PXI-8820 PCIe bus-based controller With strong computing power

The PXI-8820 is a PCIe bus-based controller with a wide range of applications. The following is a detailed description of its functions and its application areas:

Features:

The PXI-8820 implements PCIe bus system control, has powerful computing power and multitasking capabilities, and is suitable for environments requiring high-performance embedded applications.
It uses the Intel Celeron 1020E embedded controller and has a wide range of applications including multimedia, automation, automated testing, communication control, transportation, image processing, medical devices and robot control.
The PXI-8820 includes a 10/100/1000BASE-TX Ethernet port and four high-speed USB ports as well as an integrated hard drive, serial ports, and other peripheral I/O for easy data interaction with other devices or systems.
Application field:

Automation: The PXI-8820 can be used to create a PC-based compact and/or portable platform for industrial control, data acquisition, and test and measurement applications for a variety of automated control systems.
Communication control: At the heart of the PXI-8820 is a PLC with Ethernet /IP support that provides interchangeable connectivity solutions for all major fieldbus and industrial Ethernet networks. Including Profibus, DeviceNet, CC-Link, CANopen, Profinet, EtherCAT and Modbus-TCP, etc., widely used in the field of communication control.
Image processing and medical equipment: The PXI-8820 can be used in the field of image processing and medical equipment, such as medical imaging systems, surgical robots, etc.
Transportation: PXI-8820 can also be used in the field of transportation, such as intelligent transportation systems, vehicle control systems, etc.
Robot control: As a high-performance embedded controller, the PXI-8820 can also be used in the field of robot control, such as industrial robots, service robots, etc.
In short, the PXI-8820 has a wide range of applications, which can be used in automation, communication control, image processing, medical equipment, transportation and robot control.