XSC-LINK

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Taking the Internet of Things as the background, XSC-LINK is used to build a reliable and low-latency communication network. In key fields such as the manufacturing and energy industry, it has implemented important functions. Its powerful application lies in the following aspects:

1. Industry 4.0

Industry 4.0 is the trend of automation in manufacturing and production, which drives the transformation of digital technology and artificial intelligence. XSC-LINK as a connection medium between machines and devices, through redundant connections to achieve uninterrupted data transmission, application in Industry 4.0 can help real-time monitoring of equipment conditions, machine health diagnosis, and edge AI smart manufacturing.

2. Smart Grid

XSC-LINK helps to realize the transformation of power networks from traditional ones to smart grid, and promotes power infrastructure from low-voltage networks to optimal utilization on the decentralized basis. With its reliable data transmission, XSC-LINK can quickly build a low-latency transmission pipeline, which is conducive to the real-time and reliable data transmission of distributed energy resources such as photovoltaics.

3. Smart City

XSC-LINK as the infrastructure of smart city to build a variety of public and private safety applications. It provides secure interconnection for various devices, supports real-time analysis of sensor data and is conducive to the efficient running of the smart transportation, smart park and smart healthcare systems.

4. Smart Factory

XSC-LINK helps realize the integration of various equipment and services in various factories and improves their productivitiy and flexibility through the Internet of Things. XSC-LINK can be used to monitor the production process and equipment status in real time, and analyze production information to raise the standardization and automation of production.

5. System Working Principle

The structure of XSC-LINK is based on a three-layer networking model. The physical layer is responsible for the signal transmission, the data link layer is responsible for reliable communication and error control, and the network layer of the XSC-LINK is responsible for establishing connections with other networks. This layer uses unicast, multicast, and broadcasting. The network layer also supports the tunneling technology as well as the routing protocol development.

At the same time, the XSC-LINK adopts the simplifier industrial standard protocol to ensure a reliable connection, and the cluster-based technology to reduce the number of nodes in the system, so that the communication network can be easily managed. Constructing secure communication through encryption and authentication. In order to achieve the maximum speed, data can be transmitted, encoded and compressed via the chip.

Conclusion

XSC-LINK plays a key role in the applications mentioned above. It is used to build a secure, low-latency and efficient communication network, which is conducive to the transformation and application of the Internet of Things. Besides, the working principle is also quite simple and efficient.

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