PCIE-1427 High-Speed Image Acquisition Card​

Description

​​Product Overview: NI PCIe-1427 High-Speed Image Acquisition Card​​

The ​​NI PCIe-1427​​ is a high-performance ​​image acquisition card​​ developed by National Instruments (NI) for advanced machine vision and high-speed imaging applications. Designed to leverage the bandwidth of the ​​PCI Express (PCIe)​​ interface, this card enables rapid transfer and processing of image data from high-resolution cameras, making it ideal for real-time inspection, motion analysis, and scientific imaging. With support for ​​Camera Link​​ standards, the PCIe-1427 ensures seamless integration with industrial cameras while providing robust software tools for development and deployment.

​​Key Features & Benefits​​

​​High-Speed Data Transfer​​:
Utilizes a ​​PCIe x4 Gen 2​​ interface to achieve data rates up to ​​6.8 Gb/s​​, minimizing latency and enabling real-time processing of high-resolution image streams.

​​Camera Link Compatibility​​:
Supports ​​Base, Medium, Full, and 80-bit Deca​​ Camera Link configurations, providing flexibility to interface with a wide range of industrial cameras.

​​Onboard Memory and Processing​​:
Features ​​512 MB of onboard DDR2 memory​​ for buffering large image datasets, reducing host CPU load and ensuring stable performance during continuous acquisition.

​​Hardware Triggering and Synchronization​​:
Includes multiple I/O lines for precise hardware triggering, strobe control, and synchronization with external devices (e.g., encoders, sensors), critical for high-speed automation.

​​Software Integration​​:
Fully compatible with ​​NI Vision Development Module​​ and ​​LabVIEW​​, allowing users to develop custom vision algorithms with drag-and-drop tools and pre-built libraries.

​​Multi-Camera Support​​:
Capable of hosting two independent Camera Link ports (via adapter), enabling simultaneous acquisition from multiple cameras for complex vision systems.

PCIE-1427

​​Technical Specifications​​

​​Typical Applications​​

• ​​Automated Inspection​​: High-speed defect detection in manufacturing (e.g., electronics, automotive).
• ​​Motion Analysis​​: Capturing rapid events in scientific research or sports analytics.
• ​​Medical Imaging​​: Supporting high-resolution imaging in diagnostic equipment.
• ​​Robotics Guidance​​: Providing real-time vision feedback for autonomous robotic systems.
• ​​Astronomy and Spectroscopy​​: Acquiring and processing images in research applications.

​​Integration & Configuration​​

​​Camera Setup​​:
Configured via ​​NI Measurement & Automation Explorer (MAX)​​ for camera detection, parameter tuning, and calibration.

​​Software Development​​:
Leverages ​​NI LabVIEW​​ and ​​Vision Development Module​​ for rapid application development with pre-built vision algorithms (e.g., pattern matching, OCR, edge detection).

​​Synchronization​​:
Supports hardware-based triggering with external devices (e.g., PLCs, encoders) for precise timing in automated systems.

​​Multi-Camera Expansion​​:
Requires an adapter (e.g., NI 1483) to split Camera Link signals for dual-camera operation.

​​Why Choose the NI PCIe-1427?​​

• ​​Performance​​: PCIe bandwidth and onboard memory ensure handling of high-speed, high-resolution imaging tasks.
• ​​Ecosystem Integration​​: Works seamlessly with NI’s software and hardware ecosystem, reducing development time.
• ​​Reliability​​: Designed for industrial environments with rigorous testing and long-term support.
• ​​Scalability​​: Supports complex multi-camera systems and integrates with NI’s broader automation platform.

​​Disclaimer​​:
Specifications may vary based on software version and hardware revisions. Always refer to the official ​​NI PCIe-1427 User Manual​​ for detailed technical and configuration guidelines. Drivers and software require valid NI licenses.

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