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Industrial control machine motherboards and ordinary commercial motherboards belong to the scope of industrial motherboards and have essential differences from general motherboards. The following is an analysis of the key elements between industrial control motherboards and ordinary commercial motherboards, making the selection of industrial motherboards different.

The difference between industrial computer motherboards and regular commercial motherboards is as follows:

The main differences between industrial motherboards and regular motherboards are: size specifications, support for expansion slots, usage environment, reliability, protection functions, working temperature, and other aspects.

2. Industrial motherboards often work in harsh environments (long working hours), harsh climates, damp and cold, vibration, dust, radiation, high temperatures, etc, In these environments, commercial motherboards are unable to handle it. Nowadays, most commercial motherboards operate in stable environments (with short working hours), indoors, and at room temperature

Due to the market positioning of general commercial motherboards, their products generally only require electronic device CCC certification, Great Wall certification, and civil electromagnetic compatibility certification. Due to the fact that industrial motherboards are designed for the industrial market, in order to meet reliability requirements, each industrial control machine motherboard will undergo industrial level testing and certification such as CEEME, FCC, QArealability, CCC vibration reduction, etc. before going public.

4. Ordinary commercial motherboards can only be used in external environments between 5 and 38 degrees, which is extremely exquisite. Industrial motherboards can operate stably between 0 and 60 degrees Celsius, and some industrial motherboards even choose a wide temperature design, with an ambient temperature of up to -20 to 70 degrees Celsius.

5. The upgrading speed of the general commercial motherboard market is particularly fast, with a lifespan of only six months to one year; But in the industrial market, industrial control motherboards can have a lifespan of 5 years or even longer.