Siselectron Technology WE2220 2.4GHz b/g/n, 5GHz ac/a/n Indoor AP User Manual

Siselectron Technology Ltd 2.4GHz b/g/n, 5GHz ac/a/n Indoor AP Users Manual

Users Manual

Table of
Co
nte
n
ts
Chapter
1
Key
Features/Introduction....................................................................
1
Chapter
7 Wireless
Wireless
N
et
work......................................................................
Chapter
2
WPS (Wi-Fi
Protected
S
et
up).............................................
34
Chapter
3
Chapter
6
WDS
Link Settings........................................................
35
Chapter
8
Appendix
FCC
Interference
Statement..............................................
49
23
System Requirements / Package Contents
..........................
2
Wireless Security
...............................................
......................
25
Applications
.................................................................................................
3
Guest Network
Se
tti
ngs.................................................
30
Technical Specifications.
..................................................... ...................
4
Fast Roaming
...............................................................................
31
Physical Interface
......................................................................................
5
Fast Handover
...................................................
.........................
31
Wireless Advanced
....................................................................
33
Computer Settings
................................................................................
7
Wireless MAC Filtering
...........................................................
32
Considerations for Wireless Installation
.............................
6
Access Point Mode
....................................................................................
14
WDS AP Mode
..............................................................................................
15
WDS
Bridge Mode
.....................................................................................
16
Chapter 5
Overview
.............................................................................................................
17
Hardware Installation
............................................................................
10
Mounting the SWE 2220..
...................................................................
11
Operation Modes/Basic
........................................................................
20
IP Settings/SpanningTree
Settings..........................................
21
Default Setting
...........................................................................................
13
Chapter 4
Connections
...........................................................................................
19
Administrarion.....................................................................................
36
Management
VLAN Settings...............................................
37
Wireless Traffic
Shaping.......................................................
38
SNMP Settings..................................................................................
39
Backup/Restore..................................................................................
41
Auto Reboot
Settings...............................................................
42
Firmware Upgrade/Time Settings.....................
43
P
a
r
a
m
e
t
e
r
s
/
L
E
D Control........................
47
Device Discovery/Reset.................................................. 48
S
p
ee
d
T
e
s
t
System
Log/Tools...........................................................................
45
Ping Test
Parameters/Traceroute
Parameters.......
46
or
Introduction
Key
Features
• Up to 26 dBm
transmit
power, enabling long range
connectivity
300Mbps(2.4GHz) and
867Mbps(5GHz)
• Four
internal
5dBi Omni-Directional
MIMO
antennas
• Can be used with included power
adapter
or via PoE with PoE
802.3at
-
capable Switches
or
Injectors
• Dual Band/Two
Stream
• Band
Steering shifts
dual band clients to 5
GHz
for
better
throughput
performance
• Secured Guest
Network
In
t
rodu
cti
on
•
Supports IEEE802.11ac/a/b/g/n wireless standards
with up
to
The SWE 2220 is a h
igh-powered, l
ong-range, D
ual-band
alternative
to ordinary Access Points
that
don’t
have the range and
reach to
connect
to a growing
number
of
wireless
users who wish
to
connect
to a large home
or
business
network.
Maximum data rates are based on
IEEE
802.11
standards
.
Actual
throughput
and range may vary
depending
on many factors including environmental
c
onditions
,
distance
bet
w
een
devic
es
,
radio interference in the operating
en
vir
onmen
t
,
and mix of devices in the
net
w
or
k
.
Features and specifications subject to change without notic
e
.
T
r
ademar
ks
and
r
eg
ist
er
ed
trademarks are the property of their respective
o
wners
.
For Taiwan: Copyright © 2015 Siselectron
T
echnology
Ltd
.
All
rights
r
eser
v
ed
.
concurrent W
ireless
802.11ac/a/b/g/n A
ccess Point w
ith
three
major
functional m
odes. It is
designed t
o
operate
in
numerous environments;
fromlarge homes, small a
nd
medium-sized
businesses, m
ultiple-floor
offices,
hotels,
and other
venues,
tolarger e
nterprisedeployments. Its
high-powered, long-range characteristics
make it a
cost-effective
1
The SWE 2220 also delivers faster
wireless sp
ee
d
s
compared
To
protect sensitive
data during
wireless
transmissions,
the SWE
System Requirements
The following are the Minimum System
Requirements
in
order
configure
the
device:
• Computer with an
Ethernet interface
or
wireless network
capability
• Windows
OS (XP,
Vista, 7, 8),
Mac OS,
or Linux-based
operating
systems
• Web-Browsing Application
(i.e. :
Internet
Explorer,
Firefox,
Chrome, Safari, or
another
similar
browser
application)
Package
Contents
The SWE 2220 package contains the following items (all items
must be in package to issue a
refund):
• SWE 2220 Access
Po
i
n
t
• Power
Adapter
• RJ-45
Ethernet
Cable
• Quick
Installation
Guide
• Ceiling and
Wall
Mount Screw
kit
to modern
802.11a/b/g/n wireless
devices.
Even
though
the SWE
2220 has been
designed
and
engineered
for heavy traffic and
demanding business
environments,
in larger housing
environments
as it can
efficiently
extend
the
wireless
range of an
existing
home
router. This
makes
it
especially
ideal in
architecturally-challenging
structures,
providing whole home
connectivity.
The SWE 2220
supports
the 2.4
GHz
frequency
band
under
the
802.11b/g/n
mode while at the same time providing
a
5
GHz
band for
communicating
or
transferring
files in a
less
c
ongested network
frequency
band.
2220
offersdifferentencryption settings
for
wireless t
ransmissions,
including
industry standard W
PA and WPA2 encryption. The SWE 2220
alsoincludes MAC
address f
iltering to allow n
etwork administrators t
o
offer network
access only to known c
omputers
and
other
devices
based
on their M
AC
addresses.
2
Applications
•
Temporary Workgroups:
Create
temporary workgroups/networks
in more open
areas
within a building; auditoriums,
amphitheaters
classrooms, ballrooms, arenas,
exhibition centers,
or
temporary
offices where one
wants either
a
permanent
or
temporary
Wireless
LAN
established.
