Lectrosonics DNT22 2-Input/2-Output Dante Network Transport Interface

The DNT22 I/O Interface is a 2in/2out, cost-effective way to add up to two channels (in and out) of Dante audio to an existing Dante-based networked audio system. The DNT22's small form factor and PoE power capability make it easy to put Dante connectivity wherever it's needed - near the audio source or sink thereby eliminating costly and interference prone analog wiring.

POWER SUPPLY NOT INCLUDED!

Features:

• Small form factor, can be unobtrusively located near analog sources or sinks
• Dual power (DC or PoE) means the DIO2x2 will work in systems with either standard or PoE Ethernet switches
• Three input gains accommodate common line levels, phantom power and dynamic mics
• +24V Phantom power per channel - powers virtually all types of phantom powered microphones typically used in installed AV systems
• Two analog output gains to accommodate both consumer and pro line level requirements without overload

DNT Series processors operate as native DanteTM devices to integrate analog and digital network signals in a seamless manner. Analog audio signals are converted to digital signals that are then processed and assigned to Dante network channels. Digital signals from the Dante network are processed in the same manner as analog signals, then sent back into the Dante network or converted to analog for mic/line outputs. The result is seamless integration of analog and digital audio signals into a common network where any signal assigned to a Dante transmit channel is then available at any receiving device connected to the network.

DNT Series processors operate as native DanteTM devices to integrate analog and digital network signals in a seamless manner. Analog audio signals are converted to digital signals that are then processed and assigned to Dante network channels. Digital signals from the Dante network are processed in the same manner as analog signals, then sent back into the Dante network or converted to analog for mic/line outputs. The result is seamless integration of analog and digital audio signals into a common network where any signal assigned to a Dante transmit channel is then available at any receiving device connected to the network.