HDCVT HDP-AUD1616XLR is a 16x16 XLR audio bridge with Dante®, featuring XLR/TRS inputs, phantom +48V, DSP, and redundant PoE+.

HDP-AUD1616XLR

16x16 XLR Audio Bridge with Dante® and PoE+

Catalogue index: HDC000004

  • Delivery time: 14 days
  • Delivery: from €0.00 (InPost)
€907.68 net / szt. €1,116.45 gross incl. 23% VAT / szt.

Description

HDCVT HDP-AUD1616XLR - 16x16 XLR Audio Bridge with Dante® and PoE+

The HDCVT HDP-AUD1616XLR is a professional 16x16 audio bridge designed to integrate analog XLR audio equipment with Dante® and AES67 network infrastructures. It enables bidirectional conversion of up to sixteen analog inputs and sixteen analog outputs, allowing flexible routing within complex AV systems. The analog inputs use XLR/TRS combo connectors that support both balanced and unbalanced audio, with +48V phantom power and a 6‑level sensitivity adjustment. The analog outputs provide 5‑level output control, enabling precise level matching in diverse installations. Built-in DSP processing includes gain control, 8-band PEQ and delay management, while configuration is available through the internal Web GUI or Dante® Controller software. Redundant Dante® ports with dual PoE+ and optional 12V DC power input ensure system reliability in demanding environments. The 1U rack-mount design simplifies integration in 19-inch AV racks, making the unit ideal for corporate, institutional and commercial audio systems requiring professional analog-to-network conversion.

Functionality

  • 16x16 conversion between analog XLR audio and Dante®/AES67 digital audio.
  • Configuration via the internal Web GUI or Dante® Controller software.
  • Dual Dante® network ports (primary and secondary) with full redundancy and dual PoE+.
  • Global 0dBFS line-up selection with settings of -35dBV/-18dBV/0dBV/+4dBu/+14dBu/+24dBu.
  • Built-in DSP featuring sensitivity control, gain adjustment, 8-band PEQ with +15dB/−15dB range and delay settings up to 50ms.
  • Power options: PoE+ (PD Class 4 IEEE 802.3at) or local 12V DC power input.
  • Support for Dante® and AES67 with sampling rates of 44.1kHz, 48kHz, 88.2kHz and 96kHz at 16/24bit.
  • +48V phantom power on each input channel.
  • Configurable Dante® latency options: 2ms, 3ms, 4ms, 5ms and 10ms.
  • Standard 1U 19-inch rack-mount form factor for easy integration.

Features

  • 16x MIC/LINE inputs on XLR/TRS combo connectors (female), supporting balanced and unbalanced audio; max input level 24dBu (LINE), min input level -35dBV (MIC).
  • 16x LINE outputs on XLR connectors (male), supporting balanced and unbalanced audio; max output level 20dBu.
  • Input levels: up to 24dBu (balanced), up to 18dBu (unbalanced).
  • Output levels: up to 20dBu (balanced), up to 14dBu (unbalanced).
  • Input impedance: 20kΩ (balanced), 10kΩ (unbalanced).
  • Output impedance: 600Ω (balanced), 300Ω (unbalanced).
  • Frequency response: 20Hz-20kHz (-/+0.5dB).
  • Dynamic range and SNR: ≥105dB @ +4dBu, 1kHz, A-weighted.
  • THD+N: <0.01% @ +4dBu, 1kHz.
  • Dante® network bandwidth: 1000M; transmission distance up to 100m using CAT6/6A/7 cabling.
  • ESD protection compliant with IEC 61000‑4‑2: ±8kV (air discharge), ±4kV (contact discharge).
  • 1x Dante Primary port (RJ45, PoE+/PD, Dante®/AES67, Web GUI, TCP/IP).
  • 1x Dante Secondary port (RJ45, PoE+/PD, Dante®/AES67).
  • 1x DC 12V IN (2‑pin locking connector), compatible with 12V/2.5A power supply.
  • Durable black metal enclosure.
  • Dimensions: 440mm (W) x 200mm (D) x 88mm (H).
  • Weight: 3.12kg.
  • Maximum power consumption: 19.44W.
  • Operating conditions: 0°C-40°C, 20%-80% humidity (non-condensing).
  • Storage conditions: -20°C-60°C, 10%-90% humidity.

The HDCVT HDP-AUD1616XLR is a highly capable solution for AV professionals who require large-scale analog integration within Dante®/AES67 network audio systems. With redundant power options, extensive DSP processing, robust construction and a practical 1U rack format, it enhances system flexibility while simplifying wiring and configuration. It is ideal for demanding installations where reliability, precision and scalability are essential.