Application of Industrial Computers in 5G Edge Computing

Table of Contents

• 1. Definition of edge computing
• 2. The role of industrial computers in 5G edge computing
• 3. Edge computing industrial computer product recommendations
• 4. Conclusion

1. Definition of edge computing

2. The role of industrial computers in 5G edge computing

(1) Real-time data processing: Industrial computers can be located at 5G edge nodes to quickly process large amounts of real-time data collected from sensors, devices or industrial systems. Data processing at the edge can reduce latency and provide faster responses, which is very important for real-time monitoring, control and optimization of industrial processes.

(2) AI and machine learning applications: Industrial computers can be equipped with powerful computing power and dedicated hardware accelerators to perform complex artificial intelligence and machine learning tasks on 5G edge nodes, which enables industrial control systems to perform advanced applications such as intelligent analysis, predictive maintenance and fault detection.

(3) Data storage and caching: Industrial computers can be used as storage devices for edge nodes to store and cache data generated in 5G edge computing. This can reduce reliance on remote cloud storage and improve data access speed and reliability. Industrial computers can also perform local data processing and filtering as needed, and only transmit key data to the cloud to save network bandwidth.

(4) Security and privacy protection: Industrial computers can provide local security protection and encryption functions to help protect the security of systems and data. In addition, industrial computers can also implement data privacy protection policies at edge nodes to ensure that sensitive data does not leave the local network.

(5) On-site service and maintenance: Industrial computers can be used as management and monitoring tools for edge nodes to remotely manage and maintain industrial equipment and systems. Through remote access and monitoring, industrial computers can provide real-time fault diagnosis, remote configuration and software updates, reducing maintenance costs and downtime.

3. Edge computing industrial computer product recommendations

(I) Product type: wall mounted custom pc

(II) Product model: SIN-3074-H110

SIN-3074-H110 adopts a compact structure design, is light and portable, does not take up space, weighs only 1.9KG, can be held in one hand, and can be flexibly used in various edge computing scenarios.

Wall mounted custom pc supports Core i7-8700 CPU, has 6 cores and 12 threads, and a turbo frequency of 4.6GHz. It has strong performance, can reasonably optimize the background resource allocation rate, easily handle multi-tasking, and greatly improve the work efficiency in edge computing.

The motherboard has a built-in USB2.0, which can be installed with a variety of dongles, which can effectively protect the data security generated by edge computing. In addition, it also has a high-speed photoelectric isolation DIO module, which can provide reliable solutions in high-speed signal processing and isolation protection, ensuring the stability of the edge computing system and the accuracy of the data.

The device supports two communication methods: 5G/4G/3G and WIFI. The received signal has a wide coverage, strong signal, and faster data transmission, providing strong support for edge computing.

4. Conlusion

When choosing an edge computing industrial computer, you can consider the following factors: high-performance processing power, rich input and output interfaces, reliable adaptability to the working environment, and strong security. The device can give full play to its advantages in edge computing. By combining it with 5G edge computing, more efficient, intelligent and safe industrial production and services can be achieved.