NI PXIE-8840QC Embedded Controller

Processor: Equipped with an Intel Core i7-6820EQ quad-core processor (2.8GHz), offering robust computing capabilities to meet the demands of processor-intensive tasks.

Memory: Features 16GB DDR4 memory, enabling fast processing and storage of large datasets.

Storage: Includes a 256GB SSD, providing rapid data read/write speeds and stable storage to enhance overall system performance and response efficiency.

Interfaces: Offers diverse interfaces, including USB 3.0, Ethernet, GPIB, RS232, etc., facilitating connectivity and communication with other devices. It also integrates 4 PXI Express hybrid slots for system functionality expansion, supporting high-precision and high-speed measurement and control tasks.

Power Requirements: 100–240V AC, 50/60Hz, adaptable to different power environments.

Dimensions: 3U, 19-inch rack-mountable design, compact and suitable for installation in standard industrial cabinets.

Operating Temperature Range: 0°C to 55°C, ensuring stable operation in general industrial environments.

Real-Time Data Processing: Supports real-time operating systems, ensuring real-time control and data acquisition capabilities to meet application requirements for high-precision time synchronization and data processing.

Modularity and Expandability: Compatible with various modules and I/O cards, allowing users to flexibly configure and expand the system based on specific application needs for different testing and control tasks.

Compatibility and Usability: Compatible with NI hardware and software for easy integration and expansion into existing systems. It also provides user-friendly software and graphical interfaces to facilitate application development and debugging.

Testing and Measurement: Used in various high-end testing equipment, such as semiconductor testing and electronic device performance testing, providing robust control and data processing for testing systems.

Data Acquisition: Enables fast and accurate data collection from various sensors, suitable for scenarios requiring high-speed and high-precision data acquisition, such as industrial process monitoring and environmental monitoring.

Control Systems: Serves as the core controller for industrial control systems, enabling precise control and management of production processes, such as automated production line control and robotic control.

Industrial Automation: Widely applied in industrial automation, integrating with various automated devices and instruments to improve production efficiency and product quality.

Scientific Research and Development: Used in laboratories of research institutions and universities to build experimental platforms for scientific research and technological development, such as new energy research and intelligent control algorithm research.