User Manual

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iD44 clocked via the Optical Port
Neutrik
Neutrik
Neutrik
Neutrik
D.I 1
D.I 2
AUTO
SENSE
INPUT
SELECT
+ 60dB
ADC
AUTO
SENSE
INPUT
SELECT
+ 60dB
ADC
INSERT
INSERT
DIRECT
MONITOR
PATH
(SOFTWARE
CONTROLLED)
ADC
+ 60dB
ADC
+ 60dB
CH1
CH2
CH3
CH4
OPTICAL
IN 1
OPTICAL
IN 2
Microphone Input
XLR Combi Female
Pin 1: Chassis Ground Pin
Pin 2:Hot (+ve)
Pin 3: Cold (-ve)
Input Impedance: >3k ohm
Maximum Input Level: +22 dBu
Line Input
1/4” TRS Combi Jack
Tip: Hot (+ve)
Ring: Cold (-ve)
Sleeve: Chassis Ground
Input Impedance: >10k ohm
Maximum Input Level: +32dBu
DI Input
1/4” TS Jack
Tip: Hot (+ve)
Sleeve: Ground
Input Impedance: >1Meg ohm
Insert Sends
1/4” TRS Jack
Tip: Hot (+ve)
Ring: Cold (-ve)
Sleeve: Chassis Ground
Output Impedance: >100 ohm
Maximum Output Level: +22
dBu
Insert Return
1/4” TRS Jack
Tip: Hot (+ve)
Ring: Cold (-ve)
Sleeve: Chassis Ground
Input Impedance: >10k ohm
Maximum Input Level: +18 dBu
Digital Reference: 0dBFS = +18dBU
Optical Inputs
TOSLink Optical Connector
ADAT: 8 channels @ 48kHz
ADAT SMUX: 4 channels @ 96kHz
S/PDIF: 2 Channels @ All sample
rates
Input Specs
Class A Mic Preamplifer, Inserts, A/D converters and
Optical Input Block Diagram
USB
OUT
iD44 as the Slave
The iD44 can also act as the slave to
an external master clock via it’s optical
inputs. The BNC connector is an output
only.
In this case, you would simply connect
the optical output of a device to the
iD44’s optical input. Then, in the iD mixer
application, select the optical input you
wish to be used as the clock source.
You would also need to set the inputs to
either ADAT or S/PDIF depending on the
specification of the external device.
More advanced clocking setups for the
iD44 can be found at
audient.com/support/iD44.
Hardware Features Hardware Features