GemTek Technology R930706G Wireless AP VPN Router User Manual Prelimin Manual

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Document Description	Prelimin Manual
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Date Submitted	2004-08-11 00:00:00
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Document Title	Prelimin Manual

Chapter 1: Introduction
Welcome
What’s in this Guide?
Chapter 2: Planning your Wireless Network
The Router’s Functions
IP Addresses
Why do I need a VPN?
What is a VPN?
Chapter 3: Getting to Know the
The Back Panel
The Front Panel
Chapter 4: Connecting the
Overview
Wired Connection to a PC
Wireless Connection to a PC
Chapter 5: Configuring the PCs
Overview
Configuring Windows 98 and Millennium PCs
Configuring Windows 2000 PCs
Configuring Windows XP PCs
Chapter 6: Configuring the Router
Overview
How to Access the Web-based Utility
The Setup Tab
The Wireless Tab
The Security Tab
The Access Restrictions Tab
The Applications and Gaming Tab
The Administration Tab
Status
Appendix A: Troubleshooting
Common Problems and Solutions
Frequently Asked Questions
Appendix B: Wireless Security
A Brief Overview
What Are The Risks?
Appendix C: Configuring IPSec between a Windows 2000 or
XP Computer and the Gateway
Introduction
Environment
How to Establish a Secure IPSec Tunnel
Appendix D: Finding the MAC Address and IP Address for
Your Ethernet Adapter
Windows 98 or Me Instructions
Windows 2000 or XP Instructions
Appendix E: SNMP Functions
Appendix F: Upgrading Firmware
Appendix G: Windows Help
Appendix H: Glossary
Appendix I: Specifications
Appendix J: Warranty Information
Appendix K: Regulatory Information
Appendix L: Contact Information
Chapter 1: Introduction
Welcome
Wireless-G is the upcoming 54Mbps wireless networking standard that’s almost five times faster
than the widely
deployed Wireless-B (802.11b) products found in homes, businesses, and public wireless
hotspots around the
country—but since they share the same 2.4GHz radio band, Wireless-G devices can also
interoperate with
existing 11Mbps Wireless-B equipment.
Since both standards are built in, you can protect your investment in existing 802.11b
infrastructure, and migrate
to the new screaming fast Wireless-G standard as your needs grow.
The Wireless AP VPN Router is really three devices in one box. First, there’s the Wireless
Access Point, which lets you connect Wireless-G or Wireless-B devices to the network. There’s
also a built-in 4port full-duplex 10/100 Switch to connect your wired-Ethernet devices. Connect four PCs directly,
or daisy-chain
out to more hubs and switches to create as big a network as you need. Finally, the Router function
ties it all
together and lets your whole network share a high-speed cable or DSL Internet connection.
To protect your data and privacy, the can encrypt all wireless transmissions.
The Router can serve as a DHCP Server, has NAT technology to protect against Internet intruders,
supports VPN
pass-through, and can be configured to filter internal users’ access to the Internet. Configuration is
a snap with
the web browser-based configuration utility.
With the Wireless AP VPN Router at the center of your home or office network, you can share a
high-speed Internet connection, files, printers, and multi-player games with the flexibility, speed,
and security
you need!
What’s in this Guide?
This user guide covers the steps for setting up and using the .
• Chapter 1: Introduction
This chapter describes the applications and this User Guide.
• Chapter 2: Planning your Wireless Network
This chapter describes the basics of wireless networking.
• Chapter 3: Getting to Know the
This chapter describes the physical features of the Router.
• Chapter 4: Connecting the
This chapter instructs you on how to connect the Router to your network.
• Chapter 5: Configuring the PCs
This chapter explains how to configure the PCs for your network.
• Chapter 6: Configuring the Router
This chapter explains how to use the Web-Based Utility to configure the settings on the Router.
• Chapter 7: Boingo Hot Spot in a Box for Hot Spot Businesses
This chapter explains how to sign up for the Boingo Hot Spot in a Box program.
• Appendix A: Troubleshooting
This appendix describes some problems and solutions, as well as frequently asked questions,
regarding
installation and use of the .
• Appendix B: Wireless Security
This appendix explains the risks of wireless networking and some solutions to reduce the risks.
• Appendix C: Configuring IPSec between a Windows 2000 Pc and the Router
This appendix instructs you on how to establish a secure IPSec tunnel using preshared keys to
join a private
network inside the VPN Router and a Windows 2000 or XP PC.
• Appendix D: SNMP Functions
This appendix explains SNMP.
• Appendix E: Upgrading Firmware
This appendix instructs you on how to upgrade the firmware on your Router if you should need to
do so.
• Appendix F: Windows Help
This appendix describes how you can use Windows Help for instructions about networking, such
as installing
the TCP/IP protocol.
• Appendix G: Finding the MAC Address and IP Address for your Ethernet Adapter.
This appendix describes how to find the MAC address for your computer’s Ethenet adapter so you
can use the
MAC filtering and/or MAC address cloning feature of the Router.
• Appendix H: Glossary
This appendix gives a brief glossary of terms frequently used in networking.
• Appendix I: Specifications
This appendix provides the technical specifications for the Router.
• Appendix J: Warranty Information
This appendix supplies the warranty information for the Router..
• Appendix K: Regulatory Information
This appendix supplies the regulatory information regarding the Router.
• Appendix L: Contact Information
This appendix provides contact information for a variety of Wireless AP VPN Router resources,
including Technical Support.
Chapter 2: Planning your
Wireless Network
The Router’s Functions
Simply put, a router is a network device that connects two networks together.
In this instance, the Router connects your Local Area Network (LAN), or the group of PCs in your
home or office, to
the Internet. The Router processes and regulates the data that travels between these two
networks.
The Router’s NAT feature protects your network of PCs so users on the public, Internet side
cannot “see” your
PCs. This is how your network remains private. The Router protects your network by inspecting
every packet
coming in through the Internet port before delivery to the appropriate PC on your network. The
Router inspects
Internet port services like the web server, ftp server, or other Internet applications, and, if allowed,
it will forward
the packet to the appropriate PC on the LAN side.
Remember that the Router’s ports connect to two sides. The LAN ports connect to the LAN, and
the Internet port
connects to the Internet. The LAN and Internet ports transmit data at 10/100Mbps.
IP Addresses
What’s an IP Address?
IP stands for Internet Protocol. Every device on an IP-based network, including PCs, print servers,
and routers,
requires an IP address to identify its “location,” or address, on the network. This applies to both the
Internet and
LAN connections. There are two ways of assigning an IP address to your network devices. You
can assign static
IP addresses or use the Router to assign IP addresses dynamically.
Static IP Addresses
A static IP address is a fixed IP address that you assign manually to a PC or other device on the
network. Since a
static IP address remains valid until you disable it, static IP addressing ensures that the device
assigned it will
always have that same IP address until you change it. Static IP addresses must be unique and are
commonly
used with network devices such as server PCs or print servers.
LAN: the computers and networking products that
make up your local network
NOTE: Since the Router is a device that connects two
networks, it needs two IP addresses—one for the LAN,
and one for the Internet. In this User Guide, you’ll see
references to the “Internet IP address” and the “LAN IP
address.”
Since the Router uses NAT technology, the only IP
address that can be seen from the Internet for your
network is the Router’s Internet IP address. However,
even this Internet IP address can be blocked, so that the
Router and network seem invisible to the Internet—see
the Block WAN Requests description under Filters in
“Chapter 7: The Router’s Web-based Utility.”
Figure 2-1: Network
If you use the Router to share your cable or DSL Internet connection, contact your ISP to find out if
they have
assigned a static IP address to your account. If so, you will need that static IP address when
configuring the
Router. You can get that information from your ISP.
Dynamic IP Addresses
A dynamic IP address is automatically assigned to a device on the network, such as PCs and print
servers. These
IP addresses are called “dynamic” because they are only temporarily assigned to the PC or device.
After a
certain time period, they expire and may change. If a PC logs onto the network (or the Internet)
and its dynamic IP
address has expired, the DHCP server will automatically assign it a new dynamic IP address.
DHCP (Dynamic Host Configuration Protocol) Servers
PCs and other network devices using dynamic IP addressing are assigned a new IP address by a
DHCP server.
The PC or network device obtaining an IP address is called the DHCP client. DHCP frees you from
having to assign
IP addresses manually every time a new user is added to your network.
A DHCP server can either be a designated PC on the network or another network device, such as
the Router. By
default, the Router’s DHCP Server function is enabled.
If you already have a DHCP server running on your network, you must disable one of the two
DHCP servers. If you
run more than one DHCP server on your network, you will experience network errors, such as
conflicting IP
addresses. To disable DHCP on the Router, see the DHCP section in “Chapter 6: The Router’s
Web-based Utility.”
Why do I need a VPN?
Computer networking provides a flexibility not available when using an archaic, paper-based
system. With this
flexibility, however, comes an increased risk in security. This is why firewalls were first introduced.
Firewalls
help to protect data inside of a local network. But what do you do once information is sent outside
of your local
network, when emails are sent to their destination, or when you have to connect to your
company's network
when you are out on the road? How is your data protected?
That is when a VPN can help. VPNs are called Virtual Private Networks because they secure data
moving outside
of your network as if it were still within that network.
When data is sent out across the Internet from your computer, it is always open to attacks. You
may already have
a firewall, which will help protect data moving around or held within your network from being
corrupted or
intercepted by entities outside of your network, but once data moves outside of your network when you send
data to someone via email or communicate with an individual over the Internet - the firewall will no
longer protect
that data.
At this point, your data becomes open to hackers using a variety of methods to steal not only the
data you are
transmitting but also your network login and security data. Some of the most common methods are
as follows:
1) MAC Address Spoofing
Packets transmitted over a network, either your local network or the Internet, are preceded by a
packet header.
These packet headers contain both the source and destination information for that packet to
transmit efficiently.
A hacker can use this information to spoof (or fake) a MAC address allowed on the network. With
this spoofed
MAC address, the hacker can also intercept information meant for another user.
2) Data Sniffing
Data "sniffing" is a method used by hackers to obtain network data as it travels through unsecured
networks,
such as the Internet. Tools for just this kind of activity, such as protocol analyzers and network
diagnostic tools,
are often built into operating systems and allow the data to be viewed in clear text.
3) Man in the middle attacks
Once the hacker has either sniffed or spoofed enough information, he can now perform a "man in
the middle"
attack. This attack is performed, when data is being transmitted from one network to another, by
rerouting the
data to a new destination. Even though the data is not received by its intended recipient, it appears
that way to
the person sending the data.
These are only a few of the methods hackers use and they are always developing more. Without
the security of
your VPN, your data is constantly open to such attacks as it travels over the Internet. Data
travelling over the
Internet will often pass through many different servers around the world before reaching its final
destination.
That's a long way to go for unsecured data and this is when a VPN serves its purpose.
What is a VPN?
A VPN, or Virtual Private Network, is a connection between two endpoints - a VPN Router, for
instance - in
different networks that allows private data to be sent securely over a shared or public network,
such as the
Internet. This establishes a private network that can send data securely between these two
locations or
networks.
This is done by creating a "tunnel". A VPN tunnel connects the two PCs or networks and allows
data to be
transmitted over the Internet as if it were still within those networks. Not a literal tunnel, it is a
connection
secured by encrypting the data sent between the two networks.
VPN was created as a cost-effective alternative to using a private, dedicated, leased line for a
private network.
Using industry standard encryption and authentication techniques - IPSec, short for IP Security the VPN creates
a secure connection that, in effect, operates as if you were directly connected to your local network.
Virtual
Private Networking can be used to create secure networks linking a central office with branch
offices,
telecommuters, and/or professionals on the road (travelers can connect to a VPN Router using
any computer with
VPN client software that supports IPSec, such as SSH Sentinel.)
There are two basic ways to create a VPN connection:
•VPN Router to VPN Router
•Computer (using VPN client software that supports IPSec) to VPN Router
The VPN Router creates a “tunnel” or channel between two endpoints, so that data transmissions
between them
are secure. A computer with VPN client software that supports IPSec can be one of the two
endpoints. Any
computer with the built-in IPSec Security Manager (Microsoft 2000 and XP ) allows the VPN
Router to create a
VPN tunnel using IPSec (refer to “Appendix C: Configuring IPSec between a Windows 2000 or XP
PC and the VPN
Router”). Other versions of Microsoft operating systems require additional, third-party VPN client
software
applications that support IPSec to be installed.
VPN Router to VPN Router
An example of a VPN Router-to-VPN Router VPN would be as follows. (See Figure 2-2.) At home,
a telecommuter
uses his VPN Router for his always-on Internet connection. His router is configured with his
office's VPN settings.
When he connects to his office's router, the two routers create a VPN tunnel, encrypting and
decrypting data. As
VPNs utilize the Internet, distance is not a factor. Using the VPN, the telecommuter now has a
secure connection
to the central office's network, as if he were physically connected.
IMPORTANT: You must have at least one VPN
Router on one end of the VPN tunnel. At the other
end of the VPN tunnel, you must have a second
VPN Router or a computer with VPN client
software that supports IPSec.
Computer (using VPN client software that supports IPSec) to VPN Router
The following is an example of a computer-to-VPN Router VPN. (See Figure 2-3.) In her hotel
room, a traveling
businesswoman dials up her ISP. Her notebook computer has VPN client software that is
configured with her
office's VPN settings. She accesses the VPN client software that supports IPSec and connects to
the VPN Router
at the central office. As VPNs utilize the Internet, distance is not a factor. Using the VPN, the
businesswoman now
has a secure connection to the central office's network, as if she were physically connected.
For additional information and instructions about creating your own VPN, please visit Wireless AP
VPN Router’s website at
www.Wireless AP VPN Router.com or refer to “Appendix C: Configuring IPSec between a
Windows 2000 or XP PC and the VPN
Router.”
Figure 2-3: Computer-to-VPN Router VPN
Chapter 3: Getting to Know the
Wireless-G VPN Broadband
Router
The Back Panel
The Router’s ports, where a network cable is connected, are located on the back panel.
Internet The Internet port connects to your modem.
LAN (1-4) The LAN (Local Area Network) ports connect to your PC and other network devices.
Power The Power port is where you will connect the power adapter.
Reset Button There are two ways to Reset the Router's factory defaults. Either press the Reset
Button, for
approximately ten seconds, or restore the defaults from the Password tab in the Router’s WebBased Utility.
With these, and many other, Wireless AP VPN Router products, your networking options are
limitless. Go to the Wireless AP VPN Router website at
www.Wireless AP VPN Router.com for more information about products that work with the Router.
Important: Resetting the Router will erase all
of your settings (WEP Encryption, Wireless and
LAN settings, etc.) and replace them with the
factory defaults. Do not reset the Router if you
want to retain these settings.
Figure 3-1: Back Panel
The Front Panel
The Router's LEDs, where information about network activity is displayed, are located on the front
panel.
Power Green. The Power LED lights up when the Access Point is powered on.
DMZ Red. The DMZ LED indicates the Access Point's self- diagnosis mode during boot-up and
restart. It will turn off upon completing the diagnosis. If this LED stays on for an abnormally
long period of time, refer to Appendix A: Troubleshooting.
Internet Green. The Internet LED lights whenever there is a successful wireless connection. If the
LED
is flickering, the Router is actively sending or receiving data to or from one of the devices on
the network.
Wireless-G Green. The Wireless-G LED lights whenever there is a successful wireless
connection.
LAN (1-4) Green. The LAN LED serves two purposes. If the LED is continuously lit, the Router is
successfully connected to a device through the LAN port. If the LED is flickering, it is an
indication of any network activity.
Figure 3-2: Front Panel
Chapter 4: Connecting the
Wireless-G VPN Broadband
Router
Overview
The Router’s setup consists of more than simply plugging hardware together. You will have to
configure your
networked PCs to accept the IP addresses that the Router assigns them (if applicable), and you
will also have to
configure the Router with setting(s) provided by your Internet Service Provider (ISP).
The installation technician from your ISP should have left the setup information for your modem
with you after
installing your broadband connection. If not, you can call your ISP to request that data.
Once you have the setup information you need for your specific type of Internet connection, you
can begin
installation and setup of the Router.
If you want to use a PC with an Ethernet adapter to configure the Router, continue to “Wired
Connection to a PC.”
If you want to use a PC with a wireless adapter to configure the Router, continue to “Wireless
Connection to a
PC.”
Wired Connection to a PC
1. Before you begin, make sure that all of your network’s hardware is powered off, including the
Router, PCs,
and cable or DSL modem.
2. Connect one end of an Ethernet network cable to one of the LAN ports (labeled 1-4) on the back
of the Router
(see Figure 4-1), and the other end to an Ethernet port on a PC.
3. Repeat this step to connect more PCs, a switch, or other network devices to the Router.
4. Connect a different Ethernet network cable from your cable or DSL modem to the Internet port
on the Router’s
rear panel (see Figure 4-2). This is the only port that will work for your modem connection.
5. Power on the cable or DSL modem.
6. Connect the power adapter to the Router’s Power port (see Figure 4-3), and then plug the
power adapter into
a power outlet.
• The Power LED on the front panel will light up green as soon as the power adapter is connected
properly.
The Power LED will flash for a few seconds, then it will light up steady when the self-test is
complete. If
the LED flashes for one minute or longer, see “Appendix A: Troubleshooting.”
7. Power on one of your PCs that is connected to the Router.
Wireless Connection to a PC
If you want to use a wireless connection to access the Router, follow these instructions:
1. Before you begin, make sure that all of your network’s hardware is powered off, including the
Router, PCs,
and cable or DSL modem.
2. Connect an Ethernet network cable from your cable or DSL modem to the Internet port on the
Router’s rear
panel (see Figure 4-2). This is the only port that will work for your modem connection.
3. Power on the cable or DSL modem.
4. Connect the power adapter to the Power port (see Figure 4-3), and then plug the power adapter
into a power
outlet.
Figure 4-2: Internet Port
Figure 4-1: LAN Ports
Figure 4-3: Power Port
NOTE: You should always change the SSID
from its default, Wireless AP VPN Router, and enable WEP
encryption.
