National Instruments 779479-01

Part Number: 779479-01

The National Instruments 779479-01 is a Camera Link frame grabber device from the PCIe-1430 product line, specifically designed for high-throughput machine vision and scientific imaging applications. This adaptable frame grabber supports real-time digital image acquisition and allows for direct transfer to system memory. It can simultaneously handle acquisitions from up to two Base configuration Camera Link-compatible cameras, making it ideal for demanding scientific and industrial environments.

The device is engineered for ease of installation and configuration, incorporating the National Instruments driver software, NI-IMAQ. This software streamlines the control of the 779479-01 and other National Instruments image acquisition devices, eliminating the need for low-level register programming. The included camera files, verified by National Instruments, facilitate the necessary setup for each camera's output format.

Connectivity options include MDR 26-pin connectors for interfacing with Camera Link-compatible cameras. The front panel of the 779479-01 features an isolated digital I/O line, while advanced functionalities such as triggering and pulse-train outputs can be achieved through an optional NI Camera Link I/O Extension Board. This extension also simplifies the integration of quadrature encoders.

To address the challenge of synchronizing multiple image capture processes, the 779479-01 utilizes the Real-Time System Integration (RTSI) bus. This innovative feature allows for the routing of additional timing and trigger signals between the PCIe-1430 and up to four additional National Instruments devices, including DAQ, motion control, or vision systems. Through the RTSI bus interface and ribbon cable, precise synchronization for simultaneous image collection is effortlessly achieved.

Overall, the 779479-01 frame grabber device delivers high-speed performance and robust functionality, making it a versatile solution for various imaging applications requiring precision and reliability.