This paper presents the past, present, and perspectives of the SystemC AMS standard as well as several commercial and academic frameworks gravitating around it that have been used to develop use cases in various cyber physical domains. After an overview of the standard, two frameworks are described: the COSIDE environment that supports the virtual prototyping of embedded HW/SW systems and its interaction with AMS circuits. Second, the SICYPHOS framework that integrates SystemC AMS into the overall system development ecosystem. By an example we give details how SystemC AMS can be coupled with other simulation tools (OpenModelica) while keeping simulation speed and accuracy high. Another example shows how SystemC AMS can be used as foundation technology to create specialized user-defined models of computation (MoC).

For the design and verification of a heterogeneous system architecture containing analog, digital, and software functionality, the use of modern languages and advanced Electronic System-Level (ESL) top-down design methodologies becomes fundamental. This paper will present the industrial application of the SystemC analog/mixed-signal (AMS) extensions in combination with SystemC and other C++ libraries, to enable mixed-signal system-level design of a Magneto Resistive Sensor product. It will demonstrate an efficient top-down design and early verification approach by creating an accurate mixed-signal virtual prototype for concept development and architecture exploration, bringing high modelling fidelity and high simulation speed.