W6U850C700PSDRDU Module 850C/700PS(D)

Confidential
&
Proprietary














SMDR Installation and Operation Manual




Document Reference: Version:
Document
Status:
Issue
Date:
Author:
Department:
Authorizing
Manager:





onfidential
&
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1/139
SMDR-NH124 Installation and Operation Manual
V6.0
Release
1
May.
22,
2012
Kyung
Eun
Han
R&D
Division
Team
3







Youngshin
Yeo
Installation and Operation Manual

Confidential
&
Proprietary


















2/139
REVISION HISTORY Version Issue Date No. of Pages Initials Details of Revision Changes V
1.0
Jan.
02,
2009

Original

V
2.0
Oct.
23.
2009


Add
RDU(VHF+UHF)
V
3.0
Feb.
04.
2010


Add
ADD
ON
V/UHF
ROU
V
4.0
Nov.
24.
2010


Add
RDU
E9VHF+UHF
V
5.0 Feb.
21,
2011 LTE
FULL
BAND
V
6.0 May.
22,
2012 Add
700LTEF+850C
V
7.0 Dec.
18,
2012 Add
850C+700PS(D)





Technical Support SOLiD
serial
numbers
must
be
available
to
authorize
technical
support
and/or
to
establish
a
return
authorization
for
defective
units.
The
serial
numbers
are
located
on
the
back
of
the
unit,
as
well
as
on
the
box
in
which
they
were
delivered.
Additional
support
information
may
be
obtained
by
accessing
the
SOLiD
Tehcnology,
Inc.
website
at
www.st.co.kr
or
send
email
at
[email protected]


This
manual
is
produced
by
Global
Business
Division
Business
Team
1.
Printed
in
Korea.
Confidential
&
Proprietary


















3/139
Contents
Section1 Safety & Certification Notice ............................................................... 10 Section2 System Overview .................................................................................. 13 2.1 General overview
........................................................................................
14 2.2 System overview
........................................................................................
15 Section3 System Specifications ......................................................................... 17 3.1 System specifications
................................................................................
18 3.1.1 Physical Specifications
........................................................................
18 3.1.2 Optic wavelength and Laser power
.....................................................
19 3.1.3 Environmental specifications
..............................................................
19 3.1.4 Operating Frequencies range
..............................................................
19 3.1.5 Specifications Per band
.......................................................................
20 Section4 System Configuration and Functions ................................................. 25 4.1 BIU (BTS Interface Unit)
.............................................................................
26 4.1.1 Specifications of BIU ............................................................................ 26 4.1.2 Block diagram of BIU ........................................................................... 27 4.1.3 BIU parts ............................................................................................... 27 4.1.4 Function by unit ................................................................................... 29 4.1.5 Front/rear panels of BIU ....................................................................... 34 4.2 ODU (Optic distribution Unit)
....................................................................
36 4.2.1 Specifications of ODU .......................................................................... 36 4.2.2 Block Diagram of ODU ......................................................................... 37 4.2.3 ODU parts ............................................................................................. 37 4.2.4 Function by unit
...................................................................................
38 4.2.5 Front/rear panels of ODU ..................................................................... 39 4.2.6 Interface with BIU ................................................................................. 40 4.3 OEU (Optic Expansion Unit)
......................................................................
42 4.3.1 Specifications of OEU .......................................................................... 42
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4/139
4.3.2 Block Diagram of OEU
.........................................................................
43 4.3.3 OEU parts .............................................................................................. 43 4.3.4 Function by unit ................................................................................... 44 4.3.5 Front/rear panels of OEU
.....................................................................
48 4.4 ROU (Remote Optic Unit)
...........................................................................
49 4.4.1 Specifications of ROU
..........................................................................
49 4.4.2 Block Diagram of ROU
.........................................................................
50 4.4.3 ROU parts
.............................................................................................
50 4.4.4 Function by unit
...................................................................................
52 4.4.5 Bottom of ROU
.....................................................................................
58 4.5 Add on V/UHF ROU
....................................................................................
60 4.5.1 Specifications of AOR .......................................................................... 60 4.5.2 Block Diagram of AOR ......................................................................... 61 - VHF+VHF RDU - ...............................................................................................…

Text truncated - open the document above for the full version.

