Rack
The single 8U enclosure containing
all power, processing and networking
modules for an Artemis system.
Redundancy
All main components of the system are
redundant, meaning that there is always a
secondary hot spare ready to step in and
take over control if the primary component
fails. The failed primary unit can be
replaced with a working unit which then
becomes the new hot spare, effectively
re-introducing redundancy.
RemoteAuxMasters
When a RP1 unit is being controlled from
a console, the RP1 Aux Masters can be
mapped onto the console surface which
act in parallel with the RP1 Aux Masters,
these are called Remote Aux Masters.
RemoteFaders
When a RP1 unit is being controlled from
a console, the RP1 channel inputs are
placed on the RP1 Faders. These faders
can be mapped onto the console surface
which act in parallel with the RP1 faders,
these are called Remote Faders.
ReverseRouting
When a bus is interrogated, routes to
that bus may be made in reverse by
specifying which paths will be routed to
it. Normal routing involves specifying
which buses a certain path is routed to.
(See Interrogation and Routing)
Rotary
A knob which can be rotated, allowing
variable control of a parameter. In some
cases it can be pressed giving it extra
functionality. Each control cell contains
two rotary controls.
Route
A route is a connection made from one
path to another within the system. For
example a group path may be routed to
a main path, or a channel path may be
routed to an Aux path via an aux send.
(See also Reverse Routing).
RouterCore
Processing rack without DSP mix
engine, and therefore no control surface
connected. Used to expand network
capacity.
Row
A row is a horizontal arrangement of
controls on a surface panel. For example
the row of displays at the top of a standard
fader panel is called the ‘Modes Row’.
RP1
This is a Remote Production unit designed
to be a self-contained compact mixing
console without a control surface. It’s
purpose is to provide latency free mixing at
a remote site for commentary mixes.
SDI(SerialDigitalInterface)
Although SDI is primarily a means for
encoding and transporting video signals,
audio signals can also be encoded and
sent through in the ancillary data space.
Certain Calrec SDI de-embedders can
decode all groups and Dolby E encoded
audio for a maximum of 128 mono signals
per SDI stream.
SFP(SmallForm-FactorPluggable)
connections
SFP sockets accept a range of adaptors
which provide different interface
connections for copper or fibre
connectivity. This allows units fitted with
SFP sockets to be customised to meet a
range of requirements. All main network
connections in a Artemis system make
use of SFP sockets.
SpillFaders
Allow control of legs of a multichannel
signal. For example the overall level of
5.1 surround channels is controlled by
a single fader. By using the spill faders,
components of the multichannel signal
can be altered. If a spill fader is the
currently assigned fader, then processing
can also be applied to that component
using the assign panels. For a 5.1 channel
the legs are broken into the following
components: L/R (stereo), C (mono),
LFE (mono), LsRs (stereo).
SRC(SampleRateConversion)
A sample rate converter is by default
switched in on each AES3 input in
the event that an incoming external
signal is at a different sample rate or
not synchronised to the same source
as the system. It can be switched out
if the incoming signal is known to be
synchronous.
StandardFaderPanel
A physical surface panel containing eight
faders, 2 rows of button cells and 2 rows
of control cells. Along with the TFT meter,
the standard fader panel is the most
common panel on a surface.
Strip(ChannelStrip)
Strip refers a vertical arrangement of
controls on the surface which can be a
combination of fader and assign panels.
There are eight strips on a fader panel.
Stripsmode
Strips mode arranges the fader panel
controls and touchscreen into vertical
strips with the same controls above each
fader on a panel by panel basis.
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 ...