Description

NI  PXIE-8880   high-performance PXI controller

Processor performance: Equipped with the Intel Xeon E5-2618L v3 processor, the base frequency is 2.3GHz, and the maximum Turbo frequency in the single-core Turbo Boost mode can reach 3.4GHz. With eight cores and 16 hyper-threaded virtual cores, it can handle multiple tasks efficiently and is suitable for processor-intensive applications.
Memory specification: Equipped with 8GB (1x8GB DIMM) three-channel 1866MHz DDR4 RAM, it can be expanded up to 24GB. The high-speed and large-capacity memory helps to improve data processing speed and system operation efficiency.

System bandwidth: The system bandwidth is 24GB/s and the slot bandwidth is 8GB/s. Combined with the corresponding PXIe chassis (such as NI PXIe-1095), the advantage of high bandwidth can be fully exerted to achieve high-speed data transmission.
Interface types: The interface is rich, including 2 USB 3.0 ports, 4 USB 2.0 ports, 2 Gigabit Ethernet LAN ports, and is also equipped with DisplayPort, GPIB and SMB triggers, facilitating the connection of various peripheral devices and instrument equipment.
Operating system support: Windows operating system or LabVIEW Real-Time operating system can be selected. Users can make a choice based on specific application requirements and software development environment.

Application field:
Industrial automation production line inspection: In precision production lines such as semiconductor packaging and panel manufacturing, high-speed visual inspection equipment (such as line scan cameras) is controlled to process high-resolution image data in real time, achieving online identification and classification of product defects, and cooperating with motion control modules to complete high-precision positioning control of robotic arms.
Aerospace sensor data acquisition: In aircraft testing, hundreds of channels of sensors such as strain gauges and accelerometers are connected. Dynamic data such as vibration and pressure are synchronously collected through the multi-threaded processing capability of PXIE-8880. Combined with the LabVIEW Real-Time system, fault early warning and flight status monitoring are achieved.

Energy system monitoring and simulation: It is used for relay protection testing in smart grids, simulating the voltage and current waveforms when grid faults occur. It outputs excitation signals through high-speed DA modules and simultaneously collects response data from protection devices to verify the accuracy of their action logic. It supports simulation in complex scenarios such as microgrids and new energy grid connection.
Acoustic and vibration Noise Testing (NVH) : In the automotive and aviation fields, it connects multi-channel acoustic sensors and vibration sensors to analyze the noise sources and vibration modes of components such as engines and gearboxes in real time. Through algorithms such as FFT and time-frequency analysis, it generates spectrum graphs to assist in optimizing the NVH performance of products.

Research and education experiment system: In universities and research institutions, it serves as the core controller of the teaching experiment platform, supporting students in developing real-time control programs based on LabVIEW to complete experiments such as robot control and chemical reaction process simulation, while balancing high-performance computing and ease of use.