NOTE: You should always plug the Router’s
power adapter into a power strip with surge
protection.
• The Power LED on the front panel will light up green as soon as the power adapter is connected
properly.
The Power LED will flash for a few seconds, then light up steady when the self-test is complete. If
the LED
flashes for one minute or longer, see “Appendix A: Troubleshooting.”
5. Power on one of the PCs on your wireless network(s).
6. For initial access to the Router through a wireless connection, make sure the PC’s wireless
adapter has its
SSID set to Wireless AP VPN Router-g (the Router’s default setting), and its WEP encryption is
disabled. After you have
accessed the Router, you can change the Router and this PC’s adapter settings to match the your
usual
network settings.
The Router’s hardware installation is now complete.
Go to “Chapter 5: Configuring the PCs.”
Chapter 5: Configuring the PCs
Overview
The instructions in this chapter will help you configure each of your computers to be able to
communicate with
the Router.
To do this, you need to configure your PC’s network settings to obtain an IP (or TCP/IP) address
automatically, so
your PC can function as a DHCP client. Computers use IP addresses to communicate with the
Router and each
other across a network, such as the Internet.
First, find out which Windows operating system your computer is running. You can find out by
clicking the Start
button. Read the side panel of the Start menu to find out which operating system your PC is
running.
You may need to do this for each computer you are connecting to the Router.
The next few pages tell you, step by step, how to configure your network settings based on the
type of Windows
operating system you are using. Make sure that an Ethernet or wireless adapter (also known as a
network
adapter) has been successfully installed in each PC you will configure. Once you’ve configured
your computers,
continue to “Chapter 6: Using the Router’s Web-Based Utility.”
Configuring Windows 98 and Millennium PCs
1. Click the Start button. Select Settings and click the Control Panel icon. Double-click the
Network icon.
2. On the Configuration tab, select the TCP/IP line for the applicable Ethernet adapter, as shown in
Figure 5-1.
Do not choose a TCP/IP entry whose name mentions DUN, PPPoE, VPN, or AOL. If the word
TCP/IP appears by
itself, select that line. Click the Properties button.
3. Click the IP Address tab. Select Obtain an IP address automatically. (See Figure 5-2.)
IMPORTANT: Important: By default Windows 98,
2000, Me, and XP has TCP/IP installed and set to
obtain an IP address automatically. If your PC does
not have TCP/IP installed, click Start and then
Help. Search for the keyword TCP/IP. Then follow
the instructions to install TCP/IP.
Figure 5-1: Configuration Tab
Figure 5-2: IP Address Tab
4. Now click the Gateway tab, and verify that the Installed Gateway field is blank. Click the OK
button.
5. Click the OK button again. Windows may ask you for the original Windows installation disk or
additional files.
Check for the files at c:\windows\options\cabs, or insert your Windows CD-ROM into your CDROM drive and
check the correct file location, e.g., D:\win98, D:\win9x, etc. (if “D” is the letter of your CD-ROM
drive).
6. Windows may ask you to restart your PC. Click the Yes button. If Windows does not ask you to
restart, restart
your computer anyway.
Go to “Chapter 6: Using the Router’s Web-Based Utility.”
Configuring Windows 2000 PCs
1. Click the Start button. Select Settings and click the Control Panel icon. Double-click the
Network and Dialup
Connections icon.
2. Select the Local Area Connection icon for the applicable Ethernet adapter (usually it is the first
Local Area
Connection listed). Double-click the Local Area Connection. Click the Properties button. (See
Figure 5-3.)
3. Make sure the box next to Internet Protocol (TCP/IP) is checked. Highlight Internet Protocol
(TCP/IP), and click
the Properties button. (See Figure 5-4.)
4. Select Obtain an IP address automatically. Once the new window appears, click the OK
button. Click the
OK button again to complete the PC configuration. (See Figure 5-53.)
5. Restart your computer.
Go to “Chapter 6: Using the Router’s Web-Based Utility.”
Figure 5-3: Properties
Figure 5-4: TCP/IP
Figure 5-5: IP Address
Configuring Windows XP PCs
The following instructions assume you are running Windows XP with the default interface. If you
are using the
Classic interface (where the icons and menus look like previous Windows versions), please follow
the
instructions for Windows 2000.
1. Click the Start button and then the Control Panel icon. Click the Network and Internet
Connections icon.
Then click the Network Connections icon.
2. Select the Local Area Connection icon for the applicable Ethernet adapter (usually it is the first
Local Area
Connection listed). Double-click the Local Area Connection. Click the Properties button. (See
Figure 5-6.)
3. Make sure the box next to Internet Protocol (TCP/IP) is checked. Highlight Internet Protocol
(TCP/IP), and
click the Properties button. (See Figure 5-7.)
Figure 5-6: Properties
Figure 5-7: TCP/IP
4. Select Obtain an IP address automatically. (See Figure 5-8.) Once the new window appears,
click the OK
button. Click the OK button again to complete the PC configuration.
Go to “Chapter 6: Using the Router’s Web-Based Utility.”
Figure 5-8: IP Address
Chapter 6: Configuring the
Router
Overview
Wireless AP VPN Router recommends using the Setup CD-ROM for first-time installation of the
Router and setting up additional
computers. If you do not wish to run the Setup Wizard on the Setup CD-ROM, then follow the
steps in this chapter
and use the Router’s web-based utility to configure the Router. This chapter will describe each
web page in the
Utility and each page’s key functions. The utility can be accessed via your web browser through
use of a
computer connected to the Router. For a basic network setup, most users only have to use the
following screens
of the Utility:
• Basic Setup. On the Basic Setup screen, enter the settings provided by your ISP.
• Management. Click the Administration tab and then the Management tab. The Router’s default
password is
admin. To secure the Router, change the Password from its default.
There are seven main tabs: Setup, Wireless, Security, Access Restrictions, Applications &
Gaming,
Administration, and Status. Additional tabs will be available after you click one of the main tabs.
Setup
• Basic Setup. Enter the Internet connection and network settings on this screen.
• DDNS. To enable the Router’s Dynamic Domain Name System (DDNS) feature, complete the
fields on this
screen.
• MAC Address Clone. If you need to clone a MAC address onto the Router, use this screen.
• Advanced Routing. On this screen, you can alter Network Address Translation (NAT), Dynamic
Routing, and
Static Routing configurations.
• Hot Spot. To enable the Hot Spot in a Box feature and turn your Router into a commercial Hot
Sport, Register
with your Hot Spot service provider on this screen.
Wireless
• Basic Wireless Settings. You can choose your Wireless Network Mode and Wireless Security on
this screen.
• Wireless Network Access. This screen displays your network access list.
Note: For added security, you should change
the password through the Administration
screen of the web-based utility.
NAT (Network Address Translation): NAT
technology translates IP addresses of a local area
network to a different IP address for the Internet.
Have You: Enabled TCP/IP on your PCs? PCs
communicate over the network with this
protocol. Refer to Appendix D: Windows Help for
more information on TCP/IP.
Note: The Router is designed to function
properly after connecting the Router to your
network. This chapter is provided solely for
those who wish to perform more advanced
configuration or monitoring.
• Advanced Wireless Settings. On this screen you can access the Advanced Wireless features of
Authentication
Type, Basic Data Rates, Control Tx Rates, Beacon Interval, DTIM Interval, RTS Threshold, and
Fragmentation
Threshold.
Security
• Filter. To block specific users from Internet access, you can set up IP address, port, and MAC
address filtering
on the Filter screen.
• VPN. To enable or disable IPSec, L2TP, and/or PPTP Pass-through, and set up VPN tunnels,
use this screen.
• 802.1x. Use this screen to set up RADIUS authentication.
Access Restrictions
• Access Restriction. This screen allows you to prevent or permit only certain users from attaching
to your
network.
Applications & Gaming
• Port Range Forwarding. To set up public services or other specialized Internet applications on
your network,
click this tab.
• Port Triggering. To set up triggered ranges and forwarded ranges for Internet applications, click
this tab.
• UPnP Forwarding. Use this screen to alter UPnP forwarding settings.
• DMZ. To allow one local user to be exposed to the Internet for use of special-purpose services,
use this
screen.
Administration
• Management. On this screen, alter router access privileges and UPnP settings.
• Log. If you want to view or save activity logs, click this tab.
• Diagnostics. Use this screen to check the connection between your Router and PC.
• Factory Defaults. If you want to restore the Router’s factory defaults, then use this screen.
• Firmware Upgrade. Click this tab if you want to upgrade the Router’s firmware.
DTIM (Delivery Traffic Indication Message):
A message included in data packets that can
increase wireless efficiency.
Beacon Interval :The frequency interval of the
beacon, which is a packet broadcast by a
router to synchronize a wireless network.
RTS (Request To Send): A packet sent when a
computer has data to transmit. The computer
will wait for a CTS (Clear To Send) message
before sending data.
Fragmentation: Breaking a packet into smaller
units when transmitting over a network medium
that cannot support the original size of the
packet.
Status
• Router. This screen provides status information about the Router.
• Local Network. This provides status information about the local network.
How to Access the Web-based Utility
To access the web-based utility, launch Internet Explorer or Netscape Navigator, and enter the
Router’s default IP
address, 192.168.1.1, in the Address field. Then press Enter.
A password request page, shown in Figure 6-1 will appear. (non-Windows XP users will see a
similar screen.)
Enter admin (the default user name) in the User Name field, and enter admin (the default
password) in the
Password field. Then click the OK button.
The Setup Tab
The Basic Setup Tab
The first screen that appears is the Basic Setup tab. (See Figure 6-2.) This tab allows you to
change the Router's
general settings. Change these settings as described here and click the Save Settings button to
save your
changes or Cancel Changes to cancel your changes.
Internet Setup
• Internet Connection Type. The Router supports four connection types: Automatic Configuration DHCP (the
default connection type), PPPoE, Static IP, and PPTP. Each Basic Setup screen and available
features will
differ depending on what kind of connection type you select.
Automatic Configuration - DHCP
By default, the Router’s Configuration Type is set to Automatic Configuration - DHCP, and it
should be kept
only if your ISP supports DHCP or you are connecting through a dynamic IP address.
Figure 6-2: Setup Tab/DHCP Internet Connection Type
Figure 6-1: Password Screen
Static (See Figure 6-3.)
If you are required to use a permanent IP address to connect to the Internet, then select Static IP.
• IP Address. This is the Router’s IP address, when seen from the WAN, or the Internet. Your ISP
will provide
you with the IP Address you need to specify here.
• Subnet Mask. This is the Router’s Subnet Mask, as seen by external users on the Internet
(including your
ISP). Your ISP will provide you with the Subnet Mask.
• Default Gateway. Your ISP will provide you with the Default Gateway Address, which is the ISP
server’s IP
address.
• Primary DNS. (Required) and Secondary DNS (Optional). Your ISP will provide you with at least
one DNS
(Domain Name System) Server IP Address.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or
click the Cancel Changes button to undo your changes.
PPPoE (See Figure 6-4.)
Some DSL-based ISPs use PPPoE (Point-to-Point Protocol over Ethernet) to establish Internet
connections. If
you are connected to the Internet through a DSL line, check with your ISP to see if they use
PPPoE. If they do,
you will have to enable PPPoE.
• User Name and Password. Enter the User Name and Password provided by your ISP.
• Connect on Demand: Max Idle Time. You can configure the Router to cut the Internet connection
after it
has been inactive for a specified period of time (Max Idle Time). If your Internet connection has
been
terminated due to inactivity, Connect on Demand enables the Router to automatically re-establish
your
connection as soon as you attempt to access the Internet again. If you wish to activate Connect
on
Demand, click the radio button. In the Max Idle Time field, enter the number of minutes you want
to have
elapsed before your Internet connection terminates.
• Keep Alive Option: Redial Period. If you select this option, the Router will periodically check your
Internet
connection. If you are disconnected, then the Router will automatically re-establish your
connection. To
use this option, click the radio button next to Keep Alive. In the Redial Period field, you specify
how often
you want the Router to check the Internet connection. The default Redial Period is 30 seconds.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or
click the Cancel Changes button to undo your changes.
Figure 6-3: Static Internet Connection Type
Figure 6-4: PPPoE Internet Connection Type
PPTP (See Figure 6-5.)
Point to Point Tunneling Protocol (PPTP) is a service that applies to connections in Europe only
(see Figure 68).
• Internet IP Address. This is the Router’s IP address, when seen from the Internet. Your ISP will
provide you
with the IP Address you need to specify here.
• Subnet Mask. This is the Router’s Subnet Mask, as seen by external users on the Internet
(including your
ISP). Your ISP will provide you with the Subnet Mask.
• Default Gateway. Your ISP will provide you with the Default Gateway Address.
• User Name and Password. Enter the User Name and Password provided by your ISP.
• Connect on Demand: Max Idle Time. You can configure the Router to cut the Internet connection
after it
has been inactive for a specified period of time (Max Idle Time). If your Internet connection has
been
terminated due to inactivity, Connect on Demand enables the Router to automatically re-establish
your
connection as soon as you attempt to access the Internet again. If you wish to activate Connect
on
Demand, click the radio button. In the Max Idle Time field, enter the number of minutes you want
to have
elapsed before your Internet connection terminates.
• Keep Alive Option: Redial Period. If you select this option, the Router will periodically check your
Internet
connection. If you are disconnected, then the Router will automatically re-establish your
connection. To
use this option, click the radio button next to Keep Alive. To use this option, click the radio button
next to
Keep Alive. In the Redial Period field, you specify how often you want the Router to check the
Internet
connection. The default Redial Period is 30 seconds.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or
click the Cancel Changes button to undo your changes.
Optional Settings (Required by some ISPs)
• Host Name and Domain Name. These fields allow you to supply a host and domain name for the
Router. Some
ISPs require these names as identification. You may have to check with your ISP to see if your
broadband
Internet service has been configured with a host and domain name. In most cases, leaving these
fields blank
will work.
• MTU. The MTU (Maximum Transmission Unit) setting
specifies the largest packet size permitted for network
transmission. Select Manual and enter the value desired. It is
recommended that you leave this value in the
1200 to 1500 range. For most DSL users, it is recommended
to use the value 1492. By default, MTU is set at
1500 when Auto.
Network Setup
• Gateway IP. The values for the Router’s Local IP Address and Subnet Mask are shown here. In
most cases,
keeping the default values will work.
• Local IP Address. The default value is 192.168.1.1.
• Subnet Mask. The default value is 255.255.255.0.
• Network Address Server Settings (DHCP). A Dynamic Host Configuration Protocol (DHCP)
server
automatically assigns an IP address to each PC on your network for you. Unless you already have
one, it is
highly recommended that you leave the Router enabled as a DHCP server.
• Local DHCP Server. DHCP is already enabled by factory default. If you already have a DHCP
server on your
network, set the Router’s DHCP option to Disable. If you disable DHCP, remember to assign a
static IP
address to the Router.
• Start IP Address. Enter a value for the DHCP server to start with when issuing IP addresses. This
value
must be 192.168.1. 2 or greater, because the default IP address for the Router is 192.168.1.1.
• Number of Address. Enter the maximum number of PCs that you want the DHCP server to
assign IP
addresses to. This number cannot be greater than 253. In order to determine the DHCP IP
Address range,
add the starting IP address (e.g., 100) to the number of DHCP users. By default, as shown in
Figure 6-9,
add 100 to 50, and the range is 192.168.1.100 to 192.168.1.149.
• IP Address Range. The range of DHCP addresses is displayed here.
. DNS IP Address: The DHCP Server has the ability to
dynamically update the Domain Name System. You can define
how you want the Domain Name System to be updated even
it's public.
• Time Setting. This is where you set the time for your Router. You can set the time and date
manually or
automatically, by setting the time zone.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
The DDNS Tab
The Router offers a Dynamic Domain Name System (DDNS) feature. DDNS lets you assign a
fixed host and domain
name to a dynamic Internet IP address. It is useful when you are hosting your own website, FTP
server, or other
server behind the Router.
Before you can use this feature, you need to sign up for DDNS service at one of two DDNS service
providers,
DynDNS.org or TZO.com.
DDNS
DDNS Service. If your DDNS service is provided by DynDNS.org, then select DynDNS.org in the
drop-down menu.
(See Figure 6-6.) If your DDNS service is provided by TZO, then select TZO.com. (See Figure 67.) The features
available on the DDNS screen will vary, depending on which DDNS service provider you use.
DynDNS.org
• User Name, Password, and Host Name. Enter the User Name, Password, and Host Name of the
account you
set up with DynDNS.org.
• Internet IP Address. The Router’s current Internet IP Address is displayed here. Because it is
dynamic, it will
change.
• Status. The status of the DDNS service connection is displayed here.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
TZO.com Tab
• Email Address, TZO Password Key, and Domain Name. Enter the Email Address, TZO
Password Key, and
Domain Name of the service you set up with TZO.
• Internet IP Address. The Router’s current Internet IP Address is displayed here. Because it is
dynamic, this will
change.
• Status. The status of the DDNS service connection is displayed here.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-6: DynDNS.org
Figure 6-7: TZO.com
MAC Address Clone Tab (See Figure 6-8.)
The Router’s MAC address is a 12-digit code assigned to a unique piece of hardware for
identification, like a
social security number. If your ISP requires MAC address registration, find your adapter’s MAC
address by
following the instructions in “Appendix D: Finding the MAC Address and IP Address for Your
Ethernet Adapter.”
MAC Clone
• MAC Clone Service. To use MAC address cloning, select Enable.
• MAC Address. To manually clone a MAC address, enter the 12 digits of your adapter’s MAC
address in the onscreen
fields (see Figure 6-25). Then click the Save Settings button.
• Clone My MAC Address. If you want to clone the MAC address of the PC you are currently using
to configure
the Router, then click the Clone My MAC Address button. The Router will automatically detect
your PC’s
MAC address, so you do NOT have to call your ISP to change the registered MAC address to the
Router’s MAC
address. It is recommended that the PC registered with the ISP is used to open the MAC Address
Clone tab.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Advanced Routing Tab
The Advanced Routing screen allows you to configure the dynamic routing and static routing
settings. (See Figure
6-9.)
