Core
Processing rack for a mixing console or
standalone router.
DAC(DigitaltoAnalogue
Conversion)
The reverse of ADC. The digital
representation of a signal is converted
back into a continuous analogue signal.
DeskOutput
Type of Main bus output which does
not receive the output tone or talkback
switching that affects Main Line outputs.
DirectOutput
Output from a channel or group path with
level control and pre EQ / pre fader /
post fader selection. By default a direct
output contains only the audio present on
the path, but can be switched to output
mix-minus - everything routed to the
mix-minus bus apart from the path’s own
audio.
Downmix
The process of converting a signal of a
given width into a signal of a smaller width
allowing fixed or variable amounts of each
of the contributing legs to be included.
For example, a Downmix must be applied
to a 5.1 surround signal for it to be
correctly translated into a stereo format.
Without a Downmix, surround, LFE or
centre information may be lost and levels
may become unbalanced.
DSP
Digital Signal Processing. Discrete
mathematical operations applied to a
stream of digital audio signals.
DSPModule
A module fitted in the Artemis rack which
performs all the DSP functions of the
system.
ExpansionRouter
Apollo and Artemis Shine, Ray & Beam
(not Artemis light) processing racks
have an expansion card slot that can be
fitted with an additional router card as an
option to double the quantity of I/O ports
available within the rack.
Fader
Fader refers to one of the physical faders
available on the surface (see Channel
Faders, Main Faders and Spill Faders).
FaderBargraphMeters
LED meters next to each fader on the
surface provide input metering.
FaderPanel
A panel containing a touchscreen TFT
and multiple Cells and displays. The
function of this panel can be altered
during operation of the surface.
FaderTouchscreen
The TFT touchscreen display located in
a fader panel. Provides flexible options
for displaying and controlling information
directly through touch.
Foldback
An audio mix sent to a presenter or artist.
Applications include enabling them to
hear their own input or communications.
GigabitEthernet
A family of network technologies used
for connecting equipment and efficiently
passing large amounts information over
copper or fibre links.
GPI/O(GeneralPurposeInputs/
Outputs)
These connections allow simple on/off
signals to be sent and received by the
system. Functions of the system can
be controlled from external sources via
opto-isolated inputs. The system can
control external items of equipment based
upon surface actions via relay outputs.
GPI/O connections are optionally fitted to
Hydra 2 I/O boxes
GroupBus
A bus to which many audio signals
can be routed, summed and controlled
simultaneously with a single fader. For
example all audience microphones may
be sent to the same group bus for easy
access. Buses can be patched to physical
outputs and have full EQ and dynamics
processing. For a non-summing group
see VCA Groups.
HostConsole
A Host console is one which is configured
to act as a remote controller for RP1 units.
Hydra2
An audio networking system which links
I/O boxes to one or many consoles over
Gigabit Ethernet. Artemis is based around
a Hydra 2 system.
Hydra2RouterModule
All Hydra2 I/O boxes connect to the
network via a router. The router module
contains 16 SFP sockets that can
accept either copper or a range of fibre
connections by using the appropriate
adaptor.
Interrogation
Interrogating a bus reveals all contributing
paths. For example an Aux bus could be
interrogated in order to find all the paths
which have been routed to it. Routing
can also be performed in reverse where a
number of paths can be selected and be
routed to the currently interrogated bus.
(See Reverse Routing).
InterruptibleFoldback(IFB)
IFB is a foldback mix which can be
interrupted by tone or talkback. This
function is normally handled by the track
buses.
Summary of Contents for Artemis
Page 7: ...calrec com Putting Sound in the Picture ARTEMIS INFORMATION ...
Page 11: ...calrec com Putting Sound in the Picture ARTEMIS INTRODUCTION ...
Page 17: ...calrec com Putting Sound in the Picture ARTEMIS CONTROL OVERVIEW ...
Page 29: ...calrec com Putting Sound in the Picture ARTEMIS CONTROL PANEL MODES ...
Page 36: ...36 ARTEMIS Digital Broadcast Production Console Control Panel Modes WILDABLE CONTROLS ...
Page 39: ...calrec com Putting Sound in the Picture ARTEMIS GETTING SIGNALS INTO ARTEMIS ...
Page 69: ...calrec com Putting Sound in the Picture ARTEMIS PROCESSING AUDIO ...
Page 93: ...calrec com Putting Sound in the Picture ARTEMIS ROUTING AUDIO ...
Page 109: ...calrec com Putting Sound in the Picture ARTEMIS PASSING SIGNALS OUT OF ARTEMIS ...
Page 117: ...calrec com Putting Sound in the Picture ARTEMIS MONITORING ...
Page 132: ...132 ARTEMIS Digital Broadcast Production Console Monitoring ...
Page 133: ...calrec com Putting Sound in the Picture ARTEMIS COMMUNICATIONS ...
Page 138: ...138 ARTEMIS Digital Broadcast Production Console ...
Page 139: ...calrec com Putting Sound in the Picture ARTEMIS METERING ...
Page 148: ...148 ARTEMIS Digital Broadcast Production Console ...
Page 149: ...calrec com Putting Sound in the Picture ARTEMIS SHOWS MEMORIES AND PRESETS ...
Page 163: ...calrec com Putting Sound in the Picture ARTEMIS CONSOLE FACILITIES ...
Page 168: ...168 ARTEMIS Digital Broadcast Production Console ...
Page 169: ...calrec com Putting Sound in the Picture ARTEMIS EXTERNAL INTERFACING ...
Page 180: ...180 ARTEMIS Digital Broadcast Production Console External Interfacing ...
Page 181: ...calrec com Putting Sound in the Picture ARTEMIS SYSTEM STATUS ...
Page 184: ...184 ARTEMIS Digital Broadcast Production Console ...
Page 185: ...calrec com Putting Sound in the Picture ARTEMIS GLOSSARY OF TERMINOLOGY ...
Page 191: ...calrec com Putting Sound in the Picture ARTEMIS FEATURES BY SOFTWARE VERSION ...