Whether it's one processor or the other, it's soldered onto the motherboard.
It withstands operating temperatures between -20 and +70 degrees Celsius, although if we need to use it in exceptionally demanding environments in terms of this parameter, there's an extended range from -40 to +85 degrees Celsius.
Regarding I/O ports, this compact motherboard for industrial embedded computing systems from Arbor features six USB 2.0 ports, one USB 3.0 port, two selectable RS232/485 ports, a mini PCI Express slot, an expansion socket for a microSIM card for 3G/4G communications, and two independent network card controllers.
For internal storage, it offers between 4 and 16 GB of embedded eMMC 4.5 memory, expandable via a SATA3 port, a CFast card slot, and a microSDXC card slot.
Regarding video, the GPU is integrated, and there are VGA, HDMI, and LVDS outputs. The maximum resolution it can offer is 2048×1536 via the HDMI port, and 1920×1200 via the LVDS port. As we can see, it can handle Full HD content and is capable of controlling two monitors independently.
Being a motherboard for embedded computing systems with an x86 architecture, it is compatible with standard versions of the Windows platform. Specifically, Arbor specifies Windows 7, 8.1, and 10, although it also offers support for GNU/Linux. In general, it should be compatible with any platform running on 32-bit and 64-bit x86 architecture machines, although in some specific cases, drivers may be required to recognize and control the hardware.
Use of the motherboard for embedded computing systems.
This motherboard aims to strike a balance between price and performance, offering versatility and sufficient power—including graphics—to handle most tasks typically required of an industrial computer system.
Its applications include kiosk-style information and workstations in outdoor environments, as well as in sectors like mining, gas, and oil. Its resistance to extreme temperatures and diverse port options make it ideal for these settings.

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