• The Ability to Access
Real-Time Information:
Doctors/Nurses,
Point-of-Sale
Employees, and/or
Warehouse
Workers can
access
real-time
information
while dealing with
patients,
serving
customers,
and/or
processing information.
•
Frequently Changing Environments:
Set up
networks
in
• Small Office and Home Office (SOHO)
Networks:
SOHO
users
require a
cost-effective,
easy, and quick
installation
of a
small
network.
•
Wireless Extensions
to
Existing Ethernet-based
Networks:
Devices like the SWE 2220 enable
network
administ
r
at
ors,
installers, and
end-users
to
extend
the range and reach of
an
existing Ethernet-based
network.
Wireless LAN (
WLAN) p
roducts
are easy to install a
nd
highly
efficient. T
he
following list d
escribes s
ome of
the
many a
pplications m
ade possible
through t
he power
and
flexibility of WLANs:
•
Difficult-to-Wire
Environments:
There are many
situations where
wires
cannot
be installed, deployed easily, or
cannot
be hidden
from
view. Older buildings,
sites
with multiple buildings, and/or
areas
that
make the
installation
of a
Ethernet-based
LAN
impossible,
impractical or
expensive
are sites
where
WLAN
can be
a
network
solution.
environments
that
change frequently (
i.e.: Show
Rooms,
Exhibits,
etc.).
•
Training/Educational Facilities:
Training
sites
at
corporations
or
students
at
universities
use
wireless connectivity
to
exchange information peer and easily access information
learning purposes.
3
Technical
Specifications
Standard:
IEEE802.11b/g/n
on 2.4 GHz
IEEE
802.11ac/a
on 5 GHz
IEEE802.3at
Antenna
Four Internal 5 dBi Omni-Directional
Antennas
Physical
Interface
1 x
10/100/1000
Gigabit
Ethernet
Port
1 x Reset
Button
1 x Power
Connector
LED
Indicator
Power
WPS
WLAN
(Wireless
Connection)
LAN
Power Requirements
External Power
Adapter
DC IN,
12V/2A
Operation
Modes
Access
Point
WDS
AP
WDS
Bridge
Security
WEP
(64/128bit)
WPA/WPA2 (TKIP/AES)
Hidden ESSID
MAC
address
filtering, up to 50
fields
L2
Isolation
802.1X
Authenticator
(MD5/TLS/TTLS/PEAP)
Guest
Network
QoS
(Quality
of
Service)
WMM
(Wireless
Multimedia)
Physical/Environment
Conditions
Operating:
Temperature:
32°F to 104°F
(0°C
to 40°C)
Humidity
(Non-condensing):
90% or
less
Storage
:
Temperature:
-4°F to 140°F (-20°C to 60 °C)
Humidity
(Non-condensing):
90% or
less
4
Physical
Interface
Dimensions
and
Weights
Diameter:
6.36”
Height:
2.17”
1
Reset Button:
Press and hold for over 10 seconds to
reset
to
factory
default settings.
2 LED
Indicators:
LED lights for WPS,
WLAN
5G,
WLAN
2.4G,
Ethernet
port, and
Pow
er
3
LAN
Port
(802.3at
PoE):
Ethernet
port for RJ-45
cable.
4
Power Connector:
12V
DC IN
for
Power.
5 Ceiling (Wall) Mount Hole: Using the provided
hardware,
the
SWE 2220 can be
attached
to a ceiling or wall.
6
Kensington Security
Slot: To
protect
your SWE 2220, use
t
h
e
Kensington
Security Slot to
attach
a cable lock.
5
Before
You Begin
Considerations
for
Wireless
Installation
This
section
will
guide you
through
the
installation process.
Placement
of the Siselectron SWE 2220 is
essential to
maximize
the Access Point’s
performance.
Avoid
placing
the SWE 2220 in an
enclosed
space such as a
closet,
cabinet, or
stairwell.
• Building
materials
make a
difference.
A solid metal door
an
d
/
or
aluminum stubs may have a
significant negative
effect on
the
signal
strength
of the SWE 2220. Locate your
wireless
device
s
carefully so the signal can pass through drywall and/or
o
pe
n
doorways. Materials such as glass,
steel,
metal,
concrete,
water
(example: fish tanks), mirrors, file
cabinets,
and/or brick can
al
so
diminish
wireless
signal
strength.
•
Interference
from your
other
electrical devices and/or
appliances
• Keep the number of walls and/or ceilings
between
the SWE
2220
and other
network
devices to a minimum. Each wall and/or
ceiling
can reduce the signal
strength, resulting
in a lower overall
signal
strength.
The
operating distance
of all wireless devices can
often
not be
pre-determined
due to a number of
unknown
obstacles
in the
environment
in which the device
is
deployed. Obstacles such as the
number,
thickness,
and location of walls, ceilings, or other
objects
that
the
SWE 2220’s wireless signals must pass
through can
weaken
the
signal. Here are some key guidelines
for
allowing the SWE 2220 to
have an optimal
wireless
range during
setup.
that
generate
RF noise can also diminish the SWE 2220’s
signal
strength.
The most common
types
of devices are microwaves
or
cordless
pho
ne
s.
6
Computer
S
ettin
gs
Windows
XP/Windows 7/Windows
8
In order to use the SWE 2220, you must first
configure
the
TCP/IPv4
connection
of your Windows
OS
computer
system.
1a. In Windows XP and Windows 7, click the
Start
button
and open
the Control
Panel
.
Windows XP Windows
7
1b. In Windows 8, move your mouse to the lower right
hot
corner to
display the Charms Bar and
select
the
Control
Panel.
Windows
8
2a. In
Windows
XP, click on
Network Connections.
2b.In
Windows
7 and Window
8
,
click View
Network
Status
and
Tasks
in the
Network
and
Internet
s
ecti
on,
then
select Change Adapter
Settings.
7
3. Right
click
on Local Area
Connection
and
select
Properties.
4. Select
Internet Protocol Version
4 (TCP/IPv4) and
then select
Properties
.
5. Select Use the
following
IP
address
and
enter
an IP
address
that is
different
from the SWE 2220 and
Subnet
mask, then click
OK.
