Description

Basic information
Brand: National Instruments (NI)
Model: PXIe-8135
Type: PXI Express controller module
Core feature
High Performance processor:
The PXIe-8135 is equipped with a high-performance multi-core processor (such as the quad-core Intel Core i7-3610QE processor) that reaches up to 3.3GHz in single-core Turbo Boost mode, which greatly meets complex measurement and control needs and reduces test time. Especially suitable for processor-intensive applications.
High speed data transfer:
Using PCI Express technology, it provides high-speed data transmission capabilities with up to 8 GB/s of system bandwidth and 2 GB/s of slot bandwidth in each direction for applications requiring heavy data processing and high-bandwidth communications.
Rich interface and connection options:
It comes with a variety of interface and connectivity options, including two 10/100/1000BASE-TX (Gigabit) Ethernet ports, two SuperSpeed USB ports, four high-speed USB ports, GPIB, serial ports, and an integrated hard drive to meet the connectivity needs of different external devices and instruments.
Real-time operating system support:
Support for real-time operating systems makes it suitable for applications that require high real-time performance, such as control systems and high-precision measurement.
Software compatibility:
Compatible with NI’s software platforms (such as LabVIEW, LabVIEW Real-Time), it provides a rich set of tools and development environments to facilitate system design and programming. It is also compatible with development tools such as Microsoft Visual Basic and Visual C++, LabWindows/CVI and Visual Studio.NET.
Safety and recoverability:
Non-volatile storage via hard drives and flash drives preserves user and system information in the event of a sudden system outage. The NI PXIe-8135 with a removable hard drive can move storage media to a secure environment and support hard drive recovery and diagnostic functions.
Application field
Automated testing: Used in automated test systems (ATE) to perform various test and measurement tasks.
Real-time control system: Suitable for applications requiring high-performance real-time control, such as motion control, machine vision, etc.
Data acquisition and processing: Used for high-speed data acquisition and processing tasks, such as data recording, signal processing, etc.
Industrial measurement and monitoring: Measurement and monitoring systems are used in industrial environments to ensure the quality and stability of production processes.
Scientific experiments: Suitable for scientific research and experiments in laboratory environments, supporting complex measurement and control tasks.

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