Barnfind Stagebox User manual
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Stage!Box!Routing!System!
Example!
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Feel!free!to!ask!us!about!any!other!configuration.!You!will!be!
amased!to!see!what!the!new!Barnfind!Stage!Box!concept!can!do!for!
your!applications.
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2!
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Stage!Box!Example!
With%this%concrete%example%we%do%show%how%Barnfind's%Central%Stage%Box%Routing%System%
can%distribute%all%appropriate%signals%for%a%broadcast%production%(such%as%SDI,%Cameras,%AES,%
Ravenna/AES67/MADI,%control/Ethernet%or%any%other%formats)%to%several%stage%boxes%by%one%
single%fiber%strand%per%unit.%Further%we%show%an%optional%second%fiber%strand%for%redundancy.%
The%entire%system%can%be%controlled%by%BarnStudio,%VSM,%DashBoard,%Dataminer,%Axon%and%
most%other%popular%control%systems.%
You% will% see% in% this% example% how% each% stage% box% is% connected% to% the% main% system%
routers/matrices% by% an% 18% channel% CWDM% multiplexer.% In% every% stage% box% the% last% four%
wavelengths% (channels)% of% the% CWDM% spectrum% are% used% for% the% same% signals% as%
Ravenna/AES67% (or% MADI),% Intercom% and% Ethernet.% The% first% wavelengths% of% the% spectrum%
are%used%for%SDI%signals,%corresponding%to%the%signal%count%of%this%stage%box.%As%a%result%the%
main%system%recognizes%every%stage%box%even%though%the%stage%box%might%be%connected%to%
the% wrong% cable.% Not% used% CWDM% channels% (wavelengths)% in% between% SDI% and% control%
signals%can%be%used%for%the%connection%of%cameras%from%the%camera%router%or%for%10G/12G%
signals.%
These% additions% will% enhance% Barnfind's% flexible,% scalable% solutions% and% provide% customers%
with%the%tools%to%do%more%with%less%gear,%in%less%space%and%spend%less%money.%
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Below!you!can!find!a!brief!description!of!the!following!9!drawings:!
Drawing!1:!Camera!Router!
In% this% example% all% the% camera% ports% from% CCUs/Base% Stations% are% connected% to% a% central%
BTF1-04% frame,% which% establishes% the% connection% to% the% camera% either% via% a% camera% stage%
box%or%a%stage%box%with%mixed%SDI,%Audio%etc.%camera%signals.%Whenever%a%camera%changes%
it's% number% during/before% production,% the% camera% can% be% reassigned% to% the% correct%
CCU/Base%Station.%
Drawing!2:!Stage!Box!SDI!Output!Router!
In%this%case%we%show%a%Barnfind%BTF1-04%frame%that%manages%the%SDI%signal%distribution%to%all%
stage%boxes.% Each%SDI% feed%that% is%to% be%output% at%a% stage%box% needs%to% be%handed% to% the%
BTF1-04%frame%only%once%as%optical%SDI.%The%Stage%Box%Output%Router%distributes%this%signal%
once%to%every%stage%box%with%a%dedicated%output%for%that%signal.%In%this%example%we%show%a%
BTF1-02%frame%that%converts%and%distributes%it%to%one%or%more%an%electrical%SDI%outputs%(BNC)%
at%the%stage%box%end.%
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3!
