AMX NMX-WP-N3510 – N3000 Series H.264 Windowing Processor (9×1)

Product Overview

The AMX NMX-WP-N3510 is a rack-mount H.264 multi-channel windowing processor for the N3000 Series AV-over-IP platform, combining up to nine simultaneous video streams into a single composited HD output. Designed for digital signage, video wall, and multi-source monitoring applications, it accepts H.264 streams from SVSI N3000 encoders or compatible third-party sources and delivers a single windowed 1080p output via HDMI or network stream. Its web-based interface enables real-time window positioning, cropping, scaling, and preset management.

Product Description

The NMX-WP-N3510 functions as a network video compositor within N3000-based AV-over-IP systems, accepting up to nine H.264 video streams from SVSI N3000 Series encoders — or any main- or high-profile H.264 source — and outputting a combined HD stream. The output can be displayed locally via HDMI or distributed as a network stream to remote SVSI N3000 decoders or software players. Window configuration is managed through a browser-based interface with drag-and-drop positioning, edge-snapping, grid alignment, and direct value entry for precise layout control. Operators can apply text overlays, custom borders, background images, and preset-based switching for rapid configuration changes. Multiple NMX-WP-N3510 units can be cascaded to process more than nine input streams to a single display, supporting larger video wall and multi-source monitoring setups. The appliance is IT-compatible, operating over standard Gigabit Ethernet without requiring specialized AV network hardware.

Key Features

• 9-Input H.264 Windowing: Accepts up to nine simultaneous H.264 streams from N3000 encoders or third-party main/high-profile H.264 sources.
• 1080p60 HD Output: Outputs a composited HD stream via HDMI for local display or as a network stream to remote decoders.
• Web-Based Layout Management: Drag-and-drop window positioning with snap-to-grid, border, background, and text overlay controls from any browser.
• Preset-Based Switching: Stored presets allow instant switching between window layouts and stream assignments during live operation.
• Stackable Architecture: Multiple units can be cascaded to handle more than nine inputs to a single display for larger video wall deployments.
• MPEG-TS, RTP, and RTSP Network Streaming: Standard network protocols ensure compatibility with third-party hardware and software decoders.
• AAC Audio Support: Encodes and decodes AAC audio for audio monitoring alongside composited video output.
• Gigabit Ethernet Interface: Auto-sensing 10/100/1000Base-T network connection for standard IT infrastructure integration.

Typical Applications

• Digital signage networks requiring multi-source content composition on large displays
• Network operations centers (NOC) and security monitoring rooms with multi-camera feeds
• Command and control facilities requiring simultaneous multi-stream monitoring
• Conference rooms and all-hands rooms displaying multiple content sources on a single screen
• Video wall systems combining N3000 decoder outputs into composited displays
• Broadcast studios monitoring multiple live streams on a single multiviewer display

Competitor Comparison

Technical Specifications

Frequently Asked Questions

Can the NMX-WP-N3510 accept streams from non-AMX encoders?
Yes. The NMX-WP-N3510 accepts any H.264 main- or high-profile stream, including those from third-party encoders, as long as they use MPEG-TS, RTP, or RTSP network protocols.

How many streams can be combined when stacking multiple NMX-WP-N3510 units?
Each unit processes up to nine streams. Units can be cascaded to deliver more than nine combined inputs to a single display, with the output of one unit feeding into another in the chain.

Is the output limited to HDMI local display, or can it stream across the network?
Both options are available. The NMX-WP-N3510 outputs locally via HDMI and simultaneously as a network stream that can be received by N3000 Series hardware decoders or compatible software decoders.