NI PXIe-8135 | PXI Express Embedded Controller

NI PXIe-8135 is a PXI Express embedded controller

· Processor: Typically equipped with high-performance Intel Core i7 processors, it has powerful computing capabilities and can handle complex computing tasks. For example, 

it can run complex data analysis software, algorithm programs, etc., providing sufficient computational resources for data processing and control tasks.

· Memory: High speed memory with a certain capacity, usually between 4GB and 8GB, depending on specific configuration. This helps to improve the operational efficiency of 

the system, reduce delays in data processing, and ensure that the system can smoothly run multiple applications or process large amounts of data.

· Storage: Supports multiple storage options, such as hard drives or solid-state drives. Hard drives can provide a large storage capacity for storing large amounts of data, 

operating systems, applications, and other files; Solid state drives provide faster read and write speeds, significantly reducing system startup time and data loading time, 

and improving overall system performance.

· Ethernet port: Contains multiple Ethernet interfaces that can be used for network connections, facilitating remote control, data transmission, and communication with other 

devices. Its transmission speed generally supports 10/100/1000Mbps, which can adapt to different network environments and application requirements, such as data sharing, 

remote monitoring, and distributed testing systems in laboratory environments.

· USB interface: It has multiple USB interfaces, including USB 2.0 and USB 3.0 interfaces. The USB 3.0 interface has a higher data transfer speed and can connect external 

storage devices, high-speed data acquisition devices, printers, keyboards, mice, and other external devices, making it convenient for users to backup data, connect devices, 

and control operations.

· Display interface: Provides display interfaces such as VGA or DisplayPort, allowing users to connect to a monitor for easy local operation and visual monitoring.

· Expansion Slot: Equipped with multiple PXIe slots, it can expand other PXI or PXIe modules to increase system functionality and flexibility, such as adding data acquisition 

cards, signal generators, oscilloscopes, and other modules to meet different testing and measurement needs.

· In the field of electronic device testing, it can serve as a core controller to coordinate the work of various testing devices and modules. For example, it can be combined with 

modules such as data acquisition cards, signal generators, oscilloscopes, etc. to build a complete electronic device testing platform for testing the performance and 

functionality of circuit boards, integrated circuits, sensors, and other devices, ensuring product quality and reliability.

· In terms of communication testing, it can be used to test and evaluate wireless communication devices, RF modules, etc. By connecting different testing instruments, signal 

generation, acquisition, analysis, and processing can be achieved, and the characteristics of communication signals (such as frequency, power, modulation mode, etc.) can 

be accurately measured and evaluated.

· It can serve as a core device for data collection and analysis in laboratory environments, used to collect data from various sensors, such as temperature, pressure, strain, 

displacement and other physical quantities in physical experiments, and store these data locally or transmit them to other devices for analysis and processing.

· Support real-time data processing and analysis functions. By running specialized data processing software, the collected data can be processed in real-time, such as Fourier 

transform, statistical analysis, filtering, etc., to help users quickly obtain experimental results and conclusions.