
Wireless
Settings
D-Link
Unified
Access
Point
Administrator’s
Guide
November
2011
Page
55
Unified
Access
Point
Administrator’s
Guide
Table
18
describes
the
fields
and
configuration
options
available
on
the
Wireless
Settings
page.
Table
18:
Wireless
Settings
Field
Description
TSPEC
Violation
Interval
Specify
the
time
interval
(in
seconds)
for
the
AP
to
report
(through
the
system
log
and
SNMP
traps)
associated
clients
that
do
not
adhere
to
mandatory
admission
control
procedures.
Radio
Interface
Specify
whether
you
want
the
radio
interface
on
or
off.
MAC
Address
Indicates
the
Media
Access
Control
(MAC)
addresses
for
the
interface.
Dual
‐
radio
APs
have
a
unique
MAC
address
for
each
radio.
A
MAC
address
is
a
permanent,
unique
hardware
address
for
any
device
that
represents
an
interface
to
the
network.
The
MAC
address
is
assigned
by
the
manufacturer.
You
cannot
change
the
MAC
address.
It
is
provided
here
for
informational
purposes
as
a
unique
identifier
for
an
interface.
Mode
The
Mode
defines
the
Physical
Layer
(
PHY
)
standard
the
radio
uses.
Note:
The
modes
available
depend
on
the
country
code
setting
and
the
radio
selected.
Select
one
of
the
following
modes
for
radio
1
(DWL
‐
6600AP
and
DWL
‐
8600AP
only):
•
IEEE
802.11a
is
a
PHY
standard
that
specifies
operating
in
the
5
GHz
U
‐
NII
band
using
orthogonal
frequency
division
multiplexing
(OFDM).
It
supports
data
rates
ranging
from
6
to
54
Mbps.
•
IEEE
802.11a/n
operates
in
the
5
GHz
ISM
band
and
includes
support
for
both
802.11a
and
802.11n
devices.
IEEE
802.11n
is
an
extension
of
the
802.11
standard
that
includes
multiple
‐
input
multiple
‐
output
(MIMO)
technology.
IEEE
802.11n
supports
data
ranges
of
up
to
248
Mbps
and
nearly
twice
the
indoor
range
of
802.11
b,
802.11g,
and
802.11a.
•
5
GHz
IEEE
802.11n
is
the
recommended
mode
for
networks
with
802.11n
devices
that
operate
in
the
5
GHz
frequency
that
do
not
need
to
support
802.11a
devices.
IEEE
802.11n
can
achieve
a
higher
throughput
when
it
does
not
need
to
be
compatible
with
legacy
devices
(802.11a).
Select
one
of
the
following
modes
for
radio
2:
• I
EEE
802.11b/g
operates
in
the
2.4
GHz
ISM
band.
IEEE
802.11b
is
an
enhancement
of
the
initial
802.11
PHY
to
include
5.5
Mbps
and
11
Mbps
data
rates.
It
uses
direct
sequence
spread
spectrum
(DSSS)
or
frequency
hopping
spread
spectrum
(FHSS)
as
well
as
complementary
code
keying
(CCK)
to
provide
the
higher
data
rates.
It
supports
data
rates
ranging
from
1
to
11
Mbps.
IEEE
802.11g
is
a
higher
speed
extension
(up
to
54
Mbps)
to
the
802.11b
PHY.
It
uses
orthogonal
frequency
division
multiplexing
(OFDM).
It
supports
data
rates
ranging
from
1
to
54
Mbps.
•
IEEE
802.11b/g/n
operates
in
the
2.4
GHz
ISM
band
and
includes
support
for
802.11b,
802.11g,
and
802.11n
devices.
•
2.4
GHz
IEEE
802.11n
is
the
recommended
mode
for
networks
with
802.11n
devices
that
operate
in
the
2.4
GHz
frequency
that
do
not
need
to
support
802.11b/g
devices.
IEEE
802.11n
can
achieve
a
higher
throughput
when
it
does
not
need
to
be
compatible
with
legacy
devices
(802.11b/g).