From design to raw materials, to production, to manufacturing, all of them are for the use of industrial environment requirements, focusing on reliability, vibration resistance and wide temperature characteristics, industrial motherboards are widely used in self-service terminals, medical equipment, industrial control, automation equipment, communications, electric power, network, rail transportation and other industries.
Compared with general commercial motherboards, industrial motherboards are characterized by strong adaptability to various industrial environments, long life cycle, and easy maintenance.
Industrial motherboards are mainly used in embedded systems or PCs, which are usually used to perform specific functions in their assigned infrastructure.
Embedded systems can provide industrial advantages for heavy metal racks, including closed various form factors for multiple mounting configurations, enhanced cooling capabilities, extended temperature thresholds, environmental friendliness and low energy consumption for economic results.
Industrial motherboards are used in complex environments, and each industrial motherboard undergoes extensive compatibility and stability testing before it leaves the factory, including aging tests, environmental compatibility tests, and software security tests to ensure that industrial motherboards can operate effectively and efficiently for a long period of time in a variety of environments.
Deploying ordinary motherboards in the same environment, they are sure to experience downtime during operation.
Due to their wide range of operating temperature thresholds and enhanced thermal and vibration protection features, as well as extended product lifecycles (five years or more), maintenance of industrial motherboards is rarely required during implementation.
Another advantage of industrial motherboards is that they can be used in many applications, which is a cost-effective solution.
What are the advantages of industrial motherboards over regular motherboards?
This is first and foremost because their low power consumption makes them an energy efficient resource compared to commercial systems that consume less power, in which multiple panels within the chassis can work independently.
Because these panels take up very little space, these panels can improve air flow within a better enclosure, which reduces overall cooling costs and is often used inside fanless computers.
Its unit cost is also minimized because of its simple and flexible manufacturing process, which is due to the fact that its solution requires a single configuration across a large number of systems.
The other benefits that industrial motherboards offer may not appeal to every application, but they are still an effective solution for countless infrastructures.
Due to the specificity of the industrial motherboard's use case, the interfaces used in designing industrial motherboards are customized to fit the use case or stacked with a large number of standard interfaces to accommodate different interfaces.
For example, in some industrial motherboards with multiple network ports can be used for firewalls, vulnerability scanning, one-way gateways, industrial gateways, intrusion detection, network behavior management, data encryption, information exchange, central monitoring platforms and so on.
An important means of protecting data security is to help users protect their data from malicious intrusion and data destruction.
Due to the market positioning for general commercial motherboards, their products generally only need CCC certification, Great Wall certification, civil EM C certification for electronic products.
Since industrial-grade motherboards target the industrial market, in order to meet the demand for reliability, they are tested and certified for industrial-grade requirements such as CEEMC, FCC, QAreal bil ity, CCC, vibration, fallout, and so on before they are released to the market.
Functional industrial motherboards are generally designed specifically for the specific needs of customers, while the ordinary motherboards are generally designed specifically for the needs of the public, more functional; functional industrial motherboards emphasize ultra-stable, trouble-free; functional motherboards are generally dazzling features, performance can be cool; functional motherboards as a result of customized according to the customer's specific needs, so the number of not much, the price is more expensive, the ordinary motherboards tend to rely on the Price to fight the world, usually mass production.
Industrial motherboards from the design, materials, production, manufacturing, etc. are designed for the use of industrial environments, pay attention to the reliability, vibration resistance, wide temperature and other characteristics, industrial motherboards are widely used in self-service terminals, medical instruments, industrial control, automation equipment, telecommunications, electricity, networks, rail transportation and other fields. Compared with ordinary commercial motherboards, industrial motherboards have the ability to adapt to various industrial environments, long life cycle, customized services and other characteristics.
As we all know, most of our industrial environment is poor, and dust is the first to bear the brunt, regardless of whether we buy the product with a dust effect is good or bad, over time, there will always be an impact, so the dust caused by the motherboard failure is not absent, so we can try to clean the dust on the industrial motherboard, clean the brush can be used to gently brush away the dust on the industrial motherboard. In addition, some of the industrial motherboard cards, chips using the pin form, often because of pin oxidation and poor contact, the surface can be erased to remove the oxide layer re-insertion.