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ATX large motherboard industrial control motherboard SMT patch processing

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ATX large motherboard industrial control motherboard SMT patch processing

Compared with Micro ATX motherboard, ATX motherboard provides more expansion slots. Generally, ATX motherboard has 5 PCI or PCIe slots, which can be used to insert graphics cards, sound cards, network cards, storage control cards, etc., and is suitable for complex systems that require multiple expansion cards.

ATX motherboards usually have 4 to 8 memory slots, which can support large-capacity memory to meet the needs of high-load tasks. They have multiple SATA interfaces and support large-capacity storage devices, which are suitable for industrial control applications that need to process large amounts of data.

XDCPCB provides manufacturing and assembly services for ATX industrial motherboards. I have more than 8 years of industry experience in the PCBA field, and I have a professional team composed of senior electronic engineers, process engineers, and quality engineers. I can provide customers with a full range of services and respond quickly to customer needs.

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ATX industrial control motherboard SMT processing

XDCPCBA's ATX industrial control motherboard design uses industrial-grade components to ensure long-term stable operation in harsh environments such as high temperature, vibration, and humidity.

XDCPCBA's ATX industrial control motherboard has a high-performance CPU slot and graphics processing capabilities, allowing the motherboard to be used in applications with high computing and graphics requirements.

It often integrates multiple serial ports (RS-232/RS-485), CAN bus interfaces, Ethernet ports, and other commonly used industrial communication protocols to ensure reliable communication between devices. Some ATX industrial control motherboards also support wireless communication functions such as Wi-Fi and Bluetooth for modern intelligent control systems.

It provides multiple interfaces such as USB interface, VGA/DVI/HDMI display output, audio output, etc. to meet the access requirements of various industrial systems, and provides multiple digital I/O ports, which can connect external devices such as sensors and actuators for data acquisition and control.

In addition to the standard USB interface, it also provides multiple digital I/O ports and analog I/O ports for connecting external devices such as industrial sensors, actuators, switches, etc. to achieve data acquisition, monitoring and automatic control functions.

Provide users with a high degree of customization options. According to customer needs, additional interfaces, functional modules, network customization support, etc. can be customized.