Allnet ALL0358N Owner Manual

A
ALL0
0358N
N
Wire
eless 11N A
Access
s Poin
nt & Cllient Bridge
Use
er´s Manua
M
al
Table of Contents
1 PRODUCT OVERVIEW ...................................................................................................................................................... 6
1.1 FEATURES ...................................................................................................................................................................... 6
1.2 BENEFITS ...................................................................................................................................................................... 7
1.3 PACKAGE CONTENTS...................................................................................................................................................... 9
1.4 SYSTEM REQUIREMENT .................................................................................................................................................. 9
1.5 HARDWARE OVERVIEW .................................................................................................................................................. 9
1.6 UNDERSTANDING THE ALL0358N LEDS ...................................................................................................................... 10
2 INSTALLATION ................................................................................................................................................................ 11
THIS CHAPTER DESCRIBES HOW TO INSTALL THE ALL0358N. .............................................................................. 11
2.1 PRE-INSTALLATION GUIDELINES .................................................................................................................................... 11
SELECT THE OPTIMAL LOCATIONS FOR THE EQUIPMENT USING THE FOLLOWING GUIDELINES: ............... 11
2.2 INSTALLING THE ALL0358N ........................................................................................................................................ 11
3 WIRELESS NETWORK MODES ..................................................................................................................................... 13
3.1 ACCESS POINT MODE .................................................................................................................................................. 13
3.2 ACCESS POINT WITH WDS FUNCTION MODE ............................................................................................................... 14
3.3 CLIENT BRIDGE MODE ................................................................................................................................................. 15
3.4 WDS BRIDGE MODE ................................................................................................................................................... 16
3.5 CLIENT ROUTER MODE ................................................................................................................................................ 17
4 CONFIGURING YOUR COMPUTER FOR TCP/IP........................................................................................................ 18
4.1 CONFIGURING MICROSOFT WINDOWS 7 ...................................................................................................................... 18
4.2 CONFIGURING MICROSOFT WINDOWS VISTA ................................................................................................................ 20
4.3 CONFIGURING MICROSOFT WINDOWS XP.................................................................................................................... 22
4.4 CONFIGURING APPLE MAC OS X ................................................................................................................................. 23
4.5 LOGGING INTO THE ALL0358N ................................................................................................................................... 24
5 STATUS .............................................................................................................................................................................. 25
5.1 SAVE / LOAD ............................................................................................................................................................... 25
5.2 MAIN ......................................................................................................................................................................... 26
5.3 WIRELESS CLIENT LIST ................................................................................................................................................. 27
5.4 SYSTEM LOG ............................................................................................................................................................... 27
5.5 CONNECTION STATUS .................................................................................................................................................. 28
5.6 DHCP CLIENT TABLE ................................................................................................................................................... 28
6 SYSTEM ............................................................................................................................................................................. 29
6.1 SWITCHING THE OPERATION MODE .............................................................................................................................. 29
7 WIRELESS CONFIGURATION ........................................................................................................................................ 30
7.1 WIRELESS SETTINGS..................................................................................................................................................... 30
7.1.1 Access Point Mode ........................................................................................................................................ 30
7.1.2 Client Bridge Mode ....................................................................................................................................... 33
7.1.3 WDS Bridge Mode ......................................................................................................................................... 35
7.1.4 Client Router Mode ....................................................................................................................................... 37
7.2 WIRELESS SECURITY SETTINGS...................................................................................................................................... 39
7.2.1 WEP ................................................................................................................................................................ 39
7.2.2 WPA-PSK ....................................................................................................................................................... 40
7.2.3 WPA2-PSK ..................................................................................................................................................... 41
7.2.4 WPA-PSK Mixed ............................................................................................................................................ 42
7.2.5 WPA ............................................................................................................................................................... 43
7.2.6 WPA2 ............................................................................................................................................................. 44
7.2.7 WPA Mixed .................................................................................................................................................... 45
7.3 WIRELESS ADVANCED SETTINGS ................................................................................................................................... 46
7.4 WIRELESS MAC FILTER ................................................................................................................................................ 48
7.5 WDS LINK SETTINGS ................................................................................................................................................... 49
8 LAN SETUP ....................................................................................................................................................................... 50
8.1 IP SETTINGS ................................................................................................................................................................ 50
8.2 SPANNING TREE SETTINGS ........................................................................................................................................... 51
9 ROUTER SETTINGS ......................................................................................................................................................... 52
9.1 WAN SETTINGS .......................................................................................................................................................... 52
9.1.1 Static IP .......................................................................................................................................................... 52
9.1.2 DHCP (Dynamic IP) ...................................................................................................................................... 54
9.1.3 PPPoE (Point-to-Point Protocol over Ethernet) .......................................................................................... 56
9.1.4 PPTP (Point-to-Point Tunneling Protocol) .................................................................................................. 58
9.2 LAN SETTINGS (ROUTER MODE).................................................................................................................................. 60
9.3 VPN PASS THROUGH .................................................................................................................................................. 61
9.4 PORT FORWARDING .................................................................................................................................................... 62
9.5 DMZ ......................................................................................................................................................................... 63
10 MANAGEMENT SETTINGS ......................................................................................................................................... 64
10.1 ADMINISTRATION ...................................................................................................................................................... 64
10.2 MANAGEMENT VLAN ............................................................................................................................................... 65
10.3 SNMP SETTINGS ...................................................................................................................................................... 66
10.4 BACKUP/RESTORE SETTINGS ...................................................................................................................................... 67
10.5 FIRMWARE UPGRADE ................................................................................................................................................. 67
10.6 TIME SETTINGS.......................................................................................................................................................... 68
10.7 LOG .......................................................................................................................................................................... 69
10.8 DIAGNOSTICS............................................................................................................................................................ 70
11 NETWORK CONFIGURATION EXAMPLES ............................................................................................................... 71
11.1 ACCESS POINT .......................................................................................................................................................... 71
11.2 CLIENT BRIDGE MODE ............................................................................................................................................... 72
11.3 WDS BRIDGE MODE ................................................................................................................................................. 73
11.4 CLIENT ROUTER MODE .............................................................................................................................................. 74
APPENDIX A – TROUBLESHOOTING ............................................................................................................................. 75
PROBLEM SOLVING ............................................................................................................................................................ 75
APPENDIX B – SPECIFICATIONS ..................................................................................................................................... 76
APPENDIX C – GLOSSARY ................................................................................................................................................ 77
APPENDIX D – STATEMENTS OF CONFORMITY ......................................................................................................... 82
D.1 – FEDERAL COMMUNICATION COMMISSION INTERFERENCE STATEMENT ......................................................................... 82
D.2 – INDUSTRY CANADA STATEMENT ................................................................................................................................ 83
D.3 – EUROPE DECLARATION OF CONFORMITY ................................................................................................................... 84
About
A
This Docume
ent
This document is written
w
by ALLNET
A
Gm
mbH. ALLNET GmbH. the reservees the righ
ht to change
this
t docum
ment withou
ut notice and all righ ts are rese
erved. This documentt can only be
b used for
the
t configu
uration of ALLNET
A
pro
oducts.
This document is to
o characterize the ALLLNET ALL0
0358N Wireless Acceess Point & Client
Bridge.
B
Please read th
he docume
ent carefullly before setting up the
t ALL03558N. Any damage
d
which
w
is caused by in
nappropriatte use will not be covvered unde
er the warrranty.
Formats
F
s
This
T docum
ment uses following
f
symbols
s
to indicate and
a highlight special messages.
Cautio
on: This sym
mbol repreesents a vittal message and it is critical forr the devicce
or setttings.
Note: This
T
symbo
ol represen
nts an impo
ortant messsage for th
he settingss.
Tip: This symbo
ol represe nts an altternative choice
c
thaat can savve time or
o
resourrces.
Before
B
you sta
art______________________________________________________
The
T followiing equipm
ment is required to seetup the ALLL0358N:
1.
1 (1) Com
mputer/Nottebook and
d Internet access.
2.
2 (2) Ethe
ernet cable
es.
3.
3 (1) ALLN
NET ALL0358N.
quipment liisted above is only fo
or configurration of th
he ALL0358
8N, you willl
The eq
need
n
addittional equip
pment to connect
c
to the Intern
net and con
nfiguration
n will depen
nd on yourr
current
c
nettwork infrastructure. Please refeer to Chaptter 2 for more inform
mation.
1 Producct Overview
Thank
T
you for using the
t ALL035
58N. It is a powerful and
a enhanced busineess-class product with
4 multi-fun
nctions: Acccess Point, Client Brid
dge, WDS, and Clientt Router.
ALLNET’
A
ALLL0358N uses the latest wirelesss standard
d, 802.11n, which allo
ows for fastter wirelesss
throughpu
t
t. The ALL0
0358N affo
ords a greaat advantag
ge to minim
mize the tim
me and co
ost which iss
required
r
to
o expand yo
our networrk. It operaates at 2.4G
GHz and is also backw
wards compatible with
802.11b/g
8
networking equipme
ent.
The
T ALL035
58N is easyy to install almost anyywhere witth included
d proprietaary Power over
o
Ethernet
E
ad
dapter for quick insta
allation. I n addition, the ALL03
358N can m
manage po
ower level
control,
c
and it feature
es narrow bandwidth
b
h selection, traffic sha
aping and rreal-time RSSI
R
indication. The ALL03
358N fully supports w
wireless encryption in
ncluding W
Wi-Fi Proteccted Accesss
(WPA-PSK/
(
/WPA2-PSK
K), (64/128/152)-bit W
WEP Encryp
ption, and IEEE 802.11x with RAD
DIUS.
Additionall
A
ly, the ALL0
0358N is an ideal cho
oice to pairr with the ALL0358N
A
in an Acce
ess Point –
Client
C
Bridg
ge or WDS
S Bridge – WDS
W Bridg
ge topologyy.
The AL
LL0358N utilizes
u
ap
proprietarry PoE ada
apter. On
nly use the
e supplied
PoE
P adapter. Dama
age may occur
o
if an
nother PoE
E adapter is
i used.
1.1
1 Featu
ures
The
T followiing list desscribes the design and
d scope of the ALL0358N madee possible through
t
the
power
p
and flexibility of wirelesss LANs:
a) Diffficult-to-w
wire enviro
onments
T
There are many
m
situa
ations wheere wires ca
annot be laid easily. For example, historiic
aand older buildings as
a well as open area
as and crosss-street arrchitecture
es make the
installation
n of LANs either
e
impo
ossible or very
v
expensive.
b) Tem
mporary workgroupss
C
Consider situations
s
in parks, a thletic are
enas, exhibition centeers, disaste
er-recoveryy,
ttemporary offices an
nd constru
uction site
es where one
o
wants a temporary WLAN
N
e
established
d and remo
oved at a fu
uture date. The ALL
L0358N is eeasy to pla
ace into and
rremove fro
om producttion.
c) The ability to
o access rea
al-time in formation
n
D
Doctors an
nd nurses, point-of-ssale emplo
oyees, and warehousse workers can accesss
rreal-time informatio
on while dealing with
w
patie
ents, servving custo
omers, and
p
processing informatio
on.
d) Frequently altered environments
Show rooms, meeting rooms, retail stores, and manufacturing sites are prime
examples where frequently rearranged workplaces are suited for wireless LANs.
e) Wireless extensions of Ethernet networks
Network managers in dynamic environments can minimize the overhead caused by
moves, extensions to networks, and other changes by utilizing wireless LANs.
f) Wired LAN backup
Network managers may implement wireless LANs to provide redundancy for
mission-critical applications which are implemented on wired networks.
g) Training and educational facilities
Training sites at corporations and students at universities use wireless connectivity
to afford access to information, information exchanges, and learning.
Features
High Speed Data Rate
Up to 300 Mbps
High Output Power
IEEE 802.11b/g/n
Compliant
Multi-Function
Support RSSI
Indicator (CB mode)
Power-over-Ethernet
Support Multi-SSID
function (4 SSID) in
AP mode
WPA2/WPA/ WEP/
IEEE 802.1x support
MAC address filtering
in AP mode
PPPoE/PPTP function
support (AP
Router/CR mode)
SNMP Remote
Configuration
Management
QoS (WMM) support
Capable of handling heavy data payloads such as HD video
streaming
Extended range and excellent coverage
Fully interoperable with IEEE 802.11 b/g/n compliant devices
Users can use different modes in various environments
Users can select the best signal to connect with AP efficiently
Flexible Access Point locations and cost savings (Note: The
ALL0358N includes a proprietary PoE adapter.)