Drawing(2:(Stage(Box(SDI(Input(Router(
Any$SDI$signal$from$any$BNC$stage$box$input$can$be$handed$as$optical$SDI$signal$to$the$main$
system$always$at$the$same$port.$E.g.$a$remote$camera$or$graphics$key/fill$will$always$appear$
at$the$same$synchronizer,$no$matter$at$which$stage$box$it$enters$the$system.$
Drawing(3:(Ravenna/AES67(Router(
In$this$user$case$Ravenna/AES67$is$used$for$connecting$audio$devices$to$the$main$audio$core.$
Each$Ravenna/AES67$stream$is$converted$to$a$single$CWDM$wavelength$(TX$and$RX$on$the$
same$CWDM$channel)$by$a$BTF1-04$frame.$The$same$wavelength$is$used$for$each$stage$box$
in$order$to$guarantee$a$connection$of$the$audio$frame$to$the$main$core$even$if$the$stage$box$
is$ connected$ to$ a$ different$ port$ than$ the$ one$ preconfigured.$ In$ case$ you$ want$ to$ run$ the$
stage$box$at$a$different$port$than$preconfigured,$you$can$route$the$bidirectional$stream$to$
any$other$port$of$the$main$audio$core.$
Drawing(4:(CWDM(Mux/Demux(
Here$you$can$see$all$signals$connecting$to$multiplexers.$
Drawing(5:(Ethernet/MADI(Router(
The$BarOne$frame$at$a$stage$box$ end$(in$this$case$BTF1-02)$needs$an$Ethernet$connection$
for$ control.$ Inside$ this$ Ethernet$ stream$ the$ GPIOs$ for$ this$ stage$ box$ are$ transported.$
Ethernet$ is$ utilised$ to$ recognise$ the$ stage$ box$ with$ the$ main$ control$ system$ (e.g.$ VSM,$
Dashboard$etc.).$
In$this$example$MADI$is$used$to$transport$8$AES$signals$to/from$the$stage$box$for$intercom$
(e.g.$Riedel$Artist).$A$third$party$AES$to$MADI$converter$takes$care$of$this$function.$$
Each$bi-directional$Ethernet$and$MADI$signal$is$converted$to$a$single$CWDM$wavelength$(TX$
and$ RX$ on$ the$ same$ CWDM$ channel)$ by$ the$ BTF1-04$ Ethernet/MADI$ Router.$ The$ same$
wavelength$is$used$for$each$stage$box$in$order$to$guarantee$a$connection$of$the$BTF1-02$at$
the$stage$box$end$to$the$main$control$system$and$to$the$intercom$matrix$even$if$the$stage$
box$is$connected$to$the$wrong$cable.$
Drawing(6:(Stage(Box(
Each$ stage$ box$ is$ connected$ to$ the$ main$ system$ (e.g.$ studio$ or$ OB$ van)$ by$ a$ single$ mode$
fiber$strand$with$a$ redundant$ fiber$strand$as$an$option.$ For$ each$stage$box$an$ 18$ channel$
CWDM$ multiplexer$ is$ used$ with$ (in$ our$ example$ redundant)$ Ravenna/AES67$ stream,$
Intercom$ and$ Ethernet$ always$ on$ the$ last$ 4$ wavelengths.$ This$ assures$ that$ the$ stage$ box$
"wakes$up"$even$if$gets$connected$to$the$wrong$cable.$The$first$wavelengths$are$used$for$SDI$
signals,$ corresponding$ to$ the$ amount$ of$ signals$ needed$ at$ this$ particular$ stage$ box.$ If$ the$
stage$ box$ is$ connected$ to$ the$ "wrong"$ cable$ there$ are$ still$ some$ SDI$ signals$ available.$
Wavelengths$ that$ are$ not$ used$ for$ SDI,$ Audio$ stream,$ control$ etc.$ could$ be$ used$ for$ the$
connection$ of$ cameras$ to$ the$ camera$ router$ or$ 3rd$ party$ 10G/12G$ signals,$ which$ are$
converted$to$the$correct$wavelength$by$BarnMini-11$or$BarnMini-12.$
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4!
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Base%Cover
1 2 3 4 5 6 7 8 9 10
RJ45 -3
LC-8x
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XL R -M2
LEMO-CAM
LEMO-CCU
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5!
Drawing(7(and(8:(Camera(Stage(Box(Examples(
These% drawings% show% several% native% CCU/camera% signals% that% are% transported% to% a% camera%
stage%box%without%touching%the%camera%manufacturers%protocol,%assuring%full%exchange%of%all%
signals%between%camera%and%CCU/base%station.%Inside%the%camera%stage%box%a%BTF1-01%frame%
converts% the% signals% from% the% transport% fiber% back% to% familiar% wavelength% @1310nm.% The%
camera%is%connected%to%the%stage%box%by%its%standard%hybrid%cable.%The%power%supply%for%the%
camera%can%be%placed%inside%the%stage%box.%
Rather% than% using% a% BTF1-01% frame% at% the% camera% stage% box% end,% it% is% also% possible% to% use%
several%BarnMini-02%mounted%inside%a%BTF-Mini-16%with%redundant%power%supply.%
Drawing(9:(Main(System(Overview(
With%it's%modular%architecture%Barnfind's%Stage%Box%Routing%System%can%adapt%to%all%kinds%of%
signals%and%to%your%already%existing%infrastructure%or%to%newly%planned%studios%or%OB%vans.%
%
Please%feel%free%to%ask%your%Barnfind%team%in%Norwav%or%your%local%partner%about%any%other%
configuration%and%how%to%implement%the%Stage%Box%solution.%%
You%will%be%amazed%to%see%what%Barnfind%can%do%for%you.%
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Barnfind Stage Box System –
Camera-Router
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Barnfind Stage Box System –
Camera-Router
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20 16 BS
Barnfind Stage Box System –
Camera-Router
Drawing 1 of 9
20 16 BS
Barnfind Stage Box System –
Camera-Router
Drawing 1 of 9
20 16 BS
Barnfind Stage Box System –
Camera-Router
Drawing 1 of 9
20 16 BS
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16x CCU
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7x λ Cam-Mux1 (4 Cameras)
7x λ Cam-Mux2 (4 Cameras)
4x λ Mux1 (2 Cameras)
8x λ Mux4 (4 Cameras)
Camera Router
16x Standard
Hybrid Conn.