Note: Ensure
that
the IP
address
and Subnet mask
are
on the
same
subnet
as the
device.
For example: SWE 2220 IP
address:
192.168.1.1
PC
IP
address:
192.168.1.2
–
192.168.1.255
PC
Subnet mask:
255.255.255.0
8
Apple Mac OS X
1. Go to
System Preferences
(it can be
opened
in
the
Applications folder or by
electing
it in the Apple Menu).
2. Select
Network
in the
Internet
&
Network
section.
4. In
Configure
IPv4,
select
Manually.
5. Enter an
IP
address
that is
different
from the SWE
2220
and
Subnet mask, then click OK.
Note: Ensure
that
the IP
address
and Subnet mask
are
on the
same
subnet
as the
device.
For example: SWE 2220 IP
address:
192.168.1.1
PC
IP
address:
192.168.1.2
–
192.168.1.255
PC
Subnet mask:
255.255.255.0
6.
Click
Apply when
finished.
3. Highlight
Ethernet.
9
Hardware Installation
This diagram depicts the
hardware
configuration.
2. Connect one end of the Category 5e
Ethernet
cable
into
the RJ-
3. Connect the Power Adapter
DC
connector
to the
DC-IN
port of
a) Ensure
that
the
POWER
light is on (it will be
orange
).
b) Ensure
that
the 2.4 GHz/5
GHz WLAN
light is on (it will be blue for
2.4G, and
green
for 5G).
1. Ensure
that
the
computer
in use has an
Ethernet
Controller
port (RJ-45
Ethernet
Port). For
more information,
verify with your
computer’s user
manual.
the SWE 2220 and the Power Adapter to
an
available electrical
outlet.
Onceboth
connections
are
secure, verify the
following:
c) Ensure
that
the LAN (Computer/SWE
2220
Connection) light is on (it will be
blue
).
d) Once all
three
lights are on, proceed to set up
the
Access Point using the
computer
.
45 port of the SWE 2220 and the
other
end
to
the RJ-45 port
of the computer. Ensure
that
the
cable
is
securely connected
to
both the SWE 2220 and the
computer.
10
Using
the provided hardware, the
SWE 2220 can
be
attached
to a ceiling or
w
all
.
mounting
bracket:
provided
wall/ceiling mounting hardware
kit.
2. Insert the provided short
screws
into the
bottom
cover
of
the SWE
2220.
Leave enough
of
the screws exposed to ensure that
the
unit can be
attached
to the
mounting bracket.
If
extra
space is required, use the provided
spacers
and
long
screws
from the T-Rail
mounting hardware
kit to
increase
the
space
between
the unit and the
mounting bracket.
Mounting
the
SWE
2220
To
attach
the
SWE 2220
to a ceiling or
wall
using
the
1. Attach the
mounting bracket
to the wall or ceiling
using
the
3. Mount the SWE 2220 on the
mounting bracket
by
rotating
the unit clockwise
about 9
0
degrees t
o
secure it
in
place.
11
Attaching
the SWE 2220 to a ceiling
using
the
provided
T-Rail
connectors:
P2.6*25
Screw
P2.6*10
Screw
Clip
Clip
Clips
T-Rail
Note: To p
rotect y
our SWE 2220, use the
Kensington
Security
Slot to
attach
a cable lock (cable lock is
not
included).
2. Line up the
connected
T-Rail
connectors
with
an
appropriately
sized rail and press the unit onto the rail until it snaps into
place.
1. Attach the T-Rail
connectors
to the bottom cover of
the
SWE 2220
using the provided short
screws.
Note: Two sizes of T-Rail
connectors
are included in
the
mounting
hardware
kit:
15/16in
(2.38cm) and 9
/16in
(1.43cm). If extra space
is required to
accommodate
drop
ceiling tiles, use the provided
spacers
and long
screws.
12
Configuring
Your Access
Po
i
n
t
This section will show you how to
configure
the
device
using the
web-based configuration
interface.
Default
Settin
gs
Please
use your
Ethernet
port or
wireless network adapter to
connect
the Access
Po
i
n
t
.
IP
Address 192.168.1.1
Username/Password admin/admin
Web
Configuration
1. Open a web browser
(Internet
Explorer/Firefox/Safari)
and
enter
the IP Address
ht
t
p:
//
192.168.1.1
.
Note: If you have
changed
the
default
LAN
IP Address
of
the Access
Point,
ensure
you
enter
the correct
IP
Address.
2. The
default username
and
password
are: admin.
Once
you have
entered
the correct
username
and
password,
click the Login
button
to open the
web-based
configuration
page.
3. If
successful,
you will be logged in and see
the
SWE 2220 User Menu.
13
The SWE 2220 has the ability to
operate
in various modes. This
chapter describes
the
operating
modes of the SWE
2220.
Access Point
Mode
In Access Point Mode, the SWE 2220
behaves
like a central
connection
for
stations
or clients that
support
IEEE
802.11ac/a/b/
g/n
networks.
The
stations
and clients must be configured to use the same
SSID
(Service Set Identifier) and
security password
to
associate
with the SWE 2220. The
SWE 2220
supports
up to eight (8)
SSIDs
per band (16 total) at the same time for
secure
access.
14
WDS
AP
Mode
The SWE 2220 also
supports
WDS
AP mode. This
operating
mode allows
wireless connections
to the SWE 2220
using
WDS
technology.
In
this mode,
configure
the
MAC
addresses
in both Access Points to
enlarge
the
wireless
area by
enabling
WDS
Link
settings.
WDS
supports
up to
four (4) AP
MAC
addresses.
15
WDS
Bridge
Mode
In
WDS
Bridge Mode, the SWE 2220 can
wirelessly connect different
LANs
by configuring the
MAC
address
and
security
settings
of each SWE
2220 device. Use this mode when two wired
LANs
located
a small
distance
apart want to
communicate
with each other. The best
solution
is to
use the SWE 2220 to
wirelessly
connect two wired
LANs,
as shown in the
following
figure.
WDS
Bridge Mode can
establish
up to four (4)
WDS
links,
creating
a star-like
network.
