产品详情：PCIe-1473R NI 图像采集设备

1. 高性能FPGA：PCIe-1473R内置了高性能的FPGA，使得用户可以在板载FPGA上实现自定义图像处理和分析，从而减少甚至不占用CPU资源。

2. Camera Link接口：该设备配备了Camera Link接口，支持高达10tap和80位的Camera Link配置，带宽可达850MB/s。此外，它还支持通过Camera Link（PoCL）直接为相机供电，无需外接电线或电源。

3. 多种相机总线支持：PCIe-1473R不仅支持Camera Link接口，还支持IEEE 1394、GigE Vision、USB3 Vision等多种相机总线，使得用户可以根据实际需求选择合适的相机进行连接。

4. 用户可编程的FPGA：用户可以使用NI LabVIEW FPGA模块对PCIe-1473R的板载FPGA进行编程，实现自定义的图像处理和分析算法。这为用户提供了极大的灵活性和可扩展性。

5. 高级触发和同步选项：PCIe-1473R提供了高级触发和同步选项，如低抖动、低延迟的基于FPGA的网络触发，以及队列脉冲支持。这些选项使得用户可以实现传感器、相机触发、分类设备和视觉系统其他部分之间的紧密同步。

PCIe-1473R

产品参数：PCIe-1473R NI 图像采集设备

• 接口类型：PCIe
• Camera Link支持：支持Base、Medium、Full和Extended Full配置的Camera Link相机
• Camera Link总线带宽：850MB/s
• 供电方式：可通过Camera Link（PoCL）直接为相机供电
• FPGA：内置现场可编程门阵列（FPGA），支持用户自定义图像处理和分析
• 触发和同步：提供高级触发和同步选项，如基于FPGA的网络触发，以及队列脉冲支持
• 图像预处理：支持在FPGA上实现实时自定义图像处理和分析，减少CPU资源占用

应用领域：PCIe-1473R NI 图像采集设备

PCIe-1473R图像采集设备广泛应用于各种需要高性能图像采集和处理的领域，如：

1. 机器视觉：在工业自动化中，PCIe-1473R可用于机器视觉系统的组成部分，实现产品检测、定位、识别等功能。

2. 医疗成像：在医疗领域，PCIe-1473R可用于医疗成像设备的图像采集和处理，如X光机、CT机、MRI机等。

3. 科学研究：在科学研究领域，PCIe-1473R可用于高速、高精度的图像采集和分析，助力科研人员深入探索未知领域。

Product details: PCIe-1473R NI image acquisition device

High performance FPGA: PCIe-1473R is equipped with a high-performance FPGA, allowing users to implement custom image processing and analysis on the onboard FPGA, thereby reducing or even not consuming CPU resources.

Camera Link Interface: This device is equipped with a Camera Link interface that supports up to 10tap and 80 bit Camera Link configurations, with a bandwidth of up to 850MB/s. In addition, it also supports direct power supply to the camera through Camera Link (PoCL), without the need for external wires or power sources.

Multiple camera bus support: PCIe-1473R not only supports Camera Link interface, but also supports multiple camera buses such as IEEE 1394, GigE Vision, USB3 Vision, etc., allowing users to choose the appropriate camera for connection according to their actual needs.

User programmable FPGA: Users can use the NI LabVIEW FPGA module to program the onboard FPGA of PCIe-1473R and implement custom image processing and analysis algorithms. This provides users with great flexibility and scalability.

Advanced triggering and synchronization options: PCIe-1473R provides advanced triggering and synchronization options, such as low jitter, low latency FPGA based network triggering, and queue pulse support. These options enable users to achieve tight synchronization between sensors, camera triggers, classification devices, and other parts of the visual system.

Product parameters: PCIe-1473R NI image acquisition device
Interface type: PCIe
Camera Link support: Camera Link cameras that support Base, Medium, Full, and Extended Full configurations
Camera Link bus bandwidth: 850MB/s
Power supply method: The camera can be directly powered through Camera Link (PoCL)
FPGA: Built in Field Programmable Gate Array (FPGA), supporting user-defined image processing and analysis
Trigger and synchronization: Provides advanced trigger and synchronization options, such as FPGA based network trigger and queue pulse support
Image preprocessing: supports real-time custom image processing and analysis on FPGA, reducing CPU resource consumption
Application field: PCIe-1473R NI image acquisition device

The PCIe-1473R image acquisition device is widely used in various fields that require high-performance image acquisition and processing, such as:

Machine Vision: In industrial automation, PCIe-1473R can be used as a component of machine vision systems to achieve functions such as product inspection, positioning, and recognition.

Medical imaging: In the medical field, PCIe-1473R can be used for image acquisition and processing of medical imaging equipment, such as X-ray machines, CT machines, MRI machines, etc.

Scientific research: In the field of scientific research, PCIe-1473R can be used for high-speed and high-precision image acquisition and analysis, helping researchers explore unknown areas in depth.