TZ Series and SOHO W Appliances Only Wizards

Topics:

Using the Initial TZ/SOHO W Startup Guide

NOTE: This Initial Startup Guide (wizard) appears only when you first activate your TZ series appliance. After you have initially set up your appliance through the Startup Guide, the regular Setup Wizard (Guide) appears when you click Wizards in the upper right corner of the SonicOS management interface.

You can move backwards and forwards through the dialogs by clicking the Back and Next keys respectively. As you complete steps and progress through the Setup Guide, the color of the completed dialog title changes color and a checkmark appears.

You can exit the guide at any time by clicking the Exit Guide button. If you exit before completing the configuration, a dialog displays requesting confirmation of exiting without saving any settings:

Click OK to exit the wizard, No to continue the configuration.

To perform an initial set up of your appliance:
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Click the link in To launch the Dell SonicWAlL Setup Wizard, click here. The Welcome dialog displays.

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Click Next. The Credentials dialog displays.

IMPORTANT: Each appliance comes with a default username of admin and a default password of password. You cannot change the default username, but it is highly recommended that you change the password.

If the Old Password field is not dimmed, you need to enter password in it.

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Enter your password in the New Password field and again in the Confirm Password field. The password can be up to 32 characters.
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Click Next. A Running DHCP detection message displays.

When the IP configuration of the DHCP server is detected, the Setup Guide populates the IP Configuration dialog with the IP information and displays the dialog.

NOTE: If you have not connected your appliance to a WAN interface, the following message displays. Click OK. The IP Configuration – Manual Configuration dialog displays so you can configure the interface manually; see Configuring the WAN Interface Manually .

Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address that is used by another device on your network.

NOTE: If you want to customize the WAN settings, click the Manual Config button. The IP Configuration – Manual Configuration dialog displays. For the manual configuration procedure, see Configuring the WAN Interface Manually .
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Click Next. The Setup Complete! dialog displays.

You now have internet access and basic settings for your appliance.

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Click Done. A message displays saying you are being connected to a secure login page before the login page displays.

You can continue configuring your appliance by clicking Wizards in the upper right corner of the SonicOS management interface. A good place to start is the Setup Guide, which is different from the Initial Setup Guide.

Configuring the WAN Interface Manually

If you have not set up a WAN interface or want to customize the settings and clicked Manual Config, the IP Configuration – Manual Configuration dialog displays.

To manually configure the WAN interface:
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Static (default) – Use a Static IP address or a range of IP addresses for router-based connections. An IP address is a number that identifies each device on your network. An IP address consists of four numbers, separated by periods, ranging from 0 to 254 in value. Examples of IP addresses are 192.168.168.1, 10.0.0.1, or 216.217.36.130.

Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address that is used by another device on your network.

Go to Static WAN Mode .

PPPoE – Use PPPoE for ISP client authentication software with DSL connections. Point-to-Point Protocol over Ethernet (PPPoE) is a widely-deployed solution to manage DSL and cable broadband services. PPPoE requires user name and password authentication to connect to the Internet.

Go to PPPoE WAN Mode .

PPTP – Use PPTP for encrypted VPN connections. Point-to-Point Tunneling Protocol (PPTP) is used to tunnel Point to Point Protocol (PPP) through an IP network. PPTP requires Server IP address, user name and password authentication to connect to the Internet.

Go to PPTP WAN Mode .

Static WAN Mode

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Enter the WAN subnet mask in the WAN Subnet Mask field.
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Enter the router address in the Gateway (Router) Address field.
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Enter the DNS server address in the DNS Server Address field.
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Optionally, enter a second DNS server address in the DNS Server Address #2 (optional) field.
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PPPoE WAN Mode

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Enter the PPPoE user name in the PPPoE User Name field.
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Optionally, if the user is to be disconnected after a certain period of activity, select the Inactivity Disconnect (minutes) checkbox; the field becomes active.
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PPTP WAN Mode

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Enter the PPTP server IP address in the PPTP Server IP Address field.
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Obtain an IP Address Automatically – the following fields become dimmed.
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Enter the WAN subnet mask in the WAN Subnet Mask field.
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Enter the router address in the Gateway (Router) Address field.
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Using the TZ Series/SOHO W Setup Guide

NOTE: The TZ Series and SOHO W Setup Guide is not the same as the Initial TZ and SOHO W Setup Guide.

The TZ Series and SOHO W Setup Guide helps you configure the following settings:

To configure settings with the Setup Guide:
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Click Wizard on the top-right corner of the SonicOS management interface.

The Welcome page displays.

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Select the Setup Wizard (default).
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Click Next. If you have a:
Wireless appliance, the Deployment Scenario page displays; see Deployment Scenario .
Wired appliance, the Change Administrator Password page displays; see Change Administrator Password .
Deployment Scenario

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No Wireless (default) – The wireless radio is turned off.
Office Gateway – Provides secure access for both wired and wireless users.
Wireless Client Bridge – Operates in Wireless Client Bridge mode to securely bridge two networks.
Secure or Open Access Point – Adds secure wireless access to an existing wired network.
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Click Next. The Change Administrator Password page displays.
Change Administrator Password

IMPORTANT: Each appliance comes with a default username of admin and a default password of password. You cannot change the default username, but it is highly recommended that you change the password.
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Enter the old password in the Old Password field.
NOTE: If you have not changed the original password, password, this field is dimmed.
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Enter a new password in the New Password and Confirm New Password fields.
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Click Next. The Time Zone page displays.
Time Zone

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Select the appropriate Time Zone from the Time Zone drop-down menu. The SonicWALL’s internal clock is set automatically to the correct time for this time zone by a Network Time Server on the Internet.
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Optionally, select Automatically adjust clock for daylight savings time. This is selected by default.
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Click Next.
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No Wireless, the Configure Modular Device Type page displays. Go to 3G/4G Modem > Configure Modular Device Type
Office Gateway or Secure or Open Access Point, the page that displays depends on your appliance:
SOHO W appliance, the Configure Modular Device Type page displays. Go to 3G/4G Modem > Configure Modular Device Type
TZ Series appliance, the Configure 3G/4G page displays. Go to 3G/4G Modem > Configure 3G/4G
Wireless Client Bridge, the LAN Settings page displays. Go to LAN Settings
3G/4G Modem > Configure Modular Device Type

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Select a device type from the Device Type drop-down menu:
None (default)
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Click Next. The page that displays next depends on your device type selection:
None – The WAN Network Mode page displays; go to WAN Mode: WAN Network Mode .
3G/4G/Mobile — The Configure 3G/4G page displays; go to 3G/4G Modem > Configure 3G/4G .
Analog Modem — The 3G/4G Modem > Configure Modem page displays; go to 3G/4G Modem > Configure Modem
3G/4G Modem > Configure 3G/4G

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For primary or backup internet connectivity, select Yes – I will use 3G/4G for primary or backup internet connectivity. This is the default.
If the device is not used at this time, select No – I will not use 3G/4G at this time.
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Click Next.
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No – The WAN Network Mode page displays; go to WAN Mode: WAN Network Mode .
Yes – The 3G/4G Modem > WAN Failover 3G/4G/Modem Connection page displays. Go to 3G/4G Modem > WAN Failover 3G/4G/Modem Connection (page 1) .
3G/4G Modem > WAN Failover 3G/4G/Modem Connection (page 1)
NOTE: For TZ Series wireless appliances, this page is titled WAN Failover 3G/4G Connection, but otherwise it is the same.

