OPC Communication Protocols and Industrial Integration (eBook, ePUB)
Definitive Reference for Developers and Engineers
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"OPC Communication Protocols and Industrial Integration" "OPC Communication Protocols and Industrial Integration" provides a comprehensive and authoritative exploration of the OPC (OLE for Process Control) standards that have transformed industrial communication over the past decades. Beginning with a historical perspective, the book thoroughly examines the origins, evolution, and foundational components of the OPC Classic suite, addressing both its technical specifications and the limitations that have driven the industry toward the more advanced OPC Unified Architecture (UA). Readers will ga...
"OPC Communication Protocols and Industrial Integration"
"OPC Communication Protocols and Industrial Integration" provides a comprehensive and authoritative exploration of the OPC (OLE for Process Control) standards that have transformed industrial communication over the past decades. Beginning with a historical perspective, the book thoroughly examines the origins, evolution, and foundational components of the OPC Classic suite, addressing both its technical specifications and the limitations that have driven the industry toward the more advanced OPC Unified Architecture (UA). Readers will gain a nuanced understanding of the OPC compliance ecosystem, the role of standardization bodies, and the technologies that underpin broad industrial adoption in a rapidly digitizing world.
The core chapters offer deep technical insight into the architecture, extensibility, and security of OPC UA, delving into information modeling, protocol layers, encoding strategies, and advanced performance optimization techniques. With a clear focus on practical integration, the text rigorously details how OPC systems bridge legacy protocols and modern industrial networks-enabling seamless interoperability with SCADA, DCS, MES, and IIoT platforms. Critical topics such as secure channel design, authentication frameworks, and threat modeling are covered in depth, providing actionable guidance for building robust, resilient, and compliant communication infrastructures.
Bringing theory into practice, the book presents a wealth of real-world case studies from diverse sectors, including manufacturing, energy, pharmaceuticals, and smart infrastructure. Readers will benefit from tested design patterns, lessons learned, and recommendations for scalable, future-proof deployments. The concluding chapters illuminate emerging trends, from edge and cloud integration to autonomous, adaptive ecosystems, positioning this work as an indispensable resource for engineers, architects, and technology leaders invested in the future of industrial automation and data-driven enterprise transformation.
"OPC Communication Protocols and Industrial Integration" provides a comprehensive and authoritative exploration of the OPC (OLE for Process Control) standards that have transformed industrial communication over the past decades. Beginning with a historical perspective, the book thoroughly examines the origins, evolution, and foundational components of the OPC Classic suite, addressing both its technical specifications and the limitations that have driven the industry toward the more advanced OPC Unified Architecture (UA). Readers will gain a nuanced understanding of the OPC compliance ecosystem, the role of standardization bodies, and the technologies that underpin broad industrial adoption in a rapidly digitizing world.
The core chapters offer deep technical insight into the architecture, extensibility, and security of OPC UA, delving into information modeling, protocol layers, encoding strategies, and advanced performance optimization techniques. With a clear focus on practical integration, the text rigorously details how OPC systems bridge legacy protocols and modern industrial networks-enabling seamless interoperability with SCADA, DCS, MES, and IIoT platforms. Critical topics such as secure channel design, authentication frameworks, and threat modeling are covered in depth, providing actionable guidance for building robust, resilient, and compliant communication infrastructures.
Bringing theory into practice, the book presents a wealth of real-world case studies from diverse sectors, including manufacturing, energy, pharmaceuticals, and smart infrastructure. Readers will benefit from tested design patterns, lessons learned, and recommendations for scalable, future-proof deployments. The concluding chapters illuminate emerging trends, from edge and cloud integration to autonomous, adaptive ecosystems, positioning this work as an indispensable resource for engineers, architects, and technology leaders invested in the future of industrial automation and data-driven enterprise transformation.
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