Internal environment of fanless industrial computer
Table of Contents
- 1. Compact and small motherboard
- 2. IPC motherboards are also divided into sizes like ordinary host motherboards
- 3. The peripheral interface of the motherboard
- 4. Overall structure of industrial computer
1. Compact and small motherboard
The motherboard of industrial computers is actually the same as that of ordinary hosts. They all have motherboard chipsets, CPUs, memory, hard disks, HDMI, VGA, PCIE*16, etc. Currently, the CPU market of host computers is divided up by Intel and AMD, but there are also some manufacturers in China that can replace Intel's low-end chips; therefore, most of the chipsets of industrial computers are currently provided by Intel and AMD.

2. IPC motherboards are also divided into sizes like ordinary host motherboards
First, IPC motherboards:
1. ATX: Full-size motherboard, also the most widely used motherboard, length and width are 305mm and 244mm respectively.
2. mini-ITX: Mini motherboard, is the smallest motherboard, length and width are 170mm and 170mm respectively.
3. Micro-ATX: Micro motherboard, is a motherboard between ATX and mini-ITX, length and width are 244mm and 244mm respectively.
Finally, the ordinary motherboard:
1. ATX motherboard: The size is 305mm x 244mm, which is the most common motherboard specification and is suitable for ordinary desktop computers.
2. Micro-ATX motherboard: The size is 244mm x 244mm, which is a smaller version of the ATX motherboard and is suitable for small desktop computers.
3. Mini-ITX motherboard: The size is 170mm x 170mm, which is the smallest motherboard specification at present, suitable for small computers such as embedded systems, set-top boxes, etc.

In summary, the size of the motherboard determines the size of the chassis shell, so embedded industrial computers generally use smaller motherboards, but if you have customized requirements, SINSMART will also help to achieve it.
3. The peripheral interface of the motherboard
The fanless embedded industrial computer is different from the common 4U industrial computer. The former has fewer I/O interfaces and can only give you enough level, while the 4U industrial computer is different. Its motherboard is very large. Correspondingly, it has many expansion modules and onboard I/O interfaces. You can insert different external devices according to your needs;

4. Overall structure of industrial computer
Whether the performance of this industrial computer is strong or not, in addition to the key hardware, it also has a great relationship with the heat dissipation design and overall packaging;
First of all, in terms of heat dissipation structure, the large area of heat sink can ensure efficient heat dissipation, and the high sealing design can resist shock, dust, high and low temperature, so that it can operate in a wide temperature environment
Finally, the overall structure is small, the wiring is flexible, and it can be placed in places with relatively harsh environments.
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