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Select your country from the Country drop-down menu.
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Select your service provider from the Service Provider drop-down menu. Options depend on the Country you selected.
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Select your plan type from the Plan Type drop-down menu. Options depend on the Service Provider you selected.
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Click Next. If you have a:
TZ wired or SOHO W wireless appliance, the second WAN Failover 3G/4G/Modem Connection page displays with the options populated according to your choices for country, service provider, and plan type
TZ wireless appliance, the WAN Failover 3G/4G Connection page displays; except for the name, this is the same as the WAN Failover 3G/4G/Modem Connection page
3G/4G Modem > WAN Failover 3G/4G/Modem Connection (page 2)

NOTE: If you selected Other for Country, Plan Type or Service Provider, the second page is not populated with information and you must enter the required information. Go to 3G/4G Modem > WAN Failover 3G/4G/Modem Connection (page 2—Other Country) .
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Click Next. The WAN Mode dialog displays.
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3G/4G Modem > WAN Failover 3G/4G/Modem Connection (page 2—Other Country)

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If you selected Other for Country, Service Provider, or Plan Type, the second page is not populated with information, and you must provide the required information:
Profile Name – Enter a friendly name for the profile in this field; the default is My Connection Profile.
Connection Type – Select the connection type from the drop-down menu.
Dialed Number – Enter the dialup number the appliance uses to connect to the internet in this field.
User Name (optional) – Enter your ISP user name in this field.
Password (optional) – Enter your ISP password in this field.
Confirm Password (optional) – Reenter your ISP password in this field.
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Click Next. The WAN Mode page displays.
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3G/4G Modem > Configure Modem

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For primary or backup internet connectivity, select Yes – I will use dialup account as primary or backup internet connection. This is the default.
If the modem is not used at this time, select No – I will not use the modem at this time.
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Click Next.
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No – The WAN Mode page displays; go to WAN Mode: WAN Network Mode .
Yes – The 3G/4G Modem > WAN Failover Dialup Connection page displays.
3G/4G Modem > WAN Failover Dialup Connection

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Profile Name – A friendly name for the profile; the default is My Connection Profile.
Phone Number – The phone number used for dialup.
User Name – Your ISP user name.
Password – Your ISP password.
Confirm Password – Reenter your ISP password.
APN – Your ISP Access Point Name.
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Click Next. The WAN Network Mode page displays.
WAN Mode: WAN Network Mode

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Router-based Connections – Use a Static IP address or a range of IP addresses. – An IP address is a number that will identify each device on your network. An IP address consists of four numbers, separated by periods, ranging from 0 to 254 in value. Examples of IP addresses are 192.168.168.1, 10.0.0.1, or 216.217.36.130. This is the default for TZ Series wired and wireless appliances.

Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address that is used by another device on your network.

Cable/Modem-based Connections – Use DHCP assigned dynamic IP addresses. DHCP stands for Dynamic Host Configuration Protocol. It is used to distribute TCP/IP settings automatically. This is the default for SOHO W wireless appliances.

Dell SonicWALL appliances contain both a DHCP client and a DHCP server. The client is used so that the Dell SonicWALL can be configured automatically from the network through its WAN link (for instance, a cable modem network). Your ISP may require you to use the DHCP client to obtain an address from their DHCP server.

DSL Connections — Use PPPoE for ISP client authentication software. – Point-to-Point Protocol over Ethernet (PPPoE) is a widely-deployed solution to manage DSL and cable broadband services. PPPoE requires user name and password authentication to connect to the Internet.
VPN Connections – Use PPTP for encrypted connections. – Point-to-Point Tunneling Protocol (PPTP) is used to tunnel Point to Point Protocol (PPP) through an IP network. PPTP requires Server IP address, user name and password authentication to connect to the Internet.
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Click Next. What displays next depends on your WAN network mode selection.
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WAN Settings > WAN Network Mode: NAT Enabled

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Dell SonicWALL WAN IP Address – An IP address is a number that identifies each device on your network. An IP address consists of four numbers, separated by periods, ranging from 0 to 254 in value. Examples of IP addresses are 192.168.168.1, 10.0.0.1, or 216.217.36.130.

Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address used by another device on your network.

WAN Subnet Mask – The subnet mask defines which IP addresses are located on your local network and which IP addresses are located on the Internet. For example, if you assign your computer the IP address 192.168.168.200 and the subnet mask 255.255.255.0, then your computer will believe that all 192.168.168.X addresses are on the local network, and all other addresses are located on the Internet.

The WAN Subnet Mask should be assigned by your ISP. If you do not know your WAN Subnet Mask, use the subnet mask assigned to your computer or contact your ISP.

Gateway Router Address – The WAN gateway (router) address is the IP address of the router that bridges your network to the Internet. The WAN router may be attached directly to the Dell SonicWALL appliance's WAN port or indirectly through a cable or DSL modem.

The WAN Gateway (router) address must be in the same subnet as the Dell SonicWALL appliance WAN IP address. The WAN gateway (router) address often ends with the numbers .1 or .254. So, if your WAN IP address is 216.0.36.128, then your gateway might be 216.0.36.1 or 216.0.36.254. If you do not know your gateway address, contact your ISP.