Note:
WDS
Bridge Mode does not act as an Access Point
because
Access Points linked by
WDS
use the same
frequency
channel. More
Access Points
connected together
may lower
throughput.
This
configuration
can also be
susceptible
to
generate endless network
loops in your network, so it is
recommended
to
enable
the Spanning Tree function
to
prevent
this from
happening.
You can find
information
about the Spanning Tree Function on page
31.
16
Overview
The
Overview
section
contains
the following
options:
• Device
Status
•
Connections
The following
sections describe
these
options:
• The LAN
Information section
under the
Connections
link shows
the Local Area Network
settings
such as
the
LAN
IP Address,
Subnet mask, Gateway, DNS
Address,
DHCP
Client, and STP
status.
status
information
about the current
operating
mode.
•
The Device
Status section
shows
general
system
information such as Device Name,
MAC
address,
Current
Time,
Firmware Version, and
Management
VLAN
ID
Note:
VLAN ID
is only applicable in Access Point or WDS
Device
Status
Clicking the Device
Status
link under the
Overview
menu
shows the
17
• The
Current
2.4 GHz/5 GHz
Wireless Settings
section
under the
Basic link shows wireless
information such
as
Operating
Mode,
Frequency, and Channel. Since
the
SWE 2220
supports
multiple-
SSIDs, information
about
each
SSID
and
security settings
are
displayed.
Note: Profile
Settings
is only applicable in Access
Point
or
WDS
AP
mode.
18
Connections
Click R
efresh
to r
efresh
the
Connections L
ist
The SWE 2220
automatically
logs (records)
events of
possible
interest i
n its
internal m
emory. To view
the
logged i
nformation,
click
the Co
nnections
link
under
the Device S
tatus m
enu. If
there i
s not
enough
internal
memory to log all
events,
older
events are
deleted
from
thelog. When
powered d
own or r
ebooted,
the log will
be
cleared.
19
Operation Modes
The SWE 2220
supports
three
operating
modes:
Access
Point,
WDS AP,
and
WDS
Bridge.
Device
Settings
To access
operation
mode, click the
Wireless
section
under
Network
Device Name: Enter a name for the device. The name
you
type
appears
in
SNMP
management.
This name is not
the
SSID
and is not
broadcast
to
other
devices.
Band
Steering:
Enable Band
Steering
to
sends 802.11n
clients
to the 5 GHz band,
where 802.11b/g clients cannot
go, and
leaves
the
802.11b/g
clients in 2.4
GHz
to
operate
at their slower
rates.
Band
Steering
works
within
the Access Point by directing 5
GHz-capable clients
to
that
band.
*Note: In order for the Band Steering function to
work
properly,
both the 2.4 Ghz and the 5
GHz SSID
and
security
settings
must be
under the same
selection
settings.
Basic
This page allows you to modify the device’s IP
settings.
Operation M
ode: Use the radio
button t
o select
an operating mode.
in the sidebar. You will see
wireless
settings
customizable
options for both the 2.4 GHz and 5 GHz modes. Under Wireless
settings, you
will s
ee:
20
IP
Network
Settings
Select
whether
the device IP
address
will use the
static
IP
address specified
in the IP Address field or be
obtained
automatically
when the device
connects
to a
DHCP
server.
IP
Address:
The IP Address of this
device.
IP
Subnet
Mask: The IP Subnet mask of this
device.
Gateway:
The Default Gateway of this device. Leave
it
blank if you are
unsure
of this
setting.
Primary/Secondary
DNS: The
primary/secondary
DNS
address
for this
device.
Click
Saveto
confirm the
changes.
Spanning
Tree
Settings
This page allows you to modify the Spanning Tree
settings.
Enabling
Spanning Tree protocol
will
prevent network
loops
in your
LAN
network.
Spanning
Tree
S
t
atus
:
Enables or disables the
Spanning
Max Age: Specify Bridge Max Age, in seconds. If
another
bridge in
the s
panning
tree does not send a hello packet
for
a long period of time,
it is
assumed
to be
inactive.
Tree
function.
Hello
Time
: S
pecify Bridge Hello Time, in seconds. T
h
i
s
value determines how
o
ften
thedevice
sends h
andshake
packets t
o c
ommunicate information
a
bout the
topology
throughout t
he e
ntire
Bridged Local Area
Network.
21
Forward
Delay: Specifes Bridge Forward Delay, in
seconds.
Forwarding
Delay Time is the time
spent
in each of
the
Listening and
Learning
states before
the Forwarding
state
is
entered.
This delay is
provided so
that
when a new
bridge
comes onto a busy network, it
analyzes
data traffic
before
participating.
Priority:
Specify the Priority Number.
A
smaller number
has greater
priority.
Save:
Click
Save to confirm the
changes.
22
Access Point/WDS AP
mode:
Wireless
Mode: Supports
802.11b/g/n
mixed mode
in
2.4GHz and
802.11ac/a/n
mixed mode in 5GHz.
Extension Channel:
Select Upper or Lower channel. Your
selection
may
affect
the Auto Channel
function.
Channel/Frequency:
Select the channel and
frequency appropriate
for your country’s
regulation.
Note:
Operations
in the 5.15GHz-5.35GHz band are
restricted
to
i
ndoor
Auto: Check this option to the
enable
the
Auto-Channel
feature.
RTS/CTS
Threshold:
Specifies the
threshold package size
for
RTC/CTS.
A
small number
causes
RTS/CTS
packets
to
be
sent
more
often
and
consumes
more
bandwidth.
Client Limits: Limits the total number of
clients.
Aggregation:
Merges data
packets
into one packet.
This
option
reduces
the number of
packets,
but also
increases
packet
sizes.
AP
Detection:
AP
Detection
can
select
the best
channel
to
use by
scanning nearby
areas
for Access
Points.
Current Profile:
You can
configure
up to eight
different
SSIDs
(4 in
WDS
AP mode). If multiple client devices will
be
accessing
the
network, you can
arrange
the devices
into
SSID groups.
Click
Edit to
configure
the profile and
check
whether
you wish to
enable
extra
SSIDs.
usage
only in Hong Kong
Save:
Click S
ave to confirm the
changes.
This page displays the current
status
of the Wireles
s
settings
of the SWE
2220.
