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About SystemC and SystemC AMS

The language SystemC has been developed to support system level design. It is applied in system-level modeling, architectural exploration, performance modeling, software development and functional verification.
Its analog extension SystemC AMS enables designers to model and simulate particularly complex heterogeneous systems for digital and for analog applications.
The SystemC AMS standard is based on technologies we developed within Fraunhofer starting in 2000 in collaboration with several European Semiconductors.
As a member of the AccelleraSystemC AMS Working Group we have made important contributions to the development of the SystemC AMS extensions.
SystemC in combination with C/C++ is typically used to model systems that have both hardware and software content.

Reasons for SystemC AMS in Combination with COSIDE®

  • ·Improved modeling efficiency and higher model quality
  • ·Extremely fast and license-free (free of charge) simulation
  • ·Enabling model reuse and extended model (re)use cases of already existing C / C++ libraries
  • ·Extremely fast verification
  • ·Improved maintainability combined with a low entry level due to the automation of the design process
  • ·Multi-functionality: The language covers different levels of abstraction
  • ·Discovering of critical design failures at an early stage of the development cycle
  • ·Generation of IP-protected customer models
  • ·Enabling system analysis and optimization before the availability of real hardware
  • ·Improves collaboration of SW and HW teams
  • ·Higher customer satisfaction due to the creation of an executable specification
  • ·Easy handling of even the largest and most complex models