Lectrosonics SPN1624 16x24 ASPEN Digital Mixer

OUR PART #: SPN1624 MFR #: SPN1624

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Lectrosonics' 1624 Aspen Series mixer offers unlimited input expansion and 48 mix buses in order to give you superior scalibility. ...Read more

Lectrosonics SPN1624 16x24 ASPEN Digital Mixer Image 1
Lectrosonics SPN1624 16x24 ASPEN Digital Mixer
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Product Overview

Lectrosonics' 1624 Aspen Series mixer offers unlimited input expansion and 48 mix buses in order to give you superior scalibility. The Proportional Gain Algorithm provides seamless auto-mixing and integrates easily with with echo cancellation, analog mixing consoles, or any other type of audio system. And with TCP/IP addressibility for control through Ethernet, the 1624 is now part of your network.

Features:

  • Ultra low noise input preamps
  • Full crosspoint matrix with 48 outputs
  • Unlimited input expansion
  • TCP/IP Ethernet addressable
  • Seamless auto-mixing with PGA™ at the matrix crosspoints
  • Simultaneous multi-point 3rd party and native control
  • Ultra-low latency
  • Automatic primary/secondary detection
  • Single CAT6 interconnection carries data, audio and control signals

Specifications:

  • Matrix: 48 mix buses with full output matrixing
  • ASPEN port: 1Gbs control and audio data between ASPEN units
  • Inputs:
    • 16 mic/line
    • Gain: 0 dB to 56 dB, programmable in 8 dB steps (the analog gain is automatically selected by selecting the input gain)
    • Input Level: 0 dBu nominal, max. 20dBu
    • Input impedance: 8 k Ohms differential mode, 2 k Ohms common mode
    • Phantom power: True 48 Volt
    • Dynamic range: 102 dB
    • Ein: -127 dBu (20Hz – 20kHz, unweighted)
    • THD + noise: 0.01%
    • (All inputs are digitally programmable-gain microphone to line level differential inputs. Either side can be grounded or left floating. The cable shield shall be connected to ground.)
  • Outputs:
    • 1-8 line level (0dBu), 9-12 mic/line level(0, -20, -40 dBu), 13-19 line level (0 dBu), 20-24 mic/line level (0, -20, -40dBu)
    • Output level: 0 dBu nominal, max 20dBu
    • 0 dBu, channels 1-8
    • 0 dBu, -20 dBu, -40 dBu,channels 9-12
    • Output impedance: < 50 Ohms, all outputs, all attenuator settings
    • Dynamic range: 105 dB
    • THD +noise: 0.01%
    • Headroom: 20 dB
    • (All outputs are floating transformerless differential outputs. Either side can be grounded or left floating. The cable shield shall be connected to ground.)
  • Latency:Single-board: 64 + 6 (total number or boards – 1) audio samples = 1.46 ms
  • Programmable inputs: 30
  • Programmable outputs: 16
  • Frequency response: 20 Hz – 21 kHz ± 1 dB
  • Monitor output (1/4" headphone jack): Any of the 48 final mixes
  • Output power: 50 mW
  • Filters: All filters, including the noise reduction filter (NRF), have zero processing delay.
    • Noise reduction filters: Adjustable 6 to 35 dB on every input
    • Tone control stages: 4 per input channel
    • Parametric EQstages: 8 per output channel
    • ADFE: 8 per input channel
    • Configurableas Static or Dynamic
  • Filter types:
    • Low Pass:
      • Butterworth (6, 12, 18, 24dB/octave)
      • Bessel (6, 12, 18, 24 dB/octave)
      • Linkwitz-Riley (12, 24 dB/octave)
      • Linkwitz-Riley (12, 24 dB/octave)
    • High Pass:
      • Butterworth (6, 12, 18, 24dB/octave)
      • Bessel (6, 12, 18, 24 dB/octave)
      • Linkwitz-Riley (12, 24 dB/octave)
      • Additional parameters: frequency[Hz]
    • Low Shelving:
      • Butterworth (6, 12, 18, 24dB/octave)
      • Bessel (6, 12, 18, 24 dB/octave)
      • Additional parameters: frequency [Hz], boost/cut [dB]
    • High Shelving:
      • Butterworth (6, 12, 18, 24 dB/octave)
      • Bessel (6, 12, 18, 24dB/octave)
      • Additional parameters: frequency [Hz], boost/cut[dB]
    • Peaking EQ (parametric) Parameters: frequency [Hz], bandwidth[octave], boost/cut [dB]
  • Internal Signal Generator:
    • White noise: Parameter: level [dBu]
    • Pink noise: Parameter: level [dBu]
    • Tone (sine wave): Parameters: level[dBu], frequency [Hz]
  • Swept sine:
    • Sweep modes: single sweep, continuous sweep
    • Sweep Waveform: sawtooth (up or down), triangle
    • Sweep rate: linear, logarithmic
  • Parameters: start frequency [Hz], stop frequency [Hz], level [dBu], sweeptime [sec]

WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov.

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