CWDM
10-3G
XX-λ
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CWDM
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4x λ Mux3 (2 Cameras)
• A BTF1-04 frame connects to a total of 16
CCUs collecting all bi-directional camera
signals to it’s internal 32x32 matrix
• Each bi-directional Camera signal is routed to/
from either a pure Camera Stage Box or to/
from a Stage Box with mixed signals
• For Cam-Mux 1 and 2 one of 4 bi-directional
camera signals is converted to a single CWDM
channel by Barnfind‘s HiLo SFPs in order to
keep one channel free for Ethernet (control)
transport
16x bi-directional Camera signal @1310nm
Barnfind Stage Box System –SDI-Router
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Barnfind Stage Box System –SDI-Router
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2016 BS
Barnfind Stage Box System –SDI-Router
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2016 BS
Barnfind Stage Box System –SDI-Router
Drawing 2 of 9
2016 BS
Barnfind Stage Box System –SDI-Router
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2016 BS
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3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
SDI Matrix
32x 3G SDI
optical In
32x 3G SDI
optical Out
4x λ Mux3
4x λ Mux4
4x λ Mux6
10x λ Mux2
4x λ Mux1
6x λ Mux5
6x λ Mux5
6x λ Mux1
10x λ Mux6
2x λ Mux4
4x λ Mux3
4x λ Mux2
SDI-Router Stage Box O/P
SDI-Router Stage Box I/P
32x optical SDI feeds @1310nm
32x optical SDI feeds @1310nm
• 32 optical SDI feeds are fed from a SDI matrix into a BTF1-04 frame,
which distributes each feed to the stage boxes via CWDM multiplexer. At
the stage box each feed can be distributed to several outputs saving
output count at the SDI matrix.
• 32 optical SDI feeds are collected from BTF1-02 frames at the stage
boxes and fed into the SDI matrix or other equipment e.g. frame
synchroniser, deembedder etc. Each signal type can be routed to the
same port of the main operating system, no matter at which stage box
input the signal enters the system.
Barnfind Stage Box System –
Ravenna/AES67-Router
Drawing 3 of 9
20 16 BS
Barnfind Stage Box System –
Ravenna/AES67-Router
Drawing 3 of 9
20 16 BS
Barnfind Stage Box System –
Ravenna/AES67-Router
Drawing 3 of 9
20 16 BS
Barnfind Stage Box System –
Ravenna/AES67-Router
Drawing 3 of 9
20 16 BS
Barnfind Stage Box System –
Ravenna/AES67-Router
Drawing 3 of 9
20 16 BS
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0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
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TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
Main Audio Core 12x Ravenna/
AES67
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
2x λ Mux1
2x λ Mux2
2x λ Mux3
2x λ Mux4
2x λ Mux5
2x λ Mux6
Ravenna/AES67-Router
• Every Ravenna/AES67 stream (main and
redundant) from the Main Audio Core to the
audio I/O unit at the stage box is connected to
a BTF1-04 frame. Here it is converted to a
single CWDM channel using Barnfind’s HiLo
SFPs. For each stage box the same channels
are used to establish a connection even if the
stage box gets connected to the wrong cable.
• In case one intends to run the stage box on a
different cable than in standard configuration,
the connection to the audio I/O unit can be
routed to the correct Ravenna/AES67 port at
the Main Audio Core.
