Industrial Ethernet is an industrial communication network that is considered to have great potential after the field bus. In the past, Ethernet was generally used in the commercial field. Today, Ethernet is quietly submerged in the field of industrial automation and has become an indispensable member of it - Industrial Ethernet. Industrial Ethernet - the heart of smart factory The reason why Ethernet can flex its muscles in the industrial field is closely related to its unique advantages: Ethernet not only has higher communication bandwidth, faster transmission speed, higher stability and reliability, but also on this basis. Can reduce control system costs. These advantages are irresistible to the enterprise and the industry. This is the reason why Ethernet has become “out of control†once it enters the industrial control field. The data shows that at the beginning of 2016, global sales of industrial Ethernet technology grew at a high rate, accounting for nearly 40% of the industrial network market. With the participation of more companies, the emergence of diversified products, and the emergence of the development trend of inter-bank integration, the industrial Ethernet market is showing a prosperous scene. In the past two years, the development strategy of “Made in China 2025†has deepened, and smart factories have risen in various places. In a smart factory, automated production is only part of the security monitoring. Industrial Ethernet, as a modern technology for data transmission, device control and other functions, coincides with the development of smart factories and industrial automation. As a result, Industrial Ethernet has gradually become an important part of smart factory landings, and it has also become the “eye†for controlling daily production, helping boost the speed, safety, and energy saving of smart factories. Standardized multi-protocol - the main issue of industrial Ethernet Although performing well in the field of smart factories, industrial Ethernet itself faces difficulties. On the one hand, because Ethernet used to serve business more, the process of extending it to the industrial sector will inevitably appear to be “satisfiedâ€, such as poor timeliness, especially when communication is busy. . In addition, standardized multi-protocols have been a major problem that has plagued industrial Ethernet. Just as in many emerging industries, when Ethernet became a hot topic in the industrial field, the industry did not have a clear unified standard, which led to the emergence of many different Ethernet technologies in the development process and slowly formed. Multiple camps. Up to now, there have been IDA communication structures and communication protocols, Ethernet/IP communication structures and communication protocols, PROFlnet communication structures and communication protocols, HSE communication structures and communication protocols, and other major standards. Multi-standard coexistence in the short term Difficult to break. Perhaps the symptoms of this malady have not yet appeared. However, over time, it will be difficult for industrial Ethernet between different standards to achieve interconnection and interoperability. This will certainly directly affect the progress of the entire industry. Especially in the information age, the obstruction of information will become a major flaw in industrial Ethernet. Cost Reduction and Efficiency Improvement - The Future of Industrial Ethernet Switches Although high transmission rate and low cost are the advantages of industrial Ethernet, industrial Ethernet will keep improving in the future, and as an Ethernet switch device in the field of industrial control, it will also enter a new stage of development. At present, industrial Ethernet switching equipment is mainly used in industrial control, traffic control, power systems, computer room monitoring and other fields. With more access to PLCs, human-machine interfaces, and terminal computers, the market for industrial Ethernet will become increasingly demanding. Based on the original characteristics of Ethernet, it is difficult for industrial Ethernet switches to attempt to occupy the market for a long time or permanently. In comparison, low cost is more in line with market demand, both from the user's perspective and from the corporate perspective. On this basis, the development of functionality is no better, but the operation is more simple and easy to understand, and the existing functionality is more practical. It is more worthy of attention. Therefore, industrial Ethernet switches will also change in a timely manner, and practicality and ease of use will become an important direction for their development. From the type point of view, although the number of managed industrial Ethernet switches is not as good as that of unmanaged industrial Ethernet switches, they occupy a dominant position in the market due to their high unit value. In addition, with the development of Ethernet technology, the real-time, security, and uncertainty of industrial Ethernet will also be improved. High-performance, low-cost industrial Ethernet switches will infiltrate more and more industrial controls. 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