Allow clients to access different networks through a single
access point and assign different policies and functions for each
SSID
Full support for all types of current wireless security standards
Ensure secure network by enforcing network access control lists
Easy to access Internet via ISP service authentication
Allow administrators to remotely configure or manage the
Access Point.
Enhance user performance and density
1.2 Benefits
Access Point Mode
Use this feature to setup the access point’s configuration
information. It supports transmit power and channel adjustments.
Clients can access the network with different regulatory settings
and automatically change to the local regulations.
Client Bridge Mode
Use this feature to connect to an Access Point, enabling WAN
sharing.
WDS Mode
Use this feature to link multiple APs in a network; All associated
clients from any AP can communicate with each other like in
ad-hoc mode.
Client Router Mode
Clients connect wirelessly to an AP and transmit data through AP
to access the Internet.
Multiple SSIDs
ALL0358N supports up to 4 SSIDs on your access point. The
following options can be set to each SSID:
- Public or private SSID
- Authentication
- VLAN identifier
- RADIUS accounting identifier
- Profile isolation for infrastructure network
VLAN
Specify a VLAN number for each SSID to separate the services
among clients.
QoS
Use this feature to limit the incoming or outgoing throughput.
Wi-Fi Protected Access Wi-Fi Protect Access is a standard-based interoperable security
enhancement that increases the level of data protection and
access control for existing and future wireless LAN systems. It is
compatible with IEEE 802.11i standard. WPA leverages TKIP and
802.1X for authenticated key management.
1.3
1 Packa
age Conttents
Open
O
the p
package ca
arefully, an
nd make su
ure that no
one of the items listeed below are
a missing
g.
Do
D not disccard the pa
acking matterials; in c ase of retu
urn, the uniit must be shipped in
n its origina
al
packaging.
p






(1) W
Wireless Access Point / Client B
Bridge (ALLL0358N)
(1) 2
24VAC/0,6
6A Power Adapter
A
(1) P
PoE Injecto
or (ALL-24R
R)
(1) M
Mounting Kit with Mast-Mountt Strap Spe
ecial Screw Set
(1) Q
QIG
(1) C
CD (User Manual)
M
Using a power adapter
a
otther than the
t one in
ncluded wiith the ALL0358N
may
m cause
e damage to the dev
vice.
1.4
1 Syste
em Requiirement
The
T followiing conditiions are the minimum
m system requiremen
nts.
ndows XP,, Vista, 7 or
 A co
omputer with
w
an Eth
hernet inte rface and operating under Win
o
Linu
ux.
 An IInternet browser thatt supports HTTP and JavaScript.
1.5
1 Hardw
ware Overview
Physical
P
Inte
erface
- 1 x 10/100 LLAN Port with
h PoE support
- 1 x 10/100 LLAN port
- 1 x Reset bu
utton
Maximum
M
W
Wireless Data
a rate
- 300 Mbps
LEDs
L
status
- Power Statuss
- LAN (10/1000Mbps)
- WLAN (Wireeless is enabled)
- 3 x Link Quaality (Client Bridge
B
mode)
1.6 Understanding the ALL0358N LEDs
The rear of the ALL0358N has two groups of LEDs. One group, labeled INDICATORS, shows
the status of the device. The second group, LINK QUALITY, shows the strength of the link
between the ALL0358N and the network. The following table describes the ALL0358N LEDs.
LED
Color
Mode
Status
Power
Green
OFF= ALL0358N is not receiving power.
ON= ALL0358N is receiving power.
LAN
Green(Main)
OFF = ALL0358N is not connected to the network.
Orange(Secondary)
ON = ALL0358N is connected to the network, but not sending
or receiving data.
Blink = ALL0358N is sending or receiving data.
WLAN
Green
Access Point
OFF = ALL0358N radio is off and the device is
or Client
not sending or receiving data over the wireless
Bridge Mode LAN.
ON = ALL0358N radio is on, and the device is
not sending or receiving data over the wireless
LAN.
Blink = ALL0358N radio is on, and the device is
sending or receiving data over the wireless LAN.
Link Quality
See Status column
Access Point
Shows the strength of the link between the
or Client
ALL0358N and the network.
Bridge Mode G = good quality (green).
Y = medium quality (yellow).
R = poor or no link (red).
2 Installa
ation
This
T chapte
er describe
es how to install the A
ALL0358N.
On
nly experienced installation pro
ofessionals who are fa
amiliar with
h local buillding and
safety
s
code
es and, whe
erever app
plicable, aree licensed by
b the app
propriate go
overnmentt regulatorry
authorities
a
should insstall the ALLL0358N.
2.1
2 Pre-in
nstallatio
on Guide
elines
Select
S
the o
optimal loccations forr the equip
pment using
g the following guideelines:
- The ALLL0358N should be mounted on
n a 1"- 4" pole.
p
Its lo
ocation sho
ould enable easy
access tto the unit and its connectors ffor installattion and te
esting.
-
The hig
gher the pla
acement of the anten
nna, the be
etter the ac
chievable liink quality..
The anttenna shou
uld be insta
alled to pro
ovide a direct or nearr line of sig
ght link witth the base
e
station antenna. The
T antenn
na should b
be aligned to face the
e general d
direction of the base
station.
2.2
2 Installing the ALL0358
8N
To
T install th
he ALL0358
8N, use the
e following
g procedurre to mount the devicce on a pole and refe
er
to
t the figurre below.
1. T
The bottom
m of the ALLL0358N iss a removable cover. Grab the ccover and push
p
down
n
sslightly while pulling it backwarrd to remove the cov
ver.
2. IInsert a sta
andard Ethe
ernet cablee into the RJ-45
R
port labeled M
MAIN LAN.
3. S
Slide the co
over back to
t seal thee bottom of the ALL0358N.
4. R
Remove th
he power co
ord and Po
oE injector from the box
b and pl ug the pow
wer cord
into the DC
C port of th
he PoE injeector.
O
Only use the power adapter s upplied with
w
the AL
LL0358N. U
Using a diifferent
power
p
ada
apter migh
ht damage
e the ALL0
0358N.
5. P
Plug the otther side of the Etherrnet cable in Step 3 in
nto the Po E port of the PoE
injector. When
W
you finish Step 5
5, the insta
allation will resemble the follow
wing picture
e.
6. T
Turn over the
t ALL035
58N. Then insert the mast strap through tthe middle hole of the
A
ALL0358N. Use a scre
ewdriver to
o unlock th
he pole-mo
ounting rin
ng putting it through
tthe ALL035
58N.
7. M
Mount the ALL0358N
N securely tto the pole
e by locking the strap
p tightly.
This
T
comp
pletes the installatio
i
on procedu
ure.
3 Wirelesss Netwo
ork Mode
es
3.1
3 Accesss Point Mode
In
I the Acce
ess Point Mode,
M
the ALL0358N
A
ffunctions liike a centra
al connectiion for any
y stations or
o
clients
c
thatt support the IEEE 802.11b/g/n standards.. Stations and
a clients must utilizze the same
SSID
S
and S
Security Passsword to associate
a
w
while within range. The most ssuitable to
opology forr
this
t mode is to have one ALL03
358N as an AP and th
he second one
o as a Cllient-Bridg
ge – when
necessary
n
a third Clie
ent-Bridge can be plaace within the
t directio
onal anten na’s path. One
advantage
a
of using th
he ALL0358
8N to crea te point-to
o-point wirreless linkss is when th
he
environme
e
nt is prone
e to radio interferenc e on 5GHzz band. Run
nning the n
network on
n 2.4GHz
can
c avoid tthe interferrence, thuss providing
g higher sta
ability to th
he networkk.
AP mode
m
CB mod
de
3.2
3 Accesss Point with
w
WD
DS Functiion Mode
e
The
T ALL035
58N also supports WDS
W functio
onality while in Accesss Point Mo
ode. Simply
y configure
e
other
o
Access Points and
a the asssociated M AC addressses in orde
er to enlarg
ge the wire
eless area
by
b enabling
g WDS Link Settings. WDS funcctionality can support up to 8 d
different AP
P MAC
addresses.
a
Please notte that thiss mode is raarely used due to the
e nature off directiona
al antennae
e.
Consequen
C
ntly, the wirreless clien
nts need to
o be located
d in the path of the A
ALL0358N’ss directiona
al
antenna
a
an
nd be withiin in the ra
ange to sen
nd signal back
b
to the ALL0358N
N.
Not ev
very Accesss Point su
upports WDS
W
in Acc
cess Point Mode. It is
i
recommen
r
nded to usse ALL0358Ns if you
u would lik
ke to utiliz
ze this fun
nctionality
y.
3.3
3 Client Bridge Mode
In
I the Clien
nt Bridge Mode,
M
the ALL0358N
A
functions like a wirelless client, connecting to an
Access
A
Poin
nt wirelessly and enabling Interrnet connectivity whe
erever you want. Use Site Surve
ey
function
f
to
o scan all of the Accesss Points w
within range and conffigure the SSSID and Security
S
Password
P
tto associate
e with it. With Clien
nt Bridge Mode,
M
the ALL0358N
A
works as lo
ong range
2.4GHz
2
wirreless-Ethernet Bridge
e in order tto provide a 2.4GHZ link betweeen the acccess point
and
a networked clientts.
3.4
3 WDS Bridge Mode
M
In
I the WDS
S Bridge Mode,
M
the ALL0358N
A
ccan wirelesssly connec
ct differentt local area
a networks
by
b configuring each device’s
d
MA
AC addresss and secu
urity setting
gs. The W
WDS Bridge
e Mode can
n
bridge
b
up tto four local wired ne
etworks tog
gether as one
o logicall network. Every com
mputer on
this
t logical network can
c see eacch other, sh
haring filess as if they are in the same location. With
600mW
6
ou
utput powe
er and MIM
MO antennaa technolo
ogy, the con
nnection d
distance can extend
beyond
b
1000 feet witth good pe
erformancee, assuming
g the anten
nna are witthin line off sight. The
e
WDS
W bridg
ge network is a MAC-based netw
work that provides
p
trransparent bridging.
WDS Bridge
B
Mo
ode is unli ke Access Point Mode. APs lin
nked by WDS
W
are
using
u
the ssame wire
eless chann
nel, and co
onnecting
g excessive
e numberss of APs on the same
channel
c
m
may result in lower th
hroughpu
ut. Please be
b aware to
t avoid lo
oop conne
ections;
otherwise
o
enable th
he Spannin
ng Tree Fu
unction.
3.5
3 Client Router Mode
In
I Client Ro
outer Mode, the ALL0
0358N pro vides two functions: 1) acting aas a wirelesss-Ethernett
Bridge
B
in o
order to relay signal from the acccess pointt; 2) acting as an activve DHCP server that
allows
a
WLA
AN clients to share th
he same wiireless netw
work conne
ection. Ideeally, have clients
c
wirelessly
w
cconnect to an AP/WIS
SP and con
nnect to LA
ANs via Eth
hernet. Clieent Router Mode is
different
d
from the AP
P Router Mode. It is n
not a comm
mon applica
ation howeever useful when
connects
c
to
o WISP AP.
4 Configu
uring Yo
our Comp
puter forr TCP/IP
This
T chapte
er describe
es how to configure
c
tthe TCP/IP settings on
n a compu
uter that wiill be used
to
t configurre the ALL0
0358N. Beccause the d
default ope
erating mo
ode is Clien
nt Bridge, an
a IP
address
a
will not be asssigned to the compu
uter/noteb
book. There
efore, follo
ow the step
ps below to
o
assign
a
an IP address to
t a client’s Ethernet adapter.
4.1
4 Confiiguring Microsof
M
ft Windows 7
Use
U the following pro
ocedure to configuree a computer running
g Microsoftt Windows 7.
1.
1 In the Start menu
u search box, type: n
ncpa.cpl
2.
