Meyer Sound Galileo Architectural Specs - AV-iQ

Meyer Sound Galileo Architectural Specs - AV-iQ
GALILEO 616 : Loudspeaker Management System
The loudspeaker management system shall
include 96 kHz, 32-bit floating point processing for up to six input channels (analog
or AES/EBU) and 16 analog output channels.
Input channels shall have dedicated processing for gain, mute, delay, five-band parametric
equalization, TruShaping equalization, as well
as graphic equalization; output channels shall
have processing for gain, mute, delay, 10band parametric equalization, and TruShaping
equalization. In addition, each output channel
shall have filters for subwoofer integration,
low-mid buildup for line and curvilinear arrays,
and air absorption compensation.
The input and output connectors for the loudspeaker management system (on the unit’s
back panel) shall be balanced, gold-plated
XLR3 connectors with high current line drivers
capable of output voltages up to 26 dBu without clipping into loads of 600 Ohms or higher.
The system’s complex digital matrix processor
shall allow routing from any input, or combination of mixed inputs, to any output channel with
a fixed latency of 1.52 milliseconds, regardless
of the processing applied to the signal.
features & benefits
Six inputs — analog, AES/EBU, or any
combination — and 16 analog outputs with
full matrix mixing and routing.
Fixed latency across all output channels
regardless of any processing applied to the
All features and parameters for the loudspeaker management system shall be controlled from the unit’s front panel, which shall
include a 128 x 64 LCD, navigation buttons,
high-resolution encoder knobs, and illuminated Mute switches and Signal/Clip indicators for output channels. The unit shall also
be controlled remotely from a Windows or
Macintosh computer via Ethernet; the clientserver control software shall have bidirectional
communication to ensure that all parameters
are in sync. The system shall be capable of
access-code protection to avoid unwanted
tampering with parameters. The loudspeaker
management system shall include direct connectivity to Meyer Sound’s SIM 3 audio analyzer
so that measurements can be taken directly
from the unit.
Highest quality audio: A/D/A conversion
with 24-bit resolution at 96 kHz; all digital
input signals converted to 96 kHz.
Ethernet connection for remote control
from Windows and Macintosh computers
and wireless tablets.
DSP-based processing with 96 kHz, 32-bit
floating point resolution.
Full bidirectional communication between
unit and remote control devices ensures
that parameter settings are always up-todate and in sync.
The unit shall be housed in a two-space, standard 19-inch rack mount cabinet, measuring
15.5 inches in depth, and weighing just 19.2
pounds. Its AC inlet shall be a PowerCon locking connector to prevent unwanted power
disconnections. The loudspeaker management
system shall be the Meyer Sound Galileo 616
and its software shall be the Compass Control
Up to two seconds of delay for each input
and output.
Digital implementation of popular Meyer
Sound processing capabilities, including
air absorption compensation filters and
equalization from the CP-10, VX-1, and
TruShaping EQ and Composite EQ filtering
provide system equalization that yields
appropriate correction with the least
impact on phase response.
Array compensation for Meyer Sound line
array products.
Made by Meyer Sound Laboratories
Berkeley, California USA
European Office:
Meyer Sound Lab. GmbH
Carl Zeiss Strasse 13
56751 Polch, Germany
Intuitive front-panel operation for
standalone operation.
Presets for Meyer Sound line arrays
and point-source systems, from small
configurations to very large ones.
Robust outputs easily drive Meyer Sound
self-powered systems over long cable
Direct connection to Meyer Sound’s SIM 3
audio analyzer.
Copyright © 2007
Meyer Sound Laboratories Inc.
Meyer Sound Laboratories Inc.
2832 San Pablo Avenue
Berkeley, CA 94702
Tel: +1 510 486.1166
Fax: +1 510 486.8356
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