Asus Router DSL-N13 User Manual Czech Version

							
DSL-N13	Wireless	ADSL	2/2+	Modem	Router	User	Manual
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Connecting	DSL-N13	with	 ASUS	WLAN	Card
Configuring ASUS WLAN Card with One Touch Wizard™
If  you  have  installed  ASUS  wireless  card  together  with  its  utilities  and  drives  on  your 
PC, click Start	-> 	Programes 	-> 	ASUS 	Utility-> 	WLAN 	Card 	-> 	One 	Touch 	Wizard to 
launch the One Touch Wizard utility.
3.  Set the authentication and encryption of your WLAN card the same with those at DSL-N13. Click Next to continue.
1. Select Connect	to	an	existing	wireless	LAN (Station) radio button and click Next	to	continue.
2. One Touch Wizard searches and displays the available APs in the Available	Networks list. Select DSL-N13 and press Next to continue.
4. It takes several seconds for the wireless card to associate with DSL-N13. Press Next to setup TCP/IP. 
						

							
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2.  Input  the  key  you  have  set  on  the 
DSL-N13  and  click Connect.  The 
connection is complete within several 
seconds.
1.  Double-click  the  wireless  network 
icon on the task bar to view available 
networks. Select your wireless router 
and click Connect.
5.  Setup the IP address of the WLAN Card according to your network condition. After the setup is complete, click Finish	to exit the	One	Touch	Wizard.
Configuring WLAN card with Windows®	WZC	service
You can also use Windows® Wireless Zero Configuration service to set up the wireless 
connection with DSL-N13.  
						

							
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Wireless	settings
This chaper describes how to configure other wireless features of your ASUS DSL-N13 
ADSL Wireless Router.
Setting	up	SSID
SSID  stands  for  Service  Set  Identifier,  also  known  as  the  name  of  a  wireless  network. 
To connect a wireless router, or to form a wireless bridge system, all wireless routers or    
APs or clients must have the same SSID.To setup SSID:
1.  Click Wireless 	-> 	Basic in the left side menu to open the configuration page.
2.   Select Enable 	Wireless checkbox.
3.   You  can  hide  DSL-N13  from  wireless  scanning  by  selecting Hide 	Access 	Point, 
but wireless clients still can connect to DSL-N13 by specifying correct SSID.
4.   Define the SSID for DSL-N13. The default SSID is Default.
5.  Press Save/Apply to save and activate the settings.
Setting	up	wireless	security
To  protect  your  wireless  network,  you  need  to  setup  a  security  mechanism  at  both  
DSL-N13 and the wireless clients.
Network 	authentication 	
Network  authentication  uses  certain  types  of  mechanism  to  identify  authenticated 
wireless clients. DSL-N13 supports the following authentication methods:
Open:   This  option  disables  authentication  protection  for  your  wireless  network. 
Under the Open mode, any IEEE802.11b/g wireless client can connect to 
your wireless network.
Shared:     Shared means using the same WEP keys for authentication and encryption.
802.1X: 	   802.1X  uses  RADIUS  (Remote  Access  Dial-Up  User  Service)  server 
to  authenticate  wireless  clients  with  a  user  name  and  password.  It  can 
authenticate user with different levels of access right.  
						

