How POE embedded computers play a role in smart industry?

In the last blog, we learned what a POE industrial motherboard is and the advantages of a POE embedded motherboard. With the development of industrialization, POE industrial computers have a wide range of application cases in industrial automation. They greatly simplify the deployment and management of equipment in industrial environments by providing an integrated solution for data transmission and power supply. In this blog, we will lead you to understand the application and importance of POE embedded computer technology in industrial automation.

Application cases of POE embedded computer technology in industrial automation include:

• 1. Wireless sensor networks and monitoring systems: Sensors and monitoring devices in industrial environments are connected through POE industrial computers to achieve real-time monitoring and analysis of data. POE embedded industrial computer hosts provide power and data transmission for these devices, simplifying wiring requirements, reducing costs, and improving installation efficiency.
• 2. Automation control systems and actuators: In automated production lines, POE embedded industrial control computers connect control systems and actuators through Ethernet cables, provide power to actuators, and transmit control signals through a single Ethernet cable to achieve remote control and coordinated operations.
• 3. Robotics and automatic guidance systems: POE fanless chassis provide power and network connection for robots, making remote control and coordinated operation possible. The control center can remotely send instructions and monitor the movement of robots to achieve real-time control and intelligent decision-making.
• 4. Intelligent lighting system: In the intelligent lighting system, POE intelligent fanless computers can be used to control and power lighting equipment, making the lighting system more intelligent and manageable.
• 5. Industrial Internet of Things (IoT): With the development of IoT technology, the number of industrial equipment and sensors has increased significantly. POE industrial control all-in-one PC needs to support more ports and higher density to meet the connection needs of equipment. At the same time, POE switches need to have high bandwidth and low latency capabilities to ensure timely transmission and analysis of data.
• 6.5G technology: The introduction of 5G technology has promoted the rapid development of industrial communications. POE rugged computers need to support high-speed data transmission and low-latency response to meet the requirements of 5G networks. In addition, POE switches also need to support network slicing to meet the isolation and priority management of different network requirements in industrial applications.
• 7. Higher power POE standards: With the development of industrial equipment, the power demand for POE power supply is also increasing. Higher power POE standards (such as 802.3bt) allow more types of devices to be powered, including high-power consumer devices, high-performance cameras and wireless access points. POE portable industrial computer chassis needs to support the power supply of different types of devices and provide appropriate power and current.
• 8. Medical equipment: In the medical field, POE industrial switches are used to power medical equipment such as medical imaging equipment, beds and operating room equipment to ensure the reliability and stability of the equipment.
• 9. Education and office: POE intelligence equipment technology is also used in education and offices to power IP phones, cameras and wireless access points, simplifying network management and providing a better user experience.
• 10. Robotics and automatic guidance systems: POE SBC switches provide power and network connectivity for robots, enabling data transmission and power supply through a single Ethernet cable, making remote control and coordinated operations possible.

Fodenn's POE Industrial Computers: IPC-AC400 and IPC-AC500

Fodenn, a leading provider of high-performance computing technology, offers two standout models: the IPC-AC400 and the IPC-AC500. These industrial computers are designed to meet the rigorous demands of modern industrial automation.

- IPC-AC400: This compact fanless computer is equipped with an Intel low-power processor and supports up to 64GB of DDR4 memory. It features 6 LAN ports, including 4 POE ports, and 6 USB ports (4 USB 2.0 and 2 USB 3.0). The IPC-AC400 compact embedded computer is suitable for a wide range of applications, including industrial automation, transportation, financial equipment, medical and social security, flight information display and airport monitoring in aviation and aerospace, vehicle-mounted data collection, ETC toll collection system, CNC machine tool control equipment and more. It is also designed for long-term product support, ensuring stability and customer loyalty.

- IPC-AC500: The IPC-AC500 embedded fanless box is designed with a rich set of I/O ports, making them versatile for various industrial applications. The IPC-AC500 industrial computer is equipped with Intel 12th Gen Alder Lake-N processors, including N95, N100, N200, and N305, offering a balance of power and efficiency. They also support a wide voltage range, adding to their adaptability in different environments.

In summary, the application of POE technology in industrial automation not only improves the efficiency of equipment installation and management, but also optimizes production efficiency and equipment maintenance through centralized management and monitoring, while promoting sustainable development and green production. The integration of POE technology in industrial computers like those from Fodenn is a significant step forward in the automation industry. By offering a compact, powerful, and flexible solution, Fodenn's IPC-AC400 and IPC-AC500 are setting new standards for what industrial computers can achieve. As the industry continues to evolve, the adoption of POE industrial computers will play a critical role in shaping the future of automation.