2 When the Netwo
ork Connecctions List aappears, right-click the Local A
Area Connection icon
and
a click P
Properties.
3.
3 In the Networkin
ng tab, click
k Internet Protocol Version 4 (TCP/IPv4
4), and the
en click
Properties
P
s.
4.
4 In the propertiess dialog bo
ox, click Use
e the follo
owing IP address:
a
to
o configure
e your
computer
c
ffor Static TCP/IP.
T
En
nter an IP a
address (i.e. 192.168.1.10), the subnet mask of the
ALL0358N,
A
and the default gatteway whicch is the ALL0358N’s IP addresss, 192.168.1.1. Note
e:
the
t subnet mask musst match th
hat of the A
ALL0358N and the IP address m
must be on that
subnet.
s
5.
5 Click the OK buttton to save
e your cha nges and close
c
the dialog
d
box.
6.
6 Click the OK buttton again to save yo ur changess.
4.2
4 Confiiguring Microsof
M
ft Windows Vista
Use
U the following pro
ocedure to configuree a computer running
g Microsoftt Windows Vista with
the
t defaultt Windows interface.
1.
1
On the
e Windowss taskbar, click
c
Start, click Conttrol Panel, and then sselect the Network
and
a Intern
net icon.
2.
2
Click V
View Netw
work Status and task
ks and then
n click Man
nage Netw
works Con
nnections.
3.
3
Right-click the Lo
ocal Area Connectio
on icon and click Pro
operties.
4.
4
Click C
Continue. The
T Local Area
A
Conn ection Properties dia
alog box ap
ppears.
5.
5
In the Local Area
a Connectio
on Propertties dialog box, verify
y that Interrnet Proto
ocol
(TCP/IPv4)
(
) is checke
ed. Then se
elect Intern
net Protoccol (TCP/IP
Pv4) and cclick the Prroperties
button.
b
The
e Internet Protocol Version
V
4 Prroperties dialog
d
box appears.
6.
6 In the propertiess dialog bo
ox, click Use
e the follo
owing IP address:
a
to
o configure
e your
computer
c
ffor Static TCP/IP.
T
En
nter an IP a
address (i.e. 192.168.1.10), the subnet mask of the
ALL0358N,
A
and the default gatteway whicch is the ALL0358N’s IP addresss, 192.168.1.1. Note
e:
the
t subnet mask musst match th
hat of the A
ALL0358N and the IP address m
must be on that
subnet.
s
7.
7
8.
8
Click the OK buttton to save
e your cha nges and close
c
the dialog
d
box.
Click the OK buttton again to save yo ur changess.
4.3
4 Confiiguring Microsof
M
ft Windows XP
Use
U the following pro
ocedure to configure a compute
er running Microsoft Windows XP with the
default
d
Win
ndows inte
erface.
1.
1 On the Windows taskbar,
t
cliick Start, cclick Control Panel, and
a then cllick Netwo
ork and
Interne
et Connecttions.
2.
2 Click the Network
k Connecttions icon.
3.
3 Click Lo
ocal Area Connectio
C
on for the EEthernet ad
dapter connected to tthe ALL0358N. The
Local Area Connection Statu
us dialog b
box appearrs.
4.
4 In the LLocal Area Connection Status diialog box, click the Properties button. Th
he Local
Area Co
onnection Properties dialog boxx appears.
5.
5 In the Local Area
a Connectio
on Propertties dialog box, verify
y that Interrnet Proto
ocol
(TCP/IP)
(
iss checked. Then selecct Internett Protocol (TCP/IP) and
a click th
he Propertties button
n.
The
T Interne
et Protocoll (TCP/IP) Properties
P
dialog boxx appears.
6.
6 In the propertiess dialog bo
ox, click Use
e the follo
owing IP address:
a
to
o configure
e your
computer
c
ffor Static TCP/IP.
T
En
nter an IP a
address (i.e. 192.168.1.10), the subnet mask of the
ALL0358N,
A
and the default gatteway whicch is the ALL0358N’s IP addresss, 192.168.1.1. Note
e:
the
t subnet mask musst match th
hat of the A
ALL0358N and the IP address m
must be on that
subnet.
s
7.
7
Click the OK buttton to save
e your cha nges and close
c
the dialog
d
box.
8.
8
Click the OK buttton again to save yo ur changess.
4.4
4 Confiiguring Apple
A
Ma
ac OS X
The
T followiing proced
dure describes how to
o configure
e TCP/IP on an Applee Macintossh running
Mac
M OS 10
0.2 or later. Note: Th
he menu ti tles and pllacement vary
v
in each
h OS X 10.xx operating
g
system
s
butt are typica
ally similar.
1.
1
2.
2
3.
3
4.
4
5.
5
Pull dow
wn the App
ple Menu, click Syste
em Prefere
ences, and select Net
etwork.
Verify that the NIC
C connecte
ed to the A
ALL0358N is
i selected in the Sho
ow field.
In the C
Configure field on th
he TCP/IP ttab, select Manually.
Click Ap
pply Now to apply your
y
setting
gs and closse the TCP//IP dialog box.
Enter an
n IP addre
ess (i.e. 192
2.168.1.10),, the subne
et mask off the ALL03358N, and the Route
er
which iss the ALL03
358N’s IP address,
a
19
92.168.1.1. Note: the subnet m
mask must match tha
at
of the A
ALL0358N and the IP address m
must be on that subne
et.
6.
6 Click Ap
pply Now to apply your
y
setting
gs and closse the TCP//IP dialog box.
4.5
4 Logging into the ALL0
0358N
After
A
comp
pleting the TCP/IP setttings from
m the begin
nning of the Chapter, you can now
n
access
the
t web-baased config
guration menu.
m
1.
1
Open your web browser.
b
2.
2
Enter IIP 192.168
8.1.1 into your
y
addre ss bar.
If you have chan
nged the A
ALL0358N
N LAN IP address, m ake sure you
y enter
the
t correct IP Addre
ess.
3.
3
After ssuccessfullyy connectin
ng to the A
ALL0358N, a browser pop-up w
with a Wind
dows
Securitty notice will
w appear. Please entter the correct Usern
name and P
Password.
4.
4
The de
efault Userrname and Password are both admin.
a
If you have changed the Useername and
d Password
d, please eenter the co
orrect
Username
U
aand Passw
word.
5 Status
The
T Statuss section is on the navvigation drrop-down menu. Sele
ecting it, yo
ou will the
en see three
options:
o
Main, Wirele
ess Client List,
L and Syystem Log. Each optio
on is descriibed in dettail below.
5.1
5 Save / Load
This
T page aallows view
wing of the
e modified settings. The
T change
es will show
w in the Un
nsaved
changes
c
list. You can decide to cancel (Re
evert) all th
he changess or to Savve & Apply
y the new
settings.
s
e of the fo llowing:
Please make note
1.
1 You cann
not cancel specific se
ettings. You
u can only save all of the setting
gs or revert to the
previously
p
saved state.
2.
2 You need
d to use th
he Save/Reload page to committ your conffigurationss by clicking
g the “Save
e
& Apply” b
button.
5.2
5 Main
Click
C
on the Main link under the Status d
drop-down menu or click
c
Homee from the top-right
of
o the webpage. The status thatt is displayyed corresp
ponds with the operaating mode
e that is
selected.
s
In
nformation
n such as operating m
mode, syste
em up-time
e, firmwaree version, serial
s
number,
n
ke
ernel versio
on, and application v ersion are displayed in the Systtem section
n. LAN IP
address,
a
su
ubnet maskk, and MAC
C address aare displayyed in the LAN
L
sectio n. In the Wireless
W
section,
s
the
e frequencyy and chan
nnel are dissplayed. Since this de
evice suppo
orts multip
ple-SSIDs,
the
t details of each SS
SID, such as ESSID an
nd its securrity settings are displaayed.
AL
LL0358N
ALLNET
5.3
5 Wirelless Clien
nt List
Click
C
on the Wirelesss Client Lisst link undeer the Stattus drop-d
down menu
u. This page displays
the
t list of C
Clients thatt are associated to th
he ALL0358
8N. The MA
AC addressses and sig
gnal
strength
s
fo
or each clie
ent is displa
ayed. Clickk on the Re
efresh buttton to refreesh the clie
ent list.
5.4
5 Syste
em Log
Click
C
on the System Log link un
nder the Sttatus drop
p-down me
enu. The deevice automatically
records
r
eve
ents in its internal
i
me
emory. Wh
hen there iss not enough internaal memory for all of
the
t most re
ecent even
nts, events are deleted
d in descending chro
onological order so th
hat the
latest events may be retained.
5.5
5 Conn
nection Status
Click
C
on the Connecttion Statuss link undeer the Status drop-do
own menu
u. This page
e displays
the
t currentt status of the network, includin
ng Network Type, SSIID, BSSID, C
Connection Status,
Wireless
W
M
Mode, Curre
ent Channe
el, Securityy, Data Rate
e, Current noise levell, and Signal strength
h.
ALLNET
5.6
5 DHCP
P Client Table
T
Click
C
on the DHCP Cllient List link under tthe Statuss drop-dow
wn menu. TThis page displays
d
the
e
list of Clien
nts that are
e associated to the ALLL0358N th
hrough DH
HCP. The M
MAC addressses and
signal
s
stren
ngth for ea
ach client iss displayed
d. Click on the Refressh button tto refresh the
t client
list.
6 System
m
6.1
6 Switcching the
e Operatiion Mod e
The
T ALL035
58N suppo
orts 4 modes: Access Point, Clie
ent Bridge, WDS Bridg
ge, and Client Routerr.
In
I order to switch bettween the operating modes, please go to
o System ->
> Operatio
on mode.
To
T begin, cclick System
m Properties under SSystem Secction.
S
a name for th
he device. It
I is not the
e broadcasst SSID; thiss will be
 Devicce Name: Specify
shown
n in SNMP managem
ment.


Cou
untry/Regiion: Europe
e.
Ope
eration Mo
ode: Selectt an operattion mode via a Radiio Button.
Click
C
Accep
pt to confirm the cha
anges.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
If you would
w
like to use Acccess Point with
w WDS Function m
mode, plea
ase select
Access
A
Poin
nt Mode and then en
nable WDSS function in the Wire
eless Netwo
ork section
n.
scenario
s
re
equiring this functionality, WDS and AP, is rare.
The
7 Wirelesss Config
guration
This
T section
n will guide you through all of tthe wirelesss settings. Please reaad the instructions
carefully.
c
In
nappropriate settingss could low
wer the perrformance or affect th
he stability
y of your
network.
n
Before continuing, ple
ease make sure you have
h
chosen the correect operating mode.
7.1
7 Wirelless Settiings
This
T section
n contains the basic wireless
w
seettings. Please read th
he descripttion carefully and
consult
c
Chaapter 10 fo
or more de
etailed info
ormation.
7.1.1
7
Acccess Poin
nt Mode
ALLNET1
1
ALLNET2
2
ALLNET3
3
ALLNET4
4
Wireless
W
M
Mode
The wireless
w
m ode suppo
orts 802.11
1b/g/n mixe
xed operation. It is
compatible witth the most common wireless b
bands.
Channel
C
H
HT Mode
The default
d
chaannel band
dwidth is 40 MHz. A l arger chan
nnel can
provvide better transmit quality
q
and speed.
Extension
E
Channel
Speccify the upp
per channe
el or lower channel seelection. It may
influence the A
Auto chann
nel function
n.
Channel
C
/ Frequency
y
The channel
c
avvailability iss determined by the ccountry’s
regulations. TThe device operates in the 2.4G
GHz spectru
um.
Auto
A
Place
e a check m
mark to en
nable Auto channel seelection.
AP
A Detection
AP Detection
D
ccan help to select a best channeel by scann
ning the
nearby area.
Current
C
Prrofile
Conffigure up to
o four diffe
erent SSIDs; it allows for the divvision of
clients into sep
parate grou
ups to acce
ess the netw
work. Press Edit to
configure the p
profile and place a ch
heck to enaable an additional
SSID
D.
Profile
P
Iso
olation
Restrrict client ccommunica
ations with
h different V
VID by sele
ecting the
Radio button.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canccel to return to the
previous settin gs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
SSID
S
Speccify the SSIID for curre
ent profile.
