How industrial pc differ from ordinary computers from ycbing's blog

Industrial computers are categorized differently than regular personal computers because they are specifically developed to withstand harsh industrial environments. Also, they are designed to last longer as compared to regular computers.

Some of the unique features that industrial pc supplier may have are that they can be configured to meet the requirements of a specific industry, and they come in a wide range of shapes and mounting options, from small credit cards to large rack-mounted or wall-mounted units. Of course, both regular and industrial computers can process and store information. The functionality of the different types of computers is essentially the same, but industrial computers perform well in harsh, rugged and dirty environments. The biggest differences are in configurability, availability, performance, compatibility and reliability. Here are some of the key differences between these two computer types:

1. Vibration and shock: Shock and vibration are standard in industrial environments, and ordinary computers cannot withstand high levels of shock and vibration. On the other hand, the mechanical stability and ruggedness of industrial PCs ensures that they are excellent regardless of the level of vibration and shock.

2, High Temperature: Some industries, such as machinery and engineering, experience high temperatures throughout the day, which can take a toll on ordinary PCs. However, industrial computers can work in hot or cold conditions without stopping working or losing the life of the hardware.

3. Embedded Life Cycle: Ordinary PCs and PC components become obsolete and cease production within 6 months of release. A lifecycle that short is disastrous for many industries. It means they have to redesign their products every 6 months, and then they will need to support dozens of different PCs in the field, which will be a headache for field technicians and require a large inventory of spare parts. As a result, industrial computers follow what is called an embedded lifecycle. This means that they will not become obsolete and will continue to be manufactured for at least 5 years and in many cases up to 15 years, which gives industrial customers plenty of time to repair their machines in the field and develop new products.

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