DNS Server Address – The DNS server address is the IP address of the DNS server.
DNS Server Address #2 (optional) – If there is a second DNS server address, enter it in this field.
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To allow HTTPS, select Allow HTTPS on this WAN Interface. This is selected by default.
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To allow ping, select Allow Ping on this WAN Interface. This is selected by default.
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Click NEXT. The page that displays next depends on the type of appliance:
TZ Series wired appliances, the LAN Settings page displays. Go to LAN Settings .
WAN Settings > WAN Network Mode: NAT with DHCP Client

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To allow HTTPS, select Allow HTTPS on this WAN Interface. This is selected by default.
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To allow ping, select Allow Ping on this WAN Interface. This is selected by default.
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Click NEXT. The page that displays next depends on the type of appliance:
TZ Series wired appliances, the LAN Settings page displays. Go to LAN Settings .
WAN Settings > WAN Network Mode – NAT with PPPoE Client

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Automatically – Select Obtain an IP Address Automatically; this is the default. Go to Step 2.
Manually – Select Use the following IP Address. The field becomes active.
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Enter the PPPoE IP address in the Use the following IP Address field.
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Enter your PPPoE password in the PPPoE Password field.
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Optionally, to disconnect after a period of inactivity, select Inactivity Disconnect (minutes). By default, this is not selected. When this option is selected, the field becomes active.
Enter the maximum inactivity time, in minutes, before disconnect in the Inactivity Disconnect (minutes) field; the default is 10.
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To allow HTTPS, select Allow HTTPS on this WAN Interface. This is selected by default.
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To allow ping, select Allow Ping on this WAN Interface. This is selected by default.
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Click NEXT. The LAN Settings page displays.
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Click NEXT. The page that displays next depends on the type of appliance:
TZ Series wired appliances, the LAN Settings page displays. Go to LAN Settings .
WAN Settings > WAN Network Mode – NAT with PPTP Client

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An IP address is a number that identifies each device on your network. An IP address consists of four numbers, separated by periods, ranging from 0 to 254 in value. Examples of IP addresses are 192.168.168.1, 10.0.0.1, or 216.217.36.130.

Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address used by another device on your network.

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Automatically – Select Obtain an IP Address Automatically; this is the default. Go to Step 8.
Manually – Select Use the following IP Address.
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Enter the appliance’s WAN address in the Dell SonicWALL WAN IP Address field.
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Enter the WAN subnet mask in the WAN Subnet Mask field.

The subnet mask defines which IP addresses are located on your local network and which IP addresses are located on the Internet. For example, if you assign your computer the IP address 192.168.168.200 and the subnet mask 255.255.255.0, then your computer believes that all 192.168.168.X addresses are on the local network, and all other addresses are located on the Internet.

The WAN subnet mask is assigned by your ISP. If you do not know your WAN Subnet Mask, use the subnet mask assigned to your computer or contact your ISP.

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Enter the Gateway (router) address in the Gateway (Router) Address field.
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To allow HTTPS, select Allow HTTPS on this WAN Interface. This is selected by default.
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To allow ping, select Allow Ping on this WAN Interface. This is selected by default.
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Click NEXT. The page that displays next depends on the type of appliance:
LAN Settings

The Setup Wizard populates the LAN Settings fields automatically, based on the supplied settings.

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Dell SonicWALL LAN IP Address – The IP address of the Dell SonicWALL LAN. Every IP address on your network must be unique. Therefore, do not assign your Dell SonicWALL an IP address that is used by another device on your network.
LAN Subnet Mask – The subnet mask defines which IP addresses are located on your local network and which IP addresses are located on the Internet. For example, if you assign your computer the IP address 192.168.168.200 and the subnet mask 255.255.255.0, then your computer believes that all 192.168.168.X addresses are on the local network, and all other addresses are located on the Internet.

The LAN subnet mask defines the size of your local network. The LAN subnet mask 255.255.255.0 works for most networks.

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Click Next. The LAN DHCP Settings page displays.
LAN DHCP Settings

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Select Enable DHCP Server on LAN checkbox. This is checked by default.

DHCP (Dynamic Host Configuration Protocol) is used to distribute TCP/IP settings automatically. A DHCP server simplifies network address management and avoids the time-consuming task of configuring each computer's IP settings.

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The Setup Wizard populates the LAN Address Range fields automatically. Verify the addresses are correct.

Enter a range of IP addresses for your network devices on the LAN. The address range must be in the same subnet as the Dell SonicWALL Web Management address. Dell SonicWALL's default gateway address is currently set according to the IP address that have been configured.

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Click Next. The Port Assignment page displays. Go to Ports Assignment .
Regulatory Domain Registration

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Select a country from the Country Code drop-down menu.
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Click Next. An information message about maintaining up-to-date wireless drivers on your client computers displays.

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Click OK. The WLAN Radio Settings page displays.
WLAN Radio Settings

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Enter a SSID (Service Set ID) in the SSID field. The SSID serves as the primary identifier for your wireless network. You can specify up to 32 alphanumeric characters; the SSID is case sensitive. The appliance generates a default SSID; for example, sonicwall or sonicwall-F2DS.
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Select your preferred radio mode from the Radio Mode drop-down menu. The wireless security appliance supports the modes shown in Table 165.
Does not support 802.11n, only the Channel option is displayed.
Supports 5GHz 802.11n/a/ac Mixed or 5GHz 802.11ac Only, the Radio Band and Channel options are displayed.
TIP: For optimal throughput speed solely for 802.11n clients, SonicWALL recommends the 802.11n Only radio mode. Use the 802.11n/b/g Mixed radio mode for multiple wireless client authentication compatibility.

For optimal throughput speed solely for 802.11ac clients, SonicWALL recommends the 802.11ac Only radio mode. Use the 802.11ac/n/a Mixed radio mode for multiple wireless client authentication compatibility.

Table 165. Radio mode choices

2.4GHz

5Ghz

Definition

2.4GHz 802.11n Only

5GHz 802.11n Only

Allows only 802.11n clients access to your wireless network. 802.11a/ac/b/g clients are unable to connect under this restricted radio mode.

2.4GHz 802.11n/g/b Mixed

This is the default.

5GHz 802.11n/a Mixed

Supports 802.11a, 802.11b, 802.11g, and 802.11n clients simultaneously. If your wireless network comprises multiple types of clients, select this mode.

2.4GHz 802.11g Only

 

If your wireless network consists only of 802.11g clients, you might select this mode for increased 802.11g performance. You might also select this mode if you wish to prevent 802.11b clients from associating.

2.4GHz 802.11g/b Mixed

 

If your wireless network consists of both 802.11b and 802.11g clients, you might select this mode for increased performance.

 

5GHz 802.11a Only

Select this mode if only 802.11a clients access your wireless network.

 

5GHz 802.11n/a/ac Mixed

Supports 802.11a, 802.11ac, and 802.11n clients simultaneously. If your wireless network comprises multiple types of clients, select this mode.

 

5GHz 802.11ac Only

Select this mode if only 802.11ac clients access your wireless network.

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802.11a Only, 802.11g only, or 80211g/b Mixed, go to Step 4
5GHz802.11ac Only and 5GHz 802.11n/a/ac Mixed, go to Step 6
802.11n Only or 802.11n Mixed (except for 5GHz 802.11n/a/ac Mixed), go to Step 8
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Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity. Use Auto unless you have a specific reason to use or avoid specific channels.
Specific channel: Select a single channel (see Step 166) within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area.
 