VLAN
V
ID
Speccify the VLA
AN tag for current prrofile.
Suppresse
S
ed SSID
Place
e a check tto hide the
e SSID. Clients will no
ot be able to
t see the
broadcast SSID
D in Site Survey.
Station
S
Se
eparation
Selecct the Radiio button to
t allow / deny
d
client s to comm
municate
with one anoth
her.
Wireless
W
S
Security
Pleasse refer to the Wirele
ess Security
y section.
Save
S
/ Can
ncel
Presss Save to ssave the ch
hanges or Cancel
C
to rreturn prevvious
settin
ngs.
7.1.2
7
Clie
ent Bridg
ge Mode
Wireless
W
M
Mode
The wireless
w
m ode suppo
orts 802.11
1b/g/n mixe
xed operation. It is
compatible witth the most common known wi reless bands.
SSID
S
Speccify the SSIID if known
n. The SSID
D text box w
will be auto
omatically
filled
d in when aan AP in the Site Surv
vey is seleccted.
Site
S Survey
Use Site Surveyy to scan nearby
n
APs, and then select the AP to
estab
blish a con
nnection.
Prefer
P
BSS
SID
Speccify the MA
AC address, if known. The Prefe r BSSID check box
will be
b automa tically filled
d in when an AP in th
he Site Surrvey is
seleccted.
WDS
W
Clien
nt
Selecct a Radio button to Enable / Disable
D
WD
DS Client.
Wireless
W
S
Security
Pleasse refer to Chapter 6.2 for details.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
Profile
P
Afterr Site Surveey, the web
bpage will display all of the nea
arby
Acce
ess Points. C
Click the BSSID
B
if you
u would likke to conne
ect with it.
Wireless
W
S
Security
Pleasse refer to the Wirele
ess Security
y section.
Refresh
R
Presss Refresh to
o scan aga
ain.
If the Acccess Pointt is suppresssing its ow
wn SSID, th
he SSID secction will be
e blank; the
SSID
S
must be entered
d manually
y.
7.1.3
7
WD
DS Bridge
e Mode
Wireless
W
M
Mode
The wireless
w
m ode suppo
orts 802.11
1b/g/n mixe
xed modes.. It is
compatible witth the most common wireless b
bands.
Channel
C
H
HT Mode
The default
d
chaannel band
dwidth is 40 MHz. A l arger chan
nnel can
provvide better transmit quality
q
and speed.
Extension
E
Channel
Speccify the upp
per channe
el or lower channel seelection. It may
influence the A
Auto chann
nel function
n
Channel
C
/ Frequency
y
The channel
c
avvailability iss determined by the ccountry’s
regulations.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canccel to return to the
previous settin gs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
MAC
M
Addrress
Enter the Accesss Point’s MAC
M
addre
ess that you
u would lik
ke to
exten
nd the wireeless coverrage of into
o the MAC
C address fiilter.
Mode
M
Selecct Disable or Enable from the drop
d
down
n list.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canccel to return to the
previous settin gs.
Please make note
e of the fo llowing:
1.
1 Accept d
does not apply
a
the changes – you mustt go to Sta
atus -> Saave / Load to apply
the
t new se
ettings. Please referr to Chapte
er 4.1 for more info
ormation.
2.
2 You musst enter th
he MAC ad
ddress of tthe Accesss Point wh
hose wireleess covera
age you
would
w
like
e to extend
d. Not all Access
A
Po
oint supports this feature.
7.1.4
7
Clie
ent Route
er Mode
Wireless
W
M
Mode
The wireless
w
m ode suppo
orts 802.11
1b/g/n mixe
xed operation. It is
compatible witth the most common wireless b
bands.
SSID
S
Speccify the SSI D, if known
n. The SSID
D text box w
will be auto
omatically
filled
d in if an AP
P in the Sitte Survey iss selected.
Site
S Survey
Use Site Surveyy to scan nearby
n
APs, and then select the AP to
estab
blish a con
nnection.
Prefer
P
BSS
SID
Speccify the MA
AC address, if known. Prefer BSSSID text bo
ox will be
automatically ffilled in when an AP in the Site SSurvey is selected.
s
Wireless
W
S
Security
Pleasse refer to Chapter 6.2 for details.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canccel to return to the
previous settin gs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
Profile
P
Afterr Site Surveey, the web
bpage will display all nearby Acccess
Pointts. Click thee BSSID if you would
d like to con
nnect with an AP.
Wireless
W
S
Security
Pleasse refer to the Wirele
ess Security
y section.
Refresh
R
Presss Refresh tto scan again.
If the Access
A
Poin
nt is supprressing its own
o
SSID, the
t SSID seection will be blank;
the
t SSID m
must be enttered manu
ually.
7.2
7 Wirelless Secu
urity Setttings
Wireless
W
Se
ecurity Setttings sectio
on will guid
de you through the Security
S
co
onfigurations: WEP,
WPA-PSK,
W
W
WPA2-PSK
K, WPA-PSK
K Mixed, W
WPA, WPA2, and WPA Mixed. Wee strongly
recommen
r
d the use of
o WPA2-P
PSK as yourr security setting.
s
7.2.1
7
WE
EP
Security
S
M
Mode
Selecct WEP fro
om the drop down list.
Auth
A
Type
e
Selecct Auth Typ
pe in Open
n System or
o Shared.
Input
I
Type
e
Selecct Input Tyype in Hex or ASCII.
Key
K Length
Selecct Key Leng
gth in 64/1
128/152 bit
b passworrd length.
Default
D
Ke
ey
Selecct the defaault index key
k for wire
eless securrity.
Key1
K
Speccify passwo
ord for secu
urity key in
ndex No.1.
Key2
K
Speccify passwo
ord for secu
urity key in
ndex No.2.
Key3
K
Speccify passwo
ord for secu
urity key in
ndex No.3.
Key4
K
Speccify passwo
ord for secu
urity key in
ndex No.4.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.2
7
WP
PA-PSK
Security
S
M
Mode
Selecct WPA-PS
SK from the drop dow
wn list.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for encryp
ption type..
Passphrase
P
e
Speccify the seccurity passw
word.
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.3
7
WP
PA2-PSK
Security
S
M
Mode
Selecct WPA2-P
PSK from the
t drop do
own list.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for encryp
ption type..
Passphrase
P
e
Speccify the seccurity passw
word.
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.4
7
WP
PA-PSK Mixed
M
Security
S
M
Mode
Selecct WPA-PS
SK Mixed from
f
the drop
d
down list.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for encryp
ption type..
Passphrase
P
e
Speccify the seccurity passw
word.
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
Using WPA-PSK
W
Mixed
M
can allow multiple security modes at the sam
me time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.5
7
WP
PA
Security
S
M
Mode
Selecct WPA fro
om the dro
op down lisst.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for Encryp
ption type..
Radius
R
Serrver
Speccify Radius Server IP address.
a
Radius
R
Porrt
Speccify Radius Port numb
ber, the default port iis 1812.
Radius
R
Seccret
Speccify Radius Secret tha
at is given by
b the Rad
dius Server..
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.6
7
WP
PA2
Security
S
M
Mode
Selecct WPA2 frrom the drrop down list.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for encryp
ption type..
Radius
R
Serrver
Speccify Radius Server IP Address.
A
Radius
R
Porrt
Speccify Radius Port numb
ber, the default port iis 1812.
Radius
R
Seccret
Speccify Radius Secret tha
at is given by
b the Rad
dius Server..
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.2.7
7
WP
PA Mixed
d
Security
S
M
Mode
Selecct WPA Miixed from the drop down
d
list.
Encryption
E
n
Selecct Both, TK
KIP or AES
S for encryp
ption type..
Radius
R
Serrver
Speccify Radius Server IP Address.
A
Radius
R
Porrt
Speccify Radius Port numb
ber, the default port iis 1812.
Radius
R
Seccret
Speccify Radius Secret tha
at is given by
b the Rad
dius Server..
Group
G
Key
y Update
Interval
I
Speccify Group Key Updatte Interval time.
The IEE
EE 802.11n
n standard does not include WE
EP/WPA-PSSK/WPA-PS
SK TKIP
security
s
mo
ode. To com
mply with the
t standaard, when you
y use the
e above en
ncryptions, the
wireless
w
traansmit mod
de will drop from 802
2.11n to 80
02.11g.
7.3
7 Wirelless Adva
anced Se
ettings
Data
D
Rate
Selecct Data Ratte from the
e drop dow
wn list. Datta rate will affect the
efficiiency of th e throughp
put. A lowe
er data ratee will allow
w for
transsmissions tto travel longer distances.
Transmit
T
P
Power
Selecct Transmitt Power to increase or decreasee the transm
mit power.
Alterring the traansmit pow
wer will cha
ange the w
wireless covverage
area correspon
ndingly; however, settting the Traansmit Pow
wer to an
extre
eme level m
may cause issues for wireless co
onnectivity
y.
RTS/CTS
R
T
Threshold
Speccify Thresho
old packag
ge size for RTC/CTS. SSmaller thrresholds
will cause
c
RTS//CTS packe
ets to be se
ent more offten, consu
uming
more
e of the avaailable ban
ndwidth. In
n addition, if heavy traffic
occu
urs, the wireeless network is more
e robust in
n the eventt of
interrference orr collisions..
Distance
D
Speccify distancce range be
etween AP and Clientts. Farther distances
may utilize low
wer connecttion speed
ds.
Short
S
GI
Shorrt GI is an improveme
ent of 802.11n and 8002.11b/g. It
I can
incre
ease perforrmance by 10% durin
ng the dataa transmisssion. For
exam
mple, if the 802.11b/g
g’s GI is 800
0μs, the sh
hort GI will be 400μs.
The shorter
s
gu ard interva
al results in
n a higher p
packet colllision rate
when
n the delayy-spread of the chann
nel exceed
ds the guarrd interval
or if timing syn
nchronization betwee
en the tran smitter and
d receiver
is no
ot precise.
Aggregati
A
on
Aggrregation is to merge the typical size of daata’s heade
er to one
data. It is usefu
ul for the sm
mall size but more paackets.
Wireless
W
T
Traffic
Shaping
S
Place
e a check tto enable Wireless
W
Traffic Shapiing functio
on.
Incoming
I
Traffic Lim
mit
Speccify the wirreless transsmission sp
peed for in coming tra
affic.
Outgoing
O
Traffic Lim
mit
Speccify the wirreless transsmission sp
peed for ou
utgoing tra
affic.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Please make note
e of the fo llowing:
1.
1 Accept d
does not apply
a
the changes – you mustt go to Sta
atus -> Saave / Load to apply
the
t new se
ettings. Please referr to Chapte
er 4.1 for more info
ormation.
2.
2 Changin
ng Wirelesss Advance
ed Setting
gs may low
wer the wireless con
nnection quality.
q
Please
P
kee
ep all settings as deffault unlesss you und
derstand the
t modifiications which
w
you
have
h
made
e.
7.4
7 Wirelless MAC
C Filter
Wireless
W
M
MAC Filter iss used to Allow
A
or Deeny wirelesss clients, by
b their MA
AC addressses, from
accessing
a
tthe networrk. You can
n manually add a MAC address to restrict the accesss
permission
p
n’s of the cllient. The default
d
settting is Disa
able Wirele
ess MAC Fi lters.
0.
ACL
A Mode
e
ACL Mode can deny or allow speciffic clients to
o access th
he
netw
work. Selectt Disable, Deny MAC
C in the listt, or Allow
w MAC in
the list from th
he drop dow
wn list.
MAC
M
Addrress Filter
Speccify the MA
AC address, manually.
Add
A
Presss Add to a dd the MA
AC address in the tab
ble.
Apply
A
Presss Apply to
o apply the changes.
7.5
7 WDS Link Setttings
WDS
W Link S
Settings is used to esstablish a cconnection between Access
A
Poin
nts withou
ut forgoing
Access
A
Poin
nt function
nality. APs with
w WDS ffunctionaliity can exte
end the wi reless cove
erage and
allow
a
LANss to communicate witth each oth
her.