Advanced Routing
• Operating Mode. Select Gateway or Router for the Operating Mode from the drop-down menu.
• Dynamic Routing. With Dynamic Routing you can enable the Router to automatically adjust to
physical
changes in the network’s layout. The Router, using the RIP protocol, determines the network
packets’ route
based on the fewest number of hops between the source and the destination. The RIP protocol
regularly
broadcasts routing information to other routers on the network.
• Receive RIP Version To use dynamic routing for reception of network data, select the protocol
you want: RIP1
or RIP2.
• Transmit RIP Version. To use dynamic routing for transmission of network data, select the
protocol you want:
RIP1, RIP1-Compatible, or RIP2.
Figure 6-8: MAC Address Clone
Figure 6-9: Advanced Routing
Static Routing
If the Router is connected to more than one network, it may be necessary to set up a static route
between them.
A static route is a pre-determined pathway that network information must travel to reach a specific
host or
network. To create a static route, change the following settings:
• Select Number. Select the number of the static route from the drop-down menu. The Router
supports up to
20 static route entries.
• Delete This Entry. If you need to delete a route, select its number from the drop-down menu, and
click the
Delete Entry button.
• LAN IP Address. The LAN IP Address is the address of the remote network or host to which you
want to assign
a static route. Enter the IP address of the host for which you wish to create a static route. If you are
building a
route to an entire network, be sure that the network portion of the IP address is set to 0. For
example, the
Router’s standard IP address is 192.168.1.1. Based on this address, the address of the routed
network is
192.168.1, with the last digit determining the Router’s place on the network. Therefore you would
enter the IP
address 192.168.1.0 if you wanted to route to the Router’s entire network, rather than just to the
Router.
• Subnet Mask. The Subnet Mask (also known as the Network Mask) determines which portion of
an IP address
is the network portion, and which portion is the host portion. Take, for example, a network in which
the
Subnet Mask is 255.255.255.0. This determines (by using the values 255) that the first three
numbers of a
network IP address identify this particular network, while the last digit (from 1 to 254) identifies the
specific
host.
• Default Gateway. This IP address should be the IP address of the gateway device that allows for
contact
between the Router and the remote network or host.
• metric. This determines the maximum number of steps between network nodes that data packets
will travel.
A node is any device on the network, such as PCs, print servers, routers, etc.
• Interface. Select LAN & Wireless or Internet, depending on the location of the static route’s final
destination.
• Show Routing Table. Click the Show Routing Table button to open a screen displaying how
data is routed
through your LAN. For each route, the Destination LAN IP address, Subnet Mask, Default
Gateway, and
Interface are displayed. Click the Refresh button to update the information. See Figure 6-10.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-10: Routing Table
Hot Spot Tab
The Hot Spot tab is for business owners who want to generate revenue by turning their Router into
a commercial
Hot Spot using Boingo™ Hot Spot in a Box®.
For additional information, click More Info or refer to Chapter 7: Boingo® Hot Spot in a Box
Program for Hot Spot
Businesses.
To start the registration process, click Register.
The Wireless Tab
Basic Wireless Settings (See Figure 6-12.)
This screen allows you to choose your wireless network mode and wireless security.
Wireless Network
• Wireless Network Mode. If you have Wireless-G and 802.11b devices in your network, then keep
the default
setting, Mixed. If you have only Wireless-G devices, select G-Only. If you want to disable wireless
networking, select Disable.
• Wireless Network Name. Enter the Wireless Network Name (SSID) into the field. The SSID is
the network
name shared among all devices in a wireless network. The SSID must be identical for all devices
in the
wireless network. It is case-sensitive and must not exceed 32 alphanumeric characters, which
may be any
keyboard character. For added security, Wireless AP VPN Router recommends that you change
the default SSID (Wireless AP VPN Router) to a
unique name of your choice.
• Wireless Channel. Select the appropriate channel from the list provided to correspond with your
network
settings, between 1 and 11 (in North America). All devices in your wireless network must use the
same
channel in order to function correctly.
• Wireless SSID Broadcast. When wireless clients survey the local area for wireless networks to
associate with,
they will detect the SSID broadcast by the Router. To broadcast the Router's SSID, keep the
default setting,
Enabled. If you do not want to broadcast the Router's SSID, then select Disabled.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-11: Hot Spot in a Box
Figure 6-12: Basic Wireless Settings
Wireless Security Tab
The Wireless Security settings configure the security of your wireless network. There are four
wireless security
mode options supported by the Router: WPA Pre-Shared Key, WPA RADIUS, RADIUS, and WEP.
(WPA stands for WiFi Protected Access, which is a security standard stronger than WEP encryption. WEP stands for
Wired Equivalent
Privacy, while RADIUS stands for Remote Authentication Dial-In User Service.) These four are
briefly discussed
here. For detailed instructions on configuring wireless security for the Router, turn to “Appendix B:
Wireless
Security.”
WPA Pre-Shared Key. WPA gives you one encryption method, TKIP, with dynamic encryption
keys. Select the type
of algorithm, TKIP. Enter a WPA Shared Key of 8-63 characters. Then enter a Group Key
Renewal period, which
instructs the Router how often it should change the encryption keys. (See Figure 6-13.)
WPA RADIUS. This option features WPA used in coordination with a RADIUS server. (This should
only be used
when a RADIUS server is connected to the Router.) First, select the type of WPA algorithm you
want to use, TKIP.
Enter the RADIUS server’s IP Address and port number, along with a key shared between the
Router and the
server. Last, enter a Key Renewal Timeout, which instructs the Router how often it should change
the encryption
keys. (See Figure 6-14.)
Figure 6-13: Wireless Security-WPA Pre-Shared Key
Figure 6-14: Wireless Security - WPA RADIUS
RADIUS. This option features WEP used in coordination with a RADIUS server. (This should only
be used when a
RADIUS server is connected to the Router.) First, enter the RADIUS server’s IP Address into the
RADIUS Server
Address field, and port number into the RADIUS Port field, along with a key shared between the
Router and the
server into the Shared Key field. Then, select the level of WEP encryption, 64 bits 10 hex digits
or 128 bits 26
hex digits, and Default Key (choose which Key to use). Last, either generate a WEP key using the
Passphrase or
enter the WEP key manually. (See Figure 6-15.)
Figure 6-15: Wireless Security - RADIUS
WEP. WEP is a basic encryption method, which is not as secure as WPA. To use WEP, select a
Default Key (choose
which Key to use), and a level of WEP encryption, 64 bits 10 hex digits or 128 bits 26 hex digits.
Then either
generate a WEP key using a Passphrase or enter the WEP key manually. (See Figure 6-16.)
• Change these settings as described here and click the Save Settings button to apply your
changes or Cancel
Changes to cancel your changes. For detailed instructions on configuring wireless security for the
Router,
turn to “Appendix B: Wireless Security.”
• WEP Encryption Level. An acronym for Wired Equivalent Privacy, WEP is an encryption method
used to protect
your wireless data communications. WEP uses 64-bit or 128-bit keys to provide access control to
your
network and encryption security for every data transmission. To decode data transmissions, all
devices in a
network must use an identical WEP key. Higher encryption levels offer higher levels of security,
but due to the
complexity of the encryption, they may decrease network performance. To enable WEP, select 64
bits (10
hex digits) or 128 bits (26 hex digits).
• Passphrase for keys. Instead of manually entering WEP keys, you can enter a passphrase. This
passphrase is
used to generate one or more WEP keys. It is case-sensitive and should not be longer than 32
alphanumeric
characters. (This Passphrase function is compatible with Wireless AP VPN Router wireless
products only and cannot be used
with Windows XP Zero Configuration. If you want to communicate with non-Wireless AP VPN
Router wireless products or
Windows XP Zero Configuration, make a note of the WEP key generated in the Key 1 field, and
enter it
manually in the wireless client.) After you enter the Passphrase, click the Generate button to
create WEP
keys.
• Default Key Select which WEP key (1-4) will be used when the Gateway sends data. Make sure
that the
receiving device (wireless client) is using the same key.
• WEP Keys 1-4. WEP keys enable you to create an encryption scheme for wireless network
transmissions. If
you are not using a Passphrase, then manually enter a set of values. (Do not leave a key field
blank, and do
not enter all zeroes; they are not valid key values.) If you are using 64-bit WEP encryption, the key
must be
exactly 10 hexadecimal characters in length. If you are using 128-bit WEP encryption, the key
must be exactly
26 hexadecimal characters in length. Valid hexadecimal characters are “0”-“9” and “A”-“F”.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-16: Wireless Security - WEP
Wireless Network Access (See Figure 6-17.)
Wireless Network Access. If this function is enabled, only the computers on the list will be allowed
access to the
wireless network. Click Disabled to disable the function.
To add a computer to the network, click the Permit to access button, and enter the MAC address
in the fields.
Click the Select MAC Address From Networked Computers button, and the screen in Figure 618 will appear.
Select the MAC Address from the list and click the Select button.
To prevent access, click the Prevent from accessing button, then click Select MAC Address
from the list.
From the screen in Figure 6-18, select the MAC Address from the list, and click the Select button.
Click the Refresh button if you want to refresh the screen. Click the Close button to return to th
previous screen.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-17: Wireless Network Access
Figure 6-18: Networked Computers
Advanced Wireless Settings (See Figure 6-19.)
On this screen you can access the Advanced Wireless features, including Authentication Type,
Basic Data Rates,
Control Tx Rates, Beacon Interval, DTIM Interval, RTS Threshold, and Fragmentation Threshold.
• Authentication Type. The default is set to Auto, which allows either Open System or Shared Key
authentication
to be used. For Open System authentication, the sender and the recipient do NOT use a WEP key
for
authentication. For Shared Key authentication, the sender and recipient use a WEP key for
authentication. If
you want to use only Shared Key authentication, then select Shared Key.
CTS Protection mode: Ensures that your wireless router does
not interfere with neighbor networks. 802.11b networks
cannot hear 802.11g networks, but 802.11g networks can
hear 802.11b networks. 802.11g networks cause collisions on
802.11b networks so the Protection Mode forces the 802.11g
network to negotiate around the 802.11b network. The
default is Auto.
• Basic Data Rates. Select 1-2 Mbps, All, or Default, from the drop-down menu.
• Control Tx Rates. The default transmission rate is Auto. The range is from 1 to 54Mbps. The rate
of data
transmission should be set depending on the speed of your wireless network. You can select from
a range of
transmission speeds, or keep the default setting, Auto, to have the Router automatically use the
fastest
possible data rate and enable the Auto-Fallback feature. Auto-Fallback will negotiate the best
possible
connection speed between the Router and a wireless client.
• Beacon Interval. The default value is 100. Enter a value between 1 and 65,535 milliseconds. The
Beacon
Interval value indicates the frequency interval of the beacon. A beacon is a packet broadcast by
the Router to
synchronize the wireless network.
• DTIM Interval The default value is 3. This value, between 1 and 255 milliseconds, indicates the
interval of the
Delivery Traffic Indication Message (DTIM). A DTIM field is a countdown field informing clients of
the next
window for listening to broadcast and multicast messages. When the Router has buffered
broadcast or
multicast messages for associated clients, it sends the next DTIM with a DTIM Interval value. Its
clients hear
the beacons and awaken to receive the broadcast and multicast messages.
• RTS Threshold This value should remain at its default setting of 2347. The range is 0-2347 bytes.
Should you
encounter inconsistent data flow, only minor modifications are recommended. If a network packet
is smaller
than the preset RTS threshold size, the RTS/CTS mechanism will not be enabled. The Router
sends Request to
Send (RTS) frames to a particular receiving station and negotiates the sending of a data frame.
After receiving
an RTS, the wireless station responds with a Clear to Send (CTS) frame to acknowledge the right
to begin
transmission.
• Fragmentation Threshold This value should remain at its default setting of 2346. The range is
256-2346
bytes. It specifies the maximum size for a packet before data is fragmented into multiple packets. If
you
experience a high packet error rate, you may slightly increase the Fragmentation Threshold.
Setting the
Fragmentation Threshold too low may result in poor network performance. Only minor
modifications of this
value are recommended.
Figure 6-19: Advanced Wireless Settings
The Security Tab
Firewall
When you click the Security tab, you will see the Firewall screen (see Figure 6-20). This screen
contains Filters
and Block WAN Requests. Filters block specific internal users from accessing the Internet and
block anonymous
Internet requests and/or multicasting.
• Firewall. To add Firewall Protection, click Enabled. If you do not want Firewall Protection, click
Disabled.
• Filter Proxy. Use of WAN proxy servers may compromise the Router's security. Denying Filter
Proxy will
disable access to any WAN proxy servers. To enable proxy filtering, click Enabled.
• Filter Cookies. A cookie is data stored on your PC and used by Internet sites when you interact
with them. To
enable cookie filtering, click Enabled.
• Filter Java Applets. Java is a programming language for websites. If you deny Java Applets, you
run the risk
of not having access to Internet sites created using this programming language. To enable Java
Applet
filtering, click Enabled.
• Filter ActiveX. ActiveX is a programming language for websites. If you deny ActiveX, you run the
risk of not
having access to Internet sites created using this programming language. To enable ActiveX
filtering, click
Enabled.
• Filter Multicast. Multicasting allows for multiple transmissions to specific recipients at the same
time. If
multicasting is permitted, then the Router will allow IP multicast packets to be forwarded to the
appropriate
computers. Select Enabled to filter multicasting, or Disabled to disable this feature.
• Block Anonymous Internet Requests. This keeps your network from being “pinged” or detected
and
reinforces your network security by hiding your network ports, so it is more difficult for intruders to
work their
way into your network. Select Enabled to block anonymous Internet requests, or Disabled to
allow
anonymous Internet requests.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-20: Firewall
VPN
Virtual Private Networking (VPN) is a security measure that basically creates a secure connection
between two
remote locations. This connection is very specific as far as its settings are concerned; this is what
creates the
security. The VPN screen, shown in Figure 6-21, allows you to configure your VPN settings to
make your network
more secure.
VPN PassThrough
• IPSec Passthrough. Internet Protocol Security (IPSec) is a suite of protocols used to implement
secure
exchange of packets at the IP layer. To allow IPSec Passthrough, click the Enabled button. To
disable IPSec
Passthrough, click the Disabled button.
• PPTP Pass Through. Point-to-Point Tunneling Protocol Passthrough is the method used to
enable VPN
sessions to a Windows NT 4.0 or 2000 server. To allow PPTP Passthrough, click the Enabled
button. To
disable PPTP Passthrough, click the Disabled button.
• L2TP Pass Through. Layering 2 Tunneling Protocol Passthrough is an extension of the Point-toPoint Tunneling
Protocol (PPTP) used by to enable the operation of a virtual private network (VPN) over the
Internet.To allow
L2TP Passthrough, click the Enabled button. To disable L2TP Passthrough, click the Disabled
button.
VPN Tunnel
The VPN Router creates a tunnel or channel between two endpoints, so that the data or
information between
these endpoints is secure.
• To establish this tunnel, select the tunnel you wish to create in the Select Tunnel Entry dropdown box. It is
possible to create up to 100 simultaneous tunnels. Then click Enabled to enable the VPN Tunnel.
Once the
tunnel is enabled, enter the name of the tunnel in the Tunnel Name field. This is to allow you to
identify
multiple tunnels and does not have to match the name used at the other end of the tunnel. If you
want to route
all the traffic through the tunnel, and not just the ones destined for the remote secure group, click
Enabled
for the VPN Gateway.
VPN Gateway: Assign this VPN as default route
Local Secure Group and Remote Secure Group.
The Local Secure Group is the computer(s) on your LAN that can access the tunnel.
Local Secure Group defines the endpoint on local
site. It can be one IP address,
IP Range, Subnet, or NONE (Host).
From the drop-down
menu, select Subnet, to include the entire network for the tunnel; select IP Address if you want a
specific
computer; IP Range, if you want to include a range of IP addresses; or select Host, which is used
with Port
Forwarding to direct the traffic to the correct computer. The screen will change depending on the
selected
option. The options are described below.
Figure 6-21: VPN
Figure 6-22: Subnet
Subnet. Enter the IP Address and Mask of the local VPN Router in the fields. To allow access to
the entire IP
subnet, enter 0 for the last set of IP Addresses. (e.g. 192.168.1.0).
IP Address. Enter the IP Address of the local VPN Router in the fields. The Mask will be displayed.
IP Range. Enter the starting and ending numbers for the IP Address range in the fields.
Host. The VPN Tunnel will terminate at the router with this setting. Use Port Range Forwarding to
direct traffic
to the correct computer. Refer to the Port Range Forwarding tab of the Applications and Gaming
tab.
The Remote Secure Group is the computer (s) on the remote end of the tunnel that can
access the tunnel.
Remote Secure Group defines the endpoint on
remote site. It also support ANY remote local
style.
From the drop-down menu, select Subnet, to include the entire network for the tunnel; select IP
address if
you want a specific computer; IP Range, if you want to include a range of IP addresses; select
Host, if the VPN
will terminate at the Router, instead of the PC; or Any, to allow any computer to access the tunnel.
The screen
will change depending on the selected option. The options are described below.
Subnet. Enter the IP Address and Mask of the local VPN Router in the fields. To allow access to
the entire IP
subnet, enter 0 for the last set of IP Addresses. (e.g. 192.168.1.0).
IP Address. Enter the IP Address of the local VPN Router in the fields. The Mask will be
displayed.
IP Range. Enter the starting and ending numbers for the IP Address range in the fields.