Wireless
Network
Channel
HT Mode: The default
channel bandwidth
is
20/40/80MHz.
The larger the channel, the
betterthe
transmission
quality and
speed.
23
2.4GHz/5
GHz SSID
Profile
Under
Wireless
Settings
,
you can edit the
SSID
profile
to
fit your
needs.
Click
Edit under the
SSID
you would like
to
make
changes
to.
SSID:
Specifies the
SSID
for the current
profile.
Suppressed
SSID: Check this option to hide the
SSID
from
clients. If
checked, the
SSID will
not appear in the site
survey.
Wireless Security:
See the Wireless Security section
on
page
36.
Isolation
:
Check the box to
Enable
or
Disable
the
Isolation
feature.
Save:
Click
Save to
accept
the
changes.
Station Separation:
Click t
he
appropriate button t
o a
llow
or
prevent
communication
between
client
devices.
24
The Wireless Security section lets you
configure
the
SWE 2220’s
security
modes:
WEP
WPA-PSK
WPA2-PSK
WPA-PSK
Mixed
WPA-Enterprise
WPA2-Enterprise
WPA
Mixed
Enterprise.
It is
strongly recommended
that you use
WPA2-PSK.
Click on the Edit
button
under Wireless
Settings
next to the SSID to change the
security
settings.
WEP
Encryption:
Auth Type: Select Open
System
or
Shared
Key
.
Input
Type
:
ASCII:
Regular Text
(Recommended)
HEX:
Hexadecimal
Numbers (For
advanced users)
Key
Length
:
Select the desired option and
ensure
the
wireless
clients use the same
setting.
Your choices are:
64,
128, and
152-bit password
lengths.
Default
Key: Select the key you wish to be
default. Transmitted
Wireless
Security
data is
ALWAYS
encrypted
using the
Default
Key; the
other
Keys are
for
decryption
only. You must
enter
a Key Value for the Default Key.
25
Encryption
Key: Enter the Key Value or values you wish
to
use. The
default
is
none.
WPA-PSK (WPA
Pre-Shared
Key)
Encryption:
Encryption
:
Select the
WPA
encryption
type you would like to use.
Please ensure
that your
wireless
clients use
the
same
settings.
Passphrase:
Wireless clients must use the same Key
to
associate
the device. If using
ASCII
format, the Key
must
be from 8 to 63
characters
in length. If using HEXformat, the Key must be 64
HEX
characters
in
length.
Group Key
Update Interval:
Specify how often, in
seconds,
the Group
Key
changes.
WPA2-PSK
Encryption:
Encryption
:
Select the
WPA
encryption
type you
would
like to use.
Please ensure
that your
wireless
clients
use
the same
settings.
Passphrase:
Wireless clients must use the same Key
to
associate
the device. If using
ASCII
format, the Key
must
be from 8
to 63
characters
in length. If using HEXformat, the Key must be 64
HEX
characters
in
length.
Group Key
Update Interval:
Specify how often,
in
seconds,
the Group Key
changes.
26
WPA-PSK
Mixed
Encryption:
Encryption
:
Select the
WPA
encryption
type you would like to use.
Please ensure
that your
wireless
clients use
the
same
settings.
Passphrase:
Wireless clients must use the same Key
to
associate
the device. If using
ASCII
format, the Key
must
be from 8 to 63
characters
in length. If using HEXformat, the Key must be 64
HEX
characters
in
length.
Group Key
Update Interval:
Specify how often, in
seconds,
the group
key
changes.
WPA-Enterprise
Encryption:
Encryption:
Select the
WPA
encryption
type you would like.
Please
ensure
t
ha
t
your
wireless
clients use the same
settings.
Group Key
Update Interval:
Specify how often, in
seconds,
the group
key
changes.
Radius Server: Enter the IP
address
of the Radius
server.
Radius Port: Enter the port number used for
connections
to the
Radius
server.
Radius Secret:
Enter the
secret
required to
connect
to
the
Radius
server.
Radius
Accounting:
Enables or disables the
accounting
feature.
27
Radius
Accounting
Server
:
Enter the IP
address
of
the
Radius
accounting server.
Radius
Accounting
Port: Enter the port number used
for
connections
to the Radius
accounting server.
Radius Accounting Secret:
Enter the
secret
required
to
connect
to the Radius
accounting server.
Interim Accounting Interval:
Specify how often,
in
seconds,
the
accounting
data
sends.
Note:
802.11n
does not allow WEP/WPA-PSK TKIP/
WPA2-PSK
TKIP
security
mode. The
connection
mode will
automatically
change from
802.11n
to
802.11g.
WPA2Enterprise Encryption:
Encryption:
Select the
WPA
encryption
type you would like.
Please
ensure
t
ha
t
your
wireless
clients use the same
settings.
Group Key
Update Interval:
Specify how often, in
seconds,
the group
key
changes.
Radius Server: Enter the IP
address
of the Radius
server.
Radius Port: Enter the port number used for
connections
to the
Radius
server.
Radius Secret:
Enter the
secret
required to
connect
to
the
Radius
server.
Radius
Accounting:
Enables or disables the
Radius
accounting
feature.
28
Radius
Accounting
Server
:
Enter the IP
address
of
the
Radius
accounting server.
Radius
Accounting
Port: Enter the port number
used
for
connections
to the Radius
accounting server.
Radius Accounting Secret:
Enter the
secret
required
to
connect
to the Radius
accounting server.
Interim Accounting Interval:
Specify how often,
in
seconds,
the
accounting
data
sends.
Note:
802.11n
does not allow
WEP/WPA-PSK
TKIP/
WPA2-PSK
TKIP
security
mode. The
connection mode
will
automatically
change from
802.11n
to
802.11g.
WPA Mixed
Enterprise Encryption:
Encryption:
Select the
WPA
encryption
type you
would
like.
Please
ensure
tha your
wireless
clients use
the
same
settings.
Group Key
Update Interval:
Specify how often,
in
seconds, the group key
changes.
Radius Server: Enter the IP
address
of the
Radius
server.
Radius Port: Enter the
port number
used
for
connections
to the Radius
server.
