GE IS200JPDHG1AAA｜High Mobility Control System｜

• SBC is the abbreviation of single board computer. They are off the shelf commercial computers. Because of their small size, high flexibility, super durability and excellent performance, they have performed well in embedded Internet of Things and edge computing tasks. Windows single board computer refers to a single board computer that supports running the Microsoft Windows Internet of Things operating system. SBC provides ready to use hardware with pre configured processors, memory, I/O ports, chipsets, power inputs, and more components, all of which are directly soldered onto computer PCBs (plastic circuit boards) and combined together into a single circuit board. SBC is very suitable for industrial applications because they adopt a compact shape and fanless design, which can adapt to space limited deployments.
  The benefits of SBC
  Embedded IoT applications pose several challenges that standard commercial computers find difficult to execute in edge deployment. In contrast, SBC configuration can execute embedded IoT applications. SBC is known for its small footprint and powerful performance, making it an ideal choice for IoT deployment. Due to their scalability, reliability, durability, and service life, they are used in various applications such as industrial automation, automotive computers, healthcare, deep-sea exploration, outer space, and military applications.
  SBC external dimensions
  The external dimensions of SBC are much smaller than the common ATX motherboard standards in PC. In addition, there are various SBC appearance specifications that meet different appearance standards, including ITX standards, embedded computer standards, and other smaller appearance specifications. That is to say, choosing the type of appearance you need will largely depend on the requirements of the application. Therefore, the following are some external dimensions mainly used for embedded Internet of Things and edge computing applications.
  The embedded controller EC is an embedded main control chip mounted on the LPC (Low Pin Count) bus of the CPU. The purpose of the embedded controller is to help computers (mainly laptops) manage low-speed peripherals such as touchpads, matrix keyboards, etc. Of course, the most important thing is that computers use EC for power management. In laptops, power management is particularly important, not only controlling the power on/off, but also controlling the laptop to sleep, suspend, and wake up afterwards. EC, like the invisible butler of computers, plays a crucial role in the normal operation of computers.