Industrial motherboards are widely used in industrial occasions, and are adopted by industrial computers. Industrial computer motherboards can adapt to wide temperature environments, harsh environments, and long-term high-load work according to requirements.
Adopt Intel® H81 chip, high TG PCB material, suitable for machine vision, CNC machinery, data acquisition
Intel® Elkhart Lake J-series processors, 10th gen processor core™ display Intel UHD Graphics, suitable for POS, self-service, industrial control and other industries
Intel® Core ™ i5-8259U Processor Intel® Iris® Plus Graphics 655, suitable for industries such as retail, self-service, kiosk and industrial control
Adopt Intel® Broadwell-U Core i3-5005U processor, 1×DDR3 1333 SO-DIMM memory, maximum support 8GB
Adopt Intel® Celeron® Processor N5095 processor and Intel® UHD Graphics, suitable for retail, self-service, all-in-one machine, industrial control and other industries.
Intel® Tiger Lake UP3 series processors, active fan cooling module, high-efficiency heat dissipation, powerful system performance, suitable for retail, self-service, all-in-one and industrial control industries.
Powered by Intel® Elkhart Lake Celeron J6412 processor, suitable for retail, self-service, all-in-one, industrial control and other industries
Industrial control motherboard based on Intel® Alder Lake, suitable for industrial computers, human-machine interfaces, etc., AI functions can also provide fast and accurate machine vision.
The industrial motherboard is the most important board in the motherboard and the core of the industrial computer, providing interfaces and jacks for the CPU, memory, graphics card, hard disk and external devices.
As Intel's titanium grade partner and one of professional industrial motherboard manufacturers in China, GIFA keeps innovation in industrial control technology. Our industrial mainboard using high TG PCB material to ensure the stability of high temperature operation,industrial grade anti-static and surge, suitable for machine vision, CNC machinery, data acquisition and other fields.
◐ Industrial formwork (ATX, ITX)
Industrial motherboards also have ATX and ITX specifications, which are mainly used for rack-mounted industrial computers such as 4U industrial computers.
◐ Embedded single boards such as 3.5-inch board/2.5-inch board/5-inch board
Small form motherboards are available in different sizes to match many industrial applications. The small size allows this motherboard to be directly embedded in some industrial equipment, or installed in a fanless industrial computer.
◐ Calculation module
Including COM refers to Computer On Module、SMARC、Qseven、CPCI motherboard
◆ Components: Industrial motherboard components are generally different from commercial materials, and need to consider the needs of industrial occasions such as high temperature resistance and moisture resistance.
◆ PCB design: In order to enhance the EMC/EMI performance of the motherboard and enhance the stability of the motherboard. The industrial motherboard adopts PCB circuit board design with 6 layers or above.
◆ Platform options: Industrial motherboards generally use low-power chipsets to save energy and improve environmental adaptability.
◆ Interface design: Due to the special use occasions of industrial motherboards, the design interface will be customized according to the use occasions or a large number of standard interfaces will be piled up to adapt to various interfaces.Common interfaces include serial port, USB, LAN, LPT, etc. In order to adapt to the environment, it is generally equipped with anti-surge impact, static discharge and other designs.
◆ Life cycle: Industrial use is premised on stability, so it is hoped to have a long and stable supply cycle to ensure the stability of the overall equipment or system.
◆ Protection function: through special design, the industrial motherboard can realize the automatic restart of the watchdog when encountering abnormal situations such as crashes, so as to ensure the high stability of the system in harsh environments.
The components of an industrial motherboard are very similar to those of a commercial motherboard. But they have many differences. The key difference lies in the design and verification philosophy of its industrial motherboard. A typical industrial computer needs to work 7x24 hours in a harsh environment for 5 to 10 years. At the same time, it will also be in a complex environment such as high temperature, low temperature, humidity, and haze. Compared with the 0-40°C operating range of consumer electronics, industrial-grade components need to work in a wide temperature range from -40°C to +85°C, while automotive-grade components have higher requirements.
industrial equipment, GPS navigation, sewage online monitoring, air online monitoring, instrumentation, professional equipment controllers, military industry, government agencies, telecommunications, banks, electric power, car LCD, monitor, video doorbell, portable DVD, LCD TV, environmental protection equipment, etc.
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