Model and Simulate System Behavior
Optimize architecture, predict performance, and maximize resource utilization with Intel® CoFluent™ studio.
Intel® CoFluent™ studio is a modeling and simulation tool for optimizing early architecture and designs, predicting performance, and maximizing resource utilization.
Intel® CoFluent™ studio can be used to model and simulate the behavior, timing requirements, architecture, and performance of any electronic system. This includes hardware intellectual property, embedded software applications, and mixed hardware/software multiprocessor systems.
As a simulator, the tool can estimate designs without the need for embedded application code, firmware, or even a precise platform description. Behaviors are described with intuitive graphical notations and C/C++ code — although algorithms can be left undefined and abstracted to their sole execution time. Intel® CoFluent™ studio models can be used for software interface descriptions, behavioral validation, executable specification, performance analyses, timing annotations, and functional architecture.
Easily explore design space and perform highly accurate “what if” analyses.
Optimize designs and early architecture for performance and resource utilization. Identify the best, most cost-efficient combination of components and design that meets both development and business needs.
Analyze system architecture to meet market needs early in the design cycle — even before you deploy any hardware or software. You can avoid costly redesigns, and reduce your time to market.
Learn how to meet real-world challenged using the capabilities of Intel® CoFluent™ studio.
With Intel® CoFluent™ studio, you can use one model to define structure, control flow, data flow, and time properties. You can also describe use cases alongside complete system functionality. This software integrates easily with external C/C++, SystemC code, and IPs. The software can also export models to libraries and control import modes (black- or white-box) for reuse in other projects.
The solution provides a fully timed model for determining the duration of algorithms and communications. These fast simulations are based on transaction-level modeling (TLM) SystemC (message-passing). Intel® CoFluent™ studio also provides automatic instrumentation and a rich set of tools for dynamic visualization and analyses.
Use Intel® CoFluent™ studio to build timed-behavioral models that can be used directly for system architecting and early performance analysis. This solution supports functional architecture that is compatible with software (RTOS abstraction) and hardware implementation models, as well as automatic SystemC code generation. Also, the software development kit (SDK) allows you to create your own code generator, validation rules, and trace analyzer.
Intel® CoFluent™ studio is an integrated electronic-system-level modeling and simulation environment. It is composed of a graphic modeler for capturing system behavior (the front end), as well as a simulation framework for a transaction-level SystemC model of the complete system. It also includes analysis tools for interpreting simulation traces, and a SystemC library that extends the Accellera SystemC 2* and TLM libraries. The toolset includes a simulation engine for computation (multiprocessor, multicore, and multitask/multithread) and communication (message queues, events, and interconnects).
Check out Intel® CoFluent™ reader, which provides the same tools and environment as Intel® CoFluent™ studio, but in read-only mode. In its free version, it allows play back of recorded simulations.
Success Brief: Siemens develops telecom designs using Intel® CoFluent™ Studio,...Preview | DownloadView (685.5 KB)
Success Brief: Sensata Technologies creates digital imaging performance models,...Preview | DownloadView (632 KB)
Get support for Intel® CoFluent™ studio and Intel® CoFluent™ reader products. Access your self-service portal or submit new cases to customer service.
Submit an inquiry to get information on Intel® CoFluent™ technology and the university program, or to request documentation and downloads.