AMX NMX-DEC-N2622S AMX N2600 Decoder, Dual Stream Codec
Description
AMX NMX-DEC-N2622S AMX N2600 Decoder, Dual Stream Codec
The AMX NMX-DEC-N2622S is a compact stand-alone decoder engineered for professional audio-visual workflows requiring reliable multi-codec support and networked operation. This unit integrates seamlessly into existing networked studio and control ecosystems while delivering robust decoding performance across multiple video standards and bitrates for content monitoring, playback, and signal routing applications.
Decoding & Signal Support
This decoder handles 4K60 MWC codec and 1080p H.26x decoding, making it capable of processing contemporary compressed video streams across a range of bandwidths. Dante AV-A signal support enables direct integration with Dante audio-visual networks, while dual-stream capability allows simultaneous processing of independent video feeds for multi-monitor setups, client review stations, or redundant monitoring chains.
Connectivity & Integration
The unit provides HDMI, USB 2.0, and IR ports for flexible output and control options within studio and networked environments. A built-in web interface allows remote configuration and monitoring, and Virtual Network USB 2.0 Hub technology supports cascading up to four decoders from a single network connection, reducing cable complexity and streamlining session setup and teardown.
Key Features
- 4K60 MWC codec support
- 1080p H.26x decoding capability
- Dante AV-A signal compatibility
- HDMI output port
- USB 2.0 connectivity
- IR control port
- Virtual Network USB 2.0 Hub technology
- Support for cascading up to four decoders
- Built-in web interface for remote management
- Stand-alone box form factor
- Dual-stream decoding architecture
The NMX-DEC-N2622S delivers the codec flexibility and networked control that studios and content producers need for modern multi-monitor setups, video reference chains, and professional signal distribution in production environments.
More Information
| Condition | New |
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Reviews
At a Glance
The AMX NMX-DEC-N2622S is a compact professional decoder for networked AV workflows, video-distribution systems, and recording/streaming setups that require robust multi-codec support and remote configuration. It decodes 4K60 MWC and 1080p H.26x streams, supports Dante AV-A networking, and lets you run dual independent video feeds from a single unit with cascadable architecture. Select this for installations where you need reliable, scalable video processing without sacrificing control or bandwidth efficiency.
Who This Is For
Great for
- ✓ live event AV distribution
- ✓ corporate conferencing installations
- ✓ multi-zone video deployment
- ✓ networked AV systems
Not the best pick for
- – consumer home theater
- – musical performance monitoring
Skill level: Professional
Frequently Asked Questions
What video codecs and formats does this decoder support?
The NMX-DEC-N2622S decodes 4K60 MWC codec and 1080p H.26x video streams, making it compatible with contemporary compressed video standards across a range of bandwidths. It also supports Dante AV-A signal input for direct network integration.
Can I run multiple decoders on one network connection?
Yes. The Virtual Network USB 2.0 Hub technology allows you to cascade up to four decoders from a single network connection, reducing cable runs and simplifying installation in multi-zone deployments.
What outputs and control options are available?
The unit provides HDMI for video output, USB 2.0 for connectivity, and IR ports for control integration. A built-in web interface enables remote configuration and monitoring across your network.
How does this fit into an existing AMX system?
The NMX-DEC-N2622S is designed to integrate seamlessly into existing AMX control ecosystems, supporting networked AV distribution and multi-codec decoding within larger professional installations.
What is dual-stream decoding and why would I need it?
Dual-stream capability allows the decoder to process two independent video feeds simultaneously, enabling multi-zone video distribution or concurrent playback scenarios in complex installations without additional hardware.