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&
Proprietary














4.1.4 Function by unit 4
Main Drive BTS Unit (MDBU) MDBU
delivers
TX
signals
of
BTS
or
BDA
to
related
devices
and
then
delivers
RX
signals
of
the
devices
to
BTS
or
BDA.
This
unit
can
automatically
adjusts
input
ATT.
It
also
has
ATT
to
adjust
RX
gain.
MDBU
is
varied
per
frequency
band
including
the
following:

No Unit naming 1
800PS

2
850C

3
1900P
4
AWS91
5
800PS+900I+PA
6
850C+700PS
850C+700PS(D)
7
850C+700LTEC
8
700LTEF
SISO
9
700LTEF
MIMO
10
700LTEF+850C



800PS
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29/139
Main Drive BTS Unit (MDBU) MDBU
delivers
TX
signals
of
BTS
or
BDA
to
related
devices
and
then
delivers
RX
signals
of
the
devices
to
BTS
or
BDA.
This
unit
can
monitor
TX
input
level.
Using
input
AGC
function,
it
automatically
adjusts
input
ATT.
It
also
has
ATT
to
adjust
RX
gain.
MDBU
is
varied
per
frequency
band
including
the
following:
Description In/out RF Port TX Single
Band
2
Port
Single
Band
2
Port
Single
Band
4
Port
Single
Band
4
Port
Dual
Band
4
Port
Dual
Band
4
Port
Dual
Band
4
Port
Dual
Band
4
Port
Single
Band
2
Port
Single
Band
4
Port
Dual
Band
4
Port
800PS+900I+Paging MDBU
delivers
TX
signals
of
BTS
or
BDA
to
related
devices
and
then
delivers
RX
signals
of
the
monitor
TX
input
level.
Using
input
AGC
function,
it
automatically
adjusts
input
ATT.
It
also
has
ATT
to
adjust
RX
gain.
MDBU
is
varied
per
In/out RF Port RX 2
Port
2
Port
4
Port
4
Port
4
Port
4
Port
4
Port
4
Port
2
Port
4
Port
4
Port

800PS+900I+Paging

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&
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1900PCS
850C onfidential
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30/139






AWS91
850C
850C+700PS
850C+700PS

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&
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700LTEF
SISO 850C+700LTEC
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31/139

Figure 4.3 – MDBU Outer Look 700LTEF+850C 700LTEF
SISO
700LTEF
MIMO 850C+700LTEC


700LTEF+850C
700LTEF
MIMO

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&
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2) Main Com/Div Unit (MCDU) MCDU
combines
TX
signals
that
are
delivered
from
MDBU
per
frequency
band
and
delivers
the
signals
to
four
ODUs.
This
unit
adds
signals
them
to
ROU.
It
also
combines
RX
signals
from
up
to
four
ODUs
and
sends
them
to
up
to
four
MDBUs.
In
this
case,
the
unit
extracts
signals
of
FSK
modems,
which
are
sent
in
a
combined
form
with
RX
signals,
and
then
delivers
the
signals
to
MCU. The
unit
has
a
port
to
interface
with
VHF&UHF
signals.
It
has
ATT
for
input
monitoring
and
input
control.
VHF+UHF