Table 166. 802.11g/802.11a channels

802.11g/802.11a Channels

802.11a/ac Channels

None 1

None

Channel 1 (2412 MHz) 2

Channel 36 (5180 MHz) 3

Channel 2 (2417 MHz)

Channel 40 (5200 Mhz)

Channel 3 (2422 MHz)

Channel 44 (5220 Mhz)

Channel 4 (2427 MHz)

Channel 48 (5240 Mhz)

Channel 5 (2432 MHz)

Channel 149 (5745 Mhz)

Channel 6 (2437 MHz)

Channel 153 (5765 Mhz)

Channel 7 (2442 MHz)

Channel 157 (5785 Mhz)

Channel 8 (2447MHz)

Channel 161 (5805 Mhz)

Channel 9 (2452 MHz)

Channel 165 (5825 Mhz)

Channel 10 (2457 MHz)

 

Channel 11 (2462 MHz)

 


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Default value for 802.11a and 802.11g on the SOHO W appliances.

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Default value for 802.11g on the TZ Series wireless appliances.

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Default value for 802.11a and 802.11ac on the TZ Series wireless appliances.

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For 802.11ac, the Radio Band and Channel/Standard Channel options display.

From the Radio Band drop-down menu, select the radio band for the 802.11a or 802.11ac radio:

Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity.
The Channel drop-down menu is set to Auto and cannot be changed.
Standard - 20 MHz Channel - Specifies that the 802.11ac radio uses only the standard 20 MHz channel. This is the default setting.
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When this option is selected, from the Channel drop-down menu, select a single channel within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area. For the available channels, see Table 166. The default channel is Channel 36 (5180MHz).
Wide - 40 MHz Channel - Specifies that the 802.11ac radio uses only the wide 40 MHz channel. When this option is selected, the Channel drop-down menu is displayed. See Step a above for selecting a channel.
Wide - 80 MHz Channel - Specifies that the 802.11n radio uses only the wide 80 MHz channel. When this option is selected, the Channel drop-down menu is displayed. See Step a above for selecting a channel.
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For: 802.11n only or 802.11n mixed, the Radio Band, Primary Channel, and Secondary Channel settings are displayed:

From the Radio Band drop-down menu, select the band for the 802.11n or 802.11ac radio:

Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity. This is the default setting.
The Primary Channel and Secondary Channel drop-down menus are set to Auto and cannot be changed.
Standard - 20 MHz Channel - Specifies that the 802.11n radio will use only the standard 20 MHz channel. When this option is selected, the Channel drop-down menu is displayed instead of the Primary Channel and Secondary Channel drop-down menus.
Standard Channel - By default, this is set to Auto, which allows the appliance to set the optimal channel based on signal strength and integrity. Optionally, you can select a single channel within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area. The available channels are the same as for 802.11g in Step 4.
Wide - 40 MHz Channel - Specifies that the 802.11n radio will use only the wide 40 MHz channel. When this option is selected, the Primary Channel and Secondary Channel drop-down menus are displayed:
Primary Channel - By default, this is set to Channel 36 (5180MHz). Optionally, you can specify a specific another channel or Auto. The available channels are the same as for 802.11a in Step 4
Secondary Channel - The configuration of this drop-down menu is set to Auto regardless of the primary channel setting.
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Optionally, select the Enable Short Guard Interval checkbox to specify a short guard interval of 400ns as opposed to the standard guard interval of 800ns. This setting is not selected by default.
NOTE: This option is not available if 5GHz 802.11g/b Mixed, 5GHz 802.11a Only, or 2.4GHz 802.11g Only mode is selected.

A guard interval is a set amount of time between transmissions that is designed to ensure distinct transmissions do not interfere with one another. The guard interval introduces immunity to propagation delays, echoes, and reflections. An AP identifies any signal content received inside this interval as unwanted inter-symbol interference, and rejects that data. The guard interval is a pause in transmission intended to avoid data loss from interference or multipath delays.

The 802.11n standard specifies two guard intervals: 400ns (short) and 800ns (long). Enabling a short guard interval can decrease network overhead by reducing unnecessary idle time on each AP. A short guard interval of 400 nanoseconds (ns) will work in most office environments as distances between points of reflection, as well as between clients, are short. Most reflections will be received quickly. The shorter the guard interval, the more efficiency there is in the channel usage, but a shorter guard interval also increases the risk of interference

Some outdoor deployments, may, however, require a longer guard interval. The need for a long guard interval of 800 ns becomes more important as areas become larger, such as in warehouses and in outdoor environments, as reflections and echoes become more likely to continue after the short guard interval would be over.

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NOTE: This option is not available if 5GHz 802.11g/b Mixed, 5GHz 802.11a Only, or 2.4GHz 802.11g Only mode is selected.

Data over wireless networks are sent as a stream of packets known as data frames. Frame aggregation takes these packets and combines them into fewer, larger packets, thereby allowing an increase in overall performance. Frame aggregation was added to the 802.11n specification to allow for an additional increase in performance. Frame aggregation is a feature that only 802.11ac and 802.11n clients can take advantage of as legacy systems are not able to understand the new format of the larger packets.

TIP: The Enable Short Guard Interval and Enable aggregation options can slightly improve throughput. They both function best in optimum network conditions where users have strong signals with little interference. In networks that experience less than optimum conditions (interference, weak signals, and so on), these options may introduce transmission errors that eliminate any efficiency gains in throughput.
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Click Next. The WLAN Security Settings page displays.
WLAN Security Settings

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WPA/WPA2 Mode – Wi-Fi Protected Access (WPA) mode is the security wireless protocol based on the 802.11i standard. It is the recommended protocol if your wireless clients support WPA/WPA protocol also.
Connectivity (default) – This mode allows unrestrained wireless access to the device.
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Click Next. The WLAN VAP (Virtual Access Point) Settings page displays.
WLAN VAP (Virtual Access Point) Settings

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One SAP SSID is created automatically (see WLAN Radio Settings ). To create another VAP, select the Yes, I want to create another virtual access point checkbox. More options display.

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WPA/WPA2 Mode – Wi-Fi Protected Access (WPA) mode is the security wireless protocol based on the 802.11i standard. It is the recommended protocol if your wireless clients support WPA/WPA protocol also.
Connectivity (default) – This mode allows unrestrained wireless access to the device.
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Click Next. The Ports Assignment page displays.
Ports Assignment

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Use Current – This setting keeps your current settings. This option is selected by default.
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To see the current port settings, mouse over the Information icon. A popup tooltip displays the current port assignments:

Default WAN/LAN Switch – This option displays the port configuration at the bottom of the page:

WAN/OPT/LAN Switch – This option displays the port configuration at the bottom of the page:

WAN/LAN/HA – This option displays the port configuration at the bottom of the page:

WAN/LAN/LAN2 Switch – This option displays the port configuration at the bottom of the page:

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Click Next. The Summary page displays.
Summary

NOTE: What is displayed on the Dell SonicWALL Configuration Summary depends on the settings you entered. If you have configured a TZ Series wireless or SOHO W wireless appliance, but selected No Wireless on the Deployment Scenario page, No Wireless is displayed:

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Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Setup Complete dialog displays.

