Description

1. Basic information
Brand: National Instruments (NI)
Model: PXIe-8861
Type: PXI Embedded controller
Second, product characteristics
High Performance processor:
Powered by the Intel Xeon E3-1515 processor, it provides outstanding computing performance to meet a variety of complex industrial control and data processing needs.
Rich interface types:
This includes but is not limited to two Thunderbolt 3.0 ports, two Display ports, two USB 3.0 and four USB 4 ports, two Ethernet ports (one of which is 1588 enabled), and serial and GPIB ports. These interfaces provide a wide range of connectivity options, making it easy for the PXIe-8861 to interact with a variety of external devices and instruments.
Modular design:
As a PXI embedded controller, the PXIe-8861 adopts a modular design to facilitate system integration and expansion. It supports PXI high-speed systems and provides compute and peripheral IO capabilities for a variety of modular instrumentation and data acquisition applications.
Windows 10 supports:
Supports running Windows 10 applications, provides a wide range of software compatibility and user-friendly interface.
High reliability and stability:
High quality components and advanced manufacturing processes ensure high reliability and stability. It is suitable for harsh industrial environments and is able to maintain stable performance during long periods of operation.
3. Application fields
Due to its excellent performance and rich functions, NI PXIe-8861 is widely used in many fields:

Test and measurement systems:
It is widely used in various test and measurement applications, including electronic equipment testing, communication equipment testing, RF (radio frequency) testing, etc.
Automatic control system:
In industrial automation, PXI embedded controllers can be used to control and monitor production lines, machinery and other automation systems.
Data acquisition and processing:
PXI systems are commonly used for high-speed, high-precision data acquisition and processing, such as in laboratory research, data recording and monitoring applications.
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, PXI systems may be used to simulate, test, and validate flight control systems, radar systems, and more.
Medical equipment testing:
In medical device manufacturing and testing, PXI embedded controllers can be used to test medical imaging devices, life support systems, and more.
Education and Research:
It is used in academic laboratories, research institutes, and educational institutions to support a variety of experiments and research projects.

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