frequency
band
including
the
following:
No Unit naming 1
VHF+UHF


3) Main Central Processor Unit (MCPU) MCPU
can
inquire
and
control
state
of
modules
that
are
installed
in
BIU. This
unit
can
inquire
and
control
state
of
four
ODUs
in
total.
Through
communication,
it
inquire
and
control
ROU
that
is
connected
with
lower
parts. In
addition,
the
unit
has
RS9232C
port
for
serial
communication
so
that
it
can
inquire
and
control
state
of
devices
through
PC.
On
the
front
panel,
it
has
communication
LED
indicator
to
c communication
state
with
ROU.
It
also
has
ALM
LED
indicator
to
show
whether
a
device
gets
faulty.
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32/139
2) Main Com/Div Unit (MCDU) MCDU
combines
TX
signals
that
are
delivered
from
MDBU
per
frequency
band
and
delivers
the
signals
to
four
ODUs.
This
unit
adds
signals
of
FSK
modem
to
the
TX
signals
before
sending
them
to
ROU.
It
also
combines
RX
signals
from
up
to
four
ODUs
and
sends
them
to
up
to
four
MDBUs.
In
this
case,
the
unit
extracts
signals
of
FSK
modems,
which
are
sent
in
a
combined
en
delivers
the
signals
to
MCU.
The
unit
has
a
port
to
interface
with
VHF&UHF
signals.
It
has
ATT
for
input
monitoring
and
input
Figure 4.4 – MDBU Outer Look frequency
band
including
the
following:
Description In/out RF TX Dual
Band
1
Port
3) Main Central Processor Unit (MCPU) MCPU
can
inquire
and
control
state
of
modules
that
are
installed
in
BIU.
This
unit
can
inquire
and
control
state
of
four
ODUs
in
total.
Through
communication,
it
inquire
and
control
ROU
that
is
connected
with
lower
parts.
232C
port
for
serial
communication
so
that
it
can
inquire
and
control
state
of
devices
through
PC.
On
the
front
panel,
it
has
communication
LED
indicator
to
c communication
state
with
ROU.
It
also
has
ALM
LED
indicator
to
show
whether
a
device
gets
MCDU
combines
TX
signals
that
are
delivered
from
MDBU
per
frequency
band
and
delivers
the
of
FSK
modem
to
the
TX
signals
before
sending
them
to
ROU.
It
also
combines
RX
signals
from
up
to
four
ODUs
and
sends
them
to
up
to
four
MDBUs.
In
this
case,
the
unit
extracts
signals
of
FSK
modems,
which
are
sent
in
a
combined
The
unit
has
a
port
to
interface
with
VHF&UHF
signals.
It
has
ATT
for
input
monitoring
and
input

In/out RF Port RX 1
Port
This
unit
can
inquire
and
control
state
of
four
ODUs
in
total.
Through
communication,
it
also
can
232C
port
for
serial
communication
so
that
it
can
inquire
and
control
state
of
devices
through
PC.
On
the
front
panel,
it
has
communication
LED
indicator
to
check
communication
state
with
ROU.
It
also
has
ALM
LED
indicator
to
show
whether
a
device
gets

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&
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For
access
to
upper
network,
it
has
a
port
to
insert
Ethernet
port
and
GSM
modem
in
it. In
the
Main
Central
Processor
Unit,
a
lithium
battery
is
installed
for
RTC
(Real
Time
Control)
function.

CAUTION
RISK
OF
EXPLOSION
IF
BATTERY
IS
REPLACED
BY
AN
INCORRECT
TYPE DIPOSE
OF
USED
BATTERIES
ACCORDING
TO
THE
[INSTRUCTION]
The
equipment
and
accessories
including
inner
lithium
battery
are
to
be
dispo…

Text truncated - open the document above for the full version.

Confidential
&
Proprietary














4.2.2 Block Diagram of ODU
4.2.3 ODU parts
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37/139
Block Diagram of ODU