MAC
M
Addrress
Enter the Accesss Point’s MAC
M
addre
ess that you
u would lik
ke to
exten
nd the wireeless coverrage of into
o the MAC
C address fiilter.
Mode
M
Selecct Disable or Enable from the drop
d
down
n list.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
The MA
AC address of the AP that you would
w
like to
t extend tthe wireless coverage
e
of
o must be entered. Not
N all Access Points supports this
t feature
e.
8 LAN Se
etup
This
T section
n will guide you to se
etup the Lo
ocal Area Network
N
(LAN) setting
gs
8.1
8 IP Setttings
This
T section
n is only avvailable forr Non-Rou
uter Mode
e. IP Setting
gs allows yo
ou to conffigure the IP
settings
s
of the ALL0358N.
IP
I Networrk Setting
Selecct Radio bu
utton for Obtain
O
an IP
I addresss automattically or
Speccify an IP a
address.
IP
I Addresss
Speccify LAN po
ort IP address.
IP
I Suet Ma
ask
Speccify Subnett Mask.
Default
D
Ga
ateway
Speccify Defaultt Gateway.
Primary
P
D
DNS
Speccify Primaryy DNS.
Secondary
S
y DNS
Speccify Second
dary DNS.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Please make note
e of the fo llowing:
1.
1 Obtain a
an IP addrress autom
matically iss not a DH
HCP serverr. This settting allow
ws the
ALL0358N
A
N to autom
matically re
equest an IP addresss when it is
i connectted to a de
evice which
has
h a DHC
CP server.
2.
2 Changin
ng LAN IP Address will
w chang
ge LAN Interface IP address.
a
T
The webpa
age will
automatic
a
cally redire
ect to the new IP ad
ddress afte
er Apply iss selected..
8.2
8 Spanning Tree Setting
gs
Spanning
S
Tree Statu
us
Selecct the Radiio button to
t On or Off to togglle the Span
nning Tree
functtion.
Bridge
B
Hello Time
Speccify Bridge Hello Time
e in second
ds.
Bridge
B
Ma
ax Age
Speccify Bridge Max Age in
i seconds.
Bridge
B
Forrward Dela
ay
Speccify Bridge Forward Delay
D
in sec
conds.
Priority
P
Speccify the Prio
ority numb
ber; smaller numbers have greater
priorrity.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
9 Routerr Settingss
This
T section
n is only avvailable forr AP Route
er Mode and
a Client Router Mo
ode.
9.1
9 WAN
N Settingss
There
T
are ffour differe
ent types of WAN con
nnections: Static IP, DHCP, PPPo
oE, and PPT
TP. Please
contact
c
you
ur ISP to determine the
t connecction type.
9.1.1
9
Stattic IP
Select
S
Stattic IP in WA
AN connection if you r ISP gives all the of the
t necessaary information abou
ut
IP
I address, Subnet Mask,
M
Defau
ult Gatewayy, Primary DNS and Secondary
S
DNS.
Internet
I
Connection
n
Type
T
Selecct Static IP
P to begin configuration of the Static IP co
onnection.
Account
A
N
Name
Speccify Accoun
nt Name th
hat is provided by ISPP.
Domain
D
Name
Speccify Domain
n Name th
hat is provid
ded by ISP.
P.
MTU
M
Speccify the Maaximum Tra
ansmit Unitt size. ALLN
NET recom
mmends
that it remains in Auto.
IP
I Addresss
Speccify WAN p
port IP address.
IP
I Subnet Mask
Speccify WAN IP
P Subnet Mask.
M
Gateway
G
IP Addresss
Speccify WAN G
Gateway IP address.
Primary
P
D
DNS
Speccify Primaryy DNS IP.
Secondary
S
y DNS
Speccify Second
dary DNS IP.
Discard
D
Ping on WA
AN
Place
e a check tto Enable or Disable
e ping from
m WAN.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
If the router's
r
MT
TU is set to
oo high, do
ownstream packets w
will be fragm
mented. If
the
t router'ss MTU is se
et too low, the routerr will fragm
ment packets unnecesssarily and,, in extreme
cases,
c
may be unable
e to establissh connecttions. In eitther case, network
n
peerformance
e can suffer.
9.1.2
9
DHCP (Dyna
amic IP)
Select
S
DHC
CP as your WAN conn
nection typ
pe to obtaiin the IP ad
ddress auto
omatically. You will
need
n
to enter Accoun
nt Name ass your hosttname and
d DNS addresses (Op
ptional).
Internet
I
Connection
n Type
Select
S
DHC
CP to begin
n configura
ation of thee DHCP connection.
Account
A
N
Name
Specify
S
Acccount Name which is provided b
by ISP.
Domain
D
Name
Specify
S
Dom
main Name
e which is provided b
by ISP.
MTU
M
Specify
S
the Maximum
m Transmit Unit
U size. A
ALLNET reccommendss
th
hat it remaains in Auto
o.
Get
G Autom
matically From
F
ISP
I
Select
S
the R
Radio butto
on for the DNS serveers to be ob
btained
automatica lly from the DHCP se
erver.
Use
U These DNS Serv
vers
Select
S
the R
Radio butto
on to setup
p the Prim
mary DNS and
a
Secondary
S
y DNS servers manually.
Discard
D
Ping on WA
AN
Place
P
a che
eck to Enab
ble or Disa
able ping ffrom WAN..
Accept
A
/C
Cancel
Press
P
Accep
pt to confirm the cha
anges or Caancel to re
eturn previo
ous
settings.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
If the router's
r
MT
TU is set to
oo high, do
ownstream packets w
will be fragm
mented. If
the
t router'ss MTU is se
et too low, the routerr will fragm
ment packets unnecesssarily and,, in extreme
cases,
c
may be unable
e to establissh connecttions. In eitther case, network
n
peerformance
e can suffer.
9.1.3
9
PPP
PoE (Poin
nt-to-Poiint Proto
ocol overr Etherne
et)
Select
S
PPP
PoE as yourr WAN con
nnection tyype if your ISP provides a Usern ame and Password.
P
I
If
the
t PPPoE is a DSL se
ervice, plea
ase removee the PPPoE software from yourr computerr as the
software
s
is not necesssary with the
t use of tthe ALL035
58N.
Internet
I
Connection
n
Type
T
Selecct PPPoE tto begin co
onfiguration of the PPPPoE connection.
MTU
M
Speccify the Maaximum Tra
ansmit Unitt size. ALLN
NET recom
mmends
that it remains in Auto.
Login
L
Speccify the Use
ername th
hat is given by your ISSP.
Password
P
Speccify the Passsword tha
at is given by your IS P.
Service
S
Na
ame
Speccify the Serrvice Nam
me that is given by yo ur ISP.
Connect
C
o
on Demand
d
Selecct the Radiio button to
t specify the
t maximu
um idle tim
me. The
Interrnet will dissconnect when
w
it reaches the m
maximum id
dle time;
howe
ever, it will automaticcally conne
ect when a client triess to access
the network.
n
Keep
K
Alive
e
Selecct the Radiio button to
t keep internet conn
nection alw
ways on.
Speccify the red
dial period for once th
he Internett connectio
on is lost.
Get
G Autom
matically
From
F
ISP
Selecct the Radiio button for
f the DNS
S servers to
o be obtained
automatically ffrom the DHCP server.
Use
U These DNS Serv
vers Selecct the Radiio button for
f setup th
he Primaryy DNS and
d
Seco
ondary DN
NS servers manually.
Discard
D
Ping on WA
AN
Place
e a check tto Enable or Disable
e ping from
m WAN.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
If the router's
r
MT
TU is set to
oo high, do
ownstream packets w
will be fragm
mented. If
the
t router'ss MTU is se
et too low, the routerr will fragm
ment packets unnecesssarily and,, in extreme
cases,
c
may be unable
e to establissh connecttions. In eitther case, network
n
peerformance
e can suffer.
9.1.4
9
PPT
TP (Pointt-to-Poin
nt Tunne ling Prottocol)
Select
S
PPTP as your WAN
W
conn
nection typ
pe if your IS
SP provides informatiion regarding: IP
Address,
A
Su
ubnet Massk, Default Gateway (O
Optional), DNS (Optional), Servver IP, Userrname, and
d
Password.
P
Internet
I
Connection
n
Type
T
Selecct PPTP to
o begin con
nfiguration of the PPTTP connecttion.
MTU
M
Speccify the Maaximum Tra
ansmit Unitt size. ALLN
NET recom
mmends
that it remains in Auto.
IP
I Addresss
Speccify WAN p
port IP address.
IP
I Subnet Mask
Speccify WAN IP
P Subnet Mask.
M
Gateway
G
IP Addresss
Speccify WAN G
Gateway IP address.
PPTP
P
Serv
ver
Speccify PPTP S erver IP ad
ddress.
Username
U
Speccify the Use
ername th
hat is given by your ISSP.
Password
P
Speccify the Passsword tha
at is given by your IS P.
Connect
C
o
on Demand
d
Selecct the Radiio button to
t specify the
t maximu
um idle tim
me. The
Interrnet will dissconnect when
w
it reaches the m
maximum id
dle time;
howe
ever, it will automaticcally conne
ect when a client triess to access
the network.
n
Keep
K
Alive
e
Selecct the Radiio button to
t keep internet conn
nection alw
ways on.
Speccify the red
dial period once the internet losse connection.
Get
G Autom
matically
From
F
ISP
Selecct the Radiio button for
f the DNS
S servers to
o be obtained
automatically ffrom the DHCP server.
Use
U These DNS Serv
vers Selecct the Radiio button for
f setup th
he Primaryy DNS and
d
Seco
ondary DN
NS servers manually.
Discard
D
Ping on WA
AN
Place
e a check tto Enable or Disable
e ping from
m WAN.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
If the router's
r
MT
TU is set to
oo high, do
ownstream packets w
will be fragm
mented. If
the
t router'ss MTU is se
et too low, the routerr will fragm
ment packets unnecesssarily and,, in extreme
cases,
c
may be unable
e to establissh connecttions. In eitther case, network
n
peerformance
e can suffer.
9.2
9 LAN Settings (Router Mode)
IP
I Addresss
Speccify LAN po
ort IP address.
IP
I Subnet Mask
Speccify LAN IP Subnet Mask.
WINS
W
Serv
ver IP
Speccify WINS SServer IP.
Use
U Route
er As DHCP
P
Server
S
Place
e a check tto enable the
t DHCP server.
s
Starting
S
IP
P Address
Speccify DHCP sserver starting IP add
dress.
Ending
E
IP Address
Speccify DHCP sserver ending IP address.
WINS
W
Serv
ver IP
Speccify the WIN
NS Server IP address.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
9.3
9 VPN Pass Thrrough
VPN
V
Pass T
Through is used to allow certain
n protocolss to be tunneled thro
ough an IP network
such
s
as PPT
TP and L2T
TP, or to im
mplement a secure exxchange of packets att the IP Lay
yer such ass
IPSec.
I
PPTP
P
Pass Through
Place
e a check tto enable PPTP
P
proto
ocol passess through WAN.
W
L2TP
L
Pass Through
Place
e a check tto enable L2TP
L
proto
ocol passess through WAN.
W
IPSec
I
Passs Through
Place
e a check tto enable IPSec
I
proto
ocol passess through WAN.
W
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
9.4
9 Port Forwarding
Port
P
Forwaarding is ussed to allow
w public seervices such as Web Server,
S
Maiil Server, or FTP serve
er
to
t be set up. For exam
mple: Set up
u a Web SServer on your
y
computer with p
port number 8080. A
visitor
v
on the Internet can accesss your Weeb Server by
b entering
g WAN Porrt IP with port
number
n
80
080. If the WAN
W
Port IP addresss is 192.168
8.5.1, then visitors mu
ust enter
http://192
h
2.168.5.1:8
8080. To fin
nd out mo re about common po
ort numbe rs please consult
c
the
e
Internet.
I
Add
A
Entry
y
Presss Add Entrry to add a rule of Po
ort Forward
ding.
Accept
A
Presss Accept to
o confirm the
t change
es.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
Service
S
Na
ame
Speccify a namee for curren
nt Port Forwarding ru
ule.
Protocol
P
Selecct a protoccol from drrop down list: Both, T
TCP, or UD
DP.