							
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WPA:     WPA  stands  for  WiFi-Protected  Access.  WPA  provides  two  security 
modes  for  Home/SOHO  user  and  enterprise  network.  The  former 
solution adopts Pre-Shared Key for authentication, and the later uses the 
existing 802.1X RADIUS server in the enterprise network to process the 
authentication requests.
WPA	- 	PSK:   WPA-PSK  (Pre-Shared  Key)  is  the  solution  for  home  and  SOHO  users 
who  have  no  802.11X  authentication  server  within  the  LAN.  To  setup 
WPA-PSK, you need to input a passphrase and let the system generate 
the key. Combination of letters, numbers and non-alphnumeric charecters 
is recommended for ensuring security.
Encryption
Encryption is used to convert plain text data into unreadable codes with certain type of 
algorithm before capsulation for wireless transmission. DSL-N13 supports the following 
encryption methods:
WEP:    WEP  stands  for  Wired  Equivalent  Privacy.  It  uses  64  or  128-bit  static 
keys.  You  can  let  the  system  generate  the  WEP  keys  by  inputting  a 
Passphrase.
TKIP:    Temporal  Key  Integrity  Protocol  (TKIP)  dynamically  generates  unique 
keys to encypt every data packet in a wireless session. 
AES:    Advanced  Encryption  Standard  (AES)  is  a  dependable  encryption 
adopted  in  WPA2  or  IEEE802.11i  standard.  It  offers  stronger  protection 
and greatly increases the complexity of wireless encryption. 
TKIP	+ 	AES:	For  a  network  where  WPA  clients  (using  TKIP  encryption)  and  WPA2 
clients (using AES encryption) co-exit. Select this option to enable both.
How	to	setup	wireless	security
Open
1.   Click Wireless 	-> 	Security in the left side menu to open the configuration page.
2.   Select Open in the Network 	Authentication field to disable authentication mechanism. 
						

							
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3.  Select Enable in the WEP 	Encryption field to use WEP keys for data encryptions. 
Select  64-bit  or  128-bit Encryption 	Strength  for  key  length  then  click Set 	
Encryptioin 	Keys  button  to  setup  the  keys.  If  you  do  not  want  to  encrypt  data, 
select Disable in WEP 	Encryption and skip to Step 5.
4.   After  you  click  the Set 	Encryptioin 	Keys  button,  you  are  directed  to  another 
page  to  setup  the  keys.  You  can  select Enable 	ASUS 	Passphrass 	and  input  a 
passphrase in the first box below, the system automatically generates four netwrok 
keys for you. You can also disable ASUS Passphrass and input four keys manually. 
Record the passphrase (if any) and keys in your note.
5.  Press Save/Apply to save and activate the settings.
Shared
1.  Click Wireless 	-> 	Security in the left side menu to open the configuration page.
2.   Select Shared in the Network 	Authentication field to use WEP authentication.
3.   The  WEP  Encryption  is  fixed  to Enabled  because  Shared  mode  use  the  same 
WEP keys for both encryption and authentication. 
4.  Select  64-bit  or  128-bit Encryption 	Strength  for  key  length  then  click Set 	
Encryption 	Keys  button  to  setup  the  keys.  Refer  to Open  mode  Step  4  for  key 
configuration.
5.   Press Save/Apply to save and activate the settings. 
						

							
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802.1X
1.  Click Wireless 	-> 	Security in the left side menu to open the configuration page.
2.   Select 802.1X  in  the Network 	Authentication  field  to  enable  authentication  using 
RADIUS server in your network.
3.   Input the RADIUS 	Server 	IP 	address, RADIUS 	port (the default value is 1812), and 
RADIUS 	Key.
4.   You  can  choose  to  enable  or  disable  data  encryption.  If  you  want  to  encrypt  data, 
select Enable 	in  the WEP  Encryption  field,  select  64-bit  or  128-bit Encryption 	
Strength for key length. Click Set	Encryptioin 	Keys button to setup the keys.
5.   Refer to Open mode Step 4 for key configuration. 
6.  Press Save/Apply to save and activate the settings.
WPA
1.  Click Wireless 	-> 	Security in the left side menu to open the configuration page.
2.   Select WPA  in  the Network 	Authentication  field  to  enable  RADIUS  server 
authentication and advanced encryption methods. 
						