Figure 4.10 – ODU Inner Look



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No. Unit 1
DOU
DOU Convert
TX
RF
signals
Convert
RX
optical
signals
into
RF
signals; Provide
up
to
four
optical
ports
per
DOU 2
2W
2Way Divider Divide
TX
RF
signals
into
two; Combine
two
RX
RF
signals
into
one 3
DU
Distribution Unit Distribute
power
and
signals
to 4
Shelf
19”
rack,
1U
5
Accessories
15PIN
DSUB,
Male
to
female
1pcs RF
Coaxial
Cable
4.2.4 Function by unit 1)
Donor Optic Unit (DOU) DOU
makes
electronic9optical
conversion
of
TX
signals
and
makes
optical of
RX
signals.
With
an
optic
splitter
in
it,
this
unit
divides
optical
signals
from
Laser
Diode
into
four
and
then
distributes
them
to
each
optical
port.
With
a
total
of
four
Photo
Diodes
in
RX,
DOU
makes
optical9electronic
conversion
of
signals
received
from
ea equipped
with
ATT
for
optical
compensation
made
in
case
of
optical
cable
loss. With
internal
WDM,
it
uses
only
one
optical
cable
to
be
connected
with
ROU. onfidential
&
Proprietary


















38/139
Description DOU Convert
TX
RF
signals
into
optical
signals;
Convert
RX
optical
signals
into
RF
signals;
Provide
up
to
four
optical
ports
per
DOU
2Way Divider Divide
TX
RF
signals
into
two;
Combine
two
RX
RF
signals
into
one
Distribution Unit Distribute
power
and
signals
to
DOU 19”
rack,
1U

15PIN
DSUB,
Male
to
female
1pcs
RF
Coaxial
Cable
Assembly
2pcs
Donor Optic Unit (DOU) optical
conversion
of
TX
signals
and
makes
optical9electronic
conversion
With
an
optic
splitter
in
it,
this
unit
divides
optical
signals
from
Laser
Diode
into
four
and
then
distributes
them
to
each
optical
port.
With
a
total
of
four
Photo
Diodes
in
RX,
DOU
makes
electronic
conversion
of
signals
received
from
each
optical
port.
In
addition,
the
unit
is
equipped
with
ATT
for
optical
compensation
made
in
case
of
optical
cable
loss. With
internal
WDM,
it
uses
only
one
optical
cable
to
be
connected
with
ROU.

Figure 4.11 – MDBU Outer Look Remark Max
2ea




electronic
conversion
With
an
optic
splitter
in
it,
this
unit
divides
optical
signals
from
Laser
Diode
into
four
and
then
distributes
them
to
each
optical
port.
With
a
total
of
four
Photo
Diodes
in
RX,
DOU
makes
ch
optical
port.
In
addition,
the
unit
is
equipped
with
ATT
for
optical
compensation
made
in
case
of
optical
cable
loss.



Confidential
&
Proprietary














2) 2Way Divider (2W) 2W
is
equipped
with
two
29 way
splitters
in
a
one signals,
respectively.
Designed
in
broadband
type,
the
divider
combines
and
divides
2GHz
or
higher
of
signals
from
FSK
modem
signals.

Figure 4.12 4.2.5 Front/rear panels of 1)
Front panel Figure 4.13 Item 1,2
LED
indicator
to
check
DOU
module
state
onfidential
&
Proprietary


















39/139
way
splitters
in
a
one9module
form
and
the
splitters
work
for
TX/RX
Designed
in
broadband
type,
the
divider
combines
and
divides
2GHz
or
higher
of
signals
from

Figure 4.12 – 2Way Divider Outer Look Front/rear panels of ODU Figure 4.13 – ODU front panel Outer Look
Description LED
indicator
to
check
DOU
module
state
to
see
if
it
is module
form
and
the
splitters
work
for
TX/RX
Designed
in
broadband
type,
the
divider
combines
and
divides
2GHz
or
higher
of
signals
from

to
see
if
it
is
abnormal

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&
Proprietary














2) Rear panel Figure 4.14 Item 1.
Optic
Port
2.
DC
I/O
Port
3.
RX
RF
Port
4.
TX
RF
Port

4.2.6 Interface with BIU

Figure 4.15 On
the
top
of
BIU,
up
to
four
ODUs
can
be
stacked. In
this
case,
it
is
recommended
to
stack
the
units
at
least
1U
of
an
interval
between
BIU,
for
heat
from
BIU
may
climb
up
to
ODU,
which
ma onfidential
&
Proprietary


