12x Ravenna/AES67 @1310nm
Ba rn find St age Bo x Syst em –Mux 1-4
Drawing 4 of 9
20 16 BS
Ba rn find St age Bo x Syst em –Mux 1-4
Drawing 4 of 9
20 16 BS
Ba rn find St age Bo x Syst em –Mux 1-4
Drawing 4 of 9
20 16 BS
Ba rn find St age Bo x Syst em –Mux 1-4
Drawing 4 of 9
20 16 BS
Ba rn find St age Bo x Syst em –Mux 1-4
Drawing 4 of 9
20 16 BS
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
8x SDI
MADI-Router (Intercom)
Ethernet/GPIO-Router
SDI I/O-Router
Ravenna/AES67-Router
12x SDI
MADI-Router (Intercom)
Ethernet/GPIO-Router
SDI I/O-Router
Ravenna/AES67-Router
8x SDI
SDI I/O-Router
Ravenna/AES67-Router
MADI-Router (Intercom)
Ethernet/GPIO-Router
6x SDI
SDI I/O-Router
Ravenna/AES67-Router
MADI-Router (Intercom)
Ethernet/GPIO-Router
Mux1
Mux3
Mux2
Mux4
Camera-Router
Camera-Router
Camera-Router
10G Ethernet
10G Ethernet
Optical Change Over
(Redundancy)
Optical Change Over
(Redundancy)
Optical Change Over
(Redundancy)
Optical Change Over
(Redundancy)
• Every stage box is connected via a 18 channel CWDM unit. The last 4
channels of the CWDM spectrum are always used for Ethernet, Intercom and
audio to ensure the stage box gets recognised by the main system even if
connected to a different connection point than preconfigured .
• The first channels of the CWDM spectrum are used for SDI signals. If the
stage box is run on a different cable than in standard configuration it can still
handle some signals.
• All channels between SDI and Audio, Intercom and Control are free to be
used for Camera signals, 10Gbps Ethernet or any other required signal.
Barnfind Stage Box System –
Ethernet/MADI-Router
Drawing 5 of 9
2016 BS
Barnfind Stage Box System –
Ethernet/MADI-Router
Drawing 5 of 9
2016 BS
Barnfind Stage Box System –
Ethernet/MADI-Router
Drawing 5 of 9
2016 BS
Barnfind Stage Box System –
Ethernet/MADI-Router
Drawing 5 of 9
2016 BS
Barnfind Stage Box System –
Ethernet/MADI-Router
Drawing 5 of 9
2016 BS
PW R - 1
PW R - 2
AL ARM
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BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
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BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
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4x GPIO SB 1 4x GPIO SB 2 4x GPIO SB 3 4x GPIO SB 4 4x GPIO SB 5 4x GPIO( 1-4) SB 6 4x GPIO( 5-8) SB 6
Mux1
Mux2
Mux3
Mux4
Mux5
Mux6
Mux1
Mux2
Mux3
Mux4
Mux5
Mux6
6x AES/MADI
Converter
Control
VSM/KSC/Dataminer/
DashBoard etc.
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
6x MADI
28x
AES
I/O
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Ethernet/MADI Router
GPIO/RS485/RS422 to Ethernet Converter
Ethernet Switch
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Cam-Mux1
Cam-Mux2
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Intercom Matrix
• A BTF1-04 frame converts 6 bi-directional MADI
streams (multi mode or single mode) to one CWDM
channel utilising Barnfind’s HiLo-SFPs, saving channels
for other signals.
• Each MADI stream contains 8 bi-directional bit-
transparent AES signals for 8 dual channel Intercom
panels and embedded control signals.
• Each MADI stream is converted to the same
wavelength for every stage box guaranteeing a
connection from intercom panel to intercom matrix,
even if the stage box is connected to the wrong cable.
• Each MADI stream can be reallocated to a different
stage box moving all 8 Intercom panels at the same
time.
• The same BTF1-04 frame responsible for MADI signals
connects 8 times to one Ethernet switch to establish
Ethernet connections to each stage box and camera
stage box. The Ethernet connection enables control for
BTF1-02 frames at the stage box end to central control
system.
• The same Ethernet transports GPIOs and RS422/RS485
data to/from the stage boxes. GPIO and RS422/RS485
data are converted by several BarnMini-05 to Ethernet
and connected to the same switch which feeds the
Ethernet/MADI Router.
