摘要： 近年来，随着技术的快速发展，芯片的功能日益复杂化，其集成度也在持续提升。芯片系统级设计成为了芯片开发中的关键环节，它要求将CPU、总线、存储器以及各类外设等众多子系统集成到一起，并确保这些不同的组件可以无缝通信和正确协同工作，系统顶层的集成工作非常繁琐且易错。为了减少传统手动管理的方式带来的效率低和风险高等问题，介绍了一种利用Python开发的自动化设计工具应用于系统集成的方式，并探讨了该工具在自动化集成过程中所展现的显著优势。

中图分类号：TN402 文献标志码：A DOI: 10.16157/j.issn.0258-7998.245084
中文引用格式： 陈三伟，李进财，张婷，等. 面向芯片设计的Python系统级自动化工具开发[J]. 电子技术应用，2024，50(10)：14-17.
英文引用格式： Chen Sanwei，Li Jincai，Zhang Ting，et al. Development of Python-based system-level automation tools for chip design[J]. Application of Electronic Technique，2024，50(10)：14-17.

Development of Python-based system-level automation tools for chip design

Abstract： In recent years, with rapid development of technology, the functionality of chips has become increasingly complex and their integration levels have continuously risen. System-level design has emerged as a critical aspect of chip development, requiring the integration of numerous subsystems such as CPUs, buses, memory, and various peripherals. These different components must be seamlessly interconnected and work in concert, a task which is both tedious and prone to error at the system's top level. To reduce the inefficiencies and high risks associated with traditional manual management, this paper introduces an automated design tool developed using Python that is applied to system integration. It also explores the significant advantages presented by the tool during the automation of the integration process.

Key words : automated design；Python；chip；system-level design；tool development