Intel 6th to 9th generation Core H110 chipset embedded ATX industrial motherboard with multiple serial ports

Intel 6th to 9th generation Core H110 chipset embedded ATX industrial motherboard with multiple serial ports

Category:

electron/Control/Processor/Embedded - Microprocessor

Model:

IAMB-H110FT-00AE

Brand:

Xiaojie Technology

chipset:

Intel H110

Processor support:

Intel 6/7/8/9 Core i3/i5/i7

Plate structure:

ATX

Number of serial ports:

6 x COM

COM1 mode:

RS-232/485/422 compatible

Application Scenarios:

Industrial Automation/Embedded Control

Operating temperature:

-20 ℃~60 ℃ (typical value)

watchdog:

Support hardware watchdog reset

Retail Price

10,000,000.00USD


重量

kg

  • Product Description
  • chipset

    Intel H110

    Processor support

    Intel 6/7/8/9 Core i3/i5/i7

    Plate structure

    ATX

    Number of serial ports

    6 x COM

    COM1 mode

    RS-232/485/422 compatible

    Application Scenarios

    Industrial Automation/Embedded Control

    Operating temperature

    -20 ℃~60 ℃ (typical value)

    watchdog

    Support hardware watchdog reset

    Description :

      IAMB-H110FT-00AE is an embedded ATX industrial motherboard designed based on the Intel H110 chipset, specifically designed for industrial automation scenarios that require high stability and long lifecycle support. This motherboard supports Intel's sixth to ninth generation Core i3/i5/i7 processors, and can adapt to different computing power requirements from lightweight data acquisition to complex edge computing. As the core control unit, it solves the problem of traditional commercial motherboards being prone to failure and lacking interfaces in harsh environments. It is typically applied in intelligent manufacturing, power monitoring, and traffic command systems, ensuring that the equipment maintains real-time and reliable data processing during long-term continuous operation.


      This embedded ATX industrial motherboard follows the standard ATX architecture design, making it easy to integrate into various industrial chassis. In terms of core specifications, the board has 6 COM serial communication interfaces, among which COM1 usually supports multiple mode switching such as RS-232/485/422, meeting the requirements of multi device serial communication. The motherboard adopts industrial grade components, supports wide temperature working environment, and has anti vibration and anti-interference capabilities. Although the specific dimensions need to refer to the drawings, the ATX standard form ensures good heat dissipation space and expansion slot layout. The execution standard complies with the general specifications of industrial electronic products, supports watchdog timer function, and can automatically reset when the system crashes, ensuring system stability in unmanned environments.


      When selecting, if your project requires compatibility with Intel LGA1151 interface sixth to ninth generation Core processors and has high requirements for the number of serial ports, IAMB-H110FT-00AE is the ideal choice. Compared to consumer grade motherboards, its advantage lies in its native support for old serial devices and stronger environmental adaptability; Compared to mini ITX motherboards, the ATX version provides more PCIe expansion slots, making it suitable for scenarios that require the installation of motion control cards or capture cards. If only basic office performance or extremely limited space is required, it is not recommended to use this large board type. When purchasing, it is necessary to confirm the algebraic compatibility of the processor. Different generations of CPUs may require different BIOS versions to support. It is recommended to confirm the firmware status with the supplier in advance.


      When installing the IAMB-H110FT-00AE embedded ATX industrial motherboard, attention should be paid to the matching of the heat sink and the chassis air duct to ensure that the CPU does not downshift under high load. The typical usage cycle can reach 5-7 years, suitable for long-term deployment projects. In daily maintenance, the dust screen should be cleaned regularly and the COM interface wiring should be checked for looseness, especially in environments with high vibration. Common faults are often poor memory connections or unstable power supply. It is recommended to use industrial grade redundant power supplies. If the device fails to power on, you can try clearing the CMOS settings or replacing the battery. This motherboard does not support overclocking, so there is no need to pay attention to voltage fine-tuning. The focus is on the firmness of interface connections and the continuous effectiveness of the cooling system.

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