Setup Complete

5
If you have not registered your appliance, you can do so now by clicking one of the two links in the sentence, Next, you should click here or visit Dell SonicWALL’s Web Site to register your unit. The Setup Wizard closes, and you are redirected to the appropriate location.
6
Click Close.

Using the PortShield Interface Guide

You use the PortShield Interface Guide to select the initial ports assignment in integrated managed LAN switch of the Dell SonicWALL appliance.

To select the ports assignment:
1
Click Wizards in the upper right corner of the SonicWALL management interface. The Wizard Welcome page displays.

2
Clicking the PortShield Interface Guide radio button.
Selecting it from the Select a guide drop-down menu.
3
Click Next. The Port Assignment dialog displays.

1
Use Current – This setting keeps your current settings. This option is selected by default.
a
To see the current port settings, mouse over the Information icon. A popup tooltip displays the current port assignments:

Default WAN/LAN Switch – This option displays the port configuration at the bottom of the dialog:

WAN/OPT/LAN Switch – This option displays the port configuration at the bottom of the dialog:

WAN/LAN/HA – This option displays the port configuration at the bottom of the dialog:

WAN/LAN/LAN2 Switch – This option displays the port configuration at the bottom of the dialog:

2
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

3
Click Close.

Using the Public Server Guide

The Public Server Guide allows you to quickly configure your Dell SonicWALL appliance to provide public access to an internal server.

To configure public access to an internal server:
1
Click Wizards in the upper right corner of the SonicWALL management interface. The Wizard Welcome page displays.

2
Select the Public Server Guide by either:
Clicking the Public Server Guide radio button.
Selecting it from the Select a guide drop-down menu.
3
Click Next. The Server Type dialog displays.

4
Select the server type from the Server Type drop-down menu:
Web Server (default)
5
Select the services to use. The choices depend on the server type. You can select more than one service except for FTP Server and Other. By default, all services are selected, except for Other.
 

Server type

Choices

Web Server

FTP Server

Mail Server

Terminal Services Server

Other

Select a service from the Services drop-down menu.

6
Click Next. The Private Network dialog displays.

7
8
Enter the server’s IP address in the Server Private IP Address field.
9
10
Click Next. The Public Information dialog displays.

11
Specify the server's public (external) IP address in the Server Public IP Address field. The default value is that of your Dell SonicWALL appliance's WAN interface.

Specifying a different address results in a public server Network Object bound to the WAN Zone.

If you are uncertain of this address, you are encouraged to leave it at the default.

12
Click Next. The Summary dialog displays

13
14
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

15
Click Close.

Using the VPN Guide

The VPN Guide steps you through creating a new site-to-site VPN Policy or configuring the WAN GroupVPN to accept connections from the Global VPN Client.

To create a new VPN policy or configure a WAN GroupVPN:
1
Click Wizards in the upper right corner of the SonicWALL management interface. The Wizard Welcome page displays.

2
Select the VPN Guide by either:
Clicking the VPN Guide radio button.
Selecting it from the Select a guide drop-down menu.
3
Click Next. The Policy Type dialog displays.

4
Site-to-Site – Configure a site-to-site VPN connection to another Dell SonicWALL device. This is the default selection.
WAN GroupVPN – Configure a WAN GroupVPN to accept incoming VPN connections from Global VPN Client.
5
Click Next. The dialog that displays depends on your choice of VPN policy type:
Site-to-Site – The Site-to-Site dialog displays. Go to Site-to-Site .
WAN GroupVPN – The IKE Key Method dialog displays. Go to IKE Key Method .
Site-to-Site

1
In the Policy Name field, enter a unique, friendly name to assign to this site-to-site VPN Policy.
2
In the Preshared Key field, enter the preshared key to use for the tunnel. The VPN Guide generates a default key.
3
a
Enter the address or FQDN in the Remote Peer IP Address (or FQDN) field.
4
Click Next. The Network Selection dialog displays.

TIP: If you have not already created the network objects for each side of the VPN tunnel, you can select the Create new Address Object…/Create new Address Group… options in the Local Networks and Destination Networks drop-down menus to create new objects.

If you need to access more than one IP subnet on each side of the VPN tunnel, create a group of subnet objects and specify the group as the local/destination networks.

5
From the Local Networks drop-down menu, select the local networks to be accessible through this site-to-site VPN tunnel. The default is Firewalled Subnets.
6
From the Destination Networks drop-down menu, select the destination networks.
7
Click Next. The Security Settings dialog displays.

8
DH Group: The Diffie-Hellman (DH) group is the group of numbers used to create the key pair. Each subsequent group uses larger numbers to start with. The VPN Uses the DH group during IKE negotiation to create the key pair. You can choose:
 
Group 2 (default)

 

Encryption: This is the method for encrypting data through the VPN Tunnel. The methods are listed in order of security. DES is the least secure and the and takes the least amount of time to encrypt and decrypt. AES-256 is the most secure and takes the longest time to encrypt and decrypt.The VPN uses this for all data through the tunnel.

You can choose: DES, 3DES (default), AES-128, AES-256, or AES-192.

Authentication: This is the hashing method used to authenticate the key, once it is exchanged during IKE negotiation. You can choose MD5 or SHA-1 (default), SHA-256, SHA-384, or SHA-512.
Life Time (seconds): This is the length of time the VPN tunnel stays open before needing to re-authenticate. The default is eight hours (28800).
9
Click Next. The Summary diagram displays.

10
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

11
Click Close.
IKE Key Method

1
Use default key (selected by default)
a
Enter a preshared key in the Use this preshared key field. A default value is given.
2
Click Next. The Security Settings dialog displays.

3
DH Group: The Diffie-Hellman (DH) group is the group of numbers used to create the key pair. Each subsequent group uses larger numbers to start with. The VPN Uses the DH group during IKE negotiation to create the key pair. You can choose:
 
Group 2 (default)

 

Encryption: This is the method for encrypting data through the VPN Tunnel. The methods are listed in order of security. DES is the least secure and the and takes the least amount of time to encrypt and decrypt. AES-256 is the most secure and takes the longest time to encrypt and decrypt.The VPN uses this for all data through the tunnel.

You can choose: DES, 3DES (default), AES-128, AES-256, or AES-192.

