White Papers, Catalogs, Case Studies and Resources for Engineers and Professionals
The prevalence of Industrial Ethernet technology is expanding all the time. Companies serving a wide range of industry sectors are migrating away from the slow and inflexible interfaces that were previously used and seeking out higher speed alternatives. Market analyst firm Technavio has predicted that the global industrial Ethernet business will experience a compound annual growth of 9.5% between now and 2019.
Everyone wants to move more data, and they want to move it faster. Part one of this white paper s the most relevant parameters that determine whether a connector and/or a cable assembly can withstand a defined data protocol. Part two shows performances of specific cabled connectors according to Ethernet, USB and HDMI protocols. Bonus whitepaper on rugged connector selection.
Ethernet based bus solutions have become the dominant method of communications in the motion and industrial control. Since EtherCAT and Ethernet use the same physical hardware and are often used in concert, it can be difficult to differentiate between the two. Control systems designers can however make educated choices about the appropriate communication bus for their application by understanding just a few key factors; centralized vs. distributed control, determinism and cost.
In order to develop Ethernet-based, but real-time capable fieldbuses, manufacturers have pursued various approaches in their efforts to eliminate such delays. These solutions are commonly referred to as “Real-time Industrial Ethernet” technologies. This booklet will introduce you to POWERLINK, which has become one of the most successful Real-time Industrial Ethernet systems in the world today.
Manufacturers are faced with the constant demand to increase productivity and reduce operating costs. Industrial Ethernet provides the highest level of visibility, control and flexibility to accommodate evolving networking requirements, such as decentralization of control, integrated diagnostics and simplified maintenance. Used to connect various machines, devices and office equipment, networks enable manufacturers to visually manage all production parameters for continuous and complete control over data. By understanding the need for enterprise connectivity, the various challenges and considerations associated with implementing network protocols, users can maximize data acquisition and management capabilities.
Few would argue that today’s economy is uncertain and unstable. Manufacturers face unprecedented challenges. To compete globally and achieve profitability, most must strive for unprecedented efficiency. And that means implementing superior systems and practices throughout the enterprise and operating lean and mean at every turn. As companies seek to identify and eliminate waste, continually improve processes, and respond to the increasing product demands of its customers, they are learning to do more with less, whether it is resources, staff, or money. They are also learning that one tool perhaps more than any other goes a long way toward helping achieve those goals—industrial Ethernet.
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