User Manual

ADCP-75-116 Issue A August 2001 Section 4: Operation
Page 4-9
©
2001,
ADC
Telecommunications,
Inc.
Figure 4-5. HOST Site Number Pop-Up Screen
3. Right-click
on
the
HOST
Site
Name
field
(see
Figure 4-4).
The
Site
Name
pop-up
screen
will
open.
Enter
a
unique
name
for
the
HOST.
The
name
may
be
up
to
32
characters
long
and
must
not
contain
any
spaces.
The
name
may
include
numbers,
punctuation,
and
upper
or
lower
case
letters
and
must
always
begin
with
a
letter.
Click
on
OK
to
close
the
screen
and
make
the
changes
take
effect.
4. Check
the
REMOTE
Site
Number
field
(see
Figure 4-4).
The
REMOTE
Site
Number
does
not
have
to
be
entered.
When
the
HOST
Site
Number
is
entered,
the
system
will
subtract
1
from
the
HOST
Site
Number
and
automatically
enter
the
result
for
the
REMOTE
Site
Number.
5. Right-click
on
the
REMOTE
Site
Name
field
(see
Figure 4-4).
The
Site
Name
pop-up
screen
will
open.
Enter
a
unique
name
for
the
REMOTE.
The
name
may
be
up
to
32
characters
long
and
must
not
contain
any
spaces.
The
name
may
include
numbers,
punctuation,
and
upper
or
lower
case
letters
and
must
always
begin
with
a
letter.
Click
on
OK
to
close
the
screen
and
make
the
changes
take
effect.
2.4 Enter Host Forward Attenuation
The
HU
internal
forward
path
attenuator
setting
determines
the
maximum
composite
output
signal
level
at
the
STM
antenna
port.
The
appropriate
attenuation
value
for
any
particular
system
is
based
on
the
number
of
channels
the
system
is
transporting
and
the
baseline
signal
level
of
the
composite
forward
path
input
signal
input
at
the
HU’s
FORWARD
RF
IN
port.
The
maximum
output
power
that
can
be
provided
by
the
system
is
45
dBm
(30
watts).
The
maximum
power
permitted
per
channel
is
5
watts.
The
total
forward
path
gain
that
is
provided
by
the
system
(with
host
and
remote
forward
attenuators
set
to
0
dB)
is
85
dBm.
Use
the
following
procedure
to
set
the
forward
path
attenuation
to
provide
the
maximum
composite
output
signal
level:
1. Click
on
the
HOST
RF
tab.
The
HOST
RF
display
will
open
within
the
EMS
main
window
as
shown
in
Figure 4-6.