How to solve the high temperature of the embedded x86 Single Board Computer?

The main feature of x86 Single Board Computers that can be used in industrial production is that they can work stably and trouble-free in an environment between -20°C and 60°C. Even some industrial motherboards use special wide-temperature designs and temperature ranges. It can reach -20 degrees to 70 degrees. This is a severe test for the heat dissipation scheme and heat dissipation efficiency of the institution. So how does the embedded x86 Single Board Computer solve the high temperature?

In the heat dissipation design of the x86 Single Board Computer, the special heat dissipation design used in the motherboard design even uses an all-aluminum mechanical casing, and special treatment is carried out for the CPU, north-south bridge, and hard disks to ensure the normal operation of the x86 Single Board Computer and the whole machine. run.

Relatively speaking, commercial motherboards are not competent to work in these environments and can only run in a stable environment. Commercial motherboards can basically only be used in an ambient temperature between 5°C and 38°C, which has low requirements for heat dissipation of the mechanism, and the appearance is dazzling and cool.

Many industrial computers are used in harsh application environments (such as humidity, vibration, dust, radiation, high temperature, etc.). The dust and salt in the air will corrode the motherboard and affect the normal use of the motherboard.

In our work and life, many people will come into contact with commercial motherboards and industrial motherboards. We should know exactly that it is necessary for many industrial computers to adopt a fanless chassis structure to prevent the harsh environment from harming the system. However, the fully sealed fanless structure has higher requirements on the performance and stability of the motherboard because of the mutual interference of heat sources.

Through special design, the x86 Single Board Computer can realize automatic restart and anti-surge functions when encountering abnormal conditions such as crashes, so as to fully ensure the high stability of the system in harsh environments.

In addition, a fan with stronger heat dissipation performance can also be replaced. Check whether the thermal silica gel is invalid, if it fails, replace the thermal silica gel again. Clean the dust and arrange the wiring inside the chassis, which will affect the heat dissipation.

Well,today Shen Zhen ZeChuang Weiye Technology Co.,Ltd ’s engineer has talked How to solve the high temperature of the embedded x86 Single Board Computer?Are you clear now?

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