							
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3.  Set the WPA2 	Preauthentication to Enabled if you want to use this function. 
4.   The Network 	Re-auth 	Interval  is  36000  seconds  by  default,  you  can  setup  this 
value according to your network environment.
5.   Set  up  RADIUS  server  inforamtion  by  inputting  WPA  Group  Rekey  Interval, 
RADIUS server IP address, RADIUS port and RADIUS Key.
6.  Set up WPA encryption methods. If there are only WPA2 clients within your network, 
select AES, if WPA clients only, select TKIP; if both exist, select TKIP+AES. 
7.  You can also enable WEP client to access your wireless network. To enable WEP 
clients,  set WEP 	Encryption  to Enabled.  Select  64-bit  or  128-bit Encryption 	
Strength for key length then click Set	Encryptioin 	Keys button to setup the keys. 
Refer to Open mode Step 4 for key configuration.
8.   Press Save/Apply to save and activate the settings.
WPA-PSK
1.  Click Wireless 	-> 	Security in the left side menu to open the configuration page.
2.   Select WPA-PSK in the Network 	Authentication field.
3.   Input  the  WPA  Pre-Shared  Key.  The  key  is  masked  by  system.  To  check  the  key, 
press Save/Apply  and  wait  until  the  page  refreshes.  Then  click Click 	here 	to 	
display link, you can see the key displayed in a seperate window.
4.  Setup the WPA Group Rekey Interval.
5.  Set up WPA encryption methods. If there are only WPA2 clients within your network, 
select AES, if WPA clients only, select TKIP; if both exist, select TKIP+AES. 
6.  You can also enable WEP client to access your wireless network. To enable WEP 
clients,  set WEP 	Encryption  to Enabled.  Select  64-bit  or  128-bit Encryption 	
Strength for key length then click Set	Encryption 	Keys button to setup the keys. 
Refer to Open mode Step 4 for key configuration.
7.   Press Save/Apply to save and activate the settings. 
						

							
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MAC filter
You can setup MAC filters to allow or deny wireless clients with known MAC addresses. 
To setup MAC filter:
1.  Click Wireless 	-> 	MAC 	Filter in the left side menu to open the configuration page. 
2.   Select  the  restriction  mode  for  the  filter:  select Allow  to  allow  the  client  and  deny 
the rest; select Deny to deny the client and allow the rest. By default, the filter is set 
to Disable which allows all clients. Click Add to create a filter.
2.  Type the MAC address of the wireless client you want to allow or block. 
3.  Press Save/Apply to save and activate the settings. 
Wireless	bridge
You can connect DSL-N13 to other wireless bridges so as to expand your wireless LAN. 
This function is also refer to as Wireless Distribution System (WDS). 
To setup WDS, the wireless routers must meet the following requirements:
1.  Using the same encryption.
2.  Working on the same channel.
3.  The IP addresses of all wireless bridges are within the same subnet.
4.  WDS enabled.
5.  For bridging wireless routers, the MAC Addresses of the uplink wireless router must 
be saved to the Remote 	Bridge 	List. For uplink wireless router, MAC addresses of 
all bridging router must be saved.
Example: DSL-N13 (wireless bridge with Internet access), WL-500gP (wireless bridge), 
and WL-500gD (wireless bridge). Refer to the illustration on the next page.
DSL-N13 WL-500gDWL-500gP
SSIDASUSASUSASUS
DHCP server EnabledDisabledDisabled
LAN IP address192.168.1.1192.168.1.2192.168.1.3
AuthenticationOpenOpenOpen
EncryptionWEP-128bitWEP-128bitWEP-128bit
Remote bridge00:01:00:01:01:02
00:01:00:01:01:03
00:01:00:01:01:0100:01:00:01:01:01
MAC address00:01:00:01:01:0100:01:00:01:01:0200:01:00:01:01:03
Channel111111 
						

							
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WDS setup (DSL-N13)
1.  Setting up encryption
If  you  want  to  use  encryption  function,  select  a Network 	Authentication  mode;  if  not, 
select Disabled. Click Wireless 	-> 	Security to open the configuration page.
In this example, set authentication to Open and encryption to Enabled, select 128bit for 
Encryption Strength, then click Set 	Encryption 	Keys.  
						

							
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2.  Setting up channel
Click Wireless 	-> 	Advanced. Set Channel 	to 11 and click Save/Apply.
You can check Enable	ASUS 	PassPhrase and input a string in Passphrase field to let 
the system generate the Network Keys. You can also disable Passphrase and input four 
keys manually. When finished, click	Save/Apply.