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106 ALLEN&HEATH iLive Reference Guide AP6526 iss.3
ALLEN&HEATH iDR-64
MIX ENGINE
ABCDEFGHI J
iDR10
ESA OUT
NETWORK
3
iLive
ALLEN&HEATH iDR-64
MIX ENGINE
A-F = BLANK
MONITOR INPUTS
AUDIO CLOCK = ESB
ESB CONFIG = MASTER/SLAVE
CH SOURCE = ESB
G1-8 = AUX1-8
H1-8 = ST AUX1-4
I1-8 = ST AUX5-8
J1-4 = MTX1-4
J5-6 = ST MTX1
J7-8 = PAFL OUT
MONITOR OUTPUTS
26x AUX = 8m 2st 2FX
8x MTX = 4m 2st
CONFIG
C1-2 = AUX7-8
C3-4 = ST AUX1
A1-8 = CH 57-64
FOH LOCAL AUDIO
C5-8 = MAIN
D1-4 = MTX1-4
D5-8 = ST MTX1-2
FOH engineer has control of preamp gain and phantom power
FOH gain affects monitors but engineer has digital channel trims
ESB IN
ESB OUT
(SLAVE) (MASTER)
CH1-56 = ESB
A
B
DC
A
B
DC
ABCDEFGHI J
A1-G8 = I/P 1-56
FOH INPUTS
A1-8 = CH57-64
LOCAL AUDIO
Load Show
FOH_8fx_LRLoad Show
SLAVE_MON_8m8st
8x GRP = 4m 2st
18x AUX = 8m 1st 8FX
MAIN = LR
8x MTX = 4m 2st
CONFIG
APPLICATION EXAMPLE - FOH / MONITOR (Digital mic splitter)
56 inputs FOH, 48 way split. One engineer has gain control affecting both.
ETHERNET
CAT5
ETHERSOUND
CAT5
ESA IN
NETWORK
HEADPHONES and TALKBACK
2 x CAT5 cables to stage
FOH
MONITORS
CAT5
NETWORK
ENGINEER'S WEDGE
HEADPHONES / IEM
ESA IN
iDR10
ESA OUT
NETWORK
AUDIO CLOCK = INTERNAL
ESB CONFIG = MASTER
CH SOURCE = LOCAL INPUTS
Set options using TOUCHSCREEN = MIXRACK / Mixer Pref / Audio Sync Networks
I1-2 = ST AUX1
I3-4 = -
I5-8 = MAIN1-4
J1-4 = MTX1-4
J5-6 = ST MTX1-2
FOH OUTPUTS
This shows two iLive systems connected for
FOH/Monitor operation using ESB as a digital
mic splitter. The FOH engineer has control over
the mic preamp gain and phantom power. The
monitor engineer can compensate using a
digital trim.