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 live sound and AV systems that need reliable, simultaneous multi-stream encoding without external hardware. This dual-stream codec card fits into AMX's modular platform, letting you encode video across multiple feeds at once—critical for tours, installed venues, and broadcast-style distribution setups where redundancy and real-time flexibility matter.

Encoding & Video Performance

Supporting 4K60 4:4:4 MWC codec alongside 1080p H.26x encoding, this card delivers studio-grade video compression that holds up on the road and in stationary installs. The dual-stream architecture runs independent encoding chains, so you can serve different quality tiers or push to separate destination networks from one card—useful for managing monitor feeds, house content, and streaming simultaneously without bottlenecks.

Connectivity & Integration

HDMI video input, balanced audio connection, and Dante AV-A integration connect directly into professional broadcast and networked audio rigs you'll find in touring trucks and permanent installations. Power-over-Ethernet (PoE+) cuts down cable runs and power supply clutter, while Virtual Network USB 2.0 Hub technology supporting up to 4 decoders gives you flexible device control and management across distributed venue and touring applications.

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, road-proof form factor. It's the go-to component for sound and AV crews running large-scale distribution systems that demand reliable, standards-based encoding with minimal setup and maximum uptime.