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4-9
ROUTING SWITCHER SYSTEM (E)
4-4. Basic Setup Procedures
Level 1
SDI
Routing Switcher
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
Studio A
News 1
Satellite 1
Satellite 2
Network 1
Network 2
Remote 1
Remote 2
Camera 1
Camera 2
Camera 3
Camera 4
Still Store 1
Still Store 2
Char Gen 1
Char Gen 2
Frame Sync 1
Frame Sync 2
Studio B
Patch
Patch
Patch
Patch
A/D #1
Level 2
AES/EBU
Routing Switcher
Inputs
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
DAT 1
DAT 2
DAT 3
A/D #1
A/D #2
Mixer 1 PGM
Mixer 1 Aux
SDI Demux Out
Level 3
Analog
Routing Switcher
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
Mixer 2 PGM Out
News 1
Satellite 1
Satellite 2
Network 1
Network 2
Remote 1
Remote 2
Level 1
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
Satellite 1
Satellite 2
Remote 1
Network 1
News 1
News 2
Char Gen 1
Char Gen 2
Cam Ret 1
Cam Ret 2
Cam Ret 3
Cam Ret 4
Studio A Switch
Studio A Switch
Studio A Mon
Studio A Mon
Still Store 1
Still Store 2
News 3
Studio B Switch
Studio B Switch
Frame Sync 1
Frame Sync 2
D/A #1
Level 2
Outputs
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
DAT 1
DAT 2
DAT 3
D/A #1
D/A #2
Mixer 1 In 1
Mixer 1 In 2
SDI Mux In
Level 3
VTR 1
VTR 2
VTR 3
VTR 4
VTR 5
VTR 6
VTR 7
VTR 8
Satellite 1
Satellite 2
Remote 1
Network 1
News 1
News 2
A/D #1
A/D #2
Level Approach
SDI
Routing Switcher
AES/EBU
Routing Switcher
Analog
Routing Switcher
With this approach, you need the control terminal connected to the primary routing switcher, or a control
panel that allows access to individual “levels”, like the BKS-R1607, BKS-R1608, BKS-R3209 or BKS-
R3210 to control only one level of VTR001 routing.
Figure 4 shows this approach.
Fig. 4
The second approach is “virtual mapping”. There are sources that don’t logically follow one another,
looking at figure 4, you can see that News 1, and DAT 2 on the source side, Satellite 1, and DAT 1 on the
destination side are just 2 of many that wouldn’t normally be switched together. In this case the approach
shown in figure 5 could be used.