endless possibilities for the most innovative simulation scenario.

Test Control Model and Environment Models on the Same Simulator

Communication layer between RT-LAB and simulation components

RT-LAB Orchestra will resolve co-simulation issues such as multiple simulation domains, different teams, dissimilar languages and simulation tools and reuse of legacy code.

  • User-configurable through an XML description file
  • C-code API used by simulation components to exchange data with the RT-LAB framework
  • Library of Matlab/Simulink blocks
Learn more on RT-LAB

Advanced Driver-Assistance Systems Applications

Advanced driver-assistance systems (ADAS) are systems developed to automate/adapt/enhance vehicle systems for safety and better driving. Safety features are designed to avoid collisions and accidents by offering technologies that alert the driver to potential problems, or to avoid collisions by implementing safeguards and taking over control of the vehicle. Adaptive features may automate lighting, provide adaptive cruise control, automate braking, incorporate GPS/ traffic warnings, connect to smartphones, alert driver to other cars or dangers, keep the driver in the correct lane, or show what is in blind spots.

RT-LAB Orchestra Accelerates Co-Simulation Interoperability with a Robust Framework and Unprecedented Performance

RT-LAB Orchestra Technical Features

Simulink (Goto/From)

  • Input and output signals accessibility
  • Access the corresponding signals all over the subsystem
  • Fixed connection problem when item are renamed or deleted

Supported software

  • ALTIA Design
  • CANoeVECTOR
  • TestInViewCLEMESSY
  • SCANerOKTAL
  • ProSIVICESI Group
  • And many more...

Support of reflective Memory

  • All GE RFM cards supported
  • Extend a domain to 2 targets
  • A single Orchestra domain can be shared between 2 targets
  • This was impossible with a shared memory configuration

Supported data

  • Integer & integer arrays
  • Double & double arrays
  • Char & char arrays

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