摘要
随着工业数字化转型向纵深推进,新场景、新应用对工业网络底座提出了更高的能力需求,涵盖泛在互联、确定性承载、控制网络与计算资源集成、开放智能以及安全可控等多个维度。工业5G独立专网凭借其在资产专属、资源专用、灵活部署、自主管理和安全可靠等方面的差异化优势,有望成为传统工业网络及运营商5G虚拟/混合专网的有力补充。基于工业场景的核心需求,阐述工业5G独立专网构建新型工业网络专属数字底座的体系架构与功能特性,明确其在工业应用支撑、算力网络协同以及网络安全防护等方面的关键能力。工业5G独立专网通过构建“连接管理-算网协同-安全防护”一体化数字底座,为新型工业网络提供全域互联、确定性传输、安全可控的底层支撑,助力工业从自动化向智能化跨越,为工业企业数字化转型提供有力支撑。
As the industrial digital transformation progresses deeper,new scenarios and applications have placed higher demands for industrial network infrastructure,encompassing ubiquitous connectivity,deterministic transmission,integration of control networks and computing resources,open intelligence,and secure controllability.Industrial 5G stand-alone non-public network(SNPN),leveraging its differentiated advantages in asset exclusivity,resource specialization,flexible deployment,autonomous management,and security reliability,are expected to serve as a powerful supplement to traditional industrial networks and operator 5G virtual/hybrid private networks.Based on the core requirements of industrial scenarios,this paper elaborates on the system architecture and functional characteristics of the industrial 5G SNPN for building a new industrial network exclusive digital foundation,clarifying its key capabilities in industrial application support,computing network collaboration,and network security protection.Through the construction of an integrated digital foundation of“connection management-computing&network collaboration-security protection”,the industrial 5G SNPN provides universal connectivity,guaranteed transmission,and autonomous controllability as the underlying support for the new industrial network,facilitating the transition from automation to intelligence and providing strong support for the digital transformation of industries.
作者
楚俊生
王涵
CHU Junsheng;WANG Han(ZTE Corporation,Nanjing 210012,China;Technology and Standards Research Institute,China Academy of Information and Communications Technology,Beijing 100083,China)
出处
《信息通信技术与政策》
2026年第1期2-11,共10页
Information and Communications Technology and Policy
