Opportunities For A Hardware-Based OPC UA Server Implementation In Industry 4.0

Zohra Charania, C. Iatrou, Valentin Khaydarov, Richard Jacob, R. Wittig, Heiner Bauer, S. Höppner, René Bachmann, Philipp Bauer, Hendrik Deckert, C. Mayr, G. Fettweis, L. Urbas
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Abstract

With the advent of the fourth industrial revolution i.e. Industry 4.0, plants and factories are becoming smarter and interconnected. The transitions demand vertical integration and seamless connectivity. For this purpose, there is a need for semantic communication between various devices including the heavily resource-constrained field devices. To address this, a real-time capable hardware-based implementation of a well-established semantic communication protocol, i.e. OPC Unified Architecture was designed and developed. This chip-based implementation is power-efficient and compact, making it suitable for the field level. The chip was analyzed and incorporated in a demonstrator as a proof of concept of its integration at field level in a plant module of the process industry. Various opportunities are also examined where the chip could be utilized to deliver benefits to existing and future technologies.
工业4.0中基于硬件的OPC UA服务器实现的机会
随着第四次工业革命即工业4.0的到来,工厂和工厂变得更加智能和互联。这种转变需要垂直整合和无缝连接。为此,需要在各种设备(包括资源严重受限的现场设备)之间进行语义通信。为了解决这个问题,设计并开发了一种基于硬件的实时功能实现,即OPC统一架构。这种基于芯片的实现节能且紧凑,适用于现场级。对该芯片进行了分析,并将其集成到演示器中,以验证其在流程工业工厂模块中的现场集成概念。还研究了各种各样的机会,可以利用芯片为现有和未来的技术带来好处。
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