10
Studer RELINK I/O sharing
One of the benefits of the Studer
RELINK system in comparison to
others is that it is based totally on
Studer’s existing SCore platform
which is an integral part of a Studer
console architecture, so no additional
hardware or breakout boxes are
required to complete the network.
Communicating over TCP/IP with
each other, any combination of Studer
Vista (5, 6, 7, 8), the OnAir 2500 and
3000 consoles, as well as Route 6000
can link via RELINK.
RELINK is seamless, scaleable, flexible,
and can start with a simple link
between two Studer consoles, right
through to multi-console systems using
a two-step topology where all signals
are matrixed through a central device,
e.g. the Studer Route 6000 system.
Source selection is transparent,
and signal labels are automatically
transferred to the consuming
locations, so the operator always
knows what source is connected.
Signal takeover between studios is
seamless, so RELINK is well-suited
for live transmission switchover. A
resilient mic take-over mechanism
ensures that mic control parameters
such as analogue gain, phantom
voltage, etc. are not unintentionaly
changed but require concious
take-over confirmation. Local
monitoring at point of use is turned
off automatically to prevent feedback,
indicated with red light signalling,
automatically following the source,
wherever it is used.
A very common application in radio
houses is a voice or news booth
connected closely to a studio for
speech contribution to a broadcast
or a recording, while a second studio
is used for production. The booth
resources (microphone, headphones
and indication) are physically
connected to one console, usually
to the one used most in combination
with the booth (the one in Studio
1 in our example). This console
provides the monitoring signal for the
headphones, controls the microphone
parameters as well as the ready/on
air indicators. If the second studio
(Studio 2) requires the booth for
production, I/O Sharing
allows forwarding the control of
the microphone parameters and the
indication from the console in Studio
1 to the one in Studio 2. Via a physical
connection (tie line) between both
The OnAir 2500 can be integrated easily within the Studer RELINK Resource Linking managed I/O
sharing system, which can link numerous Studer consoles in various locations of a Broadcast facility to
allow audio source and control data sharing across a wide network.
studios, the audio signal is provided to
Studio 2. This audio interconnection
can be of any type, for example AES3.
The monitoring signal for the
headphones is still provided by
the console in Studio 1, but the
monitoring signal is delivered by the
console in Studio 2 via a suitable tie
line (e.g. AES3) and routed to the
headphones remotely. While Studio
2 works with the booth, it controls
the microphone parameters, including
analog gain and phantom power.
Opening the microphone in Studio 2
activates the red light in the booth,
presuming that the ‘mic on’
parameters are configured accordingly.
In this case, existing monitor speakers
will be cut remotely as well. Sharing
the control information is established
via a network connection (Ethernet)
between all systems involved.
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