Radius Secret:
Enter the
secret
required to
connect
to the
Radius
server.
Radius
Accounting:
Enables or disables the
Radius
accounting
feature.
29
Radius
Accounting
Port: Enter the port number
used
for
Interim Accounting Interval:
Specify how often,
in
seconds,
the
accounting
data
sends.
Note:
802.11n
does not allow
WEP/WPA-PSK
TKIP/ WPA2-PSK
TKIP
security
mode. The
connection
mode will
automatically
change from
802.11n
to
802.11g.
Guest Network
S
etti
ngs
Adding a
guest network
to allow visitors to use
the
internet
without
giving out your office or
company
wireless security.
You can add a guest
network
to
each
wireless network
in the
2.4GHz
frequencies
and 5GHz
frequencies.
SSID:
Specified the
SSID
for the current
profile.
Hidden
SSID: Check this option to hide SSID
from
clients, If
checked, this
SSID
will not appear in the AP
detect.
Client
Isolation:
Click the
appropriate
radio
button
to allow
or
prevent communication between
client devices.
IP
address:
The IP Address of this
device.
Subnet
Mask:
The IP Subnet mask of this
device.
Starting
IP
Address:
The first IP Address in the
range
of the
addresses
by the
DHCP
server.
Radius
Accounting
Server
:
Enter the IP
address
of
the Radius
accounting server.
connect
to the Radius
accounting server.
connections
to the Radius
accounting server.
Radius Accounting Secret:
Enter the
secret
required to
Ending IP
Address:
The last IP Address in the range
of addresses
assigned
by the DHCP
server.
30
Fast
Handover
Enable the Fast
Handover feature
by
ensuring
t
ha
t
each
client is
served
by at least one Access Point
at
any time.
Access Points
continuously
monitor
the
connectivity
quality of
any client in their range
and efficiently
share this information
with
other
Access
Points in the vincinity of
that
client to
coordinate
which of them should
serve
the client
best.
Fast
Ro
a
m
i
ng
Enable the function to
serve
mobile client
devices
that
roam from
access
point to
access
point.
Some
applications
roam on client devices require fast
re-
association
when
they roam to a
different access
point.
Please
enter the
settings
of the SSID and
initialize
the
Security mode to WPA-Mixed, WPA2
enterprise,
WPA2-PSK,
WPA-Mixed
Enterprise
as well as to set
the
RADIUS
server
firstly.
User can
enable
Fast
Roaming.
Please
also set the same
encryption
under the
same
SSID
on
other
access
point and
enable
Fast
Roaming.
When the
configuration
is
activated
on
different access
point, the
mobile client devices can run
the
voice service and require
seamless
roaming to
prevent
delay in
conversation
from
access p
oint to
access
point.
RSSI
:
Enter the
RSSI
(Received Signal
Strength
Index)
in order to
determine t
he
handover procedure
which t
he current w
ireless
link will
terminate.
RSSI is
an
indication of the power level being
received by t
he
antenna.Therefore, t
he higher the RSSI number,
the
stronger
the
signal.
31
Wireless
MAC
Filtering
Wireless
MAC
Filtering is used to allow or deny
network
access
to
wireless
clients
(computers,
tablet PCs, NAS,
smartphones,
etc.)
according to their
MAC
addresses.
You can manually add a
MAC
address
to restrict
permission
to
access
SWE 2220. The
default
setting
is:
Disable Wireless
MAC
Filter
.
Note:
Only
applicable in Access Point and
WDS AP
mode.
ACL (Access Control List) Mode:
Determines
whether
network
access is
granted
or denied to clients
whose
MAC
addresses appear
in the
MAC
address
table on this
page.
Choices given are: Disabled,
Deny
MAC
in the list, or Allow
MAC
in the
list.
MAC
Address:
Enter the
MAC
address
of the
wireless
client.
Add:
Click
Add to add the
MAC
address
to the
MAC
Address
table.
Delete: Deletes
the
selected
entries.
Save:
Click
Save to apply the
changes.
32
Wireless Advanced
2.4 GHz/5 GHz
Wireless Advanced Transmit
Power: Set the power
output
of the
wireless
signal.
RTS/CTS
Threshold:
Specify the
threshold package size
for
RTC/CTS.
A smaller number
causes
RTS/CTS
packets
to
be
sent
more
often
and in turn
consumes
more
bandwidth.
Distance:
Specify the
distance between
Access Points
and
clients.
Longer
distances
may drop
high-speed
connections.
Aggregation:
Merges data
packets
into one packet.
This
option
reduces
the number of
packets,
but
increases
packet
sizes.
Data
Rate:
Select a data rate from the drop-down list.
The
data rate
affects throughput o
f data in the SWE
2220.
The lower the data rate, the
lower the
throughput,
though
transmission distance
will be lowered as
w
ell.
Thispage allows you to
configure
wireless a
dvanced
settings. I
t is
recommended
thatthe
default settings are
used
unless
the user
has
experience
with more
advanced
networking
features.
Save:
Click
Save to confirm the
changes.
33
WPS
(Wi-Fi
Protected
S
et
up)
The
Wi-Fi
Protected
Setup
(WPS)
feature
complies with
the
Wi-Fi
Alliance WPS
standard
and makes it
easier
to quickly add client
devices to an
established, security-enabled
Wi-Fi
network.
WPS
reduces
the user
steps
required to
configure
a
network
and
supports
two
methods
that are familiar to
most
consumers
to
configure
a
network
and
enable
security.
Note: Only applicable in Access Point and WDS AP
mode.
WPS
(Wi-Fi
Protected Setup)
WPS: Select to
Enable
or
Disable
the
WPS
feature.
WPS
Current Status:
Shows
whether
the WPS function
is
Configured
or
Unconfigured.
When it is configured,
the
WPS
has
been used to
authorize
a
connection between
the
device and
wireless
clients.
Self Pin Code: The
PIN
code of this
device.
SSID: The SSID (wireless network name) used
when
connecting
using WPS.
Authentication
Mode: Shows the
encryption method
used
by the
WPS
process.
Passphrase
Key: This is the
passphrase
key
t
ha
t
is
randomly
generated
during the
WPS
process. It is required if
wireless
clients
that
do not
support
WPS
attempt
to
connect
to
the
wireless
network.
