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4-17
ROUTING SWITCHER SYSTEM (E)
4-4. Basic Setup Procedures
No.
001
002
003
004
005
006
007
008
NAME
VTR001
VTR002
VTR003
VTR004
VTR005
VTR006
VTR007
VTR008
VID
005-1
006-1
007-1
008-1
001-1
002-1
003-1
004-1
A34
031-2
029-2
027-2
025-2
007-2
005-2
003-2
001-2
4
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
5
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
6
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
7
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
A12
032-2
030-2
028-2
026-2
008-2
006-2
004-2
002-2
PHYSICAL NUMBER ASSIGNMENT
SOURCE LEVEL
DVS-V3232B V2.10 STATION NUMBER 1
No.
001
002
003
004
005
006
007
008
NAME
VTR001
VTR002
VTR003
VTR004
VTR005
VTR006
VTR007
VTR008
VID
001-1
002-1
003-1
004-1
005-1
006-1
007-1
008-1
A34
016-2
017-2
018-2
019-2
020-2
021-2
022-2
023-2
4
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
5
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
6
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
7
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
A12
001-2
002-2
003-2
004-2
005-2
006-2
007-2
008-2
PHYSICAL NUMBER ASSIGNMENT
SOURCE LEVEL
DVS-V3232B V2.10 STATION NUMBER 1
No.
001
002
003
004
005
006
007
008
NAME
VTR001
VTR002
VTR003
VTR004
VTR005
VTR006
VTR007
VTR008
VID
001-1
002-1
003-1
004-1
005-1
006-1
007-1
008-1
A34
002-2
004-2
006-2
008-2
010-2
012-2
014-2
016-2
4
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
5
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
6
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
7
...-.
...-.
...-.
...-.
...-.
...-.
...-.
...-.
A12
001-2
003-2
005-2
007-2
009-2
011-2
013-2
015-2
PHYSICAL NUMBER ASSIGNMENT
SOURCE LEVEL
DVS-V3232B V2.10 STATION NUMBER 1
Additionally, an individual routing switcher can be divided in 2, or more virtual routing switchers. This
means that one level can be made to look like 2, or more levels. In our example our 3 level routing
switcher could have the AES/EBU routing switcher split into 2 virtual levels.
Our 3 routing switcher system would now have 4 levels.
Why would you want to do this? If you have an AES/EBU routing switcher that handles 2 AES/EBU
audio programs per digital signal, but your plant uses 4 channels, this means it takes 2 AES/EBU signals
for 4 channels. As before, there would be many times that you would want to switch these together, and
many times you would not. Also, in many cases you would have only one AES/EBU audio frame.
Therefore, AES/EBU Channels 1/2 would arrive at one input while AES/EBU Channels 3/4 would arrive
at another input of the same routing switcher. You could use phantoms (step 8) to link these inputs
together when desired, or you could create 2 distinct levels for one physical routing switcher frame using
menu item [L]. One level could be known as A1/2, and the second A3/4. Entries to do this might look
like the examples below.
This is a good place to point out that physical crosspoint usage does not have to
be in numerical order.