Authentication: This is the hashing method used to authenticate the key, once it is exchanged during IKE negotiation. You can choose MD5 or SHA-1 (default), SHA-256, SHA-384, or SHA-512.
Life Time (seconds): This is the length of time the VPN tunnel stays open before needing to re-authenticate. The default is eight hours (28800).
4
Click Next. The User Authentication dialog displays.

5
a
Select the Enable User Authentication checkbox. This is selected by default.

The user must enter a valid username and password before connecting to the Dell SonicWALL appliance. Users are authenticated against the internal user database User Group object members specified in the Authenticate User Group Object drop-down menu.

b
Select the user group to authenticate from the Authenticate User Group Object drop-down menu. The default is Trusted Users.
a
Unselect the Enable User Authentication checkbox, which is selected by default.
b
Select the address group or address object allowed access from the Allow Unauthenticated VPN Client Access drop-down menu. The default is Firewalled Subnets.
6
Click Next. The Virtual IP Adapter dialog displays.

7
Configure the virtual IP adapter by clicking the Use Virtual IP Adapter checkbox. This setting is not selected by default.

The Global VPN Client has an optional virtual adapter that can obtain a special IP Address when it connects to the Dell SonicWALL, thereby allowing it to appear to be on the internal X0 interface network when communicating with internal devices. The virtual IP address can be obtained from the internal DHCP server of the Dell SonicWALL appliance or from an existing DHCP server located on the Dell SonicWALL appliance’s X0 interface.

8
Click Next. The Summary dialog displays.

9
10
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

11
Click Close.

Using the Wireless Guide

The Wireless Guide steps you through configuring the network settings and security features of the WLAN radio interface.

To configure network settings and security features:
1
Click Wizards in the upper right corner of the SonicWALL management interface. The Wizard Welcome page displays.

2
Select the Wireless Guide by either:
Clicking the Wireless Guide radio button.
Selecting it from the Select a guide drop-down menu.
3
Click Next. The Regulatory Domain Registration page displays.
Regulatory Domain Registration

1
Select a country from the Country Code drop-down menu.
2
Click Next. An information message about maintaining up-to-date wireless drivers on your client computers displays.

3
Click OK. The Wireless LAN Settings page displays.
Wireless LAN Settings

1
Static (default)
2
a
Enter a WLAN IP address in the WLAN IP Address field. The default is 172.16.31.1.
b
Enter a WLAN subnet mask in the WLAN Subnet Mask field. The default is 255.255.255.0.
Layer 2 Bridged Mode, a message displays the zone of the interface bridge and the options change:

a
Click OK on the message.
b
Select a bridged-to interface from the Bridged to drop-down menu.
3
Click Next. A message regarding keeping the wireless drivers on client computers up to date displays.
4
Click OK. The WLAN Radio Settings page displays.
WLAN Radio Settings

1
Enter a SSID (Service Set ID) in the SSID field. The SSID serves as the primary identifier for your wireless network. You can specify up to 32 alphanumeric characters; the SSID is case sensitive. The appliance generates a default SSID; for example, sonicwall or sonicwall-F2DS.
2
Select your preferred radio mode from the Radio Mode drop-down menu. The wireless security appliance supports the modes shown in Table 165 in WLAN Radio Settings .
Does not support 802.11n, only the Channel option is displayed.
Supports 5GHz 802.11n/a/ac Mixed or 5GHz 802.11ac Only, the Radio Band and Channel options are displayed.
TIP: For optimal throughput speed solely for 802.11n clients, SonicWALL recommends the 802.11n Only radio mode. Use the 802.11n/b/g Mixed radio mode for multiple wireless client authentication compatibility.

For optimal throughput speed solely for 802.11ac clients, SonicWALL recommends the 802.11ac Only radio mode. Use the 802.11ac/n/a Mixed radio mode for multiple wireless client authentication compatibility.

3
802.11a Only, 802.11g only, or 80211g/b Mixed, go to Step 4
5GHz802.11ac Only and 5GHz 802.11n/a/ac Mixed, go to Step 6
802.11n Only or 802.11n Mixed (except for 5GHz 802.11n/a/ac Mixed), go to Step 8
4
Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity. Use Auto unless you have a specific reason to use or avoid specific channels.
Specific channel: Select a single channel (see Table 166 in WLAN Radio Settings ) within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area.
5
6
For 802.11ac, the Radio Band and Channel/Standard Channel options display.

From the Radio Band drop-down menu, select the radio band for the 802.11a or 802.11ac radio:

Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity.
The Channel drop-down menu is set to Auto and cannot be changed.
Standard - 20 MHz Channel - Specifies that the 802.11ac radio uses only the standard 20 MHz channel. This is the default setting.
a
When this option is selected, from the Channel drop-down menu, select a single channel within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area. For the available channels, see Table 166 in WLAN Radio Settings . The default channel is Channel 36 (5180MHz).
Wide - 40 MHz Channel - Specifies that the 802.11ac radio uses only the wide 40 MHz channel. When this option is selected, the Channel drop-down menu is displayed. See Step a above for selecting a channel.
Wide - 80 MHz Channel - Specifies that the 802.11n radio uses only the wide 80 MHz channel. When this option is selected, the Channel drop-down menu is displayed. See Step a above for selecting a channel.
7
8
For 802.11n only or 802.11n mixed, the Radio Band, Primary Channel, and Secondary Channel settings are displayed:

From the Radio Band drop-down menu, select the band for the 802.11n or 802.11ac radio:

Auto - Allows the appliance to automatically detect and set the optimal channel for wireless operation based on signal strength and integrity. This is the default setting.
The Primary Channel and Secondary Channel drop-down menus are set to Auto and cannot be changed.
Standard - 20 MHz Channel - Specifies that the 802.11n radio will use only the standard 20 MHz channel. When this option is selected, the Channel drop-down menu is displayed instead of the Primary Channel and Secondary Channel drop-down menus.
Standard Channel - By default, this is set to Auto, which allows the appliance to set the optimal channel based on signal strength and integrity. Optionally, you can select a single channel within the range of your regulatory domain. Selecting a specific a channel can also help with avoiding interference with other wireless networks in the area. The available channels are the same as for 802.11g in Step 4.
Wide - 40 MHz Channel - Specifies that the 802.11n radio will use only the wide 40 MHz channel. When this option is selected, the Primary Channel and Secondary Channel drop-down menus are displayed:
Primary Channel - By default, this is set to Channel 36 (5180MHz). Optionally, you can specify a specific another channel or Auto. The available channels are the same as for 802.11a in Step 4
Secondary Channel - The configuration of this drop-down menu is set to Auto regardless of the primary channel setting.
9
Optionally, select the Enable Short Guard Interval checkbox to specify a short guard interval of 400ns as opposed to the standard guard interval of 800ns. This setting is selected by default. For information about the guard interval, see WLAN Radio Settings .
NOTE: This option is not available if 5GHz 802.11g/b Mixed, 5GHz 802.11a Only, or 2.4GHz 802.11g Only mode is selected.
10
Optionally, to enable 802.11n frame aggregation, which combines multiple frames to reduce overhead and increase throughput, select the Enable Aggregation checkbox. This setting is selected by default. For information about aggregation, see WLAN Radio Settings .
NOTE: This option is not available if 5GHz 802.11g/b Mixed, 5GHz 802.11a Only, or 2.4GHz 802.11g Only mode is selected.
TIP: The Enable Short Guard Interval and Enable aggregation options can slightly improve throughput. They both function best in optimum network conditions where users have strong signals with little interference. In networks that experience less than optimum conditions (interference, weak signals, and so on), these options may introduce transmission errors that eliminate any efficiency gains in throughput.
11
Click Next. The WLAN Security Settings page displays.
WLAN Security Settings