6x bi-directional MADI (single mode or multi mode)
8x Ethernet connection from the same switch (optical or electrical)
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
Barnfind Stage Box System –
Stage Box Example
Drawing 6 of 9
13.07.2016 BS
Barnfind Stage Box System –
Stage Box Example
Drawing 6 of 9
13.07.2016 BS
Barnfind Stage Box System –
Stage Box Example
Drawing 6 of 9
13.07.2016 BS
Barnfind Stage Box System –
Stage Box Example
Drawing 6 of 9
13.07.2016 BS
Barnfind Stage Box System –
Stage Box Example
Drawing 6 of 9
13.07.2016 BS
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-02
BarnfindTe ch no lo gi es
12 3 4 5 678910 11 12 13 14 15 16
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-02
BarnfindTe ch no lo gi es
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17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
8x Intercom Panel
Redundant Fiber to OB
16x selectable SDI In- or Output
Ethernet Switch
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
TX RX
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BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
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AES/MADI
Converter MADI8x AES I/O
Audio Interface 2x Ravenna/
AES67
4x GPIO
1 2 3 4 5 6 7 8 9 101 2 3 4 5 6 7 8 9 10
BNC -4BNC-4 BNC-4BNC-4 BNC-4BNC -4 RJ45-3RJ45-3 LC -8xLC-8x
Stagebox
Breakout Panel
TX RX
BarnMini 12
TX RX TX RX
BarnMini 12
TX RX
10G20
1310
TX RXTX RX
10G20
1310
TX RX
10G20
1310
TX RX
CWDM
10-10G
XX-λ
TX RX
TX RX
CWDM
10-10G
XX-λ
TX RX
10G Ethernet @1310nm
FF
FF
XLR-F2
F
F
XLR-F2
M
MM
XLR-M2
M
M
XLR-M2
18 Channel Mux
Optical Splitter 1:2
SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAMBNC -4BNC -4
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
2x Ravenna/AES67 @1310nm
1x MADI @1310nm single mode/multi mode
2x Camera @1310nm
• A BTF1-02 frame receives 4 different SDI feeds
from the SDI Output Router and distributes
those feeds to several BNC SDI outputs.
• Up to 4 electrical SDI signals are transmitted to
the SDI Input Router at the OB truck.
• Ravenna/AES67 are converted to the common
1310nm to connect to the stage box audio
frame
• MADI is converted to common 1310nm multi
mode or single mode to connect to an AES/
MADI Converter for up to 8 Intercom Panels
• 1Gbps Ethernet is converted to CAT5 to
connect to an Ethernet switch for Control.
RS422/RS485 and GPIOs are extracted from
the same Ethernet.
• 2 native camera signals from the Camera
Routeare converted to common 1310nm.
Along with external power supply placed
inside the stage box 2 Cameras can be
connected to the stage box by standard hybrid
camera cable.
• BarnMini-12 adopts a 10Gbps Ethernet to
1310nm.
Stage Box example using Barnfind’s unique BarnOne and BarnMini family as signal neutral transport platform.
Any other combination of signals is possible, please ask you local Barnfind Partner or contact Barnfind Technologies
www.barnfind.no
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-03
BarnfindTe ch no lo gi es
12 3 4 5 678
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910 11 12 13 14 15 16
1290
1310
1330
1350
1370
1390
1410
1430
CO M
1290
1310
1330
1350
1370
1390
1410
1430
CO M
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-03
BarnfindTe ch no lo gi es
12 3 4 5 678910 11 12 13 14 15 16
1290
1310
1330
1350
1370
1390
1410
1430
CO M
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
0310
1310
TX RXTX RX
0310
1310
TX RX
0310
1310
TX RXTX RX
0310
1310
TX RX
0310
1310
TX RXTX RX
0310
1310
TX RX
0310
1310
TX RXTX RX
0310
1310
TX RX
1234567891012345678910
SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM
4x Camera @1310nm
Bas e Cover Bas e Cover Bas e Cover Bas e Cover Bas e Cover Bas e Cover
Cam-Mux
Barnfind Stage Box Sytem –
Camera Stagebox (BarnOne)
Drawing 7 of 9
20 16 BS
Barnfind Stage Box Sytem –
Camera Stagebox (BarnOne)
Drawing 7 of 9
20 16 BS
Barnfind Stage Box Sytem –
Camera Stagebox (BarnOne)
Drawing 7 of 9
20 16 BS
Barnfind Stage Box Sytem –
Camera Stagebox (BarnOne)
Drawing 7 of 9
20 16 BS
Stagebox
Breakout Panel
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
Hi Lo
L
xx -λ
TX/RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
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• A BTF1-03 frame converts 2 native camera
signals from the Camera Router at the OB
truck to standard 1310nm. Along with
external power supply placed inside the
stage box 2 Cameras can be connected to
the stage box by standard hybrid camera
cable.
