Overview

The NI PXLE-8135 is a high-performance embedded controller for PXle (PCI Express for Instrumentation) systems, providing powerful processing capabilities and flexible interfaces for various measurement and control applications.

Performance characteristics

Processor performance: It is usually equipped with a high-performance multi-core processor, capable of rapidly processing large amounts of data and complex algorithms. It supports multi-task processing and can simultaneously run multiple measurement, control, and data analysis tasks, thereby enhancing the overall efficiency of the system.

Memory and Storage: Equipped with large-capacity memory, it can quickly store and read data. It supports various storage media, such as solid-state drives (SSDS), providing high-speed data storage and retrieval functions, ensuring the stability of the system and the security of data.

Real-time operating system: Running a real-time operating system, it features high-precision timing and interrupt handling capabilities, ensuring rapid response to external events and guaranteeing the real-time performance and accuracy of measurement and control tasks.

Data transmission: Supports high-speed PXle bus communication, enabling rapid data transmission with other PXle modules to achieve seamless system integration. It provides multiple communication interfaces, such as Ethernet and USB, facilitating data interaction with external devices.

Interface and Connection

PXle interface: It connects with other PXle modules via the PXle bus to achieve system expansion and integration, providing a high-speed and reliable data transmission channel. It supports hot-swappable functionality, facilitating system maintenance and upgrades.

I/O Interface: Equipped with a rich array of I/O interfaces, such as digital input/output, analog input/output, counters/timers, etc., it can be directly connected to various sensors and actuators to achieve the collection and control of external signals.

Communication interface: It provides communication interfaces such as Ethernet, USB, RS-232, etc., which can be used for remote communication and control with computers, servers, other instruments and equipment, etc. It supports multiple communication protocols, such as TCP/IP, UDP, Modbus, etc., facilitating integration with other systems.

Application field

Industrial automation: It is used for the automatic control, monitoring and data collection in the industrial production process, improving production efficiency and product quality, and achieving the intelligence and informatization of industrial production.

Aerospace and Defense: In the aerospace and defense fields, it is used for applications such as aircraft testing, radar systems, and missile guidance to ensure the reliability and safety of the systems.

Automotive electronics: It is used for the testing and verification of automotive electronic devices, such as engine control units (ECUs), body electronic control modules (BCM), etc., to enhance the performance and reliability of automotive electronic systems.

Energy management: In the energy field, it is used for applications such as power system monitoring, energy measurement, and control of renewable energy generation, to achieve efficient management and utilization of energy.

Scientific research and education: In the fields of scientific research and education, it is used for the control and data collection of experimental equipment in physical experiments, chemical analysis, biomedical research, etc., providing strong technical support for scientific research and teaching.

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