Industrial motherboards are motherboards that are used in industrial settings and are adopted by industrial computers, which can be adapted to a wide range of temperatures according to the needs of the environment, can be adapted to harsh environments, and can be used for long periods of time with high loads and so on.
Based on the structure and size of the motherboard can be divided into: full-length card, half-length card, 5.25-inch, 3.5-inch, PC104 architecture.
By chip series: 386, 486, 586, PIII, P4, ATOM, and so on. By chip type: X86 architecture, MIPS architecture, ARM architecture and so on. There are also some customized parts according to customer needs.
The typical environment of industrial control motherboards, as follows:
Working temperature: range up to -40 degrees ~ 85 degrees;
Working humidity: range up to non-condensing 0 ~ 95%;
Environmental dust: metal dust, ordinary dust;
Electromagnetic radiation: strong electromagnetic interference with the environment, its own radiation control;
Long time Work: the general life of the permanent power on
These above environments are commercial motherboards can not cope.
Main applications: industrial control equipment, GPS navigation, sewage online monitoring, air online monitoring, instrumentation, professional equipment controllers, military, government agencies, telecommunications, banking, power, car LCD, monitors, visual doorbells, portable DVD, LCD TV, environmental protection equipment.
The biggest difference between an industrial motherboard and an ordinary PC board is that the industrial motherboard has more PCI slots, and some of them are ISA slots, which PC boards generally do not have. general industrial motherboard is not inserted graphics card, PC motherboard on the PCI-E graphics card slot other CPU are similar, in addition to embedded industrial motherboard with the spirit of the CPU.
Functionality: industrial motherboard is a specific demand, specific functions, industrial motherboard through a special design, in the event of a crash and other The mainboards are designed to meet the specific needs of the user, and the industrial motherboards are designed to meet the specific needs of the user, and the industrial motherboards are designed to meet the specific needs of the user. The common motherboard is a popular demand, with a variety of functions.
Stability: Industrial control emphasizes ultra-stable, trouble-free; ordinary motherboards are functionally able to dazzle, sex can be cool, and its service life depends on personal luck or maintenance degree.
Heat dissipation: Industrial motherboards pay attention to the efficiency of heat dissipation, ordinary motherboards focus on the appearance of some.
Industrial control is specific to the needs of, and therefore not a lot of volume, selling expensive, while the ordinary motherboards are very often rely on the price of the world.