DL16 Dante Audio Converter Interface Box Professional Speakers Audio System

Share on (1600948868908):


Price:$455.90 - $495.90

Quantity:


Product Overview

Description



DL16-Dante Audio conversion processor
Streamlined 16-channel analog/Dante converter
Technical parameters:
1
Dante converter with 16-channel analog line input/output, compatible with the Dante protocol. Supports building highly stable and
flexible systems
2
Each analog input supports independent 48V phantom power supply control
3
Each input supports independent feedback suppression
4
4.3-inch TFT color display touch screen, real-time display of output and output status, and can adjust the input and output
volume, support English language switching
5
Output output independent 7 parameter EQ adjustment
6
One active network port and one standby network port are connected
7
Supports USB connection PC debugging
8
Dante Controller enables flexible routing configuration
9
Input and output are equipped with 16 cannon interfaces for easy connection to other wiring devices
10
2.5 U rack mounting dimensions
Analog input to Dante output
frequency response
20-20k Hz
+0.1dB/-0.5dB (-16dBFS input, Fs=44.1k/48k Hz sampling frequency, JEITA)
20-40k Hz
+0.1dB/-0.5dB (-16dBFS input, Fs=88.2k/96k Hz sampling frequency, JEITA)
distortion(THD+N)
0.001% or less (-1dBFS input, 1kHz, Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)
S/N
113dB or higher (Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)
crosstalk
115dB or higher (1kHz, Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)
Dante input to analog output
frequency response
20-20k Hz
+0.1dB/-0.5dB (-16dBFS input, Fs=44.1k/48k Hz sampling frequency, JEITA)
20-40k Hz
+0.1dB/-1.0dB (-16dBFS input, Fs=88.2k/96k Hz sampling frequency, JEITA)
distortion(THD+N)
0.001% or less (-1dBFS input, 1kHz, Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)
S/N
110dB or higher (Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)
crosstalk
115dB or higher (1kHz, Fs=44.1k/48k/88.2k/96k Hz sampling frequency, JEITA)














0.1736 s.