Intel® System Modeling and Simulation

  • Model and Simulate System Behavior
  • Intel® CoFluent™ Technology

    Provides system-level modeling and simulation tools that enable embedded device and chip designers to imagine and validate new concepts and architectures.

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  • Intel® CoFluent™ Studio

    Model and simulate the behavior, timing requirements, architecture and performance estimates (throughput, latency, load, power, memory, cost) of any electronic system.

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  • Intel® CoFluent™ Reader

    Intel® CoFluent™ Reader allows users to freely share models and simulation results and observations with other project stakeholders.

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Intel® System Modeling and Simulation

 

Features and Benefits

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Enhances Model-Driven Architecture (MDA)/Model-Driven Development (MDD) approaches with support of time properties for modeling and simulating real-time applications in a hardware/software-agnostic way.

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Goes beyond platform-level Electronic-System Level (ESL) design tools by allowing predictive application-driven system architecting at a high abstraction level from partial hardware and software.

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Provides the same tools and environment as Intel® CoFluent™ Studio, but in read-only mode. In its free version, it allows playing back recorded simulations. See example models for an overview of modeling and simulation capabilities offered by Intel® CoFluent™ studio for different application cases.

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System-level modeling and simulation tools for executing use cases and predicting performance of embedded devices and chips.

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Used throughout product development lifecycle for:

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  • Innovation

    Capturing with minimal effort the design intent in reusable models that mix new features and legacy, allowing for early patent application.

  • Optimization

    Finding the optimal architecture and power efficiency through design space exploration free of the full hardware/software code.

  • Validation

    Defining use case scenarios for validating the real-time behavior, predicting performance and generating test cases for implementation.