Remote Secure Gateway specify the
remote gateway location. It can be IP addr, FQDN,
or ANY.The Remote Security Gateway is the VPN device, such as a second VPN Router, on
• Remote Security Gateway.
the remote end of the VPN tunnel. Enter the IP Address of the VPN device at the other end of the
tunnel. The
remote VPN device can be another VPN Router, a VPN Server, or a computer with VPN client
software that
supports IPSec. The IP Address may either be static (permanent) (select IP Addr.) or dynamic
(changing)
(select FQDN for DDNS,or Any), depending on the settings of the remote VPN device. Make sure
that you have
entered the IP Address correctly, or the connection cannot be made. Remember, this is NOT the
IP Address of
the local VPN Router, but the IP Address of the remote VPN Router or device with which you wish
to
communicate. If the IP Address is static, select IP Addr. , if the IP Address is dynamic (changing),
select FQDN
for DDNS or Any. If FQDN is selected, enter the DDNS domain name of the remote Router. The
Router will
receive an IP Address for this domain name.
• Encryption. Using Encryption also helps make your connection more secure. There are two
different types of
encryption: DES or 3DES (3DES is recommended because it is more secure). You may choose
either of these,
but it must be the same type of encryption that is being used by the VPN device at the other end of
the tunnel.
Or, you may choose not to encrypt by selecting Disable.
Figure 6-24: IP Range
Figure 6-23: IP Address
Figure 6-25: Host
Figure 6-26: Subnet/Any
• Authentication. Authentication acts as another level of security. There are two types of
authentication: MD5
and SHA (SHA is recommended because it is more secure). As with encryption, either of these
may be
selected, provided that the VPN device at the other end of the tunnel is using the same type of
authentication.
Or, both ends of the tunnel may choose to Disable authentication.
• Key Management. Key Exchange Method. Select Auto (IKE) or Manual for the Key Exchange
Method. The two
methods are described below.
Auto (IKE)
Select Auto (IKE) and enter a series of numbers or letters in the Pre-shared Key field. Check the
box next to
PFS (Perfect Forward Secrecy) to ensure that the initial key exchange and IKE proposals are
secure. Based on
this word, which MUST be entered at both ends of the tunnel if this method is used, a key is
generated to
scramble (encrypt) the data being transmitted over the tunnel, where it is unscrambled (decrypted).
You may
use any combination of up to 24 numbers or letters in this field. No special characters or spaces
are allowed.
In the Key Lifetime field, you may optionally select to have the key expire at the end of a time
period of your
choosing. Enter the number of seconds you’d like the key to be useful, or leave it blank for the key
to last
indefinitely.
Manual (See Figure 6-29)
If you select Manual, you generate the key yourself, and no key negotiation is needed. Basically,
manual key
management is used in small static environments or for troubleshooting purposes. Both sides
must use the
same Key Management method.
Encryption Algorithm: There are two methods of encryption, DES and 3DES. The Encryption
method
determines the length of the key used to encrypt/decrypt ESP packets. DES is 56-bit encryption
and 3DES is
168-bit encryption. 3DES is recommended because it is more secure, and both sides must use the
same
Encryption method.
Encryption Key: This field specifies a key used to encrypt and decrypt IP traffic, and the Encryption
Key is
generated yourself. The hexadecimal value is acceptable in this field. Both sides must use the
same
Encryption Key. If DES is selected, the Encryption Key is 16-bit. If users do not fill up to 16-bit, this
field will be
filled up to 16-bit automatically by 0. If 3DES is selected, the Encryption Key is 48-bit. If users do
not fill up to
48-bit, this field will be filled up to 48-bit automatically by 0.
Authentication Algorithm: There are two methods of authentication, MD5 and SHA. The
Authentication method
determines a method to authenticate the ESP packets. MD5 is a one-way hashing algorithm that
produces a
128-bit digest. SHA is a one-way hashing algorithm that produces a 160-bit digest. SHA is
recommended
because it is more secure, and both sides must use the same Authentication method.
Authentication Key: This field specifies a key used to authenticate IP traffic and the Authentication
Key is
generated yourself. The hexadecimal value is acceptable in this field. Both sides must use the
same
Figure 6-29: Manual Key Management
Figure 6-27: Remote Secure Gateway/FQDN
Figure 6-28: Remote Secure Gateway/Any
Authentication key. If MD5 is selected, the Authentication Key is 32-bit. If users do not fill up to
32-bit, this
field will be filled up to 32-bit automatically by 0. If SHA1 is selected, the Authentication Key is 40bit. If users
do not fill up to 40-bit, this field will be filled up to 40-bit automatically by 0.
Inbound & Outbound SPI (Security Parameter Index): SPI is carried in the ESP (Encapsulating
Security Payload
Protocol) header and enables the receiver and sender to select the SA, under which a packet
should be
processed. The hexadecimal values is acceptable, and the valid range is 100~ffffffff. Each tunnel
must have a
unique Inbound SPI and Outbound SPI. No two tunnels share the same SPI. The Incoming SPI
here must match
the Outgoing SPI value at the other end of the tunnel, and vice versa.
• Status. Click the Advanced VPN Tunnel Setup key and the Advanced VPN Tunnel Setup
screen will appear.
See Figure 6-30.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes. Advanced VPN Tunnel Setup
From the Advanced VPN Tunnel Setup screen, shown in Figure 6-27, you can adjust the settings
for specific VPN
tunnels.
Phase 1
• Phase 1 is used to create a security association (SA), often called the IKE SA. After Phase 1 is
completed,
Phase 2 is used to create one or more IPSec SAs, which are then used to key IPSec sessions.
• Operation Mode. There are two modes: Main and Aggressive, and they exchange the same IKE
payloads in
different sequences. Main mode is more common; however, some people prefer Aggressive mode
because it
is faster. Main mode is for normal usage and includes more authentication requirements than
Aggressive
mode. Main mode is recommended because it is more secure. No matter which mode is selected,
the VPN
Router will accept both Main and Aggressive requests from the remote VPN device.
• Encryption. Select the length of the key used to encrypt/decrypt ESP packets. There are two
choices: DES and
3DES. 3DES is recommended because it is more secure.
• Authentication. Select the method used to authenticate ESP packets. There are two choices:
MD5 and SHA.
SHA is recommended because it is more secure.
• Group. There are two Diffie-Hellman Groups to choose from: 768-bit and 1024-bit. Diffie-Hellman
refers to a
cryptographic technique that uses public and private keys for encryption and decryption.
• Key Life Time. In the Key Lifetime field, you may optionally select to have the key expire at the
end of a time
period of your choosing. Enter the number of seconds you’d like the key to be used until a re-key
negotiation
between each endpoint is completed
Phase 2
• Encryption. The encryption method selected in Phase 1 will be displayed.
• Authentication. The authentication method selected in Phase 1 will be displayed.
• Group. There are two Diffie-Hellman Groups to choose from: 768-bit and 1024-bit. Diffie-Hellman
refers to a
cryptographic technique that uses public and private keys for encryption and decryption.
• Key Life Time. In the Key Lifetime field, you may optionally select to have the key expire at the
end of a time
period of your choosing. Enter the number of seconds you’d like the key to be used until a re-key
negotiation
between each endpoint is completed.
Other Options
• Unauthorized IP Blocking. Click Enabled to block unauthorized IP addresses. Enter in the
Rejects Number
field to specify how many times IKE must fail before blocking that unauthorized IP address. Enter
the length of
time that you specify (in seconds) in the Block Period field.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes. For further help on this tab, click the Help
button.
The Access Restrictions Tab
Access Restriction
The Access Restrictions tab, shown in Figure 6-31, allows you to block or allow specific kinds of
Internet usage.
You can set up Internet access policies for specific PCs and set up filters by using network port
numbers.
• Internet Access Policy. Multiple Filters can be saved as Internet Access Policies. When you wish
to edit one,
select the number of the Policy from the drop-down menu. The tab will change to reflect the
settings of this
Policy. If you wish to delete this Policy, click the Delete button. To see a summary of all Policies,
click the
Summary button.
The summaries are listed on this screen, shown in Figure 6-32, with their name and settings. To
return to the
Access Restrictions tab, click the Close button.
• Enter Policy Name. Policies are created from the fields presented here.
To create an Internet Access policy:
1. Enter a Policy Name in the field provided. Select Internet Access as the Policy Type. Click the
Edit List
button. This will open the List of PCs screen, shown in Figure 6-33. From this screen, you can
enter the IP
address or MAC address of any PC to which this policy will apply. You can even enter ranges of
PCs by IP
address. Click the Apply button to save your settings, the Cancel button to undo any changes,
and the Close
button to return to the Filters tab.
2. If you wish to deny or allow Internet access for those PCs you listed on the List of PCs screen,
click the option.
3. You can filter access to various services accessed over the Internet, such as FTP or Telnet, by
selecting a
service from the drop-down menus next to Blocked Services. If a service isn’t listed, you can click
the Add
Service button to open the Blocked Services screen, shown in Figure 6-34, and add a service to
the list. You
will need to enter a Service name, as well as the Protocol and Port Range used by the service.
4. By selecting the appropriate setting next to Days and Time, choose when Internet access will be
filtered.
5. Lastly, click the Save Settings button to activate the policy.
To create an Inbound Traffic Policy
1. Enter a Policy Name in the field provided. Select Inbound Traffic as the Policy Type.
Figure 6-31: Access Restriction
Figure 6-32: Internet Filter Summary
2. Enter the IP Address from which you want to block. Select the Protocol: TCP, UDP, or Both.
Enter the port
number or select Any. Enter the IP Address to which you want to block.
3. Select Deny or Allow as appropriate.
4. By selecting the appropriate setting next to Days and Time, choose when the Inbound Traffic
will be filtered.
Lastly, click the Save Settings button to activate the policy.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Internet Access can be filtered by URL Address, by entering the address in a Website Blocking by
URL Address
field, or by entering a keyword in one of the Website Blocking by Keyword fields.
Figure 6-33: List of PCs
Figure 6-34: Blocked Services
The Applications and Gaming Tab
Port Range Forwarding
The Port Forwarding screen sets up public services on your network, such as web servers, ftp
servers, e-mail
servers, or other specialized Internet applications. (Specialized Internet applications are any
applications that use
Internet access to perform functions such as videoconferencing or online gaming. Some Internet
applications
may not require any forwarding.) (See Figure 6-35.)
When users send this type of request to your network via the Internet, the Router will forward
those requests to
the appropriate PC. Any PC whose port is being forwarded must have its DHCP client function
disabled and must
have a new static IP address assigned to it because its IP address may change when using the
DHCP function.
• Application. Enter the name you wish to give each application.
• Start and End. Enter the starting and ending numbers of the port you wish to forward.
• Protocol. Select the type of protocol you wish to use for each application: TCP, UDP, or Both.
• IP Address. Enter the IP Address and Click Enabled.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes. Figure 6-35: Port Range Forwarding
Port Triggering
Port Triggering is used for special Internet applications whose outgoing ports differ from the
incoming ports. For
this feature, the Router will watch outgoing data for specific port numbers. (See Figure 6-36.) The
Router will
remember the IP address of the computer that sends a transmission requesting data, so that when
the requested
data returns through the Router, the data is pulled back to the proper computer by way of IP
address and port
mapping rules.
• Application. Enter the name you wish to give each application.
• Start Port and End Port. Enter the starting and ending Triggered range numbers and the
Forwarded Range
numbers of the port you wish to forward.
• Protocol. Select the type of protocol you wish to use for each application: TCP, UDP, or Both.
• Click Enabled.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-36: Port Triggering
UPnP Forwarding
The UPnP screen provides options for customization of port services for applications. (See Figure
6-37.)
Enter the Application in the field. Then, enter the External and Internal Port numbers in the fields.
Select the type
of protocol you wish to use for each application: TCP, UDP, or Both. Enter the IP Address in the
field. Click
Enabled to enable UPnP Forwarding for the chosen application.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure 6-37: UPnP Forwarding
DMZ
The DMZ screen (see Figure 6-38) allows one local user to be exposed to the Internet for use of a
special-purpose
service such as Internet gaming and videoconferencing, through Software DMZ, or a user can use
LAN Port 4 as a
DMZ Port, through Hardware DMZ. Whereas Port Range Forwarding can only forward a maximum
of 10 ranges of
ports, DMZ hosting forwards all the ports for one PC at the same time.
• Software DMZ. This feature allows one local user to be exposed to the Internet for use of a
special-purpose
service such as Internet gaming and videoconferencing. To use this feature, select Enabled. To
disable DMZ,
select Disabled.
• DMZ Host IP Address. To expose one PC, enter the computer’s IP address. To get the IP
address of a
computer, refer to “Appendix D: Finding the MAC Address and IP Address for Your Ethernet
Adapter.”
Deactivate DMZ by entering a 0 in the field.
• Hardware DMZ.
Public IP : DMZ host can be assigned one public IP addr.
which was provided by ISP.
Private IP : DMZ host own private IP addr. It's different from
LAN Hosts'.
Figure 6-38: DMZ
Figure 6-39: Management
The Administration Tab
Management
The Management screen, shown in Figure 6-39, allows you to change the Router’s access
settings as well as
configure the SNMP and UPnP (Universal Plug and Play) features.
Router Password
Local Router Access. To ensure the Router’s security, you will be asked for your password when
you access the
Router’s Web-based Utility. The default password is admin.
• User Name. Enter the default admin.
• Router Password. It is recommended that you change the default password to one of your
choice.
• Re-enter to confirm. Re-enter the Router’s new Password to confirm it.
Remote Router Access. This feature allows you to access the Router from a remote location, via
the Internet.
• Remote Management. This feature allows you to manage the Router from a remote location, via
the Internet.
To enable Remote Management, click Enabled.
• Mangagement Port. Select the port number you will use to remotely access the Router from the
drop-down
menu.
SNMP
Simple Network Management Protocol (SNMP) is a popular network monitoring and management
protocol. To
enable SNMP, click Enabled. To disable SNMP, click Disabled.
• Identification. In the Contact field, enter contact information for the Router. In the Device Name
field, enter the
name of the Router. In the Location field, specify the area or location where the Router resides.
• Get Community. Enter the password that allows read-only access to the Router’s SNMP
information.
• Set Community. Enter the password that allows read/write access to the Router’s SNMP
information.
• SNMP Trusted Host. You can restrict access to the Router’s SNMP information by IP address.
Enter the IP
address in the SNMP Trusted Host field. If this field is left blank, then access is permitted from any
IP address.
Figure 6-40: Log
• SNMP Trap-Community. Enter the password required by the remote host computer that will
receive trap
messages or notices sent by the Router.
• SNMP Trap-Destination. Enter the IP address of the remote host computer that will receive the
trap
messages.
UPnP
UPnP allows Windows XP to automatically configure the Router for various Internet applications,
such as gaming
and videoconferencing. To enable UPnP, click Enabled.
• Allow User to make Configuration Changes. When enabled, this feature allows you to make
manual changes
while still using the UPnP feature.
• Allow users to disable Internet access. When enabled, this feature allows you to prohibit any and
all Internet
connections.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Log
The Log tab, shown in Figure 6-40, provides you with a log of all incoming and outgoing URLs or
IP addresses for
your Internet connection.
Email Alert
To enable E-Mail Alert, click Enabled.
• E-Mail Address for General Logs. Enter the E-Mail Address for General Logs in the field.
• E-Mail Address for Alert Logs. Enter the E-Mail Address for Alert Logs in the field.
• Return E-Mail address. Enter the address for the return E-Mail.
• E-Mail Server IP Address. Enter the IP Address of the E-Mail Server in the fields.
Syslog Notification
To enable Syslog, click Enabled.
• Device Name. Enter the Device Name in the field.
• Syslog Server IP Address. Enter the IP Address of the Syslog Server.
• Syslog Priority. Select the priority from the drop-down list.
Notification Queue Length
• Log queue Length. Enter the number of entries in the log queue in the field.
• Log Time Threshold. Enter the time for the threshold in the field.
Alert Log
Select the type of attacks that you want to be alerted to. Select Syn Flooding, IP Spoofing, Win
Nuke, Ping of
Death, or Unauthorized Login attempt.
General Log.
Select the type of activity you would like to log. Select System Error Messages, Deny Policies,
Allow Policies,
Content Filtering, Data Inspection, authorized Login, or Configuration Changes.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Diagnostics
Ping Test (See Figure 6-41.)
Ping Test Parameters
Ping Target IP. Enter the IP Address that you want to ping in the field.
No. of Pings. Enter the number of times that you want to ping.
Ping Size. Enter the size of the ping packets.
Ping Interval. Enter the ping interval in Milliseconds.
Ping Timeout. Enter the time in Milliseconds.
Click the Start Test button to start the Ping Test. Click the Abort Test button to stop the test. Click
the Clear
Result button to clear the results. The results of the test will display in the window.
Figure 6-41: Ping Test
Factory Default (See Figure 6-42.)
If you have exhausted all other options and wish to restore the Router to its factory default settings
and lose all
your settings, click Yes.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Firmware Upgrade (See Figure 6-43.)
To upgrade the Router’s firmware:
1. Click the Browse button to find the firmware upgrade file that you downloaded from the
Wireless AP VPN Router website and
then extracted.
2. Double-click the firmware file you downloaded and extracted. Click the Upgrade button, and
follow the
instructions there.
Figure 6-43: Firmware Upgrade
Figure 6-42: Factory Default
Reboot
Warm reboot this device.
Config Management
Save the Router's system configuration or apply the
configuration file that you want to load to the router.
Status
Router
This screen displays information about your Router and its WAN (Internet) Connections. (See
Figure 6-44.)
Information
The information displayed is the Hardware Version, Software Version, MAC Address, Local MAC
Address, and
System Up Time.
WAN Connections
The WAN Connections displayed are the Network Access, WAN IP Address, Subnet Mask,
Default Gateway, and
DNS.
Click the Refresh button if you want to Refresh your screen.
Figure 6-44: Router
Local Network
The Local Network information that is displayed is the IP Address, Subnet Mask, DHCP Server,
and DHCP Client
Lease Info. To view the DHCP Clients Table, click the DHCP Clients button. See Figure 6-45.
The DHCP Active IP Table, Figure 6-46, displays the computer name, IP Address, MAC Address
and the expiration
time. Click the Close button to return to the Local Network screen.
