Support for up to Nine Sources Delivered Through AMX's New H.264 Windowing Processor

By CIOReview | Friday, July 17, 2015
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ORLANDO, FL: AMX announces the release of their new SVSI NMX-WP-N3510 H.264 a Multi-Channel Windowing Processor. The new processor delivers engaging viewing experiencing in the form of windowed HD video generated after accepting from many as nine H.264 streams and. 

The rack-mount appliance accepts up to nine video streams as inputs, from SVSI N3000 Series H.264 Encoders and outputs one windowed HD video stream. This can be used for local viewing through an HDMI port or in streaming format to a remote hardware or software decoder.

The combined IP video stream transports H.264 compressed 1080p60 video for media distribution on the existing network. Apart from being able to deliver Digital signage, TV and PC content in any combination for viewing on a single large display or a video wall through SVSI N3000 Decoders.

With the SVSI NMX-WP-N3510 H.264 Multi-Channel Windowing Processor users can customize borders, text overlays, window size, positioning, backgrounds, and stores user presets for quick recovery. The web interface allows the user to position and stretch windows through drag-and-drop/resize or directly setting values. Tools like “Snap & Grid” are available to help align window edges, apart from that, mode and input streams can also be manipulated.

Having a variety of presets makes it easy to change the image configuration on the fly, allowing seamless switching between presets and seamless switching between video steams within a preset. Just like the SVSI NMX-WP-N2510 Multi-Channel Windowing Processor, the SVSI N-3510 can be stacked to window more than nine H.264 streams to a single display.

Besides being optimized to work with the SVSI N3000 series of H.264 encoders and decoders, the N3510 also accepts up to nine H.264 streams from most sources while outputting the windowed HD video stream from local viewing through its HDMI port or in streaming format to a remote hardware or software decoder.