Description

The NI PXIE-8861 is a PXI (PCIeXtensions for Instrumentation) embedded controller from National Instruments (NI) designed for processor-intensive RF (radio frequency), modular instrumentation and data acquisition applications. The following is a detailed description of the NI PXIE-8861:

1. Product characteristics
High Performance processor:
The NI PXIE-8861 is equipped with an Intel Xeon quad-core processor that provides powerful computing power and is able to handle complex test and measurement tasks with ease.
Rich interface:
Includes two 10/100/1000BASE-TX (Gigabit) Ethernet ports, two USB 3.0 ports, four USB 2.0 ports, as well as integrated hard drives, serial ports, and two Thunderbolt ports. 3 ports, these interfaces provide great convenience for device connection and data transmission.
Compact design:
The compact appearance makes it easy to install and use in a limited space, while also improving the integration of the system.
Wide applicability:
It is suitable for a variety of application scenarios, including test and measurement systems, automated control systems, data acquisition and processing, communication system testing, aerospace and defense applications, medical device testing, and education and research.
Second, application scenarios
Test and measurement systems:
It is widely used in various test and measurement applications, such as electronic equipment testing, communication equipment testing and RF testing.
Automatic control system:
In industrial automation, it is used to control and monitor production lines, machinery and other automation systems to improve production efficiency and product quality.
Data acquisition and processing:
Provides high-speed, high-precision data acquisition and processing capabilities for applications such as laboratory research, data recording and monitoring.
Communication system test:
Used to test and verify communication equipment, radio equipment and network equipment to ensure that their performance meets specifications.
Aerospace and Defense Applications:
In the aerospace and defense sector, it may be used to simulate, test and validate critical equipment such as flight control systems and radar systems.
Medical equipment testing:
In medical equipment manufacturing and testing, it is used to test important medical equipment such as medical imaging equipment and life support systems.
Education and Research:
Support a variety of experiments and research projects in academic laboratories, research institutions and educational institutions, providing reliable experimental platforms and data processing capabilities.