Figure 6-46: DHCP Active IP Table
Figure 6-45: Local Network
Appendix A: Troubleshooting
This appendix consists of two parts: “Common Problems and Solutions” and “Frequently Asked
Questions.”
Provided are possible solutions to problems that may occur during the installation and operation of
the Router.
Read the descriptions below to help you solve your problems. If you can’t find an answer here,
check the Neo-Meridian
website at www.Neo-Meridian.com.
Common Problems and Solutions
1. I need to set a static IP address on a PC.
You can assign a static IP address to a PC by performing the following steps:
• For Windows 98 and Me:
1. Click Start, Settings, and Control Panel. Double-click Network.
2. In The following network components are installed box, select the TCP/IP-> associated with
your
Ethernet adapter. If you only have one Ethernet adapter installed, you will only see one TCP/IP
line
with no association to an Ethernet adapter. Highlight it and click the Properties button.
3. In the TCP/IP properties window, select the IP address tab, and select Specify an IP address.
Enter a
unique IP address that is not used by any other computer on the network connected to the Router.
Make sure that each IP address is unique for each PC or network device.
4. Click the Gateway tab, and in the New Gateway prompt, enter 192.168.1.1, which is the default
IP
address of the Router. Click the Add button to accept the entry.
5. Click the DNS tab, and make sure the DNS Enabled option is selected. Enter the Host and
Domain
names (e.g., John for Host and home for Domain). Enter the DNS entry provided by your ISP. If
your ISP
has not provided the DNS IP address, contact your ISP to get that information or go to its website
for
the information.
6. Click the OK button in the TCP/IP properties window, and click Close or the OK button for the
Network
window.
7. Restart the computer when asked.
• For Windows 2000:
1. Click Start, Settings, and Control Panel. Double-click Network and Dial-Up Connections.
2. Right-click the Local Area Connection that is associated with the Ethernet adapter you are using,
and
select the Properties option.
3. In the Components checked are used by this connection box, highlight Internet Protocol
(TCP/IP), and
click the Properties button. Select Use the following IP address option.
4. Enter a unique IP address that is not used by any other computer on the network connected to
the
Router.
5. Enter the Subnet Mask, 255.255.255.0.
6. Enter the Default Gateway, 192.168.1.1 (Router’s default IP address).
7. Toward the bottom of the window, select Use the following DNS server addresses, and enter
the
Preferred DNS server and Alternative DNS server (provided by your ISP). Contact your ISP or go
on its
website to find the information.
8. Click the OK button in the Internet Protocol (TCP/IP) Properties window, and click the OK
button in the
Local Area Connection Properties window.
9. Restart the computer if asked.
• For Windows XP:
The following instructions assume you are running Windows XP with the default interface. If you
are using
the Classic interface (where the icons and menus look like previous Windows versions), please
follow the
instructions for Windows 2000.
1. Click Start and Control Panel.
2. Click the Network and Internet Connections icon and then the Network Connections icon.
3. Right-click the Local Area Connection that is associated with the Ethernet adapter you are
using,
and select the Properties option.
4. In the This connection uses the following items box, highlight Internet Protocol (TCP/IP).
Click
the Properties button.
5. Enter a unique IP address that is not used by any other computer on the network connected to
the
Router.
6. Enter the Subnet Mask, 255.255.255.0.
7. Enter the Default Gateway, 192.168.1.1 (Router’s default IP address).
8. Toward the bottom of the window, select Use the following DNS server addresses, and enter
the
Preferred DNS server and Alternative DNS server (provided by your ISP). Contact your ISP or go
on its
website to find the information.
9. Click the OK button in the Internet Protocol (TCP/IP) Properties window. Click the OK button in
the
Local Area Connection Properties window.
2. I want to test my Internet connection.
A Check your TCP/IP settings.
For Windows 98, Me, 2000, and XP:
• Refer to “Chapter 4: Configure the PCs” for details. Make sure Obtain IP address automatically is
selected
in the settings.
For Windows NT 4.0:
• Click Start, Settings, and Control Panel. Double-click the Network icon.
• Click the Protocol tab, and double-click on TCP/IP Protocol.
• When the window appears, make sure you have selected the correct Adapter for your Ethernet
adapter
and set it for Obtain an IP address from a DHCP server.
• Click the OK button in the TCP/IP Protocol Properties window, and click the Close button in the
Network
window.
• Restart the computer if asked.
B Open a command prompt.
For Windows 98 and Me:
• Click Start and Run. In the Open field, type in command. Press the Enter key or click the OK
button.
For Windows NT, 2000, and XP:
• Click Start and Run. In the Open field, type cmd. Press the Enter key or click the OK button. In
the
command prompt, type ping 192.168.1.1 and press the Enter key.
• If you get a reply, the computer is communicating with the Router.
• If you do NOT get a reply, please check the cable, and make sure Obtain an IP address
automatically is
selected in the TCP/IP settings for your Ethernet adapter.
C In the command prompt, type ping followed by your Internet or WAN IP address and press the
Enter key.
The Internet or WAN IP Address can be found on the Status screen of the Router’s web-based
utility. For
example, if your Internet or WAN IP address is 1.2.3.4, you would enter ping 1.2.3.4 and press the
Enter key.
• If you get a reply, the computer is connected to the Router.
• If you do NOT get a reply, try the ping command from a different computer to verify that your
original
computer is not the cause of the problem.
D In the command prompt, type ping www.yahoo.com and press the Enter key.
• If you get a reply, the computer is connected to the Internet. If you cannot open a webpage, try
the ping
command from a different computer to verify that your original computer is not the cause of the
problem.
• If you do NOT get a reply, there may be a problem with the connection. Try the ping command
from a
different computer to verify that your original computer is not the cause of the problem.
3. I am not getting an IP address on the Internet with my Internet connection.
• Refer to “Problem #2, I want to test my Internet connection” to verify that you have connectivity.
1. If you need to register the MAC address of your Ethernet adapter with your ISP, please see
“Appendix
D: Finding the MAC address and IP Address for Your Ethernet Adapter.” If you need to clone the
MAC
address of your Ethernet adapter onto the Router, see the System section of “Chapter 6: The
Router’s
Web-based Utility” for details.
2. Make sure you are using the right Internet connection settings. Contact your ISP to see if your
Internet
connection type is DHCP, Static IP Address, or PPPoE (commonly used by DSL consumers).
Please
refer to the Setup section of “Chapter 6: The Router’s Web-based Utility” for details on Internet
connection settings.
3. Make sure you have the right cable. Check to see if the Internet column has a solidly lit Link/Act
LED.
4. Make sure the cable connecting from your cable or DSL modem is connected to the Router’s
Internet
port. Verify that the Status page of the Router’s web-based utility shows a valid IP address from
your
ISP.
5. Turn off the computer, Router, and cable/DSL modem. Wait 30 seconds, and then turn on the
Router,
cable/DSL modem, and computer. Check the Status tab of the Router’s web-based utility to see if
you
get an IP address.
4. I am not able to access the Setup page of the Router’s web-based utility.
• Refer to “Problem #2, I want to test my Internet connection” to verify that your computer is
properly
connected to the Router.
1. Refer to “Appendix D: Finding the MAC Address and IP address for Your Ethernet Adapter” to
verify
that your computer has an IP Address, Subnet Mask, Gateway, and DNS.
2. Set a static IP address on your system; refer to “Problem #1: I need to set a static IP address.”
3. Refer to “Problem #10: I need to remove the proxy settings or the dial-up pop-up window (for
PPPoE
users).”
5. I can’t get my Virtual Private Network (VPN) working through the Router.
Access the Router’s web interface by going to http://192.168.1.1 or the IP address of the Router,
and go to the
Security tab. Make sure you have IPsec pass-through and/or PPTP pass-through enabled.
• VPNs that use IPSec with the ESP (Encapsulation Security Payload known as protocol 50)
authentication
will work fine. At least one IPSec session will work through the Router; however, simultaneous
IPSec
sessions may be possible, depending on the specifics of your VPNs.
• VPNs that use IPSec and AH (Authentication Header known as protocol 51) are incompatible
with the
Router. AH has limitations due to occasional incompatibility with the NAT standard.
• Change the IP address for the Router to another subnet to avoid a conflict between the VPN IP
address
and your local IP address. For example, if your VPN server assigns an IP address 192.168.1.X (X
is a
number from 1 to 254) and your local LAN IP address is 192.168.1.X (X is the same number used
in the
VPN IP address), the Router will have difficulties routing information to the right location. If you
change
the Router’s IP address to 192.168.2.1, that should solve the problem. Change the Router’s IP
address
through the Setup tab
• of the web interface. If you assigned a static IP address to any computer or network device on
the
network, you need to change its IP address accordingly to 192.168.2.Y (Y being any number from
1 to
254). Note that each IP address must be unique within the network.
• Your VPN may require port 500/UDP packets to be passed to the computer that is connecting to
the IPSec
server. Refer to “Problem #7, I need to set up online game hosting or use other Internet
applications” for
details.
• Check the Neo-Meridian website for more information at www.Neo-Meridian.com.
6. I need to set up a server behind my Router and make it available to the public.
To use a server like a web, ftp, or mail server, you need to know the respective port numbers they
are using.
For example, port 80 (HTTP) is used for web; port 21 (FTP) is used for FTP, and port 25 (SMTP
outgoing) and
port 110 (POP3 incoming) are used for the mail server. You can get more information by viewing
the
documentation provided with the server you installed.
• Follow these steps to set up port forwarding through the Router’s web-based utility. We will be
setting up
web, ftp, and mail servers.
1. Access the Router’s web-based utility by going to http://192.168.1.1 or the IP address of the
Router.
Go to the Applications and Gaming => Port Forwarding tab.
2. Enter any name you want to use for the Customized Application.
3. Enter the External Port range of the service you are using. For example, if you have a web
server, you
would enter the range 80 to 80.
4. Check the protocol you will be using, TCP and/or UDP.
5. Enter the IP address of the PC or network device that you want the port server to go to. For
example,
if the web server’s Ethernet adapter IP address is 192.168.1.100, you would enter 100 in the field
provided. Check “Appendix D: Finding the MAC Address and IP Address for Your Ethernet
Adapter” for
details on getting an IP address.
6. Check the Enable option for the port services you want to use. Consider the example below:
Customized External Port TCP UDP IP Address Enable
Application
Web server 80 to 80 X X 192.168.1.100 X
FTP server 21 to 21 X 192.168.1.101 X
SMTP (outgoing)25 to 25 X X 192.168.1.102 X
POP3 (incoming)110 to 110 X X 192.168.1.102 X
When you have completed the configuration, click the Save Settingsbutton.
7. I need to set up online game hosting or use other Internet applications.
If you want to play online games or use Internet applications, most will work without doing any port
forwarding or DMZ hosting. There may be cases when you want to host an online game or Internet
application. This would require you to set up the Router to deliver incoming packets or data to a
specific
computer. This also applies to the Internet applications you are using. The best way to get the
information on
what port services to use is to go to the website of the online game or application you want to use.
Follow
these steps to set up online game hosting or use a certain Internet application:
1. Access the Router’s web interface by going to http://192.168.1.1 or the IP address of the Router.
Go to
the Applications and Gaming => Port Forwarding tab.
2. Enter any name you want to use for the Customized Application.
3. Enter the External Port range of the service you are using. For example, if you want to host
Unreal
Tournament (UT), you would enter the range 7777 to 27900.
4. Check the protocol you will be using, TCP and/or UDP.
5. Enter the IP address of the PC or network device that you want the port server to go to. For
example,
if the web server’s Ethernet adapter IP address is 192.168.1.100, you would enter 100 in the field
provided. Check “Appendix D: Finding the MAC Address and IP Address for Your Ethernet
Adapter” for
details on getting an IP address.
6. Check the Enable option for the port services you want to use. Consider the example below:
Customized External Port TCP UDP IP Address Enable
Application
UT 7777 to 27900 X X 192.168.1.100 X
Halflife 27015 to 27015 X X 192.168.1.105 X
PC Anywhere5631 to 5631 X 192.168.1.102 X
VPN IPSEC 500 to 500 X 192.168.1.100 X
When you have completed the configuration, click the Save Settings button.
8. I can’t get the Internet game, server, or application to work.
If you are having difficulties getting any Internet game, server, or application to function properly,
consider
exposing one PC to the Internet using DeMilitarized Zone (DMZ) hosting. This option is available
when an
application requires too many ports or when you are not sure which port services to use. Make
sure you
disable all the forwarding entries if you want to successfully use DMZ hosting, since forwarding
has priority
over DMZ hosting. (In other words, data that enters the Router will be checked first by the
forwarding settings.
If the port number that the data enters from does not have port forwarding, then the Router will
send the data
to whichever PC or network device you set for DMZ hosting.)
• Follow these steps to set DMZ hosting:
1. Access the Router’s web-based utility by going to http://192.168.1.1 or the IP address of the
Router.
Go to the Applications and Gaming => DMZ tab.
2. Disable or remove the entries you have entered for forwarding. Keep this information in case
you
want to use it at a later time.
• Once completed with the configuration, click the Save Settings button.
9. I forgot my password, or the password prompt always appears when I am saving settings
to the
Router.
• Reset the Router to factory default by pressing the Reset button for 10 seconds and then
releasing it. If
you are still getting prompted for a password when saving settings, then perform the following
steps:
1. Access the Router’s web-based utility by going to http://192.168.1.1 or the IP address of the
Router.
Enter the default password admin, and click the Administrations => Management tab.
2. Enter a different password in the Router Password field, and enter the same password in the
second
field to confirm the password.
3. Click the Save Settings button.
10. I am a PPPoE user, and I need to remove the proxy settings or the dial-up pop-up
window.
If you have proxy settings, you need to disable these on your computer. Because the Router is the
gateway for
the Internet connection, the computer does not need any proxy settings to gain access. Please
follow these
directions to verify that you do not have any proxy settings and that the browser you use is set to
connect
directly to the LAN.
• For Microsoft Internet Explorer 5.0 or higher:
1. Click Start, Settings, and Control Panel. Double-click Internet Options.
2. Click the Connections tab.
3. Click the LAN settings button and remove anything that is checked.
4. Click the OK button to go back to the previous screen.
5. Click the option Never dial a connection. This will remove any dial-up pop-ups for PPPoE
users.
• For Netscape 4.7 or higher:
1. Start Netscape Navigator, and click Edit, Preferences, Advanced, and Proxies.
2. Make sure you have Direct connection to the Internet selected on this screen.
3. Close all the windows to finish.
11. To start over, I need to set the Router to factory default.
Hold the Reset button for 10 seconds and then release it. This will return the password, forwarding,
and other
settings on the Router to the factory default settings. In other words, the Router will revert to its
original
factory configuration.
12. I need to upgrade the firmware.
In order to upgrade the firmware with the latest features, you need to go to the Neo-Meridian
website and download
the latest firmware at www.Neo-Meridian.com.
• Follow these steps:
1. Go to the Neo-Meridian website at http://www.Neo-Meridian.com and download the latest
firmware.
2. To upgrade the firmware, follow the steps in the System section found in “Chapter 6: The
Router’s
Web-based Utility.”
13. The firmware upgrade failed, and/or the Power LED is flashing.
The upgrade could have failed for a number of reasons. Follow these steps to upgrade the
firmware and/or
make the Power LED stop flashing:
• If the firmware upgrade failed, use the TFTP program (it was downloaded along with the
firmware). Open
the pdf that was downloaded along with the firmware and TFTP program, and follow the pdf’s
instructions.
• Set a static IP address on the PC; refer to “Problem #1, I need to set a static IP address.” Use the
following
IP address settings for the computer you are using:
IP Address: 192.168.1.50
Subnet Mask: 255.255.255.0
Gateway: 192.168.1.1
• Perform the upgrade using the TFTP program or the Router’s web-based utility through its
Administration
tab.
14.My DSL service’s PPPoE is always disconnecting.
PPPoE is not actually a dedicated or always-on connection. The DSL ISP can disconnect the
service after a
period of inactivity, just like a normal phone dial-up connection to the Internet.
• There is a setup option to “keep alive” the connection. This may not always work, so you may
need to reestablish
connection periodically.
1. To connect to the Router, go to the web browser, and enter http://192.168.1.1 or the IP address
of the
Router.
2. Enter the password, if asked. (The default password is admin.)
3. On the Setup screen, select the option Keep Alive, and set the Redial Period option at 20
(seconds).
4. Click the Save Settings button.
5. Click the Status tab, and click the Connect button.
6. You may see the login status display as Connecting. Press the F5 key to refresh the screen,
until you
see the login status display as Connected.
• Click the Save Settings button to continue.
• If the connection is lost again, follow steps 1- 6 to re-establish connection.
15. I can’t access my e-mail, web, or VPN, or I am getting corrupted data from the Internet.
The Maximum Transmission Unit (MTU) setting may need to be adjusted. By default, the MTU is
set at 1500.
For most DSL users, it is strongly recommended to use MTU 1492.
• If you are having some difficulties, perform the following steps:
1. To connect to the Router, go to the web browser, and enter http://192.168.1.1 or the IP address
of the
Router.
2. Enter the password, if asked. (The default password is admin.)
3. Look for the MTU option, and select Manual. In the Size field, enter 1492.
4. Click the Save Settings button to continue.
• If your difficulties continue, change the Size to different values. Try this list of values, one value at
a time,
in this order, until your problem is solved:
1462
1400
1362
1300
16. The Power LED flashes continuously.
The Power LED lights up when the device is first powered up. Meantime, the system will boot up
itself and
check for proper operation. After finishing the checking procedure, the LED remains steady to
show that the
system is working fine. If the LED continues to flash after this time, the device is not working
properly. Try to
flash the firmware by assigning a static IP address to the computer, and then upgrade the firmware.
Try using
the following settings, IP Address: 192.168.1.50 and Subnet Mask: 255.255.255.0.
17.When I enter a URL or IP address, I get a time-out error or am prompted to retry.