WPS via Push
Button:
Click this
button
to initialize
the
WPS
feature
using the
Push Button
method.
WPS via PIN: Enter the PIN code of the
wireless
device
and click
this
button
to initialize
WPS
feature
using the PIN
method.
Save
:
C
lick
Save to confirm the
changes.
34
Using WDS (Wireless Distribution System) will
allow
a network
administrator
or installer to
connect
to
Access Points
wirelessly. Doing so will
extend
the
wired
infrastructure
to
locations
where cabling is not possible
or
inefficient
to
implement.
Note: Compatibility
between different
brands
and
models
of Access Points is not
guaranteed.
It
is
recommended
that the
WDS
network
be
created
using
the same models for maximum
compatibility.
Also Note:
All
Access Points in the
WDS
network
must
use the
same Channel and Security
settings.
To
create
a
WDS
network,
please enter the
MAC
addresses
of the
Access Points
that
you want included in the WDS. There can be a
maximum of four Access
Points.
Note:
Only
applicable in
WDS AP
and
WDS
Bridge
modes.
2.4 GHz/5 GHz
WDS
Link
Settings
Security:
Select None or
AES
from the drop-down
list.
AES
Passphrase:
Enter the Key Values you wish to
use.
Other
AP(s) must use the same key to
establish
WDS
link.
MAC
Address:
Enter the Access Point’s
MAC
address
to
which you
want to
extend
the
wireless area.
Mode
:
Select
Disable
or
Enable
from the drop-down
list.
Save:
Click
Save to confirm the
change.
WDS
Link
S
etti
ngs
35
Administration
Username:
admin
Password:
admin
Account
Setting
New
Name
:
Enter a new
username
for logging in to
the
New Name
entry
box.
Old
Password:
Enter the old
password
for logging in to
the
Old
Password
entry
box.
New
Password:
Enter the new
password
for logging in
to
the New
Password
entry
box.
Confirm
Password: Re-enter
the new
password
in
the
Confirm
Password
entry box for
confirmation.
Apply:
Click
Apply to save the
changes.
Note
:
it is highly
reccomended that
you change
you
password
to
something
more unique for
greater
security.
This page allows you to change theSWE 2220
username
and p
assword.
By
default,
the
username
is a
dmin
and
the
password
is admin. The
password c
an contain from 0 to
12
alphanumeric characters
and is
case sensitive
.
36
Management
VLAN
Settings
To
configure
VLAN
tags, you must first Isolate and
enter
a
VID
before
enabling
VLAN
under
Management
VLAN
ID.
Note: Only applicable in Access Point and
WDS AP
mode.
Profile Isolation
:
Restrict clients from
communicating
with
different
VIDs by checking the Isolation box for the SSID you wish to
select
under the Wireless
Settings
funtion.
VLAN ID (VID):
Specifies the
VLAN
tag for each
profile.
Management
select no
VLAN
tag.
Save:
Click
Note:
Save to confirm.
VLAN
ID: If your
network
includes VLANs, you can specify
a
VLAN
ID for
packets
pass
through
the
Access Point with
a tag.
Otherwise,
This page allows you to assign a
VLAN
tag to the
packets.
A
VLAN
is a
group of
computers
on a
network
whose
software
has been
configured so
that
they
behave
as if they were
on
a
separate
Local
Area Network
(LAN).
Computers on VLAN do not have to be physically
located
next to one
another
on the LAN.
1. If you
reconfigure
the
Management VL
AN ID,
you
may
lose your
c
onnection to
the SWE 2220. Verify that
the
DHCP se
rver supports
the reconfi
gured
VLAN ID,
then
reconnect
to the SWE 2220 using
the new IP a
ddress.
37
Wireless
Traffic
Shaping
Enable
Traffic
Shaping
:
select
this option from the
drop-
down box
to
enable
Wireless Traffic
Shaping.
Download
Limit: Specifies the
wireless transmission
speed
used for
downloading.
Upload Limit: Specifies the
wireless transmission
speed
used for
uploading.
Save:
Click
Save to confirm the
changes.
Traffic Shaping
regulates
the flow of
packets
leaving
an interface to
deliver improved Quality of Service. To edi
t
Wireless Traffic Shaping, click
Edit for the
SSID you w
ould
like to con
figure
under Wireless Se
ttings.
38
SNMP
Settings
S
t
a
t
us
:
Enables or Disables the
SNMP
feature.
Contact:
Specifies the
contact details
of the
device.
Location:
Specifies the location of the
device.
Port
:
Displays the port
number.
Community
Name (Read Only): Specifies the
password
for the
SNMP
community for read only
access.
Community
Name
(Read/Write):
Specifies the
password
for the
SNMP
community with
read/write
access.
Trap
Destination Address:
Specifies the port and IP
address
of the
computer
that will
receive
the
SNMP
traps.
Trap
Destination Community
Name: Specifies
the
password
for the
SNMP
trap
community.
SNMPv3
Status:
Enables or Disables the SNMPv3
feature.
User Name: Specifies the
username
for the SNMPv3.
feature
Auth
Protocol
:
Select the
Authentication
Protocol
type:
MDS
or
SHA.
Auth
Key:
Specify
the
Authentication
Key
for
authentication.
This page allows you to assign the Contact Details,
Location,
Community Name, and Trap
Settings fo
r Simple Networ
k
Management
Protocol (SNMP). This is a networkin
g
management protocol
used to
monitor
network
attached
devices. SNMP allows messages (called
protocol data units) t
o
be
sent to vari
ous parts of the network. Upon
receiving
these
messages,
SNMP compa
tible devices (called
agents)
returns
the data
stored in
their
Management Informa
tion Bases. To
configure SNMP Se
ttings, c
lick under the
Advanced ta
b
on
the side bar
under Management.
39
Priv
Protocol:
Select the Privacy Protocol type: DES. Priv Key:
Specifies the privacy key for
privacy.
Engine
ID:
Specifies the
Engine
ID
for SNMPv3.
Save:
Click
Save to apply the
changes.
