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The automotive sector plays a critical role in the implementation of digital factories that can work in compliance with the CC-Link Technology Industry 4.0, which provides uninterrupted communication by transmitting control and production data at high speed by transmitting control and production data at high speed. Industrial network technology CC-Link provides a great advantage for manufacturers for an efficient production in the automotive sector where standardized quality is important especially in mass production and competition is very intense. Today, this technology, which has become the choice of the world’s largest automotive factories, manages communication data reliably by providing process automation. CC-Link IE TSN, the world’s first industrial deficit network, which is the Japan-based CLPA (CC-Link Partner Association) signature in the field of industrial communication and benefits from time-sensitive network technology, adds high value to the automotive sector by carrying out the data communication process much faster than traditional methods… It requires rapid communication both due to both dynamics and competition structure. Industrial Network Technology CC-Link IE TSN, which best meets the speed criterion of Sanayi 4.0, which is an indispensable part of the industry 4.0, allows the high-level reliability and timely transmission of data in high volumes produced at this point. CC-Link IE TSN, which can adapt to the rapidly changing dynamics of the automotive sector, increases the productivity of automotive companies by creating flexible production lines. The CC-Link IE TSN, which can convert the standard industrial Ethernet into a real-time communication system with extremely low delay, optimizes the production bands of the automotive industry in innovative perspective thanks to this feature. Thanks to the communication with 1 gigabit per second, cost losses are decreasing, the automotive sector needs to reconstruct the automation processes with cyber physics in order to meet the personalized needs of each passing day. Industrial Network Technology CC-Link; It brings factories to speed, which is the main component of efficiency by handing the transportation layer through all data connections and providing communication between the devices. At this point, the CC-Link IE TSN, which differs from its competitors, offers a faster result of up to 10 times faster than industrial communication systems that can communicate with 100 megabit per second and can communicate with a gigabit per second. High -speed and large volume communication capability provides significant increase in production and prevents costs caused by the stopping of the production line. As the device performance increases, the production time is shortened and the CC-Link IE TSN allows the use of multiple communication cycles in the same network. This enables the appropriate connection of devices that require high -performance communication cycle or do not require high -speed communication cycle and increase the device performance. Optimizing the communication cycle and maximizing driver control performance shortens the production time. CC-Link IE TSN, which minimizes the time of automotive manufacturers to develop their products with the most appropriate methods, enables the development of the most advanced pressing, welding and motor production lines in the world thanks to all these features. Thanks to the redesigned protocol of the automotive sector fully compatible with the variable production band, CC-Link IE TSN, which creates great gains for the automotive sector; It makes it possible to collect and analyze large amounts of data such as painting robots and monitoring of equipment at high speed. It also supports variable production by sending a wide range of prescription data to the equipment side in real time. Since general communication and security communication can be used together, wiring costs and errors are significantly reduced. Using the ring topology, in case of equipment failure, it is easier to prevent the equipment from stopping with the backward lock function and to reduce the posture time.

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