Rupert Neve 5043-V 2-Channel Compressor / Limiter (vertical)

Rupert Neve 5043 Duo Compressor / Limiter is a powerful approach to dynamic processing, designed with both tracking and mixing applications in mind.
Portico 5043 contains two independent compressor ducts (ducts A and B), housed within a half rack, 1U module.
They can be used independently (on two different tracks) or in a stereo setup.

5043 is available in both horizontal and vertical versions.

Specifications:
Gain Range:
Continuously variable from 6 dB to +20 dB.
Threshold Range:
Continuously variable from 36 dB to +22 dB.
Ratio Range:
Continuously variable from 1.1: 1 to Limit (40: 1).
Attack Range:
Continuously variable from 20mS to 75mS
Release Range:
Continuously variable from 100mS to 2.5 Seconds.
FF / FB:
Feed-Forward or Feed-Back VCA control.
S / C or LINK:
Multiple 5043's may be daisy-chained via the rear panel jacks. When an individual channel is engaged, its control voltage appears at the rear panel LINK jack. When both channels are engaged they are linked together internally and their control voltage also appears at the rear panel LINK jack.
LINE or BUS input select:
Select rear XLR input or Bus Input jacks to accept Portico series bus outputs.
Maximum Output Level:
Balanced and Floating Transformer Output
+25 dBu.
Total Harmonic Distortion and Noise:
@ 1kHz, +20 dBu output level, no load.
Main Output, compressor bypassed
Better than 0.0006%.
Main Output, compressor engaged
Better than 0.02%
Noise:
Measured at Main Output, un-weighted, 22Hz-22kHz, Terminated 40 Ohms.
With Gain at Unity, Compressor disengaged
Better than â € “103 dBu.
With Gain at Unity, Compressor engaged:
Better than 92 dBu
Frequency Response:
Main Output, Unity Gain
@ 18 Hz, â € “3 dB.
@ 150kHz 3dB.
crosstalk
Measured Channel to Channel:
Better than 80 dB @ 16kHz.
METERS A / B:
Monitors INPUT LEVEL and GAIN REDUCTION of either Channel A or Channel B.
5043 Power:
Voltage Range:
9 to 18 Volts DC, 9Watts
Connector:
5.5mm X 2.5mm DC jack, Center Positive
Current consumption:
@ 9VDC = 1.0 A typical
@ 12VDC = 730 mA typical
@ 15VDC = 570 mA typical
@ 18VDC = 480 mA typical
input impedance
output impedance