Industrial Server

Industrial servers adopt high-performance architecture and have the reliability of industrial control computers, which can be applied to industrial field processing and industrial information system construction.

In addition, modern industrial servers are increasingly being used to handle large-scale data processing tasks, such as artificial intelligence (AI) and virtual machines (VM), and support devices such as robotic arms in intelligent manufacturing.

The industrial server carries GPU for reasoning and training workload, and its edge computing capability can realize real-time decision-making and reduce the burden of network, storage and analysis systems. [1-2] Usually equipped with

High performance industrial motherboard, equipped with one, two, or even four high-performance processors, ECC memory, wide temperature hard drive, remote IPMI management, and expandable image processing, video capture, and motion control modules.

It has higher processing power, transmission speed, functional expansion capability, security, reliability, and ease of management than industrial control computers (industrial application computers).

It can provide software and hardware resources to supported network clients for sharing under the control of network operating systems, while also providing centralized computing, database management, network communication, and other services to clients.

It can support multiple microcomputers (industrial control computers) to run simultaneously and provide services for network client requests.

Features of Industrial Server Functions

Industrial servers have stronger industrial characteristics than commercial servers and higher performance than industrial computers. Industrial servers are usually reinforced, dust-proof, moisture-proof, corrosion-resistant, radiation proof, watchdog and other special designs, using industrial components and industrial power supplies; At the same time, it has higher processing and storage performance than industrial computers, and its application scenarios can be both industrial sites and provide services for industrial information systems.

Longer supply cycle, generally requiring a supply cycle of about 10 years.

Better security requires that the BIOS, IPMI, and operating system all have anti attack features,

which can prevent attacks similar to Stuxnet viruses, avoid industrial network paralysis, and have an impact on the national economy.

Better stability, requiring MTTR to be within 5 minutes and MTBF to reach over 100000 hours.

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