Description
Product Description
Function
Control PXI or PXI Express instruments
Run testing and measurement programs
Provide data collection and processing capabilities
Purpose
Automated testing
Data collection
Signal processing
Control system
Features
Quad Core Intel®Core™I5-6500 processor
8 GB DDR4 SDRAM
512 GB solid-state drive
Supports Windows 10 and Linux operating systems
Rich I/O interfaces
Product Description
PXle-8861 is an Intel Xeon quad core embedded controller for PXIExp systems,which can be used in processor intensive RF,modular instrumentation,and data acquisition applications.The PXle-8861 includes two 10/10o/1000BASE-TX(Gigabit)Ethernet ports,two USB 3.0 ports,four USB 2.0 ports,as well as integrated hard drives,serial ports,two ThunderboltT 3 ports,and other peripheral I/O.
The PXIE-8861 NI quad core PXI controller is a high-performance PXI controller that can be used to control PXI or PXI Express instruments.It has the following characteristics:
High performance:quad core Intel®Core™The i5-6500 processor provides powerful computing power
Large capacity storage:8 GB DDR4 SDRAM and 512 GB solid-state drive can meet the needs of large capacity data storage
Rich I/O interfaces:including USB 3.0,GbE,VGA,and RS-232 interfaces
Product Description
The PXIE-8861 NI quad core PXI controller adopts a modular design,which is easy to install.It has the following structure:
CPU module:includes processor,memory,and storage
I/O module:includes various I/O interfaces
Product parameters
Processor:Intel®Core™I5-6500
Memory:8 GB DDR4 SDRAM
Storage:512 GB solid-state drive
Operating systems:Windows 10 and Linux
I/O interfaces:USB 3.0,GbE,VGA,and RS-232
Product specifications
Dimensions:233mm x 102mm x 41mm
Weight:1.2kg
Application field
The PXIE-8861 NI quad core PXI controller can be widely used in fields such as automated testing,data acquisition,signal processing,and control systems.
Here are some specific application examples:
In automated testing,used to control testing instruments and execute testing programs
In data collection,it is used to collect data from sensors or instruments
In signal processing,used for analyzing and processing collected signals
In a control system,used to control the operation of equipment or systems