1
WPA/WPA2 Mode – Wi-Fi Protected Access (WPA) mode is the security wireless protocol based on the 802.11i standard. It is the recommended protocol if your wireless clients support WPA/WPA protocol also.
Connectivity (default) – This mode allows unrestrained wireless access to the device.
2
Click Next. What page displays depends on the security mode you selected.
3
WPA/WPA2Mode, the WPA Mode Settings page displays. Go to WPA Mode Settings .
Connectivity, the WLAN VAP (Virtual Access Point) Settings page displays. Go to WLAN VAP (Virtual Access Point) Settings .
WPA Mode Settings

1
From the Authentication Type drop-down menu, select the encryption mode. The options that display depend on the mode you select.
2
From the Cipher Type drop-down menu, select:
AES (default)
3
From the Group Key Update drop-down menu select either:
By Timeout (default)
Disabled; the Interval field does not display.
4
In the Interval (seconds) field, enter the time until timeout. The default is 86400.
5
6
In the Passphrase field, enter the passphrase from which the key is generated.
7
Click Next. The WLAN VAP (Virtual Access Point Settings page displays.
8
9
The Passphrase field is replaced by the Extensible Authentication Protocol Settings (EAP) fields.

10
In the Radius Server 1 IP and Port fields, enter the IP address and port number for your primary RADIUS server.
11
In the Radius Server 1 Secret field, enter the password for access to Radius Server
12
Optionally, in the Radius Server 2 IP and Port fields, enter the IP address and port number for your secondary RADIUS server, if you have one.
13
Optionally, in the Radius Server 2 Secret field, enter the password for access to Radius Server
14
Click Next. If you selected an EAP mode, a message about updating the firewall access rule is displayed.

15
Click OK. The WLAN VAP (Virtual Access Point Settings page displays.
WLAN VAP (Virtual Access Point) Settings

1
2
Click Next. The Wireless Configuration Summary page displays.
3
WLAN VAP (Virtual Access Point) Settings — Create VAP

1

2
3
WPA/WPA2 Mode – Wi-Fi Protected Access (WPA) mode is the security wireless protocol based on the 802.11i standard. It is the recommended protocol if your wireless clients support WPA/WPA protocol also.
Connectivity (default) – This mode allows unrestrained wireless access to the device.
4
5
Click Next. The WLAN VAP (Virtual Access Point) Settings > WLAN Subnet and Zone page displays.
WLAN VAP (Virtual Access Point) Settings > WLAN Subnet and Zone

1
Enter a unique VLAN tag in the WLAN VLAN TAG field. The tag should be one number from 1 to 4094.
2
Enter a unique IP address in the WLAN IP address field.
3
Enter the WLAN subnet mask in the WLAN Subnet Mask field.
4
Select a zone from the WLAN Zone drop-down menu. The default is WLAN.
5
a
Click the Create a new zone drop-down menu.
b

This new zone is used instead of any zone specified from the WLAN Zone drop-down menu.

6
Click Next. The WLAN VAP (Virtual Access Point) Settings page displays again.
7
Continue without creating a WLAN VAP, click Next. The Wireless Configuration Summary page displays.
Wireless Configuration Summary

1
a
To correct any setting, click Back until you reach the appropriate page.
b
c
Click Next until you reach the Wireless Configuration Summary page.
2
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Wireless Wizard Complete dialog displays.

3
Click Finish.

Using the App Rule Guide

The App Rule Guide steps you through configuring the security features for App Rule.

To configure App Rule security features:
1
Click Wizards in the upper right corner of the SonicWALL management interface. The Wizard Welcome page displays.

2
Select the App Rule Guide by either:
Clicking the App Rule Guide radio button.
Selecting it from the Select a guide drop-down menu.
3
Click Next. The App Rule Wizard Introduction dialog displays, which describes the purpose of the App Rule Guide.

4
Click Next. The Rule Creation dialog displays.

5
6
Click Next. The dialog that displays depends on your choice of policy type:
Rule Creation — Select SMTP Rules for App Rule

1
2
Click Next. The dialog that displays depends on the SMTP rule you selected:
If you selected Specify maximum e-mail size allowed, the Rule Creation — SMTP > App Rule Object E-mail Size dialog displays; go to Rule Creation — SMPT > App Rule Object E-mail Size .
All other SMTP rules, the Rule Creation — App Rule Object Keyword and Policy Direction dialog displays; go to Rule Creation — SMPT > App Rule Object Keyword and Policy Direction .
Rule Creation — SMPT > App Rule Object E-mail Size

1
Select the email direction from the Direction drop-down menu:
Incoming (default)
2
Enter the maximum size for emails, in bytes, in the Maximum E-mail Size (Bytes) field. The default is 0.
3
Click Next. The Rule Creation — App Rule Action Type dialog displays; go to Rule Creation — App Rule Action Type .
Rule Creation — SMPT > App Rule Object Keyword and Policy Direction

1
Select the email direction from the Direction drop-down menu:
Incoming (default)
2
Enter the content to match in the Content field. Each entry must be on a separate line, multiple entries on one line are considered a single entry.
3
To enter the content into the List table, click the Add button.

To modify an entry in the List table:

a
Select the entry in the List table. The entry is displayed in the Content field.
b
c
Click the Update button.

To delete all entries in the List table, click the Remove All button.

To delete an entry in the List table:

a
b
Click the Remove button.
4
Repeat Step 2 through Step 3 for each entry.

1
Click the Browse button to locate the desired file.
3
Click the Upload button.
5
Click Next. the Rule Creation — App Rule Action Type dialog displays.
Rule Creation — App Rule Action Type

1
2
Click Next. The dialog that displays depends on the type of action selected:
For Blocking Action - block and send custom e-mail reply and Add E-mail Banner action types, the Rule Creation — App Rule Action Settings dialog displays; go to Rule Creation — App Rule Action Settings .
For all other action types, the Rule Creation — Select name for App Rule Policy dialog displays; go to Rule Creation — Select name for App Rule Policy
Rule Creation — App Rule Action Settings

1
2
Click Next. The Rule Creation — Select name for App Rule Policy dialog displays.
Rule Creation — Select name for App Rule Policy

1
2
Click Next. The Summary page displays.

