Ethernet/IP (Industrial Protocol)
TLDR: Ethernet/IP (Industrial Protocol), introduced in 2001, is an open industrial network protocol built on standard Ethernet. It is widely used for industrial automation, enabling communication between devices such as programmable logic controllers (PLCs), sensors, and actuators within manufacturing and industrial environments.
Ethernet/IP uses the Common Industrial Protocol (CIP) for managing real-time control and data acquisition. This structure allows it to support both device-level communication and high-level industrial processes, ensuring scalability across different operations.
A key advantage of Ethernet/IP is its compatibility with standard Ethernet technologies. This compatibility allows industries to leverage existing network infrastructure while integrating industrial devices, reducing costs and complexity in deployment.
The protocol supports real-time data transmission, critical for applications like robotics, assembly lines, and energy systems. It relies on time-sensitive networking (TSN) extensions to ensure deterministic data exchange for precise control in industrial settings.
Ethernet/IP includes robust error detection and redundancy features, ensuring reliable communication in harsh industrial environments. It is widely adopted in sectors like automotive manufacturing, chemical processing, and power generation, highlighting its versatility.
As industrial connectivity evolves, Ethernet/IP continues to be a foundational protocol for integrating devices and systems, providing a reliable framework for real-time communication and process control.
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