The Osprey 530 is a high-performance analog and digital video capture card engineered to interface seamlessly with high-end broadcast gear for maximum performance, flexibility and reliability. With its combination of analog and SDI digital inputs and its versatile audio input options, it is ideally suited for live or on-demand video capture and live streaming encoding applications, including delivery to mobile devices. It also serves government entities well for applications like streaming open meetings. Professional features for broadcasters. Features, such as color space conversion, automatic telecine detection and processing, and automatic optimization for changing motion content, make this a perfect choice for broadcast professionals.
Optimized for live streaming. Take advantage of the Osprey 530 card’s features, such as logo/bitmap overlay with transparency and positioning controls. Automatically detect and adapt on-the-fly when the input video format changes from movie frame rates to television frame rates. The Osprey 530 can do the job today and it’s ready for your future applications. Multiple streams per input. More than 400 K Osprey cards out in the worldwide marketplace are being used in a wide variety of broadcast, commercial and industrial applications. You’ll find Osprey 530 capture cards in mission-critical applications throughout the world.
Specifications Driver Support: Microsoft Direct
Show API Linux support is built into the modern Linux kernels
Video Inputs: One
channel switchable input: SDI (BNC x 1) S-Video (mini-DIN)
Composite (BNC x 1) Audio Inputs: Unbalanced stereo (RCA x 2 via included breakout cable) Balanced stereo (XLR x 2) AES/EBU (XLR x 1) Embedded SDI (4 channel selectable between 4 stereo channel pairs)
Video Outputs (Breakout cable): Composite (BNC x 1) S-Video (mini-DIN)
Audio Outputs (Breakout cable): Unbalanced stereo (RCA)
Video Format: NTSC/PAL
Connectivity: PCI-X 64-bit/66 Mhz 32-bit/33 Mhz (PCI compatible)
Pre-Processing: Closed-caption extraction/rendering Logo/bitmap overlay Loss of video automatic test pattern generation with text overlay option Scaling, cropping, de-interlacing and inverse telecine
Dimensions: 6.60 ” L x 4.38 ” H ( 16.7 cm L x 11.12 cm H) Full-height / half-length board
System Requirements: Video capture requires intense bandwidth across the system bus, CPU, and memory. Motherboards with DDR3 memory architecture are highly recommended. Multi-core processsors are recommended to run video applications.