Embedded industrial touch all-in-one computer products must meet the special needs of customers in the working environment, such as humidity, temperature, dust, radiation, voltage stabilization system, continuous power supply design, etc., so the manufacturer must have considerable strength, production, testing, sales and system integration capabilities, for such product have certain technical thresholds.
How does such a fanless embedded industrial touch all-in-one computer dissipate heat? First, analyze the host structure. From the above picture, you can clearly see that there is a row of fin-like structures on the embedded industrial touch all-in-one computer, and above the entire host, it is a full-coverage balanced distribution. In other words, our fin heat dissipation aluminum sheet is built on the entire embedded industrial touch all-in-one computer, and all the heat generated by the operation of the internal parts of our motherboard is discharged through the aluminum sheet on the surface. Of course, it seems simple, but in fact, this kind of heat dissipation requires a very high technical content.
Analyze from the material, aluminum material, compact structure, small thermal resistance, good heat transfer performance, high strength, strong corrosion resistance, not easy to deform under long-term cold and hot working conditions, long working life, this is why we choose " Aluminum" this special material as the main thermal conductive material. It is also selected, cut and processed after our strict testing.
Therefore, for the above-mentioned embedded industrial touch all-in-one computer without fan, how to achieve heat dissipation, this basic working principle and heat dissipation method, I think all primary users have some understanding of it. In short, you can rest assured that the embedded fanless industrial touch all-in-one computer from Top One Tech has passed the -40℃~80℃ oven test. It can runs 7*24H uninterrupted, and it will not affect the computing speed or crash, so the performance of embedded industrial touch integrated computer products is indeed stable and reliable.
The advantages of embedded industrial touch all-in-one computer:
First, the biggest benefit of a fanless design is quietness. With the increase of use time, the embedded industrial touch all-in-one computer will not accumulate a lot of dust in it. Compared with ordinary industrial touch all-in-one computers, the long-term operation of the fan bearing will cause deviation, damage, lubricating oil consumption and other problems, so using for a long time and not paying attention to the maintenance of ordinary industrial touch all-in-one computers will produce a lot of noise. Especially in a relatively quiet environment, the noise from ordinary industrial touch all-in-one computer fans is obvious.
In addition, even if you have the ability to wash the ash by hand and maintain it, the actual effect will diminish. Therefore, the fundamental problem solved without a fan is the noise problem of the embedded industrial touch all-in-one computer. Second, the lack of fans brings ultra-thin designs to embedded industrial touch all-in-one computers.
The third benefit is the airtightness of the fanless design of the embedded industrial touch all-in-one computer, which, although not obvious, is crucial to the health of the embedded industrial touch all-in-one computer. The fanless embedded industrial touch all-in-one computer mainly relies on a large heat dissipation area for effective heat dissipation. Of course, its power consumption on the CPU belongs to low power consumption.