• 1Gbps Ethernet is converted to CAT5 for
control of the BTF1-03 frame.
• Redundant transmission via a second fiber
possible
Example of a Camera Stage Box using Barnfind’s BarnOne frameas signal neutral transport platform.
Any other combination of signals is possible, please ask you local Barnfind Partner or contact Barnfind Technologies
www.barnfind.no
4x Hybrid Camera
Cable
1 2 3 4 5 6 7 8 9 101 2 3 4 5 6 7 8 9 10
SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM SM P TE -CAMSM P TE -CAM
4x Camera @1310nm
Bas e Cover Bas e Cover Bas e Cover Bas e Cover Bas e Cover Bas e Cover
Cam-Mux OB
Barnfind Stage Box System –
Camera Stagebox (BarnMini)
Drawing 8 of 9
20 16 BS
Barnfind Stage Box System –
Camera Stagebox (BarnMini)
Drawing 8 of 9
20 16 BS
Barnfind Stage Box System –
Camera Stagebox (BarnMini)
Drawing 8 of 9
20 16 BS
Barnfind Stage Box System –
Camera Stagebox (BarnMini)
Drawing 8 of 9
20 16 BS
Stagebox
Breakout Panel
• 4x BarnMini-02 placed inside a BTF-Mini-
16 frame with common power supply
(optional redundant) for all BarnMinis
convert 4 native camera signals from the
Camera Router at the OB truck to
standard 1310nm. Along with external
power supply placed inside the stage box
4 cameras can be connected to the stage
box by standard hybrid camera cable.
• Redundant transmission via a second fiber
possible
Example of a Camera Stage Box using Barnfind’s BarnMinis as signal neutral transport platform.
Other combination of signals is possible, please ask you local Barnfind Partner or contact Barnfind Technologies
www.barnfind.no
4x Hybrid Camera Cable
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
PW R
1
PW R
2
PW R
1
PW R
2
BarnMini
02
BarnMini
02
BarnMini
02
BarnMini
02
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
BarnMini
02
BarnMini
02
3G02
1310
TX RXTX RX
3G02
1310
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
BarnMini
02
BarnMini
02
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
3G02
1310
TX RXTX RX
3G02
1310
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
8 Channel Mux
BTF-Mini-16
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
Barnfind Stage Box System –Main System
Drawing 9 of 9
2016 BS
Barnfind Stage Box System –Main System
Drawing 9 of 9
2016 BS
Barnfind Stage Box System –Main System
Drawing 9 of 9
2016 BS
Barnfind Stage Box System –Main System
Drawing 9 of 9
2016 BS
Barnfind Stage Box System –Main System
Drawing 9 of 9
2016 BS
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
GB a se
CU
GB a se
CU
GB a se
CU
BarnMini 5
TX RX
422
485 GPI GPO
BarnMini 5
TX RX
422
485 GPI GPO
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
4x GPIO SB 1 4x GPIO SB 2 4x GPIO SB 3 4x GPIO SB 4 4x GPIO SB 5 4x GPIO( 1-4) SB 6 4x GPIO( 5-8) SB 6
Mux1
Mux2
Mux3
Mux4
Mux5
Mux6
Mux1
Mux2
Mux3
Mux4
Mux5
Mux6
6x AES/MADI
Converter
SDI Matrix
32x 3G SDI
optical In
32x 3G SDI
optical Out
4x λ Mux3
4x λ Mux4
4x λ Mux6
10x λ Mux2
4x λ Mux1
6x λ Mux5
6x λ Mux5
6x λ Mux1
10x λ Mux6
2x λ Mux4
4x λ Mux3
4x λ Mux2
Control
VSM/KSC/Dataminer/
DashBoard etc.