40
Backup
/
Res
t
or
e
Factory
Settings
Backup Settings:
To
restore settings
that have
been
previously backed up, click Export, select the file,
and
click
Restore
.
Restore
New
Setting
:
Choose the file you wish
restore
for
settings
and click
Import
.
Reset
to
Default:
Click
the
Reset button
to
restore
the
SWE 2220 to its factory default
settings.
User
Settings
Back Up
Setting
as
Default:
Click
Backup to backup
the
user
settings
you would like to use as the
default
settings.
Restore
to User
Default:
Click
Restore
to
restore
user
settings
to the factory
standard
settings.
This page allows you to save the current
device
configurations.
When you save the c
onfigurations, you can also reload the saved
configurations
into
the
device
through
the
Restore
Saved
Settings f
rom a f
ile
folder.
If e
xtreme
problems occur, or if you have set
the
SWE 2220
incorrectly, you can use the Factory
Default
button
in the Revert
to Factory Default S
ettings section
to r
estore
all the
configurations
o
f the SWE 2220
to
the original
default settings.
To Configurethe
Backup/
Restore Settings, c
lick
Firmware
under
the
Systems
Manager
tab.
41
Auto
Reboot
Settings
You can specify how
often
you would like to
reboot
the SWE
2220. To configure the Auto Reboot
settings,
click the Wi-Fi
Scheduler tab on the side bar
under
Management.
Auto
Reboot
Setting
:
Enables or disables the
Auto
Reboot
function.
Frequency
of Auto
Reboot
:
Specifies the time
and
frequency
in
rebooting
the SWE 2220 by Min, Hour,
Day and/or Week.
Click
Save to apply the
changes.
42
Firmware
Upg
rade
This page allows you to upgrade the Firmware of
the
SWE
2220.
To
Perform
the
Firmware
Upgrade:
1.
Click
the
Choose
File
button
and
navigate
the OS File
System
to the location of the Firmware
upgrade
file.
2. Select the
upgrade
file. The name of the file will
appear
in the
Upgrade File
field.
3. Click the Upload
button
to commence the
Firmware
upgrade.
Note: The device is
unavailable
during the
upgrade process
and must
restart
when the
upgrade
is
completed.
Any
connections
to or
through
the device will be
lost.
Date and Time
Settings
This page allows you to set the internal clock of
the
SWE
2220. To access the Date and Time
settings,
click Time Zone
under the
Management
tab on the side
bar.
Manually Set Date and Time: Manually specify
the
date and
time.
Synchronize
with PC: Click to Synchronize
the
SWE 2220 with the
computer’s internal clock.
Automatically
Get Date and Time: Enter the IP
address
of an
NTP server or use the
default
NTP server to
have
the internal
clock set
automatically.
Time Zone: Choose the time zone you would like to
use
from the
drop-down
list.
Enable Daylight
Savings
:
Check the box to
enable
or
43
disable daylight savings time for ther SWE 2220.
Next,
enter the
dates that
correspond
to the
present
year’s
daylight savings
time.
Click
Apply to save the
changes.
would like to remote
to.
Log
Server
IP
Address:
Enter the IP
address
of the
log
server.
Apply:
Click
Apply to save the
changes.
44
System
Log
This page allows you to
setup
the System Log and
local
log
Tools
This page allows you to analyze the
connection quality
of the
Status:
Enables or disables the System Log
function.
Log Type: Select the Log Type mode you would like
to
use.
Remote
Log: Enables or disables the Remote Log
feature.
If
enabled,
enter the IP
address
of the Log
you
functions
of the SWE 2220. Click Log under
the
Systems
Manager tab to open up the System Log
page.
SWE 2220 and trace the routing table to a
target
in the n
etwork.
45
Ping
Test Parameters
Target
IP/Domain
Name: Enter the IP
address
you
would
like to
search.
Ping
Packet
Size: Enter the packet size of each
ping.
Number
of Pings: Enter the number of times you
wish
to
ping.
Start
Ping: Click
Start
Ping to begin pinging
target
device
(via IP).
Traceroute
Parameters
Target
IP/Domain
Name: Enter an IP
address
or
domain
name
you wish to
trace.
Start:
Click
Start
to begin the trace route
operation.
Stop:
Halts the
traceroute
test.
46
Speed
Test
Parameters
Target
IP/Domain
Name: Enter an IP
address
or
domain
name you wish to run a Speed Test
for.
S
t
ar
t
:
Starts
the Speed
Test.
LED
Control
This page allows you to control the
LED
control
functions:
Power
status,
LAN
interface,
2.4G/5G
WLAN
interface
and WPS.
Click Apply to save the
settings
after
selecting
your
choices
from the drop-down
boxes.
Time P
eriod/Check I
nterval
:
Enter the time i
n
seconds t
hat you
would like the
test
to run for and i
n
how many i
ntervals.
47
Device
Discovery
Under Device Discovery, you can choose for the SWE
2220
to
Automatically scan for local devices to
connect
to. Click Scan to
begin the
process.
Reset
In some
circumstances,
you may be required to force
the
device to
reboot. Click on
Reboot
the Device to
reboot
the SWE
2220.
48
FCC Interference Statement
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause
harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates,
uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does
cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is
encouraged to try to correct the interference by one of the following measures:
-Reorient or relocate the receiving antenna.
-Increase the separation between the equipment and receiver.
-Connect the equipment into an outlet on a circuit different from thatto
which the receiver is connected.
-Consult the dealer or an experienced radio/TV technician for help.
FCC Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void the user's
authority to operate this equipment.
Radiation Exposure Statement:
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be
installed and operated with minimum distance 25cm between the radiator & your body.
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.
For operation within 5.15 ~ 5.25GHz frequency range, it is restricted to indoor environment.
This device meets all the other requirements specified in Part 15E, Section 15.407 of the FCC Rules.
49
50
Hereby, Siselectron Technology Ltd. declarates that the SWE 2220 is in compliance with the essential requirements
and other relevants provisions of Directive 1999/5/EC.
Por medio de la presente, Siselectron Technology Ltd. declara que el SWE 2220 cumple con los requisitos esenciales
y cuales quiera otras disposiciones aplicables o exigibles de la directiva 1999/5/CE.

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