Implementing Ethernet Technology in Industrial Applications

Dec. 12, 2012
Manufacturers are faced with the constant demand to increase productivity and reduce operating costs. A powerful industrial tool being implemented today to streamline production is reliable, enterprise-wide connectivity, providing the highest level of visibility, control and flexibility. To accommodate evolving networking requirements, such as decentralization of control, integrated diagnostics and simplified maintenance, network protocols integrate with industrial equipment, and control systems to communicate crucial status updates and production data.

As practices migrate away from point-to-point topology, advanced architectures ensure connectivity, collaboration and integration from the device level to enterprise business systems. With protocols available, each offering diverse features, benefits and performance capabilities, this white paper will assist users in selecting the ideal communication solution to suit individual application needs.

Manufacturers are faced with the constant demand to increase productivity and reduce operating costs. A powerful industrial tool being implemented today to streamline production is reliable, enterprise-wide connectivity, providing the highest level of visibility, control and flexibility. To accommodate evolving networking requirements, such as decentralization of control, integrated diagnostics and simplified maintenance, network protocols integrate with industrial equipment, and control systems to communicate crucial status updates and production data.

As practices migrate away from point-to-point topology, advanced architectures ensure connectivity, collaboration and integration from the device level to enterprise business systems. With protocols available, each offering diverse features, benefits and performance capabilities, this white paper will assist users in selecting the ideal communication solution to suit individual application needs.