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Intel® CoFluent™ Studio: Application-based System Architecting

Model and Simulate a Virtual System (Application + Platform)

Intel® CoFluent™ Studio for System Architecting (SA) enables application-driven system architecting in order to define the right architecture for the right functionality in the first 20 percent of a project's lifecycle.

The key to achieve this goal is to create separate models for the application and the platform and combine them to study all aspects of the resulting virtual system macro-architecture before entering into detailed design and software integration.

White man sitting at desk typing and looking at computer monitor

System design and architecting front-end

  • Creates fully-timed functional (application) and physical (platform) models at the message abstraction level
  • Capture models through graphics and simple C code for detailed sequential algorithms
  • Define the system within its environment used as simulation input/testbench
  • Generate SystemC code automatically

Rapid design space exploration cycle

  • Define as many hardware platforms as wished in minutes: mono or multiprocessor, mono or multi-board, with simple or complex interconnect
  • Use generic hardware components with universal performance characteristics: no specific models or ISS required
  • Map application elements to platform components by a simple drag-and-drop operation
  • Execute "what-if" scenarios by trying out different platform and/or mappings without writing a single line of code
  • Obtain time-accurate co-simulation results
screenshot of cofluent system architecting model program

System-level verification environment

  • Fast simulation (message-passing transaction-level SystemC-based—equivalent to OCP-IP TL3)
  • Automatic instrumentation, rich set of visualization/analysis tools
  • Observe the system's behavior, communications, and performance data

Executable specifications and common HW/SW reference

  • Obtain the right system architecture transaction-level SystemC model in the first 20 percent of a project's lifecycle
    - Used as specifications and testbench for further HW/SW design and implementation
    - Used to specify and verify subcontracted implementation of subsystems
  • Build your company's electronic system design knowledge repository with libraries of models
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