Ethernet switches are generally divided into: commercial (Ethernet interface) switches, industrial (Ethernet interface) switches, and home (Ethernet interface) switches. So, what is the difference between home switches, commercial service switches, and industrial switches?

Commercial switches are generally used in the company's office network and other places. The general form is rack-mounted and installed in the company's main computer room. Generally, the stability is relatively high, and it can operate 24 hours a day without interruption for a long time. The network bandwidth is relatively large and there are many sockets, etc. advantage. Industrial switches are generally used in industrial production and manufacturing sites, and are generally assembled in various forms. Depending on the location of use, there are requirements for moisture-proof, anti-fouling, anti-seismic grades, and anti-interference capabilities. The natural performance requirements are also very high. sexual functioning. Some automatic control systems require poor sharing delays, and some require redundant power supplies, DC24V power supplies, etc.

Whether in terms of electronic devices, mechanical equipment environment, climate environment or electromagnetic induction environment, working standard voltage, power circuit, installation method, and heat dissipation method, the industrial Ethernet interface performance must be better than that of household and commercial switches.

Compared with industrial Ethernet switches and civilian Ethernet switches, the appearance design of industrial Ethernet switches and the use of components, the strength and scope of application of new products can meet the needs of industrial sites.

Industrial Ethernet switches include mechanical equipment environmental adaptability (such as vibration resistance, impact resistance), climate environment adaptability (operating temperature requirements are -20 to 85°C, not lower than -10 to 70°C, and must be corrosion-resistant, anti- Pollution, moisture-proof), electromagnetic induction environmental adaptability.