NI PCIE-1427

Description

NI PCIE – 1427 Product Description

Detailed parameter table

NI PCIE-1427

Product introduction

The NI PCIE-1427 is a high – performance frame grabber and image acquisition module developed by National Instruments (NI), designed to meet the demanding requirements of machine vision and image – based measurement applications. Leveraging the Camera Link Medium interface and a powerful x4 Gen 2 PCI Express interface, it enables fast and reliable acquisition of high – resolution images from compatible cameras.

With support for image resolutions up to 4096 x 4096 pixels and bit depths of 8 – bit and 10 – bit, the PCIE-1427 can capture detailed and accurate images for various analysis tasks. Its multiple triggering modes, including software – triggered, edge – triggered, and level – triggered, offer users flexibility in controlling the image acquisition process. Whether it’s for quality inspection in manufacturing, object recognition in robotics, or scientific imaging in research, the NI PCIE-1427 provides a robust solution for efficiently acquiring and processing images within a computer – based system.

Core advantages and technical highlights

High – speed Data Transfer: The NI PCIE-1427‘s x4 Gen 2 PCI Express interface and Camera Link Medium interface enable an impressive maximum data transfer rate of up to 2.38 GB/s. This high – speed data transfer is crucial for applications that require real – time acquisition of high – resolution images. In a high – speed packaging line, where cameras are used to inspect products as they move rapidly, the PCIE-1427 can quickly transfer the captured images to the host computer for immediate analysis, ensuring that any defects are detected promptly without missing a single product.

High – resolution Image Support: Capable of handling image resolutions up to 4096 x 4096 pixels, the PCIE-1427 is well – suited for applications that demand detailed image capture. In semiconductor inspection, where minute defects on chips need to be identified, the high – resolution images acquired by this module allow engineers to examine the chips with great precision, ensuring product quality. The support for 8 – bit and 10 – bit bit depths further enhances the image quality, providing a wider range of grayscale values for more accurate representation of the captured scenes.

Versatile Triggering Options: The multiple triggering modes available on the NI PCIE-1427 give users precise control over when image acquisition occurs. In a robotic sorting system, edge – triggering can be used to start capturing images when an object enters a specific detection zone, ensuring that only relevant images are acquired. Software – triggering allows for programmed control, enabling users to integrate the image acquisition process seamlessly with other operations in a complex system. Level – triggering, on the other hand, can be used to trigger image capture based on a certain signal level, such as when the intensity of light reflected from an object reaches a specific threshold.

Broad Camera Compatibility: The PCIE-1427 is compatible with a wide variety of Camera Link – compliant cameras, offering users the flexibility to choose the camera that best suits their application requirements. This compatibility eliminates the need for custom interfaces or adapters, simplifying the system setup process. Whether it’s a low – cost camera for basic inspection tasks or a high – end scientific camera for research purposes, the NI PCIE-1427 can work with it, making it a versatile choice for different industries and applications.

NI PCIE-1427

Typical application scenarios

In the manufacturing industry, the NI PCIE-1427 is widely used for quality inspection. In a printed circuit board (PCB) manufacturing plant, it can be used with high – resolution cameras to inspect the soldering quality, component placement, and circuit traces on PCBs. The high – speed data transfer and high – resolution image support of the PCIE-1427 enable quick and accurate detection of any defects, helping to improve the overall quality of the PCBs and reduce production costs by preventing the release of faulty products.

In the field of robotics, the PCIE-1427 plays a key role in object recognition and navigation. Robots equipped with cameras connected to this module can acquire images of their surroundings, which are then processed to identify objects, obstacles, and paths. The versatile triggering options allow the robot to capture images at the right moments, enabling it to make real – time decisions and navigate safely. For example, in a warehouse automation system, robots can use the PCIE-1427 – based image acquisition system to locate and pick up items accurately.

