ARM Architecture Industrial PCBA board

Product Parameters

ARM Architecture Industrial PCBA board
Min. Order Quantity:	1 piece
Board Type:	Rigid PCB
Assembly Types:	SMD、BGA
Board Size:	80*80CM
Min Package:	01005(0.4mm*0.2mm); Min

Product Display

ARM architecture industrial motherboard is a kind of industrial control motherboard based on ARM architecture, which is widely used in the fields of industrial automation, robotics, intelligent transportation, etc. The following are its features and advantages:

Hardware Features

Low power consumption: ARM processor usually consumes less energy under the same workload, and the power consumption of its motherboard is generally not more than 4W, while the general X86 motherboards consume around 40W or more, and can support 24-hour uninterrupted work, and automatic startup, without the need for personnel to guard.

High integration: ARM motherboards usually integrate ARM processor, memory, storage, peripheral interfaces and other functions on a small board to achieve a high degree of integration, reducing the size and complexity of the overall system, which contributes to the miniaturization of the equipment and lightweight design, and is convenient for embedding into a variety of miniature or small-scale instruments and equipment.

Strong stability: The memory and all chips of ARM motherboards are chip-patched, so that the parts will not loosen under the vibration of the surrounding environment, and will not affect the operation of the system due to the loosening of the parts after a long time of use. At the same time, its operating system can be selected Linux system, free from the threat of virus infection, to protect data security.

Performance Advantages

High flexibility: ARM motherboards can be flexibly configured according to the user's needs, such as logo, memory size, system driver cuts, cuts around the chip, the loading of system software, etc., no matter the hardware and software have a high degree of flexibility to meet the individual needs of different users.

Rich interfaces: ARM industrial motherboards are usually equipped with a variety of standard interfaces, such as USB, serial port, Ethernet port, CAN bus, etc., which is convenient to connect a variety of external devices, such as sensors, actuators, displays, etc., to realize the interconnection between the equipment and data transmission.

Lower cost: ARM motherboards already include CPU, memory and storage media, and are products that can be used independently, so the overall cost of hardware is lower. Moreover, due to the popularization and large-scale application of ARM architecture, the related chip and motherboard production process is mature, further reducing the production cost.