The SVSI NMX-WP-N2510 Windowing Processor functions with the N2000 JPGEG2000 family of Video over IP Encoders and Decoders and are capable of handling multiple real-time HD streams with no video input or output connectors – only a single network port
Loading...
LydRommet SKU: 840-00038
Fabrikantens SKU: FGN2510-EK
The NMX-WP-N2510 Windowing Processor functions with the N-Series family of Video over IP Encoders and Decoders and are capable of handling multiple real-time HD streams with no video input or output connectors – using only a single network port. This is a fundamental shift in the way ProAV technologies have traditionally addressed windowing, but one that increases capability and flexibility while reducing installation and support costs.
The N-Series Windowing Processor is a 1RU rack-mount appliance that connects to an SVSI video over ip network and accepts any four video streams as input. Each input can be cropped, scaled, and positioned according to stored presets (such as quad, window-in-window, 3+1, etc) or in any user-defined configuration. The combined output video stream is then routed to one or more displays at HD 1080p or CG 1600×1200 resolution. It functions as a 4×1 windowing processor and can be stacked to give 7×1, 10×1, 13×1, 16×1, or higher capability. A single connection to the network provides access to all available SVSI video streams for window selection and for output of the combined stream.
Features
- Retrofit Capable – Easily retrofits to an existing SVSi video network.
- Up to 4 Video Streams – Accepts up to four independent video streams in addition to user-defined static backgrounds.
- Built-In Web Interface – Easy-to-use, built-in web browser interface provides pallets to manipulate each ‘window’ stream: Crop, scale and position in seconds.
- 4x1 Windowing + Stacking – 4×1 windowing with stacking capability.
- HD Output – HD 1080p or CG 1600×1200 resolution output.
- Audio Matrix Switch – Built-in audio matrix switch allows selection of any audio stream for Windowing Processor output.