Starting
S
Po
ort
Speccify Starting
g Port num
mber.
Ending
E
Po
ort
Speccify Ending Port number.
IP
I Addresss
Speccify IP addrress.
Save
S
/ Can
ncel
Presss Save to cconfirm the
e changes or Cancel to return previous
p
settin
ngs.
9.5
9 DMZ
Enabling
E
D
DMZ will exxpose the computer
c
w
which is in the DMZ to
t the Interrnet. This feature
f
mayy
be
b used in scenarios such as Intternet Gam
ming or Vid
deo Conferencing. DM
MZ will forw
ward all the
ports
p
to on
ne PC simu
ultaneously
y. This PC w
will be vulnerable to any
a incomi ng traffic, including
unsolicited
u
or malicio
ous traffic, because D
DMZ openss all of the ports.
DMZ
D
Hostting
Selecct Enable o
or Disable DMZ from
m drop dow
wn list.
DMZ
D
Addrress
Speccify an IP ad
ddress of DMZ.
D
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
10
1 Management Settingss
The
T Manag
gement se
ection is on
n the navig
gation drop
p-down me
enu. You w
will see seve
en optionss:
Administra
A
tion, Mana
agement VLAN,
V
SNM
MP Settingss, Backup / Restore Seettings, Firmware
Upgrade,
U
T
Time Settin
ngs, and Lo
og. Each op
ption is desscribed bellow.
10.1
1
Adm
ministration
Click
C
on the Adminisstration lin
nk under th
he Manage
ement menu. This op
ption allow
ws you to
create
c
a usser name and passwo
ord for the device. By default, th
his device iis configured with a
username
u
aand passw
word of adm
min. For seecurity reassons it is hiighly recom
mmended that you
create
c
a ne
ew user nam
me and password.
Name
N
Speccify Userna me for log
gin.
Password
P
Speccify a Passw
word for login
Confirm
C
Password
Re-enter the Paassword fo
or confirma
ation.
Remote
R
M
Management
Selecct the Rad io button to
t Enable or Disablee Remote
Management.
Remote
R
Up
pgrade
Selecct the Rad io button to
t Enable or Disablee Remote Upgrade.
U
Remote
R
M
Management
Speccify the Porrt number for Remotte Manageement. For example:
Port
P
if you
u specify th
he Port number is 8080, then yo
ou will nee
ed to enter
the following
f
h
http://IP ad
ddress:808
80 to accesss the web interface.
Save
S
/ App
ply / Cancel
Presss Save / A pply to co
onfirm the changes
c
orr Cancel to
o return
previous settin gs.
Pressin
ng Save / Apply wil l change the
t setting
gs immediiately. It iss not
reversible
r
unless the
e settings are chang
ged again or the dev
vice is reseet.
10.2
1
Man
nagemen
nt VLAN
Click
C
on the Manage
ement VLA
AN link und
der the Ma
anagement menu. Th
his option allows you
u
to
t assign a VLAN tag to packetss. A VLAN is a group of computers on a n
network wh
hose
software
s
haas been co
onfigured so
s that theyy behave as
a if they were
w
on a seeparate Lo
ocal Area
Network
N
(LLAN). Comp
puters on a VLAN do
o not have to be physsically locatted next to
o one
another
a
on
n the LAN.
Managem
M
ent VLAN ID
If yo
our networrk includess VLANs an
nd if tagg ed packets need to
pass through t he Access Point, spec
cify the VLA
LAN ID in th
his field. If
not, select the No VLAN tag radio button.
Accept
A
/C
Cancel
Presss Accept to
o confirm the
t change
es or Canceel to return
n previous
settin
ngs.
Please make note
e of the fo llowing:
1.
1 Accept d
does not apply
a
the changes – you mustt go to Sta
atus -> Saave / Load to apply
the
t new se
ettings. Please referr to Chapte
er 4.1 for more info
ormation.
2.
2 If you re
econfigure
e the Man
nagement VLAN ID, you may lose conneection to the
t
ALL0358N
A
N. Verify th
he DHCP server
s
can support the
t reconfigured VLA
LAN ID, an
nd then
re-connect
r
t to the ne
ew IP address.
10.3
1
SNM
MP Settin
ngs
Click
C
on the SNMP Settings
S
lin
nk under th
he Manage
ement menu. This is a networking
manageme
m
ent protoco
ol used to monitor neetwork-attached dev
vices. SNMPP allows messages
m
[called
[
prottocol data units] to be
b sent to vvarious parrts of a nettwork. Upo
on receiving
g these
messages,
m
SNMP-com
mpatible devices [called agentss] return da
ata stored iin their Ma
anagementt
Information
I
n Database
es.
SNMP
S
Ena
able/Disab
ble
Selecct the Rad io button to
t Enable or Disablee SNMP fun
nction.
Contact
C
Speccify the con
ntact details of the de
evice.
Location
L
Speccify the locaation of th
he device.
Communit
C
ty Name
Speccify the passsword for access the
e SNMP co
ommunity for
f read
only access.
Communit
C
ty Name
Speccify the passsword for access the
e SNMP co
ommunity for
f read
and write
w
accesss.
Trap
T
Destination IP
Address
A
Speccify the IP aaddress tha
at will rece
eive the SN
NMP trap.
Trap
T
Destination
Communit
C
ty Name
Speccify the passsword of the
t SNMP trap comm
munity.
Save
S
/ App
ply / Cancel
Presss Save / A pply to co
onfirm the changes
c
orr Cancel to
o return
previous settin gs.
Accept does nott apply the
e changess – you mu
ust go to S
Status -> Save
S
/ Load
d
to
t apply th
he new setttings. Ple
ease refer to Chapte
er 4.1 for more
m
inforrmation.
10.4
1
Back
kup/Resttore Setttings
Click
C
on the Backup//Restore Setting
S
linkk under the
e Management men
nu. This opttion is used
d
to
t save the
e current se
ettings of the device iin a file on a storage device, or to load setttings on to
the
t device from stora
age device.. This featu
ure is very useful for administrat
a
tors who have
h
severa
al
devices
d
thaat need to be configu
ured with t he same se
ettings.
Save
S
A Copy of
Current
C
Se
ettings
Click
k on Backu
up to save current configured seettings.
Restore
R
Sa
aved Settin
ngs ALL0
0358N can restore a previous
p
se
etting that has been saved.
s
from
f
a File
e
Click
k on Browsee to select the file an
nd Restore..
Revert
R
to F
Factory
Default
D
Se
ettings
Click
k on Factorry Defaultt button to reset all th
he settingss to the
facto
ory default values.
10.5
1
Firm
mware Up
pgrade
Click
C
on the Firmwarre Upgrade link undeer the Man
nagement menu. Thiis page is used
u
to
upgrade
u
th
he firmware
e of the de
evice. Makee sure that to downlo
oad the app
propriate firmware
f
from
f
ALLNET.
pgrade pro
ocess may
y take few
w minutes. Please do
o not powe
er off the
The up
device
d
as tthis may cause
c
the device
d
to ccrash or become
b
un
nusable. Th
he ALL035
58N will
restart
r
auttomaticallly once the
e upgrade
e is comple
ete.
10.6
1
Time Setting
gs
Click
C
on the Time Settings link
k under thee Managem
ment menu. This pag
ge allows you
y to
configure
c
tthe time on
n the devicce. You ma y do this manually
m
or by conneecting to a NTP server.
Manually
M
S
Set Date and
a
Time
T
Manually setup
p the date and time.
Automatic
A
cally Get
Date
D
and T
Time
Speccify the Tim
me Zone frrom the drop down liist and Place a
checck to speciffy the IP ad
ddress of th
he NTP Serrver manually or use
the default
d
NTP
P Server.
Save
S
/ App
ply / Cancel
Presss Save / A pply to co
onfirm the changes
c
orr Cancel to
o return
previous settin gs.
Pressin
ng Save / Apply wil l change the
t setting
gs immediiately. It iss not
reversible
r
unless the
e settings are chang
ged again or the dev
vice is reseet.
10.7
1
Log
Click
C
on the Log link under the Managem
ment menu
u. This page displays a list of evvents that
are
a triggere
ed on the Ethernet
E
an
nd Wirelesss interface
e. This log can
c be refeerred to wh
hen an erro
or
occurs
o
on tthe system
m or when a report neeeds to be sent to the
e technicall support department
d
t
for
f debugg
ging purpo
oses.
Syslog
S
Selecct Enable o
or Disable Syslog fun
nction from
m the drop down list.
Log
L Serverr IP Addre
ess
Speccify the Log
g Server IP address.
Local
L
Log
Selecct Enable o
or Disable Local Log service.
Save/Appl
S
ly / Cancel
Presss Save / A pply to co
onfirm the changes
c
orr Cancel to
o return
previous settin gs.
Pressin
ng Save / Apply wil l change the
t setting
gs immediiately. It iss not
reversible
r
unless the
e settings are chang
ged again or the dev
vice is reseet.
10.8
1
Diag
gnostics
Click
C
on the Diagnosstics link un
nder the M
Manageme
ent menu. This functi on allows you
y to
detect
d
connection qu
uality and trace
t
the ro
outing tablle to the ta
arget.
Target
T
IP
Speccify the IP aaddress yo
ou would lik
ke to searcch.
Ping
P
Packe
et Size
Speccify the paccket size off each ping
g.
Number
N
o
of Pings
Speccify the num
mber of pings.
Start
S
Ping
Presss Start Pin
ng to begin
n.
Traceroute
T
e Target
Speccify an IP ad
ddress or Domain
D
na
ame that yo
ou want to
o trace.
Start
S
Trace
eroute
Presss Start Tra
aceroute to
o begin.
11
1 Netwo
ork Conffiguration Examp
ples
This
T chapte
er describe
es the role of the ALL 0358N with 4 modess. The Acceess Point mode’s
m
default
d
con
nfiguration
n is a centra
al unit of th
he wirelesss network or
o as a roo
ot device off the wired
d
environme
e
nt. Repeate
er Mode and Mesh N
Network Mode need additional configurattion.
11.1
1
Acce
ess Pointt
192.168..1.11
SSID2
Cliennt
192. 168.1.1
SSID1
192.168..1.12
192.1688.1.10
AL
LL0358N
Ethernett
Clientt
Cliennt
Access
A
Poiint
Sttep 1
Login to the weeb-based configurati
c
ion interfacce with deffault IP
192.1
168.1.1
Sttep 2
Selecct your cou
untry or region’s regu
ulation.
Sttep 3
Use site surveyy to scan ch
hannels of the nearbyy area.
Sttep 4
Selecct a channeel with lesss interferen
nce.
Sttep 5
Speccify the SSIID for yourr broadcastt SSID and you can also
configure multtiple SSID at
a the same
e time.
Sttep 6
Veriffy VLAN ideentifier in order
o
to se
eparate serrvices among clients
Sttep 7
Setup the auth
hentication settings.
Sttep 8
Selecct Apply to
o process all
a of the co
onfiguratio
ons.
For mo
ore advancced setting s, please re
efer to the previous cchapters.
Wireless
W
C
Client
Sttep 1
Selecct the Wireeless Mode
e you would like to asssociate wiith.
Sttep 2
Use Site Surveyy to scan fo
or nearby Access
A
Poi nts and select the
AP th
hat you wo
ould like to
o connect with
w or entter the SSID
D
manually.
Sttep 3
Conffigure VLA N ID in you
ur wireless device if aavailable.
Sttep 4
Selecct the correect authen
ntication type and passsword.
The AL
LL0358N’ss Access Po
oint Mode
e does nott provide a DHCP se
erver so the
Wireless
W
C
Client IP ad
ddress mu
ust be conffigured manually in
n Local Areea Networrk Settingss.
11.2
1
Client Bridge Mode
Client
C
Bridg
ge Mode functions like a wireleess dongle.. It must co
onnect to aan Access Point/AP
P
Router
R
to jo
oin the nettwork.
192.1668.1.10
Cliennt
192.168.1.1
ALL035
58N
192.168.1
1.2
Acccess Point /
Wiireless Routter
Interrnet
Please refer to th
he last secttion to check the Access Point’s configuration.
