Crestron DM-NAX-AUD-IO Audio-over-IP Converter Input and Output DM NAX

° Gelijktijdige invoer en uitvoer
° Dante-compatibel
° Encoder- en decoderfunctionaliteit

Interne referentie: DM-NAX-AUD-IO
Beschrijving: The Crestron DM‑NAX‑AUD‑IO is a compact, PoE-powered Audio-over-IP (AoIP) converter that bridges analog audio sources—like legacy media players, phones, or mixers—with modern IP-based audio distribution networks. It supports both balanced and unbalanced stereo line-level inputs and outputs via detachable 5-pin terminal blocks, offering precise analog-to-digital and digital-to-analog conversion. Built on AES67 and Crestron DM NAX protocols, it seamlessly integrates with Dante, DM NVX, and third-party AoIP systems, supporting up to 256 audio zones in a single deployment.

Integrated DSP delivers full per-channel control—10-band EQ, bass/treble adjustments, loudness, adjustable delay, tone profiles, and source compensation up to ±10 dB. It also features source signal detection for monitoring and an impressively clean audio path (frequency response 20 Hz–20 kHz ±0.5 dB, THD+N of just 0.005 %). The unit operates as both encoder and decoder: local analog inputs can stream onto the network, while incoming network audio can be decoded and output locally, making it extremely flexible in multi-room setups .

Top Specs:
- Form Factor & Power: PoE IEEE 802.3af-powered (~5 W), metal housing; mounts in a single-gang box, under-table, or rack rail.
- Audio I/O: 1 stereo input + 1 output, balanced/unbalanced line levels, max ±21 dBu, input impedance 10 kΩ, output 400 Ω.
- Network: 100/1000 Mbps Ethernet, AES67/DM NAX-compatible, web/SIMPL/C#/REST API control.
- Performance: Low noise (S/N ≥110 dB), flat response, full DSP, supports up to 256 zones.

In summary, the DM‑NAX‑AUD‑IO offers a sleek and versatile solution for integrating conventional analog audio devices into a scalable, IP-based ecosystem—perfect for commercial and residential AV systems seeking rich audio control, flexible deployment, and streamlined network integration.