0 Omega
with Bluefin
S
C
S
I
-
3
6
F
J120
A
D
C
3
#
1
-8
S
C
S
I
-
3
6
F
J121
A
D
C
3
#
9
-1
6
S
C
S
I
-
3
6
F
J101
A
D
C
2
#
1
-8
S
C
S
I
-
3
6
F
J103
A
D
C
2
#
9
-1
6
S
C
S
I
-
3
6
F
J95
A
D
C
1
#
1
-8
S
C
S
I
-
3
6
F
J96
A
D
C
1
#
9
-1
6
S
C
S
I
-
3
6
F
S
C
S
I
-
3
6
F
J122
J111
A
D
C
2
#
1
7
-2
4
A
D
C
3
#
1
7
-2
4
S
C
S
I
-
3
6
F
J97
A
D
C
1
#
1
7
-2
4
S
C
S
I
-
3
6
F
J127
A
D
C
3
#
2
5
-3
2
S
C
S
I
-
3
6
F
J115
A
D
C
2
#
2
5
-3
2
S
C
S
I
-
3
6
F
J104
A
D
C
1
#
2
5
-3
2
P
O
W
E
R
8
D
V
S
C
S
I -
3
6
F
J87
D
A
C
3
#
1
-1
6
S
C
S
I -
3
6
F
J82
D
A
C
2
#
1
-1
6
S
C
S
I -
3
6
F
J66
D
A
C
1
#
1
-1
6
S
C
S
I
-
3
6
F
J74
A
E
S
4
-I
N
#
1
-1
6
S
C
S
I -
3
6
F
J88
D
A
C
3
#
1
7
-3
2
S
C
S
I -
3
6
F
J83
D
A
C
2
#
1
7
-3
2
S
C
S
I -
3
6
F
J68
D
A
C
1
#
1
7
-3
2
S
C
S
I
-
3
6
F
J75
A
E
S
4
-O
U
T
#
1
-1
6
S
C
S
I
-
3
6
F
J57
A
E
S
3
-I
N
#
1
-1
6
S
C
S
I
-
3
6
F
J58
A
E
S
3
-O
U
T
#
1
-1
6
S
C
S
I
-
3
6
F
J47
A
E
S
2
-I
N
#
1
-1
6
S
C
S
I
-
3
6
F
J48
A
E
S
2
-O
U
T
#
1
-1
6
S
C
S
I
-
3
6
F
J62
A
E
S
1
-I
N
#
1
-1
6
S
C
S
I
-
3
6
F
J63
A
E
S
1
-O
U
T
#
1
-1
6
S
C
S
I
-
3
6
F
S
C
S
I
-
3
6
F
J67
J49
A
E
S
2
-I
N
#
1
7
-3
2
A
E
S
3
-I
N
#
1
7
-3
2
S
C
S
I
-
3
6
F
J41
A
E
S
1
-I
N
#
1
7
-3
2
S
C
S
I
-
3
6
F
J69
A
E
S
3
-O
U
T
#
1
7
-3
2
S
C
S
I
-
3
6
F
J51
A
E
S
2
-O
U
T
#
1
7
-3
2
S
C
S
I
-
3
6
F
J42
A
E
S
1
-O
U
T
#
1
7
-3
2
S
C
S
I
-
3
6
F
J76
A
E
S
4
-I
N
#
1
7
-3
2
S
C
S
I
-
3
6
F
J77
A
E
S
4
-O
U
T
#
1
7
-3
2
9M D-TYPE
DEBUG 2
J113
9M D-TYPE
DEBUG 1
J108
RJ45-8V
FAST LINK
J112
9F D-TYPE
POWER 5DV
J100
CH
J99
L2
BNX
005-01
L1
BNX
005-01
J102
TTL SYNC I/P
H121
H122
METER DATA
VIDEO SYNC I/P
J109
RJ45-8V
BNC
75
BNC
75
DC DIST
FAIL BOX
HN5638 PROCESSING RACK BACKPLANE
J32
J106
0L
J55
CH
J107
CR
Each analog output (DAC) card in the
Processing Rack, provides 16 stereo
outputs. The cards are inserted into
the slots within the rack, these are
numbered 1-3. Each slot has 2 dedi-
cated output connectors on the rear
of the rack, which provide connec-
tions for the system’s analog outputs.
Via SN5075 SCSI to 38W EDAC converter card
- Rear of Interface Panel
Style 1 - 8 pairs per 38 way EDAC
Stereo Outputs 1-8
S
C
S
I
-
3
6
F
STEREO LINE OPs 1-8
SN5075
On EDACs, the first pin is HOT (phase), the second pin is COLD (anti-
phase) and H.LL are chassis connections.
8 WAY EDAC INTERFACE PANEL
SN5080
analOg Outputs - edaC style 1
Each of the output connectors provides
connections for 8 stereo outputs. The
diagram below shows how 8 way EDAC
interface panels are connected to the
DAC connectors on the rear of the rack
via MDR cabling to achieve Style 1 (8
pairs per EDAC connector).
2 Cables are required for each DAC card
fitted - 8 stereo outputs on each cable.
Ideally the EDAC interface panels should
be located within 5 m (16.5 ft) of the
Processing rack.
A.B
Line OP 1L
C.D
Line OP 1R
E.F
Line OP 2L
J.K
Line OP 2R
L.M
Line OP 3L
N.P
Line OP 3R
R.S
Line OP 4L
T.U
Line OP 4R
Z.AA
Line OP 5L
BB.CC
Line OP 5R
DD.EE
Line OP 6L
FF.HH
Line OP 6R
JJ.KK
Line OP 7L
MM.NN
Line OP 7R
PP.RR
Line OP 8L
SS.TT
Line OP 8R
H.LL
Chassis
Cable 1 - Stereo Outputs 1-8
SCSI Pins
Circuit
1 . 19
Chassis
2 . 20
1L
3 . 21
1R
4 . 22
2L
5 . 23
2R
6 . 24
3L
7 . 25
3R
8 . 26
4L
9 . 27
4R
10 . 28
5L
11 . 29
5R
12 . 30
6L
13 . 31
6R
14 . 32
7L
15 . 33
7R
16 . 34
8L
17 . 35
8R
18 . 36
Chassis
Содержание OMEGA
Страница 7: ...calrec com OMEGA Putting Sound in the Picture Overview...
Страница 13: ...calrec com OMEGA Putting Sound in the Picture Frame Options and Dimensions...
Страница 18: ...18 OMEGA with Bluefin...
Страница 19: ...calrec com OMEGA Putting Sound in the Picture Equipment Installation...
Страница 37: ...calrec com OMEGA Putting Sound in the Picture Hydra Audio Networking...
Страница 51: ...calrec com OMEGA Putting Sound in the Picture Audio I O Interfaces...
Страница 69: ...CALREC Putting Sound in the Picture 69...