3
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

4
Click Close.
Rule Creation — Select POP3 Rules for App Rule

1
2
Click Next. The Rule Creation — App Rule Object Keywords and Policy Direction dialog displays.

1
Select the email direction from the Direction drop-down menu:
Incoming (default)
2
Enter the content to match for inclusion or exclusion in the Content field. Each entry must be on a separate line, multiple entries on one line are considered a single entry.
3
To enter the content into the List table, click the Add button.

To modify an entry in the List table:

a
Select the entry in the List table. The entry is displayed in the Content field.
b
c
Click the Update button.

To delete all entries in the List table, click the Remove All button.

To delete an entry in the List table:

a
b
Click the Remove button.
4
Repeat Step 2 through Step 3 for each entry.

1
Click the Browse button to locate the desired file.
3
Click the Upload button.
5
Click Next. the Rule Creation — App Rule Action Settings dialog displays.

1
2
Click Next. The dialog that displays depends on the type of action selected:
For Blocking Action - block and send custom e-mail reply and Add E-mail Banner action types, the Rule Creation — App Rule Action Settings dialog displays; go to Rule Creation — App Rule Action Settings (Page 2) .
For all other action types, the Rule Creation — Select name for App Rule Policy dialog displays; go to Rule Creation — Select name for App Rule Policy
Rule Creation — App Rule Action Settings (Page 2)

1
2
Click Next. The Rule Creation — Select name for App Rule Policy dialog displays.
Rule Creation — Select name for App Rule Policy

1
2
Click Next. The Summary page displays.

3
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

4
Click Close.
Rule Creation — Select Web Access Rules for App Rule

1
2
Click Next. The dialog that displays depends of the rule selected:
For Look for usage of certain web browsers and Look for usage of any web browser, except the ones specified rules, the Rule Creation — App Rule Object Settings dialog displays; go to Rule Creation — App Rule Object Settings (Browser) .
For all other rules, the Rule Creation — App Rule Object Keywords and Policy Direction dialog displays; go to Rule Creation — App Rule Object Keywords and Policy Direction .
Rule Creation — App Rule Object Settings (Browser)

1
Select the email direction from the Direction drop-down menu:
Incoming (default)
2
Select a browser from the Content drop-down menu:
Netscape (default)
MSIE (Microsoft Internet Explorer)
Safari (does not operate on Windows platforms)
3
To enter the browser into the List table, click the Add button.

To modify an entry in the List table:

a
Select the entry in the List table. The entry is displayed in the Content field.
b
c
Click the Update button.

To delete all entries in the List table, click the Remove All button.

To delete an entry in the List table:

a
b
Click the Remove button.
4
Repeat Step 2 through Step 3 for each entry.
5
Click Next. The Rule Creation — App Rule Action Settings dialog displays; go to Rule Creation — App Rule Action Settings > Attachments .
Rule Creation — App Rule Object Keywords and Policy Direction

1
Select the email direction from the Direction drop-down menu:
Incoming (default)
2
Enter the content to match for inclusion or exclusion in the Content field. Each entry must be on a separate line, multiple entries on one line are considered a single entry.

If you are entering filename extensions, omit the dot (.).

3
To enter the content into the List table, click the Add button.

To modify an entry in the List table:

a
Select the entry in the List table. The entry is displayed in the Content field.
b
c
Click the Update button.

To delete all entries in the List table, click the Remove All button.

To delete an entry in the List table:

a
b
Click the Remove button.
4
Repeat Step 2 through Step 3 for each entry.
5
Click Next. The dialog that displays depends on your Access Rule selection on the Rule Creation — Select Web Access Rules for App Rule dialog:
For Look for attachment name uploaded to a web mail account and Look for attachment extension uploaded to a web mail account access rules, the Rule Creation — App Rule Action Settings > Attachments displays.
Rule Creation — App Rule Action Settings > Attachments

1
2
Rule Creation — App Rule Action Settings

1
2
Click Next. The dialog that displays depends on the type of action selected:
For all other actions, the Rule Creation — Select name for App Rule Policy dialog displays; go to Rule Creation — Select name for App Rule Policy .
Rule Creation — App Rule Action Settings (Page 2)

1
2
Click Next. The Rule Creation — Select name for App Rule Policy dialog displays.
Rule Creation — Select name for App Rule Policy

1
2
Click Next. The Summary page displays.

3
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

4
Click Close.
Rule Creation — Select FTP Rules for App Rule

1
2
Click Next. The Rule Creation — App Rule Object Keywords and Policy Direction dialog displays.

3
Select the email direction from the Direction drop-down menu:
Incoming (default)
NOTE: If you selected an FTP rule of Make all FTP access read-only (no uploads) or Disallow usage of SITE command, the Direction drop-down menu is the only option available. After making your selection, go to Step 7.
4
Enter the content to match for inclusion or exclusion in the Content field. Each entry must be on a separate line, multiple entries on one line are considered a single entry.
5
To enter the content into the List table, click the Add button.

To modify an entry in the List table:

a
Select the entry in the List table. The entry is displayed in the Content field.
b
c
Click the Update button.

To delete all entries in the List table, click the Remove All button.

To delete an entry in the List table:

a
b
Click the Remove button.
6
Repeat Step 2 through Step 3 for each entry.

1
Click the Browse button to locate the desired file.
3
Click the Upload button.
7
Click Next. The Rule Creation — App Rule Action Settings dialog displays.

8
NOTE: If you selected an FTP rule of Make all FTP access read-only (no uploads) or Disallow usage of SITE command, the Direction drop-down menu is the only option available, and it cannot be unselected.

If you selected the FTP rule, Inspect transfer of files with specified file content, this option is Blocking Action - Reset Connection (default).

9
Click Next. The Rule Creation — Select name for App Rule Policy dialog displays.

1
2
Click Next. The Summary page displays.

3
Click Apply. A message displays indicating the configuration is being updated:

After the configuration has updated, the Complete dialog displays.

4
Click Close.

Using the WXA Setup Guide

The WXA Setup Guide configures the coupled WXA series appliance for WAN Acceleration.

For information about WAN Acceleration, WXA series appliances, and how to configure the WXA series appliance to work with your TZ Series wired and wireless appliances or you SOHO W wireless appliance, see the Dell SonicWALL WXA Clustering 1.3 Administration Guide and the most current Dell SonicWALL WXA for SonicsOS 6.2 Administration Guide.