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NI PCIE-1427 High-Speed Vision Acquisition Card

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Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
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Material:
Other, Global universal model
Condition:
Other, Global universal model
Task:
Other, Global universal model
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Port of Shipment:
China
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Delivery time depends on order quantity.
Material Other, Global universal model
Condition Other, Global universal model
Task Other, Global universal model
Mathematical Model Other, Global universal model
Signal Other, Global universal model
Customized Non-Customized
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NI PCIe-1427I. Overview
The NI PCIe-1427 is a high-performance vision acquisition card designed for industrial imaging applications. It specializes in capturing, digitizing, and transferring video data from high-speed cameras to a host PC via the PCI Express interface. Key features include:


  • High-Speed Data Transfer: Leverages PCIe Gen2 x4 interface (up to 1GB/s bandwidth).

  • Camera Compatibility: Supports Camera Link® (Base, Medium, and Full configurations) and GigE Vision® protocols.

  • Real-Time Processing: Onboard FPGA for preprocessing tasks (e.g., image cropping, binning).

  • Triggering & Synchronization: Advanced triggering capabilities for precise image capture timing.

II. Technical Specifications
ParameterSpecifications
InterfacePCI Express Gen2 x4 (8 GT/s aggregate bandwidth)
Camera SupportCamera Link® (Base/Medium/Full) and GigE Vision®
Data RateUp to 680 MB/s (Camera Link) or 1 Gb/s (GigE Vision)
Channels2 Camera Link channels or 2 GigE Vision ports
Trigger I/O8 TTL-compatible digital I/O lines (4 inputs, 4 outputs)
Trigger ModesEdge, level, pulse width, and pattern matching
Onboard Memory512 MB DDR3 SDRAM (configurable as frame buffer or processing memory)
FPGAXilinx Kintex-7 FPGA for custom image preprocessing
Power Requirements7.5 W (typical), 10 W (maximum)
Operating Temp0°C to 55°C (storage: -40°C to 85°C)
Dimensions167.6 mm × 106.7 mm (half-length PCIe card)

PCIE-1427 (2)

III. Core Functionalities1. Camera Link® Interface
  • Protocol Support:

    • Base Configuration: 1 channel, 8-bit data, up to 680 MB/s.

    • Medium Configuration: 2 channels, 8-bit data, up to 1.36 GB/s.

    • Full Configuration: 4 channels, 8-bit data, up to 2.72 GB/s.

  • Electrical Interface: 2 Mini Camera Link connectors, compatible with most industrial cameras.

2. GigE Vision® Compatibility
  • Ethernet Ports: 2x RJ45 ports supporting 1 Gb/s data transfer.

  • PoE Support: Power over Ethernet (IEEE 802.3af) for simplified camera deployment.

3. Onboard FPGA Processing
  • Custom Algorithms: Programmable FPGA for real-time image preprocessing (e.g., ROI extraction, thresholding).

  • Data Reduction: Binning, decimation, and compression to reduce bandwidth requirements.

4. Triggering & Synchronization
  • Advanced Triggers:

    • Edge/Level Trigger: Responds to rising/falling edges or steady-state levels.

    • Pulse Width Trigger: Captures images based on specific pulse durations.

    • Pattern Matching: Triggers on complex digital patterns (e.g., barcode sequences).

  • Multi-Card Sync: Supports daisy-chaining for synchronized multi-camera systems.

IV. Software & Development Ecosystem1. Driver Support
  • NI-IMAQdx: Standard driver for image acquisition, compatible with LabVIEW, C/C++, Python, and .NET.

  • SDKs: Includes Camera Link® and GigE Vision® protocol libraries for custom applications.

2. Programming Environments
  • LabVIEW: Drag-and-drop vision tools for rapid development.

  • Vision Development Module: Advanced image processing functions (e.g., blob analysis, edge detection).

  • Third-Party Support: OpenCV integration for Python/C++ developers.

3. Configuration Tools
  • NI MAX (Measurement & Automation Explorer): Graphical interface for camera setup, calibration, and diagnostics.

PCIE-1427 (1)

V. Typical Applications1. Industrial Inspection
  • Automated Visual Inspection: High-speed defect detection in manufacturing (e.g., PCB soldering, automotive components).

  • Robotic Guidance: Real-time image processing for pick-and-place operations.

2. Scientific Imaging
  • High-Speed Phenomena: Capturing fast events (e.g., ballistics, fluid dynamics) with frame rates up to 10,000 fps.

  • Microscopy: Precise synchronization with microscopy equipment for time-lapse imaging.

3. Traffic & Surveillance
  • License Plate Recognition: High-resolution image capture for traffic monitoring systems.

  • Security Systems: Multi-camera synchronization for wide-area surveillance.

VI. Working Principle1. Data Flow
  1. Camera Interface: Acquires analog/digital video signals from Camera Link® or GigE Vision® cameras.

  2. Digitization: Converts analog signals to digital (if applicable) and formats data for PCIe transfer.

  3. FPGA Processing: Applies user-defined preprocessing (e.g., ROI extraction) to reduce data volume.

  4. PCIe Transfer: Transfers processed data to host memory via DMA (Direct Memory Access).

2. Trigger Handling
  • Hardware Triggers: External signals (e.g., sensors, PLCs) initiate image capture without CPU intervention.

  • Software Triggers: Host applications trigger captures based on algorithmic conditions (e.g., motion detection).

3. Synchronization Mechanisms
  • Camera Sync: Uses dedicated sync lines to ensure all cameras in a multi-camera system capture images simultaneously.

  • Timestamping: Embeds precise timestamps into image data for post-processing synchronization.

VII. Comparison with Similar Models
FeatureNI PCIe-1427NI PCIe-1433NI PCIe-1435
Camera Link SupportBase/Medium/FullFullFull
GigE Vision SupportYesNoNo
Max Data Rate680 MB/s (CL)2.72 GB/s (CL)2.72 GB/s (CL)
Onboard Memory512 MB1 GB2 GB
Target ApplicationsMixed Camera SystemsUltra-High-Speed CLHigh-Resolution CL
VIII. Installation & Integration1. Hardware Installation
  • PCIe Slot: Requires x4 or higher PCI Express Gen2/Gen3 slot.

  • Cooling: Passive cooling via heatsink; ensure adequate airflow in chassis.

2. Software Setup
  1. Install NI-IMAQdx driver and relevant SDKs.

  2. Configure cameras via NI MAX or custom software.

  3. Develop applications using preferred programming environment.

3. System Considerations
  • Power: Ensure host system provides sufficient power (additional 10 W).

  • Bandwidth: Avoid oversubscribing PCIe lanes when using multiple cards.

IX. Summary
The NI PCIe-1427 excels in high-speed, multi-camera vision systems by combining Camera Link® and GigE Vision® support with onboard FPGA processing. Its flexibility makes it ideal for industrial inspection, scientific research, and surveillance applications where real-time image acquisition and preprocessing are critical. The card’s robust triggering capabilities and PCIe Gen2 interface ensure reliable data transfer even in demanding environments.
Product Tags: PCIE-1427

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1Yr
Business Type
Trading Company
Year Established
2014
Factory Size
1,000-3,000 square meters
Product Certifications
SA8000