40/139
Figure 4.14 – ODU Rear panel Outer Look
Description SC/APC
optical
connector
terminal;
use
one
optical
cable
per
ROU. Terminal
to
deliver
power
and
state
values

RX
RF
signal
interface
terminal
TX
RF
signal
interface
terminal

Figure 4.15 – Interface between BIU and ODU On
the
top
of
BIU,
up
to
four
ODUs
can
be
stacked.
In
this
case,
it
is
recommended
to
stack
the
units
at
least
1U
of
an
interval
between
BIU,
for
heat
from
BIU
may
climb
up
to
ODU,
which
may
cause
flame.

SC/APC
optical
connector
terminal;
use
one
optical
cable
per
ROU.
In
this
case,
it
is
recommended
to
stack
the
units
at
least
1U
of
an
interval
between
BIU,
for

Confidential
&
Proprietary














As
seen
in
the
figure
below,
connect
the
coaxial
cable
for
TX
and
another
coaxial
cable
for
RX
with
corresponding
ports
at
the
rear
of
BIU.
For
power
supply
and
communication,
connect
15Pin
D9Sub
Connector
cable
with
a
corresponding
port.













onfidential
&
Proprietary


















41/139
As
seen
in
the
figure
below,
connect
the
coaxial
cable
for
TX
and
another
coaxial
cable
for
RX
with
corresponding
ports
at
the
rear
of
BIU.
For
power
supply
and
communication,
connect
Sub
Connector
cable
with
a
corresponding
port.

As
seen
in
the
figure
below,
connect
the
coaxial
cable
for
TX
and
another
coaxial
cable
for
RX
with
corresponding
ports
at
the
rear
of
BIU.
For
power
supply
and
communication,
connect


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&
Proprietary














4.3 OEU (Optic Expansion Unit) OEU
is
mainly
used
to
remotely
deliver
signals
for
Campus
clusters.
At
the
upper
part,
this
unit
combines
with
ODU
and
receives
TX
optical
signals
to
convert
them
into
RF
signals.
Then,
it
regen…

Text truncated - open the document above for the full version.

Confidential
&
Proprietary














4.4 ROU (Remote Optic Unit) ROU
receives
TX
optical
signals
from
ODU
or
OEU
and
converts
them
into
RF
signals.
The
converted
RF
signals
are
amplified
through
High
Power
Amp
in
a
corresponding
RDU,
combined
with
Multiplexer
module
and
then
radiated
to
t When
receiving
RX
signals
through
the
antenna
port,
this
unit
filters
out corresponding
RDU
and
sends
the
results
to
Remote
Optic
Module
to
make
electronic conversion
of
them.
After
converted,
the
signals
are
s ROU
can
be
equipped
with
up
to
three
RDUs
(Remote
Drive
Unit)
and
the
module
is
composed
of
maximal
Dual
Band.
ROU
is
designed
in
a
cabinet,
and
provides
the
following
functions
and

4.4.1 Specifications of ROU Item Size(mm) Weight Power consumption
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&
Proprietary


















49/139
ROU (Remote Optic Unit) ROU
receives
TX
optical
signals
from
ODU
or
OEU
and
converts
them
into
RF
signals.
The
converted
RF
signals
are
amplified
through
High
Power
Amp
in
a
corresponding
RDU,
combined
with
Multiplexer
module
and
then
radiated
to
the
antenna
port.
When
receiving
RX
signals
through
the
antenna
port,
this
unit
filters
out9of9 corresponding
RDU
and
sends
the
results
to
Remote
Optic
Module
to
make
electronic conversion
of
them.
After
converted,
the
signals
are
sent
to
a
upper
device
of
ODU
or
OEU.
ROU
can
be
equipped
with
up
to
three
RDUs
(Remote
Drive
Unit)
and
the
module
is
composed
Figure 4.25 – ROU Outer Look ROU
is
designed
in
a
cabinet,
and
provides
the
following
functions
and
features. Specifications of ROU Spec. 482.6(19“)
x
258
x560,
Including
Bracket 35.45
Kg
265
W
ROU
receives
TX
optical
signals
from
ODU
or
OEU
and
converts
them
into
RF
signals.
The
converted
RF
signals
are
amplified
through
High
Power
Amp
in
a
corresponding
RDU,
9band
signals
in
a
corresponding
RDU
and
sends
the
results
to
Remote
Optic
Module
to
make
electronic9optical
ent
to
a
upper
device
of
ODU
or
OEU.
ROU
can
be
equipped
with
up
to
three
RDUs
(Remote
Drive
Unit)
and
the
module
is
composed

