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Adlink PCI-RTV24 Real-time Video Capture Card

The Adlink PCI-RTV24 real-time video capture card is a high-performance solution tailored for industrial and scientific imaging applications. The PCI-RTV24 card, for PCI bus systems, supports up to four analog video inputs, capturing real-time video streams simultaneously from standard cameras. It supports color video formats such as PAL and NTSC, and monochrome formats including CCIR and EIA, ensuring broad deployment flexibility.

The powerful image acquisition capability of the card supports 640x480 and 768x576 resolutions, among others. It programmatically allows the scaling of images or capture of regions of interest, making it a perfect choice for machine vision applications related to inspection. The generated bitmaps from the PCI-RTV24 are in popular formats such as RGB and YUV, thus allowing ease of integration into existing workflows and software environments.

Equipped with onboard TTL I/O lines, the PCI-RTV24 provides support for four input channels and four output channels, besides software triggers, to extend control and automation to all systems connected. A watchdog timer ups its ante on reliability by automatic resetting of the system in the case of failures-a critical requirement for both remote and fault-tolerant applications. The real-time video capture card PCI-RTV24 is compatible with such operating systems as Windows and Linux, easily integrated with DirectX and other software development environments, supported by Adlink's ViewCreatorPro utility.

The PCI-RTV24 card can be expanded up to 16 channels with an optional RTV-E4 extension board that allows additional inputs for scalable operations. Every channel delivers robust performance, supporting consistent image quality applications in factory monitoring, machine vision, and scientific instrumentation.

The Adlink PCI-RTV 24 real-time video capture card provides the highest reliability and flexibility, becoming an indispensable tool in the imaging application of industrial automation, medical research, and various other sciences. It handles multiple video streams, robust software compatibility, and a number of advanced features to make it meet high-performance, real-time video processing demands.