The PXIE-8861 is a PXI (PCIeXtensions for Instrumentation) embedded controller released by National Instruments (NI). PXI is a modular instrument bus standard commonly used in test, measurement, and automation systems.
Based on a high-performance Intel Xeon E3-1515 processor for PXI high-speed systems, the controller provides compute and peripheral IO capabilities for the Modular Instrument Platform (PXI). Its I/O interfaces include two Thunderbolt 3.0 ports, two Display ports, two USB 3.0 and four USB 4 ports, two Ethernet ports (one of which is enabled for 1588), and serial and GPIB ports.
The PXIE-8861 embedded controller runs Windows 10 applications and can interact with external PCI-based instruments. It supports processor-intensive RF, modular instrumentation, and data acquisition applications, providing powerful computing and control capabilities to meet a wide range of application needs.
In terms of application areas, PXIE-8861 is widely used in a variety of test and measurement applications, including electronic equipment testing, communication equipment testing, RF (radio frequency) testing, etc. It also has applications in industrial automation, where it can be used to control and monitor production lines, machinery and other automation systems. In terms of data acquisition and processing, PXI system is usually used for high-speed and high-precision data acquisition and processing, and PXIE-8861 can also play an important role in this respect.
With its high performance, rich interface types, modular design, Windows 10 support, high reliability and a wide range of applications, PXIE-8861 is the ideal choice for industrial automation, measurement and communication.
The PXIE-8861 is an embedded controller based on the high-performance Intel Xeon E3-1515 processor, designed for PXI high-speed systems. It offers a wealth of I/O interfaces, including Thunderbolt 3.0, Display, USB 3.0 and 4, Ethernet ports, as well as serial and GPIB ports, allowing it to perform well in a variety of application scenarios.
Here are some of the main application scenarios for the PXIE-8861:
Test and measurement systems: PXIE-8861 is widely used in a variety of test and measurement applications, such as electronic equipment testing, communication equipment testing, and RF (radio frequency) testing. Its high-performance processor and rich I/O interface enable it to acquire and process data quickly and accurately during testing.
Industrial automation: In the field of industrial automation, the PXIE-8861 can be used to control and monitor production lines, machinery and other automation systems. Through accurate data acquisition and real-time control, production efficiency can be improved and operating costs reduced.
Data acquisition and processing: The PXIE-8861 is also suitable for high-speed, high-precision data acquisition and processing applications. Whether in laboratory research, data recording or monitoring applications, it provides stable and reliable performance to ensure data accuracy and integrity.
Communication system testing: The PXIE-8861 can be used to test and verify communication equipment, radio equipment and network equipment to ensure that their performance meets specifications. By simulating the real communication environment, the device can be fully tested and verified for performance.
Aerospace and Defense applications: In the aerospace and defense sector, the PXIE-8861 may be used to simulate, test, and validate critical equipment such as flight control systems and radar systems. Its high reliability and stability allow it to maintain excellent performance in harsh environments.
In addition, the PXIE-8861 is also suitable for medical device testing and other fields, providing powerful computing and control functions for a variety of application scenarios.
Overall, the PXIE-8861, with its high performance, rich interfaces and wide range of applications, is the ideal choice for industrial automation, measurement and control, and communications.