Client
C
Brid
dge
Sttep 1
Login to the weeb-based configurati
c
ion interfacce with the
e default
IP: 19
92.168.1.1
Sttep 2
Selecct your cou
untry or region’s regu
ulation.
Sttep 3
Selecct Operati on Mode to Client Bridge
B
from
m System
Prop
perties.
Sttep 4
Use site surveyy to scan ch
hannels of the nearbyy area.
Sttep 5
Selecct the AP t hat you wo
ould like to
o associatee with.
Sttep 6
Setup the auth entication settings th
hat match tto the Acce
ess Point’s
settin
ngs.
Sttep 7
Selecct Apply to
o process all
a of the co
onfiguratio
ons.
The Client-Bridge
e’s IP settin
ngs must match
m
the Access
A
Poin
nt’s setting
gs.
11.3
1
WDS Bridge
e Mode
Use
U this feaature to lin
nk multiple
e APs togetther in a ne
etwork. All clients asssociated with any of
the
t APs can
n commun
nicate with each othe r similar to
o an ad-hoc mode. The follow
wing
configurati
c
on shows four ALL03
358N’s run ning on WDS
W Bridge Mode, wh
hich are connected to
o
a main ALLL0358N tha
at is provid
ding Interneet access, also
a
runnin
ng on WDSS Bridge Mode. This is
a bridged n
network; th
herefore, all nodes on
n the netw
work can be
e in the sam
me network IP block.
All
A computters are vie
ewable as iff they are iin the same location and on thee same Eth
hernet
network.
n
1992.168.1.2
Client
A
ALL0358N
WDS
W
WDS
192.168.11.4
ALL0358N
N
Client
1992.168.1.1
A
ALL0358N
N
192.168.11.5
1992.168.1.3
Client
A
ALL0358N
WDS
S
WDS
W
ALL03588N
Client
WDS
W
Bridg
ge
Sttep 1
Login to the weeb-based configurati
c
ion interfacce with deffault IP
192.1
168.1.1
Sttep 2
Selecct your cou
untry or region’s regu
ulation.
Sttep 3
Chan
nge Operattion Mode
e to WDS Bridge
B
und
der System
m
Prop
perties.
Sttep 4
Set the
t device’ss IP setting
gs under Sy
ystem -> IIP Settings
Sttep 5
Set the
t WLAN settings un
nder Wirelless Netwo
ork.
Sttep 6
Conffigure WDSS Link Settings underr Wireless..
Sttep 7
Speccify the MA
AC address of the AP which you
u would like
e to
conn
nect with.
Sttep 8
Presss Apply un
nder Save / Reload to process all of the
configurations..
Sttep 9
Veriffy the devicce’s setting
gs by browsing to Staatus -> Ma
ain.
View
w the WDS link status.
Each WDS
W
bridg
ge device m
must use the
t same Subnet,
S
W
Wireless Mode,
Wireless
W
C
Channel, an
nd Securitty Setting..
11.4
1
Client Route
er Mode
In
I the Clien
nt Router Mode,
M
the ALL0358N
A
has a DHC
CP Server that
t
allows multiple devices
d
to
share
s
the ssame Intern
net connecction. Conn
nect to an AP/WISP
A
wirelessly
w
a nd connecct to LANs
via
v wired. C
Client Routter Mode iss functionaally opposite to the AP
A Router M
Mode.
192.168 .1.10
PC
1192.168.1.1
AP
P / WISP
AL
LL0358N
192.168 .1.11
PC
192.168 .1.12
PC
Please refer to th
he last secttion to check Access point’s con
nfiguration
n.
Client
C
Rou
uter
Sttep 1
Login to the weeb-based configurati
c
ion interfacce with deffault IP
192.1
168.1.1
Sttep 2
Selecct your cou
untry or region’s regu
ulation.
Sttep 3
Selecct Operati on Mode to Client Router
R
from
m System
Prop
perties.
Sttep 4
Chan
nge your Lo
ocal Area Network setting to Obtain an
n IP
Address Autom
matically.
Sttep 5
Use site surveyy to scan ch
hannels of the nearbyy area.
Sttep 6
Selecct the AP t hat you wo
ould like to
o associatee with.
Sttep 7
Setup the auth
hentication settings th
hat match tthe Accesss Point’s
settin
ngs.
Sttep 8
Conffigure yourr WAN con
nnection type which i s given by your
Interrnet Servi ce Provide
er on the WAN
W
Settiings.
Sttep 9
Presss Apply to
o process all of the co
onfiguratio ns.
The Cllient Route
er’s IP setttings musst match th
hose of th
he Access Point’s.
P
Appendix A – Troubleshooting
This appendix provides problem-solving information you may find useful in case
you need to troubleshoot your ALL0358N.
Problem Solving
Question
Answer
How do I reset the ALL0358N?
There are two ways to reset the ALL0358N, a
hardware method and a software method.
Both methods return the ALL0358N to its
factory default configuration.
To use the hardware method, press reset
button behind the hole of the PoE injector
for 10 seconds; open the cover on the
bottom panel of the ALL0358N and find the
Reset button (see section 2.1). Using a flat
object such as a pencil, press the Reset
button for approximately 10 seconds and
then stop pressing.
To use the software method, click Restore
to Factory Default in the Management
menu.
Why do I not see traffic pass after I connect
the ALL0358N to a PoE switch?
The ALL0358N uses a proprietary PoE
injector and will not work with standard
802.3af-compliant PoE switches.
What is the default IP address of the
ALL0358N?
The default IP address is 192.168.1.1
I plugged the PoE to the Ethernet port on
You need to plug the Ethernet cable
the back of ALL0358N but the unit is not on, connect to PoE injector, and connect the
how come?
power adapter comes with the package to
the “DC IN” port on the PoE injector
When I install the PoE connection to the
ALL0358N, what kind of PoE should I use?
The ALL0358N uses a proprietary PoE
injector and will not work with standard
802.3af-compliant PoE switches.
Appendix B – Specifications
MCU:
Atheros AR7240
RF:
Atheros AR9283
Memory:
32 MB
Flash:
8 MB
Standard:
802.11 b/g/n
Physical Interface:
- 1x LAN Port with PoE support
- 1x LAN Port
- 1x Reset button
Max. Data rate:
300 Mbps
LEDs status:
- Power Status
- LAN1/LAN2 (10/100Mbps)
- WLAN (Wireless is up)
- 3 x Link Quality (Client Bridge mode)
Security:
- WEP Encryption-64/128/152 bit
- WPA/WPA2 Personal (WPA-PSK using TKIP or AES)
- WPA/WPA2 Enterprise (WPA-EAP using TKIP)
- 802.1x Authenticator
- Hide SSID in beacons
- MAC address filtering, up to 50 field
- Wireless STA (Client) connected list
Power Requirements:
- Active Ethernet (Power over Ethernet)
- Proprietary PoE design
- Power Adapter 24VAC / 1.0A
Antenna:
- Internal Directional 10dBi
Package Contents:
- Wireless Long Range 11N AP/CB (ALL0358N)
- PoE Injector (ALL-24R)
- Power Adaptor
- CD with User’s Manual
- QIG
- Mounting Set
- Special Screw Set
Certifications:
CE
ENVIRONMENT & MECHANICAL
Temperature Range:
Operating -20°C ~ 70°C (-4°F to 158° F)
Storage -30°C ~ 80°C (-22° F to 176°F)
Humidity (non-condensing):
0%～90% typical
Waterproof:
IP55
Appendix C – Glossary
Access Point
A base station in a WLAN that act as a central transmitter and receiver of WLAN radio signals.
Ad Hoc Network
A short-term WLAN framework created between two or more WLAN adapters, without going
through an Access Point. An ad hoc network lets computers send data directly to and from
one another. For an ad hoc network to work, each computer on the network needs a WLAN
card installed configured for Ad Hoc mode.
Antenna
A device that sends and receives radio-frequency (RF) signals. Often camouflaged on existing
buildings, trees, water towers or other tall structures, the size and shape of antennas are
generally determined by the frequency of the signal they manage.
Authentication
A process that verifies the identity of a wireless device or end-user. A common form of
authentication is to verify identities by checking a user name and password to allow network
access.
Backbone
A high-speed line or series of connections that form a major pathway within a network.
Bandwidth
The part of the frequency spectrum required to transmit desired information. Each radio
channel has a center frequency and additional frequencies above and below this carrier
frequency that carry the transmitted information. The range of frequencies from the lowest to
the highest used is called the bandwidth.
Bridge
A wireless device that connects multiple networks that are physically separate or use different
media, but which use similar standards.
Bridge Mode
An Access Pointy in bridge mode can operate as a WLAN bridge that connects two wired
network segments. The peer device also must be in bridge mode. This wireless bridge
connection is equivalent to a Wireless Distribution System (WDS).
CHAP
Challenge Handshake Authentication Protocol. An alternative protocol that uses a
challenge/response technique instead of sending passwords over the wire.
Collision
Interference resulting from two network devices sending data at the same time. The network
detects the collision of the two transmitted packets and discards both of them.
Coverage
The region within which a paging receiver can reliably receive the transmission of paging
signals.
Coverage Area
The geographical area that can be served by a mobile communications network or system.
Coverage Hole
An area within the radio coverage footprint of a wireless system where the RF signal level is
below the design threshold. Physical obstructions such as buildings, foliage, hills, tunnels, and
indoor parking garages are usually the cause of coverage holes.
Cyclic Redundancy Check (CRC)
A common technique for detecting data transmission errors.
Dynamic Host Configuration Protocol (DHCP)
A protocol that assigns temporary IP addresses automatically to client stations logging onto
an IP network, so the IP addresses do not have to be assigned manually. The ALL0358N
contains an internal DHCP server that automatically allocates IP address using a user-defined
range of IP addresses.
Dead Spot
An area within the coverage area of a WLAN where there is no coverage or transmission
falling off. Electronic interference or physical barriers such as hills, tunnels, and indoor parking
garages are usually the cause of dead spots. See also coverage area.
802.11
A category of WLAN standards defined by the Institute of Electrical and Electronics Engineers
(IEEE).
802.11a
An IEEE standard for WLANs that operate at 5 GHz, with data rates up to 54 Mbps.
802.11n
An IEEE standard for WLANs that operates at 2.4 GHz, with data rate of 300 Mbps. The new
standard also raises the encryption bar to WPA2. The 40 HT option can be added to increase
the data rate.
Encryption
Translates data into a secret code to achieve data security. To read an encrypted file, you must
have a secret key or password for decryption. Unencrypted data is referred to as plain text;
encrypted data is referred to as cipher text
ESS ID
The unique identifier for an ESS. All Access Points and their associated wireless stations in the
same group must have the same ESSID.
Footprint
Geographical areas where an entity is licensed to broadcast its signal.
Gateway
A computer system or other device that acts as a translator between two systems that use
different communication protocols, data formatting structures, languages, and/or
architecture.
HT mode
In the 802.11n system, two new formats, called High Throughput (HT), are defined for the
Physical Layer, Mixed Mode, and Green Field. If a system runs 40 HT, two adjacent 20 MHz
channels are used. The larger 40 MHz bandwidth can provide better transmit quality and
speed.
Keys
Like passwords, keys open (decrypt) and close (encrypt) messages. While many encryption
algorithms are commonly known and public, the key must be kept secret.
Local-Area Network (LAN)
A small data network covering a limited area, such as a building or group of buildings. Most
LANs connect workstations or personal computers. LANs let many users share devices such as
printers as well as data. LANs also facilitate communication through e-mail or chat sessions.
Media Access Control (MAC) Address
Address associated with every hardware device on the network. Every 802.11 wireless device
has its own specific MAC address. This unique identifier is hard-coded into the device and can
be used to provide security for WLANs. When a network uses a MAC table, only the 802.11
radios that have their MAC addresses added to that network's MAC table can access the
network.
Network Address Translation (NAT)
An Internet standard that lets a LAN use one set of IP addresses for internal traffic and a
second set of addresses for external traffic.
Network Time Protocol (NTP)
A protocol that lets devices synchronize their time with a time server. NTP uses TCP or UDP
port 123 by default.
Passphrase
A text string that automatically generates WEP keys on wireless client adapters.
