Section 5: The Patchbay
5 - 6
Euphonix CS3000/2000 Operation Manual
Patchbay Layout
1
M1 M2
1
Out1 Out2
2
Out1 Out2
3
Out1 Out2
4
Out1 Out2
1
Dir1 Dir2
2
Dir1 Dir2
3
Dir1 Dir2
4
Dir1 Dir2
1
Out3 Dir2
2
Out3 Dir2
3
Out3 Dir2
4
Out3 Dir2
2
M1 M2
3
M1 M2
4
M1 M2
1
L1 L2
2
L1 L2
3
L1 L2
4
L1 L2
1
L3 L4
2
L3 L4
3
L3 L4
4
L3 L4
5
M1 M2
5
Out1 Out2
6
Out1 Out2
7
Out1 Out2
8
Out1 Out2
5
Dir1 Dir2
6
Dir1 Dir2
7
Dir1 Dir2
8
Dir1 Dir2
5
Out3 Dir2
6
Out3 Dir2
7
Out3 Dir2
8
Out3 Dir2
6
M1 M2
7
M1 M2
8
M1 M2
5
L1 L2
6
L1 L2
7
L1 L2
8
L1 L2
5
L3 L4
6
L3 L4
7
L3 L4
8
L3 L4
9
M1 M2
9
Out1 Out2
10
Out1 Out2
11
Out1 Out2
12
Out1 Out2
9
Dir1 Dir2
10
Dir1 Dir2
11
Dir1 Dir2
12
Dir1 Dir2
9
Out3 Dir2
10
Out3 Dir2
11
Out3 Dir2
12
Out3 Dir2
10
M1 M2
11
M1 M2
12
M1 M2
9
L1 L2
10
L1 L2
11
L1 L2
12
L1 L2
9
L3 L4
10
L3 L4
11
L3 L4
12
L3 L4
13
M1 M2
13
Out1 Out2
14
Out1 Out2
15
Out1 Out2
16
Out1 Out2
13
Dir1 Dir2
14
Dir1 Dir2
15
Dir1 Dir2
16
Dir1 Dir2
13
Out3 Dir2
14
Out3 Dir2
15
Out3 Dir2
16
Out3 Dir2
14
M1 M2
15
M1 M2
16
M1 M2
13
L1 L2
14
L1 L2
15
L1 L2
16
L1 L2
13
L3 L4
14
L3 L4
15
L3 L4
16
L3 L4
17
M1 M2
17
Out1 Out2
18
Out1 Out2
19
Out1 Out2
20
Out1 Out2
17
Dir1 Dir2
18
Dir1 Dir2
19
Dir1 Dir2
20
Dir1 Dir2
17
Out3 Dir2
18
Out3 Dir2
19
Out3 Dir2
20
Out3 Dir2
18
M1 M2
19
M1 M2
20
M1 M2
17
L1 L2
18
L1 L2
19
L1 L2
20
L1 L2
17
L3 L4
18
L3 L4
19
L3 L4
20
L3 L4
21
M1 M2
21
Out1 Out2
22
Out1 Out2
23
Out1 Out2
24
Out1 Out2
21
Dir1 Dir2
22
Dir1 Dir2
23
Dir1 Dir2
24
Dir1 Dir2
21
Out3 Dir2
22
Out3 Dir2
23
Out3 Dir2
24
Out3 Dir2
22
M1 M2
23
M1 M2
24
M1 M2
21
L1 L2
22
L1 L2
23
L1 L2
24
L1 L2
21
L3 L4
22
L3 L4
23
L3 L4
24
L3 L4
Out3/Dir2
M1/M2
L1/L2
Out1/Out2
Dir1/Dir2
Inputs
Outputs
L3/L4
Yellow
Green
Blue
Blue
Red
Red
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4
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8
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6
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2
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2
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The Channel patchbay has a specific input/output organization. Note that all of
the inputs are on the left half of the patchbay and all of the outputs are on the
right half. Next notice that all of the channel inputs and outputs are color-
coded. When all of the channel patchbays are stacked together, a noticeable
pattern appears. All of the inputs and outputs are grouped in colored columns
down the patchbay stack.
Starting at the far left of the stack of patchbays, the first column is the M1/M2
inputs and is colored green. The 2nd column is L1/L2 pairs and is colored blue.
The 3rd column is L3/L4 combination and is colored red. These columns make
up the input half of the patchbay stack. The first column of the output half is
Out1/Out2 and is colored blue. The second column is Dir1/Dir2 and is colored
red. The third column is Out3/Dir2 and is colored yellow.
Let’s say for example you need to patch a microphone from a tie-line patchbay
into channel 12’s M1 input. Knowing that channel 12 is in the third I/O control
module in the Mix Controller, you know that its inputs and outputs are located
in the third Channel patchbay down (1 patchbay per I/O controller). Also you
know that all M1 and M2 inputs are in the leftmost column and are colored
green. Knowing all of this, you should easily find the appropriate jack on the
patchbay.
Note that there are two Dir2 patch points per channel. These are mults
(parallel splits) of the same Dir2 output with independent user connections at
the rear of the patchbay.
Summary of Contents for MixView CS2000
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Page 303: ...Euphonix CS3000 2000 Operation Manual A 1 A APPENDICES EUPHONIX MIXING SYSTEMS...
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Page 315: ...Index CS3000 2000 Operation Manual I 1 I INDEX EUPHONIX MIXING SYSTEMS...
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