AMX NMX-ENC-N2612S-C AMX N2600 Encoder Card, Dual Stream Codec

The NMX-ENC-N2612S-C is a professional-grade encoder card built for high-fidelity multi-track recording, live streaming, and networked studio distribution. This dual-stream codec card integrates seamlessly into AMX's modular ecosystem, enabling flexible video encoding across multiple simultaneous feeds without requiring external encoding appliances—ideal for capturing and distributing multi-camera sessions, live performances, or studio documentation.

Encoding & Video Performance

Supporting 4K60 4:4:4 MWC codec alongside 1080p H.26x encoding, this card delivers studio-grade video compression suitable for archival, streaming, and real-time monitoring. The dual-stream architecture allows independent encoding chains, enabling different quality profiles for simultaneous streaming to multiple platforms or local backup—perfect for capturing high-resolution studio sessions while maintaining bandwidth-efficient secondary feeds for remote collaboration.

Connectivity & Integration

Built-in HDMI video input, balanced audio connection, and Dante AV-A integration provide direct compatibility with professional audio interfaces and networked studio systems. Power-over-Ethernet (PoE+) eliminates the need for dedicated power supplies, while Virtual Network USB 2.0 Hub technology supporting up to 4 decoders enables flexible control and device management across multi-room and distributed recording setups.

Key Features

Multi-codec, dual-stream encoder card architecture
4K60 4:4:4 MWC codec support
1080p H.26x encoding capability
HDMI video connection
Balanced audio connection
Dante AV-A network audio integration
Power-over-Ethernet (PoE+) powered
Virtual Network USB 2.0 Hub supporting up to 4 decoders
Modular card design — up to 6 cards mount in the 2RU NMX-ACC-N9206 Rack Mount Cage

The NMX-ENC-N2612S-C delivers broadcast-quality video encoding in a compact form factor, making it an essential component for professional studios requiring reliable, standards-based encoding with minimal infrastructure overhead for session capture, archival, and multi-platform distribution.