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| Name | National Instruments 1483 Camera Link Adapter Module for FlexRio |
National Instruments NI 1483 Camera Link Adapter Module for FlexRio
NI-1483 enables the FlexRIO system to have FPGA image processing function. It supports 80-bit 10-tap basic configuration, medium configuration and full configuration image acquisition for Camera Link1.2 standard cameras. NI-1483 can be combined with FlexRIO PXI FPGA module for custom image analysis. FPGA processing is very suitable for applications that require bit-level processing and extremely low system latency. FPGA processing is executed in hardware without CPU intervention. You can not only process images independently on FPGA, but also build a more advanced preprocessing architecture with the help of CPU.
The full configuration version of FlexRIO Camera Link adapter module NI-1483 makes the FlexRIO system have FPGA image processing function. It supports 80-bit 10-tap basic configuration, medium configuration and full configuration image acquisition for Camera Link 1.2 standard cameras. The NI-1483 can be used in conjunction with the FlexRIO PXI FPGA module for custom image analysis. FPGA processing is ideal for applications that require bit-level processing and extremely low system latency. FPGA processing is performed on the hardware without CPU intervention. You can process images independently on the FPGA, or build a more advanced preprocessing architecture with the help of the CPU.
The full configuration version of FlexRIO Camera Link adapter module NI-1483 makes the FlexRIO system have FPGA image processing function. It supports 80-bit 10-tap basic configuration, medium configuration and full configuration image acquisition for Camera Link 1.2 standard cameras. The NI-1483 can be used in conjunction with the FlexRIO PXI FPGA module for custom image analysis. FPGA processing is ideal for applications that require bit-level processing and extremely low system latency. FPGA processing is performed on the hardware without CPU intervention. You can process images independently on the FPGA, or build a more advanced preprocessing architecture with the help of the CPU.
