SystemC in Semiconductor Modeling: Advancing SoC Designs

Abstract

The rapid evolution of semiconductor technologies has necessitated innovative approaches to the design and verification of System on Chip (SoC) architectures. SystemC has emerged as a vital tool in this landscape, providing a high-level abstraction for modeling complex systems. This paper explores the advancements in SoC design facilitated by SystemC, highlighting its capabilities in enabling system-level modeling, simulation, and verification. By leveraging SystemC's rich library of constructs, designers can create accurate representations of hardware and software components, fostering better collaboration among multidisciplinary teams.

The paper discusses key features of SystemC, including its capability to support transaction-level modeling (TLM), which enhances simulation speed and accuracy, crucial for today’s intricate SoC designs. Furthermore, the integration of SystemC with various Electronic Design Automation (EDA) tools is examined, showcasing how it streamlines the design flow from conceptualization to implementation.

Through case studies, the paper illustrates the practical applications of SystemC in addressing challenges such as performance bottlenecks and power consumption in SoC designs. The findings suggest that SystemC not only accelerates the design cycle but also improves design quality and reliability. Overall, this paper underscores the importance of SystemC in advancing semiconductor modeling and its role in shaping the future of SoC development, providing a foundation for continued innovation in this critical field.