features.
Remark Including
Bracket
Full
Load

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4.4.2 Block Diagram of ROU 4.4.3 ROU parts
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Block Diagram of ROU Figure 4.26 – ROU Inner Look



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No. Unit Description Remark 1
RDU+BPF
Remote Drive Unit Filter
and
high
amplify
TX
signals;
Filter
and
amplify
RX
signals;
Remove
other
signals
through
BPF
BPF
is
exclude
from
VHF+UHF
module

2
RPSU
Remote Power Supply Unit Input
power:
DC
948V,
Output
power:
27V,9V,
6V
For
120V
input
of
AC/DC;
For
948V
input
of
DC/DC

3
R9OPTIC
Remote Optic Make
RF
conversion
of
TX
optical
signals;
Convert
RX
RF
signals
into
optical
signals;
Compensates
optical
loss
Communicates
with
BIU/OEU
though
the
FSK
modem
4
RCPU
Remote Central Processor Unit Controls
signal
of
each
unit
Monitors
BIU/ODU/OEU
status
through
FSK
modem
communication

5
Multiplexer
Multiplexer Combine
TX
signals
from
3
RDUs;
Distribute
RX
signals
to
3
RDUs;
Enable
you
to
use
a
single
antenna
port
6
Enclosure
Enclosure
to
satisfy
NEMA4;

Enable
Wall/Rack
Mount;
Check
if
the
system
is
normal,
through
the
front
panel
LED

7
SIU
System Interface Unit Distribute
power
and
signals
of
each
module








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4.4.4 Function by unit 1)
Remote Drive Unit (RDU) When
receiving
TX
signals
from
each
band
through
Remote
Optic,
RDU
filters
the
signals
and
amplifies
them
with
High
Power
Ampifier.
The
unit
also
filters
RX
signals
given
through
Multiplexer
and
amplifies
them
to
send
the
signals
to
Remote
Optic.
In
the
unit,
there
is
ATT
to
adjust
gain.
RDU
devices
are
varied
for
each
frequency
band,
including
the
following:

No Unit naming Description BPF TX RX 1
RDU
800PS

Single,
External
BPF
Internal
BPF
2
RDU
850C

Single,
External
BPF
External
BPF
3
RDU
1900P+AWS91
Dual,
External
BPF(1900P)
Internal
BPF(AWS91)
External
BPF(1900P)
Internal
BPF(AWS91)
4
RDU
800PS+900I+PA
Dual,
External
BPF(800PS)
Internal
BPF(900I+PA)
Internal
BPF(800PS)
External
BPF(900I+PA)
5
RDU
850C+700PS
Dual,
External
BPF(850C)
Internal
BPF(700PS)
External
BPF(850C)
Internal
BPF(700PS)
RDU
850C+700PS(D)
Dual,
External
BPF(850C)
Internal
BPF(700PS)
External
BPF(850C)
Internal
BPF(700PS)
6
RDU
VHF+UHF
Dual
Internal
BPF(VHF,UHF)
Internal
BPF(VHF,UHF)
7
RDU
E9VHF+UHF
Dual
Internal
BPF(VHF,UHF)
Internal
BPF(VHF,UHF)
8
RDU
850C+700LTEC
Dual,
External
BPF(850C)
Internal
BPF(700LTEC)
External
BPF(850C)
Internal
BPF(LTEC)
9
RDU
700LTEF
SISO
Single,
Internal
BPF
External
BPF(SISO)
Internal
BPF(MIMO)
10
RDU
700LTEF
MIMO
Single,
Internal
BPF
External
BPF(SISO)
Internal
BPF(MIMO)
11
RDU
700LTEF+850C
Dual,
External
BPF(850C)
Internal
BPF(700LTEF)
External
BPF(850C)
Internal
BPF(LTEF)