• Check if other PCs work. If they do, ensure that your workstation’s IP settings are correct (IP
Address,
Subnet Mask, Default Gateway, and DNS). Restart the computer that is having a problem.
• If the PCs are configured correctly, but still not working, check the Router. Ensure that it is
connected and
powered on. Connect to it and check its settings. (If you cannot connect to it, check the LAN and
power
connections.)
• If the Router is configured correctly, check your Internet connection (DSL/cable modem, etc.) to
see if it is
working correctly. You can remove the Router to verify a direct connection.
• Manually configure the TCP/IP settings with a DNS address provided by your ISP.
• Make sure that your browser is set to connect directly and that any dial-up is disabled. For
Internet
Explorer, click Tools, Internet Options, and then the Connection tab. Make sure that Internet
Explorer is
set to Never dial a connection. For Netscape Navigator, click Edit, Preferences, Advanced,
and Proxy.
Make sure that Netscape Navigator is set to Direct connection to the Internet.
Frequently Asked Questions
What is the maximum number of IP addresses that the Router will support?
The Router will support up to 253 IP addresses.
Is IPSec Pass-Through supported by the Router?
Yes, it is a built-in feature that the Router automatically enables.
Where is the Router installed on the network?
In a typical environment, the Router is installed between the cable/DSL modem and the LAN. Plug
the Router into
the cable/DSL modem’s Ethernet port.
Does the Router support IPX or AppleTalk?
No. TCP/IP is the only protocol standard for the Internet and has become the global standard for
communications.
IPX, a NetWare communications protocol used only to route messages from one node to another,
and AppleTalk, a
communications protocol used on Apple and Macintosh networks, can be used for LAN to LAN
connections, but
those protocols cannot connect from the Internet to a LAN.
Does the Internet connection of the Router support 100Mbps Ethernet?
The Router’s current hardware design supports up to 100Mbps Ethernet on its Internet port;
however, the Internet
connection speed will vary depending on the speed of your broadband connection. The Router
also supports
100Mbps over the auto-sensing Fast Ethernet 10/100 switch on the LAN side of the Router.
What is Network Address Translation and what is it used for?
Network Address Translation (NAT) translates multiple IP addresses on the private LAN to one
public address that
is sent out to the Internet. This adds a level of security since the address of a PC connected to the
private LAN is
never transmitted on the Internet. Furthermore, NAT allows the Router to be used with low cost
Internet accounts,
such as DSL or cable modems, when only one TCP/IP address is provided by the ISP. The user
may have many
private addresses behind this single address provided by the ISP.
Does the Router support any operating system other than Windows 95, Windows 98SE,
Windows
Millennium, Windows 2000, or Windows XP?
Yes, but Neo-Meridian does not, at this time, provide technical support for setup, configuration or
troubleshooting of
any non-Windows operating systems.
Does the Router support ICQ send file?
Yes, with the following fix: click ICQ menu -> preference -> connections tab->, and check I am
behind a firewall
or proxy. Then set the firewall time-out to 80 seconds in the firewall setting. The Internet user can
then send a file
to a user behind the Router.
I set up an Unreal Tournament Server, but others on the LAN cannot join. What do I need to
do?
If you have a dedicated Unreal Tournament server running, you need to create a static IP for each
of the LAN
computers and forward ports 7777, 7778, 7779, 7780, 7781, and 27900 to the IP address of the
server. You can
also use a port forwarding range of 7777 ~ 27900. If you want to use the UT Server Admin,
forward another port.
(Port 8080 usually works well but is used for remote admin. You may have to disable this.) Then in
the
[UWeb.WebServer] section of the server.ini file, set the ListenPort to 8080 (to match the mapped
port above) and
ServerName to the IP assigned to the Router from your ISP.
Can multiple gamers on the LAN get on one game server and play simultaneously with just
one public IP
address?
It depends on which network game or what kind of game server you are using. For example,
Unreal Tournament
supports multi-login with one public IP.
How do I get Half-Life: Team Fortress to work with the Router?
The default client port for Half-Life is 27005. The computers on your LAN need to have “+clientport
2700x”
added to the HL shortcut command line; the x would be 6, 7, 8, and on up. This lets multiple
computers connect
to the same server. One problem: Version 1.0.1.6 won’t let multiple computers with the same CD
key connect at
the same time, even if on the same LAN (not a problem with 1.0.1.3). As far as hosting games, the
HL server does
not need to be in the DMZ. Just forward port 27015 to the local IP address of the server computer.
How can I block corrupted FTP downloads?
If you are experiencing corrupted files when you download a file with your FTP client, try using
another FTP
program.
The web page hangs; downloads are corrupt, or nothing but junk characters are being
displayed on the
screen. What do I need to do?
Force your Ethernet adapter to 10Mbps or half duplex mode, and turn off the “Auto-negotiate”
feature of your
Ethernet adapter as a temporary measure. (Please look at the Network Control Panel in your
Ethernet adapter’s
Advanced Properties tab.) Make sure that your proxy setting is disabled in the browser. Check our
website at
www.Neo-Meridian.com for more information.
If all else fails in the installation, what can I do?
Reset the Router by holding down the reset button until the Power LED fully turns on and off.
Reset your cable or
DSL modem by powering the unit off and then on. Obtain and flash the latest firmware release that
is readily
available on the Neo-Meridian website, www.Neo-Meridian.com.
How will I be notified of new Router firmware upgrades?
All Neo-Meridian firmware upgrades are posted on the Neo-Meridian website at www.NeoMeridian.com, where they can be
downloaded for free. To upgrade the Router’s firmware, use the System tab of the Router’s webbased utility. If
the Router’s Internet connection is working well, there is no need to download a newer firmware
version, unless
that version contains new features that you would like to use. Downloading a more current version
of Router
firmware will not enhance the quality or speed of your Internet connection, and may disrupt your
current
connection stability.
Will the Router function in a Macintosh environment?
Yes, but the Router’s setup pages are accessible only through Internet Explorer 4.0 or Netscape
Navigator 4.0 or
higher for Macintosh.
I am not able to get the web configuration screen for the Router. What can I do?
You may have to remove the proxy settings on your Internet browser, e.g., Netscape Navigator or
Internet
Explorer. Or remove the dial-up settings on your browser. Check with your browser documentation,
and make
sure that your browser is set to connect directly and that any dial-up is disabled. Make sure that
your browser is
set to connect directly and that any dial-up is disabled. For Internet Explorer, click Tools, Internet
Options, and
then the Connection tab. Make sure that Internet Explorer is set to Never dial a connection. For
Netscape
Navigator, click Edit, Preferences, Advanced, and Proxy. Make sure that Netscape Navigator is
set to Direct
connection to the Internet.
What is DMZ Hosting?
Demilitarized Zone (DMZ) allows one IP address (computer) to be exposed to the Internet. Some
applications
require multiple TCP/IP ports to be open. It is recommended that you set your computer with a
static IP if you
want to use DMZ Hosting. To get the LAN IP address, see “Appendix D: Finding the MAC Address
and IP Address
for Your Ethernet Adapter.”
If DMZ Hosting is used, does the exposed user share the public IP with the Router?
No.
Does the Router pass PPTP packets or actively route PPTP sessions?
The Router allows PPTP packets to pass through.
Is the Router cross-platform compatible?
Any platform that supports Ethernet and TCP/IP is compatible with the Router.
How many ports can be simultaneously forwarded?
Theoretically, the Router can establish 520 sessions at the same time, but you can only forward 10
ranges of
ports.
What are the advanced features of the Router?
The Router’s advanced features include Advanced Wireless settings, Filters, Port Forwarding,
Routing, and DDNS.
What is the maximum number of VPN sessions allowed by the Router?
The maximum number depends on many factors. At least one IPSec session will work through the
Router;
however, simultaneous IPSec sessions may be possible, depending on the specifics of your
VPNs.
How can I check whether I have static or DHCP IP Addresses?
Consult your ISP to obtain this information.
How do I get mIRC to work with the Router?
Under the Port Forwarding tab, set port forwarding to 113 for the PC on which you are using
mIRC.
Can the Router act as my DHCP server?
Yes. The Router has DHCP server software built-in.
Can I run an application from a remote computer over the wireless network?
This will depend on whether or not the application is designed to be used over a network. Consult
the
application’s documentation to determine if it supports operation over a network.
What is the IEEE 802.11g standard?
It is one of the IEEE standards for wireless networks. The 802.11g standard allows wireless
networking hardware
from different manufacturers to communicate, provided that the hardware complies with the
802.11g standard.
The 802.11g standard states a maximum data transfer rate of 54Mbps and an operating frequency
of 2.4GHz.
What IEEE 802.11b features are supported?
The product supports the following IEEE 802.11b functions:
• CSMA/CA plus Acknowledge protocol
• Multi-Channel Roaming
• Automatic Rate Selection
• RTS/CTS feature
• Fragmentation
• Power Management
What is ad-hoc mode?
When a wireless network is set to ad-hoc mode, the wireless-equipped computers are configured
to
communicate directly with each other. The ad-hoc wireless network will not communicate with any
wired
network.
What is infrastructure mode?
When a wireless network is set to infrastructure mode, the wireless network is configured to
communicate with a
wired network through a wireless access point.
What is roaming?
Roaming is the ability of a portable computer user to communicate continuously while moving
freely throughout
an area greater than that covered by a single access point. Before using the roaming function, the
workstation
must make sure that it is the same channel number with the access point of dedicated coverage
area.
To achieve true seamless connectivity, the wireless LAN must incorporate a number of different
functions. Each
node and access point, for example, must always acknowledge receipt of each message. Each
node must
maintain contact with the wireless network even when not actually transmitting data. Achieving
these functions
simultaneously requires a dynamic RF networking technology that links access points and nodes.
In such a
system, the user’s end node undertakes a search for the best possible access to the system. First,
it evaluates
such factors as signal strength and quality, as well as the message load currently being carried by
each access
point and the distance of each access point to the wired backbone. Based on that information, the
node next
selects the right access point and registers its address. Communications between end node and
host computer
can then be transmitted up and down the backbone.
As the user moves on, the end node’s RF transmitter regularly checks the system to determine
whether it is in
touch with the original access point or whether it should seek a new one. When a node no longer
receives
acknowledgment from its original access point, it undertakes a new search. Upon finding a new
access point, it
then re-registers, and the communication process continues.
What is ISM band?
The FCC and their counterparts outside of the U.S. have set aside bandwidth for unlicensed use in
the ISM
(Industrial, Scientific and Medical) band. Spectrum in the vicinity of 2.4 GHz, in particular, is being
made available
worldwide. This presents a truly revolutionary opportunity to place convenient high-speed wireless
capabilities in
the hands of users around the globe.
What is Spread Spectrum?
Spread Spectrum technology is a wideband radio frequency technique developed by the military
for use in
reliable, secure, mission-critical communications systems. It is designed to trade off bandwidth
efficiency for
reliability, integrity, and security. In other words, more bandwidth is consumed than in the case of
narrowband
transmission, but the trade-off produces a signal that is, in effect, louder and thus easier to detect,
provided that
the receiver knows the parameters of the spread-spectrum signal being broadcast. If a receiver is
not tuned to
the right frequency, a spread-spectrum signal looks like background noise. There are two main
alternatives,
Direct Sequence Spread Spectrum (DSSS) and Frequency Hopping Spread Spectrum (FHSS).
What is DSSS? What is FHSS? And what are their differences?
Frequency-Hopping Spread-Spectrum (FHSS) uses a narrowband carrier that changes frequency
in a pattern that
is known to both transmitter and receiver. Properly synchronized, the net effect is to maintain a
single logical
channel. To an unintended receiver, FHSS appears to be short-duration impulse noise. DirectSequence SpreadSpectrum (DSSS) generates a redundant bit pattern for each bit to be transmitted. This bit pattern
is called a chip
(or chipping code). The longer the chip, the greater the probability that the original data can be
recovered. Even if
one or more bits in the chip are damaged during transmission, statistical techniques embedded in
the radio can
recover the original data without the need for retransmission. To an unintended receiver, DSSS
appears as low
power wideband noise and is rejected (ignored) by most narrowband receivers.
Will the information be intercepted while it is being transmitted through the air?
WLAN features two-fold protection in security. On the hardware side, as with Direct Sequence
Spread Spectrum
technology, it has the inherent security feature of scrambling. On the software side, WLAN offers
the encryption
function (WEP) to enhance security and access control.
What is WEP?
WEP is Wired Equivalent Privacy, a data privacy mechanism based on a 64-bit or 128-bit shared
key algorithm, as
described in the IEEE 802.11 standard.
What is a MAC Address?
The Media Access Control (MAC) address is a unique number assigned by the manufacturer to
any Ethernet
networking device, such as a network adapter, that allows the network to identify it at the hardware
level. For all
practical purposes, this number is usually permanent. Unlike IP addresses, which can change
every time a
computer logs onto the network, the MAC address of a device stays the same, making it a
valuable identifier for
the network.
How do I reset the Router?
Press the Reset button on the back panel for about ten seconds. This will reset the Router to its
default settings.
How do I resolve issues with signal loss?
There is no way to know the exact range of your wireless network without testing. Every obstacle
placed between
the Router and a wireless PC will create signal loss. Lead glass, metal, concrete floors, water and
walls will
inhibit the signal and reduce range. Start with the Router and your wireless PC in the same room
and move it
away in small increments to determine the maximum range in your environment.
You may also try using different channels, as this may eliminate interference affecting only one
channel.
I have excellent signal strength, but I cannot see my network.
WEP is probably enabled on the Router, but not on your wireless adapter (or vice versa). Verify
that the same WEP
keys and levels (64 or 128) are being used on all nodes of your wireless network.
How many channels/frequencies are available with the Router?
There are eleven available channels, ranging from 1 to 11 (in North America).
If your questions are not addressed here, refer to the Neo-Meridian website, www.NeoMeridian.com.
Appendix B: Wireless Security
A Brief Overview
Whenever data - in the form of files, emails, or messages - is transmitted over your wireless
network, it is open to
attacks. Wireless networking is inherently risky because it broadcasts information on radio waves.
Just like
signals from your cellular or cordless phone can be intercepted, signals from your wireless
network can also be
compromised. What are the risks inherent in wireless networking? Read on.
What Are The Risks?
Computer network hacking is nothing new. With the advent of wireless networking, hackers use
methods both
old and new to do everything from stealing your bandwidth to stealing your data. There are many
ways this is
done, some simple, some complex. As a wireless user, you should be aware of the many ways
they do this.
Every time a wireless transmission is broadcast, signals are sent out from your wireless PC or
router, but not
always directly to its destination. The receiving PC or router can hear the signal because it is
within that radius.
Just as with a cordless phone, cellular phone, or any kind of radio device, anyone else within that
radius, who has
their device set to the same channel or bandwidth can also receive those transmission.
Wireless networks are easy to find. Hackers know that, in order to join a wireless network, your
wireless PC will
typically first listen for "beacon messages". These are identifying packets transmitted from the
wireless network
to announce its presence to wireless nodes looking to connect. These beacon frames are
unencrypted and
contain much of the network's information, such as the network's SSID (Service Set Identifier) and
the IP address
of the network PC or router. The SSID is analogous to the network's name. With this information
broadcast to
anyone within range, hackers are often provided with just the information they need to access that
network.
One result of this, seen in many large cities and business districts, is called "Warchalking". This is
the term used
for hackers looking to access free bandwidth and free Internet access through your wireless
network. The marks
they chalk into the city streets are well documented in the Internet and communicate exactly where
available
wireless bandwidth is located for the taking.
Even keeping your network settings, such as the SSID and the channel, secret won't prevent a
hacker from
listening for those beacon messages and stealing that information. This is why most experts in
wireless
networking strongly recommend the use of WEP (Wireless Equivalent Privacy). WEP encryption
scrambles your
wireless signals so they can only be recognized within your wireless network.
Figure B-1: Warchalking
But even WEP has its problems. WEP's encryption algorithm is referred to as "simple", which also
means
"weak", because the technology that scrambles the wireless signal isn't too hard to crack for a
persistent hacker.
There are five common ways that hackers can break into your network and steal your bandwidth
as well as your
data. The five attacks are popularly known as:
1. Passive Attacks
2. Jamming Attacks
3. Active Attacks
4. Dictionary-building or Table Attacks
5. Man-in-the-Middle Attacks
Passive Attacks
There's no way to detect a passive attack because the hacker is not breaking into your network.
He is simply
listening (eavesdropping, if you will) to the information your network broadcasts. There are
applications easily
available on the Internet that can allow a person to listen into your wireless network and the
information it
broadcasts. Information such as MAC addresses, IP addresses, usernames, passwords, instant
message
conversations, emails, account information, and any data transmitted wirelessly, can easily be
seen by someone
outside of your network because it is often broadcast in clear text. Simply put, any information
transmitted on a
wireless network leaves both the network and individual users vulnerable to attack. All a hacker
needs is a
"packet sniffer", software available on the Internet, along with other freeware or shareware hacking
utilities
available on the Internet, to acquire your WEP keys and other network information to defeat
security.
Jamming Attacks
Jamming Attacks, when a powerful signal is sent directly into your wireless network, can
effectively shut down
your wireless network. This type of attack is not always intentional and can often come about
simply due to the
technology. This is especially possible in the 2.4 GHz frequency, where phones, baby monitors,
and microwave
ovens can create a great deal of interference and jam transmissions on your wireless network.
One way to
resolve this is by moving your wireless devices into the 5 GHz frequency, which is dedicated solely
to information
transmissions.
Active Attacks
Hackers use Active Attacks for three purposes: 1) stealing data, 2) using your network, and 3)
modifying your
network so it's easier to hack in the next time.
In an Active Attack, the hacker has gained access to all of your network settings (SSID, WEP keys,
etc.) and is in
your network. Once in your wireless network, the hacker has access to all open resources and
transmitted data
on the network. In addition, if the wireless network's router is connected to a switch, the hacker will
also have
access to data in the wired network.
Further, spammers can use your Internet connection and your ISP's mail server to send tens of
thousands of
e-mails from your network without your knowledge.
