iZ Technology Corporation
This dialogue determines whether transport commands
will be derived locally or from machine control master via
9-pin (RS-422)
This dialogue determines whether track-arming
commands will be derived locally or from a machine
control master via 9-pin (RS-422).
This dialogue determines whether vari-speed commands
will be derived locally or from a machine control master
via 9-pin (RS-422).
This dialogue determines whether a SHUTTLE-0
command from a 9-pin controller will put RADAR in STOP
or SHUTTLE-0.
This setting allows the timecode output while cueing to
respond differently for different applications.
In NORMAL mode, RADAR will cue to a new location
and begin outputting timecode upon playback, based on
the new position in the project. The small gap in timecode
output that occurs when cueing can cause problems with
some older synchronization systems that are expecting
an immediate ramp up in timecode output from a slave
machine (i.e. tape machine) when a machine control
PLAY command is sent.
In TAPE mode, RADAR will immediately begin sending
timecode even before the cueing operation is complete.
This emulates the behavior of a tape machine and
prevents confusion with certain machine control systems.
9-PIN SETTINGS:
TC OUT MODE-CUE
9-PIN SETTINGS:
SHUTTLE-0 MODE
9-PIN SETTINGS:
VARISPEED MODE
9-PIN SETTINGS:
TRACK ARM MODE
9-PIN SETTINGS:
9-PIN CHASE MODE
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