Allen&Heath iDR10 - Manual (Page 13)

iDR10 User Guide 13
Module options – Digital outputs
DIGITAL MULTI OUT part M-MULTI-OUT-A
This module provides 16 outputs and therefore uses
two slots at the MixRack or Surface. Use the iLive
OUTPUTS patch bay to map any signal to any output
socket. The module presents these outputs
simultaneously to a variety of different multi-channel
digital formats:
ADAT There are two ADAT optical light pipe
outputs, each carrying 8 audio channels. Use these
to connect to ADAT equipped devices such as
multitrack recorders.
Note: One module allows up to 16 tracks of
recording. Fit two for 24 or 32 tracks. Note that you
can fit only one MULTI OUT module to the iLive
Surface in slots A and B. This provides up to 16
tracks at the surface. For multitrack recording up to
64 tracks consider using a PC fitted with the optional
Digigram LX6464ES EtherSound PCI card interfaced
to the MixRack via the ESB option. For more
information see www.digigram.com/products/
iDR Expander Two 8 channel proprietary iDR
expander ports are provided. Connect these to Allen
& Heath iDR output expander units (part of the iDR
installation range) for remote analogue balanced
XLR line outputs up to 300 metres (900 feet) away
using two CAT5 cables per unit. The DR-LINK cables
carry the control to these units.
AVIOM An Aviom compatible interface is provided
to feed the 16 channels of an Aviom personal
monitor mixing system, popular with many live
mixing installations such as houses of worship.
Connect OUT to the Aviom system using a CAT5
cable. IN allows expansion to add another 16
external signals to the feed. Signals may be
configured for mono or stereo operation within the
iLive operating system. For more information about
the Aviom system see web site www.aviom.com/
HearBus OUT The module also supports the Hear
Technologies Hear Back personal monitoring system
which distributes up to 8 signals using a single CAT5
cable. For more information see web site
www.heartechnologies.com/hb/hearbackintro.htm
CHK Yellow indicator follows the PAFL function. It
lights when the signal associated with the output is
currently being PAFL’d at the surface or PC. This
provides a quick way to check the socket patching,
for example to identify which signals are feeding
each channel of a personal monitoring system.
MUTE A red LED lights when the output is muted.