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
16x CCU
7x λ Cam-Mux1
7x λ Cam-Mux2
4x λ Mux1
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
BarnFindBarnFindBarnFindBarnFindBarnFindBarnFind
4x CAM4x CAM
8x λ Mux4
8x SDI
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
MADI-Router (Intercom)
Ethernet/GPIO-Router
SDI I/O-Router
Ravenna/AES67-Router
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 1
GPI
12x SDI
MADI-Router (Intercom)
Ethernet/GPIO-Router
SDI I/O-Router
Ravenna/AES67-Router
8x SDI
SDI I/O-Router
Ravenna/AES67-Router
MADI-Router (Intercom)
Ethernet/GPIO-Router
6x SDI
SDI I/O-Router
Ravenna/AES67-Router
MADI-Router (Intercom)
Ethernet/GPIO-Router
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
PW R - 1
PW R - 2
AL ARM
Eth
BTF1-04
BarnfindTe ch no lo gi es
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
12 3 4 5 678910 11 12 13 14 15 16
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RX
TX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
0220
1310
TX RXTX RX
0220
1310
TX RX
0220
1310
TX RX
Main Audio Core 12x Ravenna/
AES67
6x MADI
28x
AES
I/O
Intercom Matrix
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
2x λ Mux1
2x λ Mux2
2x λ Mux3
2x λ Mux4
2x λ Mux5
2x λ Mux6
12x SDI
MADI-Router (Intercom)
Ethernet/GPIO-Router
Stagebox-SDI-Router
Ravenna/AES67-Router
14x SDI
MADI-Router (Intercom)
Ethernet/GPIO-Router
Ravenna/AES67-Router
Camera Router
SDI-Router Stage Box O/P
SDI-Router Stage Box I/P
Ravenna/AES67-Router
Ethernet/MADI Router
Mux1
Mux3
Mux2
Mux4
Mux5 Mux6
Cam-Mux1 Cam-Mux2
Camera Stagebox 1
Camera Stagebox 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 2
GPI
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 3
GPI
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 4
GPI
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 5
GPI
BarnMini 6
GPI/O COM Ch 1 Ch 2
BarnMini 6
GPI/O COM Ch 1 Ch 2
Redundant Fiber to Stagebox 6
GPI
TX RX
BarnMini 12
TX RX TX RX
BarnMini 12
TX RX
10G20
1310
TX RXTX RX
10G20
1310
TX RX
10G20
1310
TX RX
CWDM
10-10G
XX-λ
TX RXTX RX
CWDM
10-10G
XX-λ
TX RX
10Gbps Ethernet
10G/12G O/O Converter
GPIO/RS485/RS422 to Ethernet Converter
Redundancy Switches GPI controled
Ethernet Switch
16x Standard
Hybrid Conn.
Stagebox-SDI-
Router
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
GB a se
CU
Cam-Mux1
Cam-Mux2
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Hi Lo
H
xx -λ
TX/RX
Ethernet/GPIO-Router
Camera-Router
Ethernet/GPIO-Router
Camera-Router
Camera-Router
Camera-Router
TX RX
BarnMini 12
TX RX TX RX
BarnMini 12
TX RX
10G20
1310
TX RX
TX RX
10G20
1310
TX RX
10G20
1310
TX RX
CWDM
10-10G
XX-λ
TX RX
TX RX
CWDM
10-10G
XX-λ
TX RX
10Gbps Ethernet
TX RX
BarnMini 12
TX RX TX RX
BarnMini 12
TX RX
10G20
1310
TX RXTX RX
10G20
1310
TX RX
10G20
1310
TX RX
CWDM
10-10G
XX-λ
TX RXTX RX
CWDM
10-10G
XX-λ
TX RX
10Gbps Ethernet
4x λ Mux3
Camera-Router
CWDM Multiplexers
See detail Camera Router
Drawing 1
See detail SDI Router
Drawing 2
See detail
Ravenna/AES67 Router
Drawing 3
See detail
Ethernet/MADI Router
Drawing 4
See detail
Ethernet/MADI Router
Drawing 4
See detail Mux 1-4
Drawing 8
Please find detailed information in
attached system description and
detailed drawings 1-8
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
3G02
1310
TX RX
TX RX
3G02
1310
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RXTX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
Hi Lo
H/L
xx -λ
TX/RX
Hi Lo
H/L
xx -λ
TX/RX
Hi Lo
H/L
xx -λ
TX/RX
Hi Lo
H/L
xx -λ
TX/RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
TX RX
CWDM
10-3G
XX-λ
TX RX
CWDM
10-3G
XX-λ
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
BTSFP
MM
BTSFP
MM
BTSFP
MM
TX RX
TX RX
BTSFP
MM
TX RX
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