Precautions for assembling industrial computers - EVOC

It is not too difficult to assemble the industrial computer, assuming that people with a little common sense of hardware can do it, many friends are worried about the problem of assembling the industrial computer or are afraid of damaging the hardware equipment. In fact, the hardware equipment assumes that the hole position is not selected correctly during the whole device process, and most of them cannot be pierced.

Precautions for assembling industrial computers - EVOC

Precautions for assembling industrial computers - EVOC

A part of each industrial computer has the following key parts, first of all, the CPU, that is, the central processing unit, which is equal to the brain of the industrial computer, and the running speed of each industrial computer is mostly determined by the CPU! At this stage, the well-known brand of CPU is either AMD or Intel, and the selection is not big, and I personally advocate choosing Intel, the brand is big, the strength is strong, and the product is good enough.

Of course, in retrospect, when choosing CPUs, try to follow the principle of buying new rather than old, and the other is that it is necessary to decide which CPUs to buy according to your main purpose. If you want multi-core task management and high cost performance, then propose AMD, and if you want perfection, reliability and power consumption, then choose Intel. However, it is necessary to select the type and specification that match the characteristics according to the main application, assuming that it is working in a relatively clean indoor environment, and the entry-level CPU can be selected; Assuming that it is running large-scale software, it is proposed to have mid-to-high-end CPU type specifications.

In terms of overall positioning, AMD Ryzen series products R3 is the entry-level level, R5 is the mid-range prevailing, and R7 is the high-end CPU; Intel Celeron and Pentium are entry-level CPUs, Core series products are mainstream CPUs, and X series products are flagship-level CPUs. Among them, i3 is the entry level of the core series products, i5 is the prevailing mid-to-high-end type specifications, and i7/i9 is the high-end type specifications.

After talking about the CPU, it is undoubtedly the motherboard, the motherboard is equivalent to a capillary, and all the links of the industrial computer depend on him. When choosing a motherboard, it is necessary to consider a better type of specifications from the material, quality, and corporate image. If it's AMD, choose an A-chip motherboard; If it's Intel, then choose the same Intel chipset grade, don't choose the wrong one.

Then there is the graphics card, which can be said to be the next key hardware equipment after the CPU. The quality of the graphics card will jeopardize the overall operation of the industrial computer, especially for industrial applications with high requirements for the graphics card. Therefore, when choosing a graphics card, it is necessary to make a decision based on its main purpose. Assuming a simple set of data monitoring and collection, an entry-level graphics card can do the job. Assuming that it is a harsh environment, you have to choose a mid-to-high-end graphics card.

Let's move on to memory. Many friends buy DDR3 memory as DDR4, but they can't plug it in when they get it back. Here is a different generation of different memory corresponding to the motherboard socket is also different, the vast majority of the old network servers are DDR2 or DDR3, the new network servers are DDR4, it is necessary to recognize the time of selection! In addition, choose 2 industrial computer memory as much as possible, which can form a dual channel, most of the new SSDs are with m2 slots, and most of the old motherboard interfaces are SATA slots. The selection should be based on the applicable motherboard interface type. Generally, M2 SSDs are expensive. In this case, a combination of SSDs and HDDs can be used.

Finally, when it comes to power supplies, industrial power supplies can be said to be very critical in the whole equipment. The smooth operation of each IPC depends on the power supply. When choosing an industrial computer power supply, it is advisable to choose a product with good promise and good reputation. The power output of the power supply must be determined according to the total power of the computer. Preferably greater than the overall power consumption of 100 to 150 watts.

Precautions for assembling industrial computers - EVOC

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