BARE – PE-66


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monacor-dadc-144dt
  • Monacor

Monacor – DADC-144DT

Monacor's DADC-144DT is a 4-channel Dante® transceiver. Monacor's DADC-144DT is a 4-channel Dante® transceiver.
  • 4 analogue XLR audio inputs
  • 4 analogue XLR audio outputs
  • 4-channel Dante® input/output (EtherCon/RJ45)
  • Analogue input and output levels can be adjusted individually via recessed potentiometers
  • 48 V phantom power can be activated as required for each analogue input
  • Mute function for each analogue output
  • Dante® sources and Dante® receiver can be combined via software
  • Encoding/decoding: 16/24/32 bits
  • Sampling rates: 44.1/48/88.2/96 kHz
  • Frequency range: 20-20,000 Hz
  • LED display for indicating signal, peak, network link, network act and power
  • Metal housing
  • 482 mm (19") rack installation, 1 RS
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focusrite-Red16line_1200px|focusrite-Red16line_1200px
  • Focusrite

Focusrite – Red 16Line

Red 16Line is a 64x64 Pro Tools | HD™ and dual Thunderbolt™ 3 audio interface with ultra-low latency A-D/D-A conversion, Red Evolution mic preamps, up to 121dB dynamic range, ultra-low round trip latency, and expansion over Ethernet for networked audio. Red 16Line is a 64x64 Pro Tools | HD™ and dual Thunderbolt™ 3 audio interface with ultra-low latency A-D/D-A conversion, Red Evolution mic preamps, up to 121dB dynamic range, ultra-low round trip latency, and expansion over Ethernet for networked audio. Since Red 16Line provides both DigiLink™ connectors and Thunderbolt™ connections, it's now easier than ever to switch from Pro Tools | HD™ to a second DAW, without the need to reconfigure option cards in the interface. Simply change the host mode either in the remote control software, or on the device front panel and change DAWs in seconds. High-performance audio conversion with over 118dB dynamic range A-D and 121dB dynamic range D-A (A-weighted). These converters have been expertly selected and calibrated to provide the best balance of sound quality, dynamic range and conversion latency in our best-quality audio interface. Red’s ultra-low round trip latency completely transforms your workflow. If you’re used to having to build two different mixes – one using input monitoring to overdub, the other using the DAW for playback – the good news is that now, one is enough. Build your mix on the DAW and use it whether you’re overdubbing (monitoring the input you’re recording with the Focusrite Control software mixer) or playing back, with all your plug-ins in place, all the time. Red 16Line features 16 line inputs on D-sub, coupled with 16 line outputs and two main monitor outputs. The two digitally-controlled Red Evolution mic preamps provide up to 63dB of ultra-clean gain along with stereo linking, individual phantom power, high-pass filter, phase reverse and Air mode: the name we give to the sonic signature of the classic transformer ISA preamp.
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  • Dante Ch: 32x32
  • 24-bit
fp-nml2_400px
  • RDL

RDL – FP-NML2

The FP-NML2 is a high quality Dante network to mic/line interface that converts two Dante channels to two balanced outputs. Each output is individually switch-selectable to mic or line level. The FP-NML2 is ideal for adapting standard audio amplifiers or equipment to a Dante network. Model FP-NML2P operates from PoE. The FP-NML2 is a high quality Dante network to mic/line interface that converts two Dante channels to two balanced outputs. Each output is individually switch-selectable to mic or line level. The FP-NML2 is ideal for adapting standard audio power amplifiers, or other audio equipment, to a Dante network. Each line output provides +4 dBu balanced for a network digital audio level of -18 dBFS. Crosstalk is below the noise floor between all outputs across the entire audio spectrum. The noise floor is better than 80 dB below operating level with greater than 18 dB of headroom. The FP-NML2 operates from 24 Vdc and is available in a PoE version: FP-NML2P. If PoE power and an external 24 Vdc supply are both feeding an FP-NML2P, the unit will run from the external supply and will seamlessly switch over to PoE power upon loss of the external supply. 
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