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38 800PS
850C
850C+700LTEC
E_VHF+UHF
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14 59 800PS+900I+PA
850C+700PS
1900P+AWS91
VHF+UHF





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700LTEF
SISO
700LTEF+850C
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Figure 4.27 – RDU Outer Look 700LTEF
MIMO


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2) Remote Power Supply Unit (RPSU) RPSU
receives
948V
of
input.
This
unit
is
divided
into
DC/DC
type
to
output
+6V,
+9V
and
+27V
of
DC
power
and
AC/DC
type
to
receive
120V
of
AC
input
and
to
output
+6V,
+9V
and
+27V
of
DC
power.
Upon
order,
either
of
…

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65/139
- 700LTEF MIMO RDU -
Figure 4.34 – RDU Outer Look
2) AOR Power Supply Unit (AOR PSU) AOR
PSU
receives
948V
of
input.
This
unit
is
divided
into
DC/DC
type
to
output
+6V,
+9V
and
+27V
of
DC
power
and
AC/DC
type
to
receive
110V
of
AC
input
and
to
output
+6V,
+9V
and
+27V
of
DC
power.
Upon
your
order,
either
of
the
two
types
should
be
decided.
MS
Connector,
which
uses
ports
to
receive
inputs,
is
designed
to
accept
any
of
AC
and
DC.
Only
in
this
case,
the
input
cable
is
different.
RPSU
has
a
circuit
brake
to
turn
the
power
ON/OFF
and
has
LED
indicator
at
the
top
to
check
if
output

power
is
normally
supplied.
59mm 450mm 140mm
Confidential
&
Proprietary














3) AOR System Interface Unit(SIU) SIU
distributes
power
and
signals
to
each
module. 4.5.5 Rear of AOR 1) Functions onfidential
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nterface Unit(SIU) SIU
distributes
power
and
signals
to
each
module.







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Figure 4.35 – AOR Rear Look
Item Description Remark 1.
VHF/UHF
&
700LTEF
TX
IN
Terminal
for
receive
the
signal
of
TX
from
existing
ROU
To/From
Existing
ROU
2.
VHF/UHF
&
700LTEF
RX
OUT
Terminal
for
transmit
the
signal
of
RX
to
existing
ROU
3.
Power
Port
Terminal
for
input
either
AC
110V
or
DC948V
as
internal
PSU
type

4.
VHF/UHF
TX
OUT


700LTEF
MIMO
ANT
Terminal
for
radiate
the
signal
of
TX
to
TX
Antenna
To/From
Antenna
5.
VHF/UHF
RX
IN


700LTEF
SISO
ANT
Terminal
for
receive
the
signal
of
RX
from
RX
Antenna
6.External
Port
Port
for
communicate
with
existing
ROU


7.GND
LUG
PORT
Terminal
for
system
ground


POWER PORT Power
ports
are
used
for
power9supplying
of
948V
DC
or
120V
AC,
and
specific
power
cable
should
be
applied
to
each
different
types
of
ROU
power
supply
(AC/DC
or

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DC/DC).
Below
figure
is
naming
of
the
power
supply
by
type.

Exteral PORT External
ports
are
reserved
ports
for
external
equipments
for
future
implementation,
and
used
to
monitor
the
status
and
control
the
equipments.
Below
figure
is
naming
of
the
external
ports.





