Orban OPTIMOD 8685, Operating Manual

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2-22
INSTALLATION ORBAN MODEL 8685
•
Ldm/Rdm (left downmix/right downmix — the outputs of the surround proc-
essing, downmixed to stereo according to the settings in the
I
NPUT
/O
UTPUT
>
C
HANNEL
M
ODE
page). See step 15 on page 2-35.
•
Various monophonic variations of the above, which are convenient for doing
things like assigning the left and right outputs of the 2.0 processing to sepa-
rate hardware outputs when the 2.0 processing is in dual-mono (1/0/1.0) mode
and carrying independent monophonic programs on the two channels.
You can assign a given processor output signal to more than one hardware out-
put. This allows using the 8685 as an AES splitter.
If you wish to use the 8685’s automatic fallback functionality in the base configu-
ration (no HD-SDI), you must use the 8685’s default input routing: 1/2>Lf/Rf,
3/4>C/LFE, 5/6>Ls/Rs, and 9/10>Ls/Rs. See step 21 on page 2-37.
INPUT ROUTING MATRIX (no SDI board installed)
Lf/Rf Source 1/2, 3/4, 5/6, 7/8, 9/10, none
Ls/Rs Source 1/2, 3/4, 5/6, 7/8, 9/10, none
C/LFE Source 1/2, 3/4, 5/6, 7/8, 9/10, none
Lb/Rb Source 1/2, 3/4, 5/6, 7/8, 9/10, none
2.0 Processor x Source
for each of four 2.0 processors
1/2, 3/4, 5/6, 7/8, 9/10, Ldm/Rdm, none
OUTPUT ROUTING MATRIX (no SDI board installed)
Channel 1/2 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Channel 3/4 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Channel 5/6 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Channel 7/8 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Channel 9/10 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Channel 11/12 Output Routing Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst/Rst, Ldm/Rdm, Lst>MONO, Rst>MONO
Analog Output Routing Lf/Rf, Lst/Rst, Ldm/Rdm, Lf, Rf, C, LFE, Ls, Rs, Lb, Rb, Lst, Rst, Ldm, Rdm
Analog Headphone Routing Lf/Rf, Lst/Rst, Ldm/Rdm, Lf, Rf, C, LFE, Ls, Rs, Lb, Rb, Lst, Rst, Ldm, Rdm
INPUT ROUTING MATRIX (SDI board installed)
Lf/Rf Source
AES_1/2, AES_3/4, AES_5/6, SDI_1/2, SDI_3/4, SDI_5/6, SDI_7/8, none;
[Dolby-E option] DE_1/2, DE_3/4_, DE_5/6, DE_7/8
Ls/Rs Source
AES_1/2, AES_3/4, AES_5/6, SDI_1/2, SDI_3/4, SDI_5/6, SDI_7/8, none;
[Dolby-E option] DE_1/2, DE_3/4_, DE_5/6, DE_7/8
C/LFE Source
AES_1/2, AES_3/4, AES_5/6, SDI_1/2, SDI_3/4, SDI_5/6, SDI_7/8, none;
[Dolby-E option] DE_1/2, DE_3/4_, DE_5/6, DE_7/8
Lb/Rb Source
AES_1/2, AES_3/4, AES_5/6, SDI_1/2, SDI_3/4, SDI_5/6, SDI_7/8, none;
[Dolby-E option] DE_1/2, DE_3/4_, DE_5/6, DE_7/8
2.0 Processor x Source
for each of four 2.0 processors AES_1/2, AES_3/4, AES_5/6, SDI_1/2, SDI_3/4, SDI_5/6, SDI_7/8, none;
[Dolby-E option] DE_1/2, DE_3/4_, DE_5/6, DE_7/8
Dolby-E Metadata Source Serial, SDI VANC, Dolby-E decoder (if installed)
OUTPUT ROUTING MATRIX (SDI board installed)
AES Channel 1/2 Output Routing
Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst1/Rst1, Lst2/Rst2,Lst3/Rst3, Lst4/Rst4,
Ldm/Rdm, Lst1>MONO, Rst1>MONO, Lst2>MONO, Rst2>MONO,
Lst3>MONO, Rst3>MONO, Lst4>MONO, Rst4>MONO, SDI_1/2, SDI_3/4,
SDI_5/6, SDI_7/8; [Dolby-E option] DE_1/2, DE_3/4, DE_5/6, DE_7/8
AES Channel 3/4 Output Routing
Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst1/Rst1, Lst2/Rst2,Lst3/Rst3, Lst4/Rst4,
Ldm/Rdm, Lst1>MONO, Rst1>MONO, Lst2>MONO, Rst2>MONO,
Lst3>MONO, Rst3>MONO, Lst4>MONO, Rst4>MONO, SDI_1/2, SDI_3/4,
SDI_5/6, SDI_7/8; [Dolby-E option] DE_1/2, DE_3/4, DE_5/6, DE_7/8
AES Channel 5/6 Output Routing
Lf/Rf, C/LFE, Ls/ Rs, Lb/ Rb, Lst1/Rst1, Lst2/Rst2,Lst3/Rst3, Lst4/Rst4,
Ldm/Rdm, Lst1>MONO, Rst1>MONO, Lst2>MONO, Rst2>MONO,
Lst3>MONO, Rst3>MONO, Lst4>MONO, Rst4>MONO, SDI_1/2, SDI_3/4,
SDI_5/6, SDI_7/8; [Dolby-E option] DE_1/2, DE_3/4, DE_5/6, DE_7/8