Lastly, the hacker could make hacking into your network even easier by changing or removing
safeguards such
as MAC address filters and WEP encryption. He can even steal passwords and user names for the
next time he
wants to hack in.
Dictionary-Building or Table Attacks
Dictionary-building, or Table attacks, is a method of gaining network settings (SSID, WEP keys,
etc.) by analyzing
about a day's worth of network traffic, mostly in the case of business networks. Over time, the
hacker can build
up a table of network data and be able to decrypt all of your wireless transmissions. This type of
attack is more
effective with networks that transmit more data, such as businesses.
Man-in-the-Middle Attacks
A hacker doesn't need to log into your network as a user - he can appear as one of the network's
own routers,
setting himself up as the man-in-the-middle. To do this, the hacker simply needs to rig an router
with your
network's settings and send out a stronger signal that your router. In this way, some of your
network's PCs may
associate with this rogue router, not knowing the difference, and may begin sending data through
it and to this
hacker.
The trade-off for the convenience and flexibility wireless networking provides is the possibility of
being hacked
into through one of the methods described here. With wireless networks, even with WEP
encryption, open to the
persistent hacker, how can you protect your data? The following section will tell you how to do just
that.
Maximizing Wireless Security
Security experts will all tell you the same thing: Nothing is guaranteed. No technology is secure by
itself. An
unfortunate axiom is that building the better mousetrap can often create a better mouse. This is
why, in the
examples below, your implementation and administration of network security measures is the key
to maximizing
wireless security.
No preventative measure will guarantee network security but it will make it more difficult for
someone to hack
into your network. Often, hackers are looking for an easy target. Making your network less
attractive to hackers,
by making it harder for them to get in, will make them look elsewhere.
How do you do this? Before discussing WEP, let's look at a few security measures often
overlooked.
1)Network Content
Now that you know the risks assumed when networking wirelessly, you should view wireless
networks as you
would the Internet. Don't host any systems or provide access to data on a wireless network that
you wouldn't put
on the Internet.
2)Network Layout
When you first lay out your network, keep in mind where your wireless PCs are going to be located
and try to
position your router towards the center of that network radius. Remember that access points
transmit
indiscriminately in a radius; placing an access point at the edge of the physical network area
reduces network
performance and leaves an opening for any hacker smart enough to discover where the router is
transmitting.
This is an invitation for a man-in-the-middle attack, as described in the previous section. To
perform this type of
attack, the hacker has to be physically close to your network. So, monitoring both your network
and your property
is important. Furthermore, if you are suspicious of unauthorized network traffic, most wireless
products come
with a log function, with which you can view activity on your network and verify if any unauthorized
users have
had access.
3)Network Devices
With every wireless networking device you use, keep in mind that network settings (SSID, WEP
keys, etc.) are
stored in its firmware. If they get into the hands of a hacker, so do all of your settings. So keep an
eye on them.
4)Administrator passwords
Your network administrator is the only person who can change network settings. If a hacker gets a
hold of the
administrator's password, he, too, can change those settings. So, make it harder for a hacker to
get that
information. Change the administrator's password regularly.
5)SSID
There are a few things you can do to make your SSID more secure:
a.Disable Broadcast
b.Make it unique
c.Change it often
Most wireless networking devices will give you the option of broadcasting the SSID. This is a
option for
convenience, allowing anyone to log into your wireless network. In this case, however, anyone
includes hackers.
So don't broadcast the SSID.
A default SSID is set on your wireless devices by the factory. (The Neo-Meridian default SSID is
"Neo-Meridian".) Hackers
know these defaults and can check these against your network. Change your SSID to something
unique and not
something related to your company or the networking products you use.
Changing your SSID regularly will force any hacker attempting to gain access to your wireless
network to start
looking for that new SSID.
With these three steps in mind, please remember that while SSIDs are good for segmenting
networks, they fall
short with regards to security. Hackers can usually find them quite easily.
6)MAC addresses
Enable MAC address filtering if your wireless products allow it. MAC address filtering will allow you
to provide
access to only those wireless nodes with certain MAC addresses. This makes it harder for a
hacker using a
random MAC address or spoofing (faking) a MAC address.
7) Firewalls
You can use the same firewall technology to protect your wired network from hackers coming in
through your
wireless network as you did for the Internet. The firewall will protect your network from any
transmissions
entering via your wireless network.
8)WEP
Wired Equivalent Privacy (WEP) is often looked upon as a panacea for wireless security concerns.
This is
overstating WEP's ability. Again, this can only provide enough security to make a hacker's job
more difficult.
WEP encryption implementation was not put in place with the 802.11 standard. This means that
there are about
as many methods of WEP encryption as there are providers of wireless networking products. In
addition, WEP is
not completely secure. One piece of information still not encrypted is the MAC address, which
hackers can use to
break into a network by spoofing (or faking) the MAC address.
Programs exist on the Internet that are designed to defeat WEP. The best known of these is
AirSnort. In about a
day, AirSnort can analyze enough of the wireless transmissions to crack the WEP key. Just like a
dictionarybuilding
attack, the best prevention for these types of programs is by not using static settings, periodically
changing WEP keys, SSID, etc.
There are several ways that WEP can be maximized:
a) Use the highest level of encryption possible
b) Use multiple WEP keys
c) Change your WEP key regularly
Current encryption technology offers 64-bit and 128-bit WEP encryption. If you are using 64-bit
WEP, swap out
your old wireless units for 128-bit encryption right away. Where encryption is concerned, the
bigger and more
complex, the better. A WEP key is a string of hexadecimal characters that your wireless network
uses in two
ways. First, nodes in your wireless network are identified with a common WEP key. Second, these
WEP keys
encrypt and decrypt data sent over your wireless network. So, a higher level of security ensures
that hackers will
have a harder time breaking into your network.
Setting one, static WEP key on your wireless network leaves your network open the threats even
as you think it is
protecting you. While it is true that using a WEP key increases wireless security, you can increase
it further by
using multiple WEP keys.
Keep in mind that WEP keys are stored in the firmware of wireless cards and access points and
can be used to
hack into the network if a card or access point falls into the wrong hands. Also, should someone
hack into your
network, there would be nothing preventing someone access to the entire network, using just one
static key.
The solution, then, is to segment your network up into multiple groups. If your network had 80
users and you
used four WEP keys, a hacker would have access to only ¼ of your wireless network resources. In
this way,
multiple keys reduce your liability.
Finally, be sure to change your WEP key regularly, once a week or once a day. Using a "dynamic"
WEP key, rather
than one that is static, makes it even harder for a hacker to break into your network and steal your
resources.
2.4GHz/802.11b and 802.11g WEP Encryption
WEP encryption for the is configured through the Web-Utility's Wireless tab.
Enable WEP from this tab and click the Edit WEP Settings button, which will open the WEP
screen, shown in
Figure B-3.
From this screen, you can select the type of WEP encryption to use as well as set the WEP Key for
that encryption.
Select which WEP key (1-4) will be used when the Router sends data, then select that number as
the Default
Transmit Key. Make sure the receiving device is using the same key.
Select the level of WEP encryption you wish to use, 64-bit 10 hex digits or 128-bit 26 hex digits.
Higher encryption
levels offer higher levels of security, but due to the complexity of the encryption, they may
decrease network
performance.
If you wish to use a WEP Passphrase, it can be a maximum of 16 alphanumeric characters. This
passphrase may
not work with non-Neo-Meridian products due to possible incompatibility with other vendors'
passphrase generators.
The WEP Key can be generated using your Passphrase or you can enter it manually.
If you wish to enter the WEP Key manually, type the key into the appropriate Key field on the left.
The WEP key
must consist of the letters "A" through "F" and the numbers "0" through "9" and should be 10
characters in
length for 64-bit encryption or 26 characters in length for 128-bit encryption. All points in your
wireless network
must use the same WEP key to utilize WEP encryption.
Once the Passphrase is entered, click the Generate key to generate a WEP key.
When finished making your changes on this tab, click the Save Settings button to save these
changes, or click
the Cancel Changes button to undo your changes.
Figure B-2: WEP
Important: Always remember that each
point in your wireless network MUST use the
same WEP Encryption method and encryption
key or your wireless network will not function
properly.
Appendix C: Configuring IPSec
between a Windows 2000
or XP Computer and the
Gateway
Introduction
This document demonstrates how to establish a secure IPSec tunnel using preshared keys to join
a private
network inside the Gateway and a Windows 2000 or XP computer. You can find detailed
information on
configuring the Windows 2000 server at the Microsoft website:
Microsoft KB Q252735 - How to Configure IPSec Tunneling in Windows 2000
http://support.microsoft.com/support/kb/articles/Q252/7/35.asp
Microsoft KB Q257225 - Basic IPSec Troubleshooting in Windows 2000
http://support.microsoft.com/support/kb/articles/Q257/2/25.asp
Environment
The IP addresses and other specifics mentioned in this appendix are for illustration purposes only.
Windows 2000 or Windows XP
IP Address: 140.111.1.2 <= User ISP provides IP Address; this is only an example.
Subnet Mask: 255.255.255.0
WAG54G
WAN IP Address: 140.111.1.1 <= User ISP provides IP Address; this is only an example.
Subnet Mask: 255.255.255.0
LAN IP Address: 192.168.1.1
Subnet Mask: 255.255.255.0
NOTE: Keep a record of any changes you make.
Those changes will be identical in the Windows
“secpol” application and the Router’s Web-Based
Utility.
NOTE: This section’s instructions and figures
refer to the Router. Substitute “Gateway” for
“Router”. Also, the text on your screen may differ
from the text in your instructions for “OK or
Close”; click the appropriate button on your
screen.
How to Establish a Secure IPSec Tunnel
Step 1: Create an IPSec Policy
1. Click the Start button, select Run, and type secpol.msc in the Open field. The Local Security
Setting screen
will appear as shown in Figure B-1.
2. Right-click IP Security Policies on Local Computer (Win XP) or IP Security Policies on
Local Machine
(Win 2000), and click Create IP Security Policy.
3. Click the Next button, and then enter a name for your policy (for example, to_Router). Then,
click Next.
4. Deselect the Activate the default response rule check box, and then click the Next button.
5. Click the Finish button, making sure the Edit check box is checked.
Step 2: Build Filter Lists
Filter List 1: win->Router
1. In the new policy’s properties screen, verify that the Rules tab is selected, as shown in Figure
B-2. Deselect
the Use Add Wizard check box, and click the Add button to create a new rule.
2. Make sure the IP Filter List tab is selected, and click the Add button. (See Figure B-3.)The IP
Filter List
screen should appear, as shown in Figure B-4. Enter an appropriate name, such as win->Router,
for the filter
list, and de-select the Use Add Wizard check box. Then, click the Add button.
NOTE: The references in this section to “win” are
references to Windows 2000 and XP. Substitute
the references to “Router” with “Gateway”. Also,
the text on your screen may differ from the text in
your instructions for “OK or Close”; click the
appropriate button on your screen.
Figure C-1: Local Security Screen
Figure C-2: Rules Tab
Figure C-3: IP Filter List Tab
3. The Filters Properties screen will appear, as shown in Figure B-5. Select the Addressing tab. In
the Source
address field, select My IP Address. In the Destination address field, select A specific IP Subnet,
and fill in
the IP Address: 192.168.1.0 and Subnet mask: 255.255.255.0. (These are the Router’s default
settings. If you
have changed these settings, enter your new values.)
4. If you want to enter a description for your filter, click the Description tab and enter the
description there.
5. Click the OK button. Then, click the OK or Close button on the IP Filter List window.
Filter List 2: Router ->win
6. The New Rule Properties screen will appear, as shown in Figure B-6. Select the IP Filter List
tab, and make
sure that win -> Router is highlighted. Then, click the Add button.
Figure C-4: IP Filter LIst
Figure C-5: Filters Properties
Figure C-6: New Rule Properties
7. The IP Filter List screen should appear, as shown in Figure B-7. Enter an appropriate name,
such as Router>win for the filter list, and de-select the Use Add Wizard check box. Click the Add button.
8. The Filters Properties screen will appear, as shown in Figure B-8. Select the Addressing tab. In
the Source
address field, select A specific IP Subnet, and enter the IP Address: 192.168.1.0 and Subnet
mask:
255.255.255.0. (Enter your new values if you have changed the default settings.) In the
Destination address
field, select My IP Address.
9. If you want to enter a description for your filter, click the Description tab and enter the
description there.
10. Click the OK or Close button and the New Rule Properties screen should appear with the IP
Filer List tab
selected, as shown in Figure B-9. There should now be a listing for “Router -> win” and “win ->
Router”.
Click the OK (for WinXP) or Close (for Win2000) button on the IP Filter List window.
Figure C-7: IP Filter List
Figure C-8: Filters Properties
Figure C-9: New Rule Properties
Step 3: Configure Individual Tunnel Rules
Tunnel 1: win->Router
1. From the IP Filter List tab, shown in Figure B-10, click the filter list win->Router.
2. Click the Filter Action tab (as in Figure B-11), and click the filter action Require Security radio
button. Then,
click the Edit button.
3. From the Security Methods tab, shown in Figure B-12, verify that the Negotiate security option
is enabled,
and deselect the Accept unsecured communication, but always respond using IPSec check
box. Select
Session key Perfect Forward Secrecy, and click the OK button.
Figure C-12: Security Methods Tab
Figure C-10: IP Filter List Tab
Figure C-11: Filter Acton Tab
4. Select the Authentication Methods tab, shown in Figure B-13, and click the Edit button.
5. Change the authentication method to Use this string to protect the key exchange
(preshared key), as
shown in Figure B-14, and enter the preshared key string, such as XYZ12345. Click the OK
button.
6. This new Preshared key will be displayed in Figure B-15. Click the Apply button to continue, if it
appears on
your screen, otherwise proceed to the next step.
Figure C-13: Authentication Methods
Figure C-14: Preshared Key
Figure C-15: New Preshared Key
7. Select the Tunnel Setting tab, shown in Figure B-16, and click The tunnel endpoint is
specified by this IP
Address radio button. Then, enter the Router’s WAN IP Address.
8. Select the Connection Type tab, as shown in Figure B-17, and click All network connections.
Then, click
the OK or Close button to finish this rule.
Tunnel 2: Router->win
9. In the new policy’s properties screen, shown in Figure B-18, make sure that “win -> Router” is
selected and
deselect the Use Add Wizard check box. Then, click the Add button to create the second IP filter.
Figure C-16: Tunnel Setting Tab
Figure C-17: Connection Type Tab
Figure C-18: Properties Screen
10. Go to the IP Filter List tab, and click the filter list Router->win, as shown in Figure B-19.
11. Click the Filter Action tab, and select the filter action Require Security, as shown in Figure
B-20. Then, click
the Edit button. From the Security Methods tab, shown previously in Figure B-12, verify that the
Negotiate
security option is enabled, and deselect the Accept unsecured communication, but always
respond
using IPSec check box. Select Session key Perfect Forward Secrecy, and click the OK button.
12. Click the Authentication Methods tab, and verify that the authentication method Kerberos is
selected, as
shown in Figure B-21. Then, click the Edit button.
Figure C-19: IP Filter List Tab
Figure C-20: Filter Action Tab
Figure C-21: Authentication Methods Tab
13. Change the authentication method to Use this string to protect the key exchange
(preshared key), and
enter the preshared key string, such as XYZ12345, as shown in Figure B-22. (This is a sample key
string.
Yours should be a key that is unique but easy to remember.) Then click the OK button.
14. This new Preshared key will be displayed in Figure B-23. Click the Apply button to continue, if
it appears on
your screen, otherwise proceed to the next step.
15. Click the Tunnel Setting tab, shown in Figure B-24, click the radio button for The tunnel
endpoint is
specified by this IP Address, and enter the Windows 2000/XP computer’s IP Address.
Figure C-22: Preshared Key
Figure C-23: New Preshared Key
Figure C-24: Tunnel Setting Tab
16. Click the Connection Type tab, shown in Figure B-25, and select All network connections.
Then click the
OK or Close button to finish.
17. From the Rules tab, shown in Figure B-26, click the OK or Close button to return to the secpol
screen.
Step 4: Assign New IPSec Policy
In the IP Security Policies on Local Computer window, shown in Figure B-27, right-click the policy
named
to_Router, and click Assign. A green arrow appears in the folder icon.
Figure C-25: Connection Type
Figure C-26: Rules
Figure C-27: Local Computer
Step 5: Create a Tunnel Through the Web-Based Utility
1. Open your web browser, and enter 192.168.1.1 in the Address field. Press the Enter key.
2. When the User name and Password field appears, enter the default user name and password
admin. Press
the Enter key.
3. From the Setup tab, click the VPN tab.
4. From the VPN tab, shown in Figure B-28, select the tunnel you wish to create in the Select
Tunnel Entry dropdown
box. Then click Enabled. Enter the name of the tunnel in the Tunnel Name field. This is to allow
you to
identify multiple tunnels and does not have to match the name used at the other end of the tunnel.
5. Enter the IP Address and Subnet Mask of the local VPN Router in the Local Secure Group fields.
To allow
access to the entire IP subnet, enter 0 for the last set of IP Addresses. (e.g. 192.168.1.0).
6. Enter the IP Address and Subnet Mask of the VPN device at the other end of the tunnel (the
remote VPN Router
or device with which you wish to communicate) in the Remote Security Router fields.
7. Select fromtwo different types of encryption: DES or 3DES (3DES is recommended because it
is more secure).
You may choose either of these, but it must be the same type of encryption that is being used by
the VPN
device at the other end of the tunnel. Or, you may choose not to encrypt by selecting Disable.
8. Select from two types of authentication: MD5 and SHA (SHA is recommended because it is
more secure). As
with encryption, either of these may be selected, provided that the VPN device at the other end of
the tunnel
is using the same type of authentication. Or, both ends of the tunnel may choose to Disable
authentication.