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Section5 System Installation & Operation










5.1
BIU Installation
5.2
ODU Installation
5.3
ROU Installation
5.4
OEU Installation
5.5
System Operation and Alarm Status
5.6
Add on V/UHF ROU Installation
















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&
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This
chapter
describes
how
to
install
each
unit
and
optical
cables,
along
with
method.
In
detail,
the
chapter
describes
how
to
install
shelves
or
enclosuers
of
each
unit,
Power
Cabling
method
and
Optic
Cabling
and
RF
Interface.
Furthermore,
by
showing
power
consumption
of
modules
to
be
installed
in
each
unit,
it
present describes
the
quantity
of
components
of
modules
to
be
installed
in
each
unit
and
expansion
method.

5.1 BIU Installation 5.1.1 BIU Shelf Installation Generally,
BIU
is
inserted
into
a
19”
Standard
Rack.
As
this
unit
easy
move.
With
two
fixing
holes
at
each
side,
you
can
tightly
fix
the
unit
into
a
19”
rack.

BIU
has
the
following
components: No. Unit Common
Part
Shelf
MCDU
MCPU
MPSU
Power
Cable Optional
Part
MDBU
Basically,
the
common
part
of
BIU
should
have
shelves
and
it
should
be
equipped
with
MCDU
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This
chapter
describes
how
to
install
each
unit
and
optical
cables,
along
with
In
detail,
the
chapter
describes
how
to
install
shelves
or
enclosuers
of
each
unit,
Power
Cabling
method
and
Optic
Cabling
and
RF
Interface.
Furthermore,
by
showing
power
consumption
of
modules
to
be
installed
in
each
unit,
it
presents
Power
Cabling
budget
in
a
simple
way.
Then,
it
describes
the
quantity
of
components
of
modules
to
be
installed
in
each
unit
and
expansion
BIU Shelf Installation Generally,
BIU
is
inserted
into
a
19”
Standard
Rack.
As
this
unit
has
handles
at
each
side
for
easy
move.
With
two
fixing
holes
at
each
side,
you
can
tightly
fix
the
unit
into
a
19”
rack. Figure 5.1 – RACK Installation BIU
has
the
following
components:
Description Including
Main
Board,
19”,5U
9
With
Ethernet
Port
and
RS9232
Port Operate
948Vdc
Input

Power
Cable
948Vdc
Input
with
two
lug
terminal

800PS,800PS+900I+Paging,850C,850C+700P S,
1900P,
AWS91
MDBU
Basically,
the
common
part
of
BIU
should
have
shelves
and
it
should
be
equipped
with
MCDU
This
chapter
describes
how
to
install
each
unit
and
optical
cables,
along
with
power
cabling
In
detail,
the
chapter
describes
how
to
install
shelves
or
enclosuers
of
each
unit,
Power
Cabling
method
and
Optic
Cabling
and
RF
Interface.
Furthermore,
by
showing
power
consumption
of
s
Power
Cabling
budget
in
a
simple
way.
Then,
it
describes
the
quantity
of
components
of
modules
to
be
installed
in
each
unit
and
expansion
has
handles
at
each
side
for
easy
move.
With
two
fixing
holes
at
each
side,
you
can
tightly
fix
the
unit
into
a
19”
rack.


Remark 1EA
1EA
1EA
1EA
1EA
800PS,800PS+900I+Paging,850C,850C+700P Up
to
4EA
to
be
inserted
Basically,
the
common
part
of
BIU
should
have
shelves
and
it
should
be
equipped
with
MCDU

Confidential
&
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to
combine
and
divide
TX/RX
signals,
MPSU
to
supply
devices
with
power,
MCPU
to
inquire
and
control
state
of
each
module
and
Power
Cable
to
supply
power
In
addition,
MDBU
can
be
inserted
and
removed
to
provide
services
for
desired
band
(Optional). 5.1.2 BIU Power Cabling BIU
has
948V
of
input
power.
This
unit
should
connect
DC
cabl…

Text truncated - open the document above for the full version.