1. The difference in appearance of the front panel
The appearance of the commercial all-in-one machine is gorgeous and exquisite. Industrial all-in-one computers focus on being stable, practical and durable. Generally speaking, the appearance of the commercial all-in-one computer is made of plastic frame molds, while the appearance of the industrial all-in-one computer is made of stainless steel and aluminum alloy.
Two, the difference in protection level
The industrial all-in-one computer has a protection level of IP64 or higher on the front panel, that is, dustproof and waterproof. The commercial all-in-one computer cannot be dustproof and waterproof.
In terms of anti-vibration design, industrial all-in-ones will also consider application scenarios and design different anti-vibration application products.
Three, the difference in the main board materials
The motherboards used in commercial all-in-one computers are for ordinary civilian use, and the PCB motherboard hierarchical design is generally 4 layers, up to 6 layers. The industrial all-in-one computer uses an industrial material motherboard, which is generally more than 6 layers at the PCB level. (Note: The industrial motherboard used by Collard is more than 10 layers. For example, the CES-4801 motherboard used by the Collard industrial computer uses a ten-layer PCB board. The main signal layer, ground layer, power layer, secondary signal layer, Auxiliary power layer, middle signal layer, in order to enhance the performance stability of the industrial computer, we will add another layer of main signal layer, ground layer, power layer and sub-signal layer in the design.)
If you have a certain understanding of industrial all-in-one computers, you should be very clear that the quality of industrial all-in-one computers is closely related to the motherboard. The design of the motherboard determines the high and low temperature resistance of the industrial all-in-one computer, the scalability of the external adjustment interface, the anti-vibration performance, and the information stability.
The commercial all-in-one computer is used in a normal commercial environment, and the environment is good. In order to save costs, businesses will save a lot of materials.
Fourth, the difference in the cooling system
We believe that commercial all-in-one computers that many customers will use should be aware that many commercial all-in-one computers will have many cooling holes left.
Commercial all-in-one computers use fan-based heat dissipation in the heat dissipation system. The industrial all-in-one computer uses fanless heat dissipation. This product is destined to be noiseless by nature. In addition, a general-performance processor is used on the CPU, which has relatively low power consumption. According to the hardware gods in the editor company, this kind of product heat dissipation method relies on large-area heat sink fins for heat dissipation.
Advantages of fanless industrial all-in-one computers:
1. The use of all-aluminum alloy metal industrial chassis that meets the "EIA" standard enhances the ability to resist electromagnetic interference.
2. There is no fan in the case, and heat dissipation by the fins of the case effectively prevents dust, water, and salt spray, which greatly reduces the maintenance requirements of the system.
3. Equipped with highly reliable industrial power supply with overvoltage and overcurrent protection.
4. With self-diagnosis function.
5. There is a "watchdog" timer, which automatically resets without human intervention when the machine crashes due to a fault.
6. To facilitate the scheduling and operation of multiple tasks.
7. Compact size and thin volume, so it can save working space.
8. There are various installation methods, such as guide rail installation, wall-mounted installation and desktop installation.
Five, the difference in the use environment
The environment for commercial integrated computer applications is relatively simple, usually in a commercial office environment. The environment in which the industrial all-in-one machine is used is complex and changeable, and each customer has different performance requirements for industrial users.