Power Over Ethernet (PoE)
A PoE provides power to PoE-enabled devices using an 8-pin CAT 5 Ethernet cable,
eliminating the need for a power source.
Preamble
Synchronizes transmissions in a WLAN. The preamble type defines the length of the Cyclic
Redundancy Check block for communication between a device and roaming wireless stations.
Protected Extensible Authentication Protocol (PEAP)
Authentication protocol of IEEE 802.1x used to send authentication data and passwords over
802.11 WLANs.
Quality of Service (QoS)
A network’s ability to deliver data with minimum delay. QoS also refers to the networking
methods used to provide bandwidth for real-time multimedia applications.
Remote Authentication Dial-In User Service (RADIUS)
Networking protocol that provides centralized authentication, authorization, and accounting
management for computers to connect and use a network service. Because of its broad
support and ubiquitous nature, the RADIUS protocol is often used by ISPs and enterprises to
manage access to the Internet or internal networks, WLANs, and integrated e-mail services.
Service Set Identifier (SSID)
Name of a WLAN. All wireless devices on a WLAN must use the same SSID to communicate
with each other.
Simple Network Management Protocol (SNMP)
An Internet-standard protocol for managing devices on IP networks.
Snooping
Passively watching a network for data, such as passwords, that can be used to benefit a
hacker.
Temporal Key Integrity Protocol (TKIP)
An encryption protocol that uses 128-bit keys. Keys are dynamically generated and
distributed by the authentication server. TKIP regularly changes and rotates encryption keys,
with an encryption key never being used twice.
Transmission Control Protocol/Internet Protocol (TCP/IP)
A protocol that allows communications over and between networks. TCP/IP is the basis for
Internet communications.
Weighted Fair Queuing (WFQ)
WFQ services queues are based on priority and queue weight. Queues with larger weights get
more service than queues with smaller weights. This highly efficient queuing mechanism
divides available bandwidth across different traffic queues.
Wired Equivalent Privacy (WEP)
Security protocol that provides a WLAN with a level of security and privacy comparable to that
of a wired LAN. WEP encrypts data sent between wired and WLANs to keep transmissions
private.
Wireless Local-Area Network (WLAN)
WLANs use RF technology to send and receive data wirelessly in a certain area. This lets users
in a small zone send data and share resources such as printers without using cables to
physically connect each computer.
Wi-Fi Protected Access (WPA )
A subset of the IEEE 802.11i standard. WPA applies IEEE 802.1x and Extensible Authentication
Protocol (EAP) to authenticate wireless clients using an external RADIUS database. WPA uses
Temporal Key Integrity Protocol (TKIP), Message Integrity Check (MIC), and IEEE 802.1x to
encrypt data. See also WPA-PSK (WPA -Pre-Shared Key).
Wi-Fi MultiMedia (WMM)
Part of the IEEE 802.11e QoS enhancement to the Wi-Fi standard that ensures quality of
service for multimedia applications in WLANs.
Wireless Client Supplicants
Software that runs on an operating system, instructing the wireless client how to use WPA.
WPA -Pre-Shared Key (WPA-PSK)
WPA-PSK requires a single (identical) password entered into each Access Point, wireless
gateway, and wireless client. A client is granted access to a WLAN if the passwords match.
WPA2
A wireless security standard that defines stronger encryption, authentication, and key
management than WPA. It includes two data encryption algorithms, Temporal Key Integrity
Protocol (TKIP) and Advanced Encryption Standard (AES), in the Counter mode with Cipher
block chaining Message authentication Code Protocol (CCMP).
Wireless Distribution System (WDS)
A technology that lets Access Points communicate with one another to extend the range of a
WLAN.
Appendix D – Statements of Conformity
D.1 – Federal Communication Commission Interference Statement
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 that to 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.
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.
IMPORTANT NOTE:
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 20cm
between the radiator & your body.
This transmitter must not be co-located or operating in conjunction with any other antenna or
transmitter.
Note: Country selection is not available in the US model.
D.2 – Industry Canada Statement
This device complies with RSS-210 of the Industry Canada 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.
Ce dispositif est conforme à la norme CNR-210 d'Industrie Canada applicable aux appareils
radio exempts de licence. Son fonctionnement est sujet aux deux conditions suivantes: (1) le
dispositif ne doit pas produire de brouillage préjudiciable, et (2) ce dispositif doit accepter
tout brouillage reçu, y compris un brouillage susceptible de provoquer un fonctionnement
indésirable.
IMPORTANT NOTE: Radiation Exposure Statement:
This equipment complies with IC radiation exposure limits set forth for an uncontrolled
environment. This equipment should be installed and operated with minimum distance
20cm between the radiator & your body.
NOTE IMPORTANTE: (Pour l'utilisation de dispositifs mobiles):
Déclaration d'exposition aux radiations:
Cet équipement est conforme aux limites d'exposition aux rayonnements IC établies pour un
environnement non contrôlé. Cet équipement doit être installé et utilisé avec un minimum de
20 cm de distance entre la source de rayonnement et votre corps.
D.3
D – Eurrope Decclaration of Confo
ormity
CE-Declarat
C
tion of Confo
ormity
For the following equip
pment:
Germering,, 25th of Sep
ptember, 2012
Wireless
W
s 11N Acc
cess Point & Clie
ent Bridg
ge
ALL035
A
58N
The
e safety advic
ce in the doccumentation accompanying the produucts shall be obeyed. The
e
conformity to the
e above dire ctive is indic
cated by the CE
C sign on thhe device.
The
T Allnet AL
LL0358N con
nforms to the
e Council Dire
ectives of 19
999/5/EG.
This
T
equipme
ent meets the
e following conformance
c
standards:
EN60
0950-1:2006 A11:2009
A
EN50
0385:2002
EN 30
00328 V1.7.1::2006-10
EN 30
01489-1 V1.8..1:2008-04
EN 30
01489-17 V2.1.1:2009-05
This
T equipmen
nt is intended to be operate
ed in all counttries.
This
T declaratio
on is made byy
ALLNET
A
Computersysteme GmbH
G
Maistraße
M
2
82110
8
Germerring
Germany
G
Germering,
G
2
25.09.2012
0
0560
0
Česky
[C
Czech]
Dansk
[D
Danish]
Deutsch
[G
German]
[Jméno výrobce]
vý
tímto
o prohlašuje,, že tento [typ
yp zařízení] je
e ve shodě see základními požadavky a
dalšími příslušnými
p
ustanoveními směrnice 19
999/5/ES.
Underteg
gnede [fabrik
kantens navn
n] erklærer he
erved, at følg
gende udstyrr [udstyrets ty
ypebetegnelse]
overhold
der de væsentlige krav og
g øvrige relevvante krav i direktiv
d
1999//5/EF.
Hiermit erklärt
e
[Name
e des Herstelllers], dass sicch das Gerät [Gerätetyp] iin Übereinstiimmung mit
den grun
ndlegenden Anforderung
A
en und den übrigen einschlägigen Beestimmungen der Richtlin
nie
1999/5/E
EG befindet.
Eesti
[Estonian]
Käesolevvaga kinnitab
b [tootja nimii = name of manufacturer
m
r] seadme [seeadme tüüp = type of
equipmen
nt] vastavust direktiivi 19 99/5/EÜ põh
hinõuetele ja nimetatud d
direktiivist tulenevatele
teistele asjakohastele
a
e sätetele.
English
Hereby, [name
[
of man
nufacturer], d
declares thatt this [type off equipment] is in complia
ance with the
e
essential requirementts and other relevant pro
ovisions of Directive 1999//5/EC.
Español
[Spanish]
Por mediio de la prese
ente [nombree del fabrican
nte] declara que
q el [clase de equipo] cumple con lo
os
requisitos esenciales y cualesquieera otras disp
posiciones ap
plicables o exxigibles de la Directiva
1999/5/C
CE.
Ελληνική
[G
Greek]
Français
[French]
Italiano
[Ittalian]
Latviski
[Latvian]
Lietuvių
[Lithuanian]
Nederlands
[D
Dutch]
Malti
[M
Maltese]
Magyar
[H
Hungarian]
Polski
[P
Polish]
Português
[P
Portuguese]
Slovensko
[Slovenian]
Slovensky
ΜΕ ΤΗΝ ΠΑΡΟΥΣΑ [n
name of man
nufacturer] ∆Η
ΗΛΩΝΕΙ ΟΤΙ [type of equiipment] ΣΥΜΜΟΡΦΩΝΕΤ
ΤΑΙ
ΠΡΟΣ ΤΙΣ
Σ ΟΥΣΙΩ∆ΕΙΣ ΑΠΑΙΤΗΣΕΙΣΣ ΚΑΙ ΤΙΣ ΛΟΙΙΠΕΣ ΣΧΕΤΙΚΕ
ΕΣ ∆ΙΑΤΑΞΕΙΣ ΤΗΣ Ο∆ΗΓΙΑ
ΑΣ 1999/5/ΕΚ
Κ.
Par la pré
ésente [nom du fabricant]] déclare que
e l'appareil [ttype d'appareeil] est confo
orme aux
exigence
es essentielless et aux autrees dispositio
ons pertinentes de la direcctive 1999/5//CE.
Con la prresente [nom
me del costrutttore] dichiara che questo
o [tipo di appparecchio] è conforme
c
ai
requisiti essenziali
e
ed alle altre dissposizioni pe
ertinenti stab
bilite dalla dirrettiva 1999//5/CE.
Ar šo [na
ame of manuffacturer / izzgatavotāja nosaukums]
n
deklarē,
d
ka [tyype of equipm
ment / iekārttas
.
tips] atbilst Direktīvass 1999/5/EK b
būtiskajām prasībām
p
un citiem
c
ar to ssaistītajiem noteikumiem
n
Šiuo [ma
anufacturer name] deklaru
uoja, kad šis [equipment type]
t
atitinkaa esminius reikalavimus irr
kitas 199
99/5/EB Direk
ktyvos nuostaatas.
Hierbij ve
erklaart [naam van de fabbrikant] dat het
h toestel [ty
ype van toesttel] in overee
enstemming is
met de essentiële
e
eisen en de and
dere relevantte bepalingen van richtlijnn 1999/5/EG.
Hawnhekkk, [isem tal-manifattur], jjiddikjara li dan
d [il-mudell tal-prodott]] jikkonforma
a mal-ħtiġijie
et
essenzjali u ma provv
vedimenti oħ
ħrajn relevantti li hemm fid
d-Dirrettiva 11999/5/EC.
Alulírott, [gyártó neve
e] nyilatkozom
m, hogy a [.... típus] megfelel a vonatkkozó alapvetõ
õ
követelm
ményeknek éss az 1999/5/EEC irányelv egyéb elõírásainak.
Niniejszyym [nazwa prroducenta] ośświadcza, że [nazwa wyro
obu] jest zgo
odny z zasadn
niczymi
wymogami oraz pozo
ostałymi stossownymi posstanowieniam
mi Dyrektywyy 1999/5/EC.
[Nome do
o fabricante] declara quee este [tipo dee equipamento] está confforme com os
o requisitos
essenciaiis e outras disposições daa Directiva 19
999/5/CE.
[Ime proiizvajalca] izja
avlja, da je ta [tip opreme]] v skladu z bistvenimi
b
za htevami in ostalimi
o
relevantn
nimi določili direktive
d
19999/5/ES.
[Meno výýrobcu] týmto
o vyhlasuje, žže [typ zariad
denia] spĺňa základné
z
požžiadavky a vššetky príslušn
né
[Slovak]
Suomi
[Finnish]
ustanove
enia Smernice
e 1999/5/ES..
[Valmista
aja = manufa
acturer] vaku uttaa täten että
e [type of equipment
e
= laitteen tyyp
ppimerkintä]
tyyppinen laite on dirrektiivin 19999/5/EY oleellisten vaatimu
usten ja sitä koskevien direktiivin
muiden ehtojen
e
muka
ainen.
Svenska
[Swedish]
Härmed intygar [förettag] att denn
na [utrustning
gstyp] står I överensstämm
ö
melse med de
d väsentliga
a
egenskap
pskrav och övriga relevan
nta bestämm
melser som fra
amgår av dire
rektiv 1999/5/EG.