In scientific research, especially in microscopy and imaging – based studies, the NI PCIE-1427 is an essential tool. In a biology laboratory, it can be used to acquire high – resolution images of cells and tissues under a microscope. The ability to capture detailed images with different bit depths allows researchers to analyze the structures and characteristics of biological samples more accurately, contributing to new discoveries and advancements in the field.

Related model recommendations

1. NI PCIe – 1433: An advanced frame grabber with a higher data transfer rate and support for even higher – resolution images. It is suitable for applications that require extremely fast and detailed image acquisition, such as in high – end industrial inspection systems or advanced scientific imaging setups where capturing minute details at high speeds is crucial.
2. NI PXIe – 1433R: A PXI Express – based frame grabber, offering better integration within PXI Express – based systems. It provides similar high – performance image acquisition capabilities as the PCIe – 1433 but is designed for use in more complex, modular measurement and automation systems. This makes it ideal for large – scale projects where multiple modules need to work together seamlessly.
3. NI USB – 3.1 Vision Acquisition Adapter: A more portable and cost – effective alternative, using the USB 3.1 interface for connectivity. While it may have lower data transfer rates compared to the PCIE-1427, it is suitable for applications where mobility and ease of setup are priorities, such as in field – based imaging or educational demonstrations.
4. NI PCIe – 1429: Similar to the PCIE-1427but with enhanced triggering and synchronization capabilities. It is designed for applications that require precise coordination of multiple cameras or other devices, such as in multi – camera 3D imaging systems or complex robotic vision setups where accurate timing of image acquisition is essential.
5. NI PXIe – 1435: A high – end PXI Express frame grabber with support for advanced Camera Link features and high – speed data streaming. It is suitable for the most demanding industrial and scientific applications, where reliable and high – performance image acquisition is critical, such as in high – speed motion analysis or large – scale imaging arrays.

Installation, commissioning and maintenance instructions

Installation preparation: Before installing the NI PCIE-1427, power off your computer and disconnect it from the power source. Open the computer case and locate an available x4 Gen 2 PCI Express slot. Take proper electrostatic – discharge (ESD) precautions, such as wearing an ESD wrist strap, to protect the module during handling. Carefully align the PCIE-1427 with the PCI Express slot and gently push it in until it is fully seated and the retention mechanism locks it in place. Connect the Camera Link cable from your Camera Link – compliant camera to the PCIE-1427 module. Close the computer case, reconnect the power source, and then install the necessary device drivers and software provided by NI to enable communication between the module and your computer.

Maintenance suggestions: Regularly check the status of the PCIE-1427 through the NI – provided software. Monitor for any error messages or abnormal behavior, such as dropped frames, incorrect image capture, or communication issues with the camera. Keep the computer and the module in a clean and dust – free environment, as dust accumulation can affect the heat dissipation and performance of the module. Periodically update the device drivers and firmware of the PCIE-1427 as new versions are released by NI to ensure compatibility with the latest operating systems and software, as well as to benefit from performance improvements and bug fixes. In case of any problems, refer to the troubleshooting guide in the product manual or contact NI’s technical support for assistance. When replacing any components related to the module, use only genuine NI parts to maintain the reliability and performance of the PCIE-1427.

Service and guarantee commitment

We have full confidence in the quality and reliability of the NI PCIE-1427. The product comes with a comprehensive warranty that covers any manufacturing defects. During the warranty period, if the PCIE-1427 fails to perform as specified, we will repair or replace it free of charge. Our dedicated technical support team is available around the clock to assist customers with installation, commissioning, and any technical issues that may arise. We offer a wide range of online resources, including detailed user manuals, software drivers, and application notes, to help users make the most of the PCIE-1427. Additionally, we are committed to continuous product improvement and regularly release firmware updates and technical enhancements to ensure that the PCIE-1427 remains a leading – edge solution in the frame grabber and image acquisition module market, providing our customers with reliable and high – performing solutions for their machine vision and image – based measurement needs.