9. Select the Key Management. Select Auto (IKE) and enter a series of numbers or letters in the
Pre-shared Key
field. Check the box next to PFS (Perfect Forward Secrecy) to ensure that the initial key exchange
and IKE
proposals are secure. You may use any combination of up to 24 numbers or letters in this field. No
special
characters or spaces are allowed. In the Key Lifetime field, you may optionally select to have the
key expire at
the end of a time period of your choosing. Enter the number of seconds you’d like the key to be
useful, or
leave it blank for the key to last indefinitely.
10. Click the Save Settings button to save these changes.
Your tunnel should now be established.
Figure C-28: VPN Tab
Appendix D: Finding the MAC
Address and IP Address for
Your Ethernet Adapter
This section describes how to find the MAC address for your computer’s Ethernet adapter so you
can use the MAC
filtering and/or MAC address cloning feature of the Router. You can also find the IP address of
your computer’s
Ethernet adapter. This IP address is used for the Router’s filtering, forwarding, and/or DMZ
features. Follow the
steps in this appendix to find the adapter’s MAC or IP address in Windows 98, Me, 2000, or XP.
Windows 98 or Me Instructions
1. Click Start and Run. In the Open field, enter winipcfg. Then press the Enter key or the OK
button.
2. When the IP Configuration screen appears, select the Ethernet adapter you have connected to
the Router via a
CAT 5 Ethernet network cable. See Figure E-1.
3. Write down the Adapter Address as shown on your computer screen (see Figure E-2). This is
the MAC address
for your Ethernet adapter and is shown as a series of numbers and letters.
The MAC address/Adapter Address is what you will use for MAC address cloning or MAC filtering.
The example in Figure E-3 shows the Ethernet adapter’s IP address as 192.168.1.100. Your
computer may
show something different.
Figure D-2: MAC Address/Adapter
Address
Figure D-1: IP Configuration Screen
Note: The MAC address is also called the Adapter Address.
Windows 2000 or XP Instructions
1. Click Start and Run. In the Open field, enter cmd. Press the Enter key or click the OK button.
2. At the command prompt, enter ipconfig /all. Then press the Enter key.
3. Write down the Physical Address as shown on your computer screen (Figure E-3); it is the MAC
address for
your Ethernet adapter. This appears as a series of numbers and letters.
The MAC address/Physical Address is what you will use for MAC address cloning or MAC filtering.
The example in Figure E-3 shows the Ethernet adapter’s IP address as 192.168.1.100. Your
computer may
show something different.
Figure D-3: MAC Address/Physical Address
Note: The MAC address is also called the Physical Address.
Appendix E: SNMP Functions
SNMP (Simple Network Management Protocol) is a widely-used network monitoring and control
protocol. Data is
passed from a SNMP agent, such as the VPN Router, to the workstation console used to oversee
the network. The
Router then returns information contained in a MIB (Management Information Base), which is a
data structure
that defines what is obtainable from the device and what can be controlled (turned off, on, etc.).
SNMP functions, such as statistics, configuration, and device information, are not available without
third-party
Management Software. The Router is compatible with all HP Openview compliant software.
Appendix F: Upgrading
Firmware
The Router's firmware is upgraded through the Web-Utility's Firmware Upgrade tab from the
Administration tab.
Follow these instructions:
1. Click the Browse button to find the firmware upgrade file that you downloaded from the NeoMeridian website and
then extracted.
2. Double-click the firmware file you downloaded and extracted. Click the Upgrade button, and
follow the
instructions there.
Figure F-1: Upgrade Firmware
Appendix G: Windows Help
All wireless products require Microsoft Windows. Windows is the most used operating system in
the world and
comes with many features that help make networking easier. These features can be accessed
through Windows
Help and are described in this appendix.
TCP/IP
Before a computer can communicate with the Access Point, TCP/IP must be enabled. TCP/IP is a
set of
instructions, or protocol, all PCs follow to communicate over a network. This is true for wireless
networks as well.
Your PCs will not be able to utilize wireless networking without having TCP/IP enabled. Windows
Help provides
complete instructions on enabling TCP/IP.
Shared Resources
If you wish to share printers, folder, or files over your network, Windows Help provides complete
instructions on
utilizing shared resources.
Network Neighborhood/My Network Places
Other PCs on your network will appear under Network Neighborhood or My Network Places
(depending upon the
version of Windows you're running). Windows Help provides complete instructions on adding PCs
to your
network.
Appendix H: Glossary
802.11a - An IEEE wireless networking standard that specifies a maximum data transfer rate of
54Mbps and an
operating frequency of 5GHz.
802.11b - An IEEE wireless networking standard that specifies a maximum data transfer rate of
11Mbps and an
operating frequency of 2.4GHz.
802.11g - An IEEE wireless networking standard that specifies a maximum data transfer rate of
54Mbps, an
operating frequency of 2.4GHz, and backward compatibility with 802.11b devices.
Access Point - A device that allows wireless-equipped computers and other devices to
communicate with a
wired network. Also used to expand the range of a wireless network.
Adapter - A device that adds network functionality to your PC.
Ad-hoc - A group of wireless devices communicating directly with each other (peer-to-peer)
without the use of
an access point.
AES (Advanced Encryption Standard) - A method that uses up to 256-bit key encryption to secure
data.
Backbone - The part of a network that connects most of the systems and networks together, and
handles the
most data.
Bandwidth - The transmission capacity of a given device or network.
Beacon Interval - Data transmitted on your wireless network that keeps the network
synchronized.
Bit - A binary digit.
Boot - To start a device and cause it to start executing instructions.
Bridge - A device that connects different networks.
Broadband - An always-on, fast Internet connection.
Browser - An application program that provides a way to look at and interact with all the
information on the
World Wide Web.
Buffer - A shared or assigned memory area that is used to support and coordinate different
computing and
networking activities so one isn't held up by the other.
Byte - A unit of data that is usually eight bits long
Cable Modem - A device that connects a computer to the cable television network, which in turn
connects to the
Internet.
CSMA/CA (Carrier Sense Multiple Access/Collision Avoidance) - A method of data transfer that is
used to prevent
data collisions.
CTS (Clear To Send) - A signal sent by a wireless device, signifying that it is ready to receive data.
Daisy Chain - A method used to connect devices in a series, one after the other.
Database - A collection of data that is organized so that its contents can easily be accessed,
managed, and
updated.
DDNS (Dynamic Domain Name System) - Allows the hosting of a website, FTP server, or e-mail
server with a
fixed domain name (e.g., www.xyz.com) and a dynamic IP address.
Default Gateway - A device that forwards Internet traffic from your local area network.
DHCP (Dynamic Host Configuration Protocol) - A networking protocol that allows administrators to
assign
temporary IP addresses to network computers by "leasing" an IP address to a user for a limited
amount of time,
instead of assigning permanent IP addresses.
DMZ (Demilitarized Zone) - Removes the Router's firewall protection from one PC, allowing it to
be "seen" from
the Internet.
DNS (Domain Name Server) - The IP address of your ISP's server, which translates the names of
websites into IP
addresses.
Domain - A specific name for a network of computers.
Download - To receive a file transmitted over a network.
DSL (Digital Subscriber Line) - An always-on broadband connection over traditional phone lines.
DSSS (Direct-Sequence Spread-Spectrum) - Frequency transmission with a redundant bit pattern
resulting in a
lower probability of information being lost in transit.
DTIM (Delivery Traffic Indication Message) - A message included in data packets that can
increase wireless
efficiency.
Dynamic IP Address - A temporary IP address assigned by a DHCP server.
EAP (Extensible Authentication Protocol) - A general authentication protocol used to control
network access.
Many specific authentication methods work within this framework.
EAP-PEAP (Extensible Authentication Protocol-Protected Extensible Authentication Protocol) - A
mutual
authentication method that uses a combination of digital certificates and another system, such as
passwords.
EAP-TLS (Extensible Authentication Protocol-Transport Layer Security) - A mutual authentication
method that
uses digital certificates.
Encryption - Encoding data transmitted in a network.
Ethernet - IEEE standard network protocol that specifies how data is placed on and retrieved from
a common
transmission medium.
Finger - A program that tells you the name associated with an e-mail address.
Firewall - A set of related programs located at a network gateway server that protects the
resources of a
network from users from other networks.
Firmware - The programming code that runs a networking device.
Fragmentation -Breaking a packet into smaller units when transmitting over a network medium
that cannot
support the original size of the packet.
FTP (File Transfer Protocol) - A protocol used to transfer files over a TCP/IP network.
Full Duplex - The ability of a networking device to receive and transmit data simultaneously.
Gateway - A device that interconnects networks with different, incompatible communications
protocols.
Half Duplex - Data transmission that can occur in two directions over a single line, but only one
direction at a
time.
Hardware - The physical aspect of computers, telecommunications, and other information
technology devices.
HTTP (HyperText Transport Protocol) - The communications protocol used to connect to servers
on the World
Wide Web.
IEEE (The Institute of Electrical and Electronics Engineers) - An independent institute that
develops networking
standards.
Infrastructure - A wireless network that is bridged to a wired network via an access point.
IP (Internet Protocol) - A protocol used to send data over a network.
IP Address - The address used to identify a computer or device on a network.
IPCONFIG - A Windows 2000 and XP utility that displays the IP address for a particular
networking device.
IPSec (Internet Protocol Security) - A VPN protocol used to implement secure exchange of
packets at the IP layer.
ISM band - Radio bandwidth utilized in wireless transmissions.
ISP (Internet Service Provider) - A company that provides access to the Internet.
LAN - The computers and networking products that make up your local network.
LEAP (Lightweight Extensible Authentication Protocol) - A mutual authentication method that
uses a username
and password system.
MAC (Media Access Control) Address - The unique address that a manufacturer assigns to each
networking
device.
Mbps (MegaBits Per Second) - One million bits per second; a unit of measurement for data
transmission.
mIRC - An Internet Relay Chat program that runs under Windows.
Multicasting - Sending data to a group of destinations at once.
NAT (Network Address Translation) - NAT technology translates IP addresses of a local area
network to a different
IP address for the Internet.
Network - A series of computers or devices connected for the purpose of data sharing, storage,
and/or
transmission between users.
NNTP (Network News Transfer Protocol) - The protocol used to connect to Usenet groups on the
Internet.
Node - A network junction or connection point, typically a computer or work station.
OFDM (Orthogonal Frequency Division Multiplexing) - Frequency transmission that separates the
data stream
into a number of lower-speed data streams, which are then transmitted in parallel to prevent
information from
being lost in transit.
Packet - A unit of data sent over a network.
Passphrase - Used much like a password, a passphrase simplifies the WEP encryption process
by automatically
generating the WEP encryption keys for Neo-Meridian products.
Ping (Packet INternet Groper) - An Internet utility used to determine whether a particular IP
address is online.
POP3 (Post Office Protocol 3) - A standard mail server commonly used on the Internet.
Port - The connection point on a computer or networking device used for plugging in cables or
adapters.
Power over Ethernet (PoE) - A technology enabling an Ethernet network cable to deliver both data
and power.
PPPoE (Point to Point Protocol over Ethernet) - A type of broadband connection that provides
authentication
(username and password) in addition to data transport.
PPTP (Point-to-Point Tunneling Protocol) - A VPN protocol that allows the Point to Point Protocol
(PPP) to be
tunneled through an IP network. This protocol is also used as a type of broadband connection in
Europe.
Preamble - Part of the wireless signal that synchronizes network traffic.
RADIUS (Remote Authentication Dial-In User Service) - A protocol that uses an authentication
server to control
network access.
RJ-45 (Registered Jack-45) - An Ethernet connector that holds up to eight wires.
Roaming - The ability to take a wireless device from one access point's range to another without
losing the
connection.
Router - A networking device that connects multiple networks together.
RTS (Request To Send) - A networking method of coordinating large packets through the RTS
Threshold setting.
Server - Any computer whose function in a network is to provide user access to files, printing,
communications,
and other services.
SMTP (Simple Mail Transfer Protocol) - The standard e-mail protocol on the Internet.
SNMP (Simple Network Management Protocol) - A widely used network monitoring and control
protocol.
Software - Instructions for the computer. A series of instructions that performs a particular task is
called a
"program".
SOHO (Small Office/Home Office) - Market segment of professionals who work at home or in
small offices.
SPI (Stateful Packet Inspection) Firewall - A technology that inspects every incoming packet of
information
before allowing it to enter the network.
Spread Spectrum - Wideband radio frequency technique used for more reliable and secure data
transmission.
SSID (Service Set IDentifier) - Your wireless network's name.
Static IP Address - A fixed address assigned to a computer or device that is connected to a
network.
Static Routing - Forwarding data in a network via a fixed path.
Subnet Mask - An address code that determines the size of the network.
Switch - 1. A data switch that connects computing devices to host computers, allowing a large
number of
devices to share a limited number of ports. 2. A device for making, breaking, or changing the
connections in an
electrical circuit.
TCP (Transmission Control Protocol) - A network protocol for transmitting data that requires
acknowledgement
from the recipient of data sent.
TCP/IP (Transmission Control Protocol/Internet Protocol) - A set of instructions PCs use to
communicate over a
network.
Telnet - A user command and TCP/IP protocol used for accessing remote PCs.
TFTP (Trivial File Transfer Protocol) - A version of the TCP/IP FTP protocol that has no directory
or password
capability.
Throughput - The amount of data moved successfully from one node to another in a given time
period.
TKIP (Temporal Key Integrity Protocol) - a wireless encryption protocol that provides dynamic
encryption keys for
each packet transmitted.
Topology - The physical layout of a network.
TX Rate - Transmission Rate.
UDP (User Datagram Protocol) - A network protocol for transmitting data that does not require
acknowledgement
from the recipient of the data that is sent.
Upgrade - To replace existing software or firmware with a newer version.
Upload - To transmit a file over a network.
URL (Uniform Resource Locator) - The address of a file located on the Internet.
VPN (Virtual Private Network) - A security measure to protect data as it leaves one network and
goes to another
over the Internet.
WAN (Wide Area Network)- The Internet.
WEP (Wired Equivalent Privacy) - A method of encrypting network data transmitted on a wireless
network for
greater security.
WINIPCFG - A Windows 98 and Me utility that displays the IP address for a particular networking
device.
WLAN (Wireless Local Area Network) - A group of computers and associated devices that
communicate with
each other wirelessly.
WPA (Wi-Fi Protected Access) - a wireless security protocol using TKIP (Temporal Key Integrity
Protocol)
encryption, which can be used in conjunction with a RADIUS server.
Appendix I: Specifications
Standards IEEE 802.3, 802.11b and 802.11g
Ports One Internet, Ethernet (1-4), Power
Buttons One Reset Button, One Power Switch
Cabling Type UTP CAT 5 or better
Data Rate Up to 54Mbps
Transmit Power 19dBm
LEDs Power, Internet, Ethernet (1, 2, 3, 4), Wireless-G, DMZ
Security Features WEP, 802.1x Authentication
WEP Key Bits 64, 128
Dimensions 7.32" x 6.89" x 1.89"
(W x H x D) (186 mm x 175 mm x 48 mm)
Unit Weight 1.26 lb (0.57 kg)
Power External, 5V DC, 2.5A
Certifications FCC, IC-03
Operating Temp. 0ºC to 40ºC (32ºF to 104ºF)
Storage Temp. -20ºC to 70ºC (-4ºF to 158ºF)
Operating Humidity 10% to 85% Non-Condensing
Storage Humidity 5% to 90% Non-Condensing
Appendix J: Warranty
Information
LIMITED WARRANTY
Neo-Meridian warrants to the original end user purchaser ("You") that, for a period of three years,
(the "Warranty
Period") Your Neo-Meridian product will be free of defects in materials and workmanship under
normal use. Your
exclusive remedy and Neo-Meridian's entire liability under this warranty will be for Neo-Meridian at
its option to repair or
replace the product or refund Your purchase price less any rebates.
If the product proves defective during the Warranty Period call Neo-Meridian Technical Support in
order to obtain a
Return Authorization Number. BE SURE TO HAVE YOUR PROOF OF PURCHASE ON HAND
WHEN CALLING. When
returning a product, mark the Return Authorization Number clearly on the outside of the package
and include a
copy of your original proof of purchase. RETURN REQUESTS CANNOT BE PROCESSED
WITHOUT PROOF OF
PURCHASE. You are responsible for shipping defective products to Neo-Meridian. Neo-Meridian
pays for UPS Ground
shipping from Neo-Meridian back to You only. Customers located outside of the United States of
America and Canada
are responsible for all shipping and handling charges.
ALL IMPLIED WARRANTIES AND CONDITIONS OF MERCHANTABILITY OR FITNESS FOR A
PARTICULAR PURPOSE
ARE LIMITED TO THE DURATION OF THE WARRANTY PERIOD. ALL OTHER EXPRESS OR
IMPLIED CONDITIONS,
REPRESENTATIONS AND WARRANTIES, INCLUDING ANY IMPLIED WARRANTY OF NONINFRINGEMENT, ARE
DISCLAIMED. Some jurisdictions do not allow limitations on how long an implied warranty lasts,
so the above
limitation may not apply to You. This warranty gives You specific legal rights, and You may also
have other rights
which vary by jurisdiction.
TO THE EXTENT NOT PROHIBITED BY LAW, IN NO EVENT WILL NEO-MERIDIAN BE LIABLE
FOR ANY LOST DATA, REVENUE
OR PROFIT, OR FOR SPECIAL, INDIRECT, CONSEQUENTIAL, INCIDENTAL OR PUNITIVE
DAMAGES, HOWEVER CAUSED
REGARDLESS OF THE THEORY OF LIABILITY, ARISING OUT OF OR RELATED TO THE USE
OF OR INABILITY TO USE
THE PRODUCT, EVEN IF NEO-MERIDIAN HAS BEEN ADVISED OF THE POSSIBILITY OF
SUCH DAMAGES. IN NO EVENT WILL
NEO-MERIDIAN' LIABILITY EXCEED THE AMOUNT PAID BY YOU FOR THE PRODUCT.
The foregoing limitations will apply even if any warranty or remedy provided under this Section
fails of its
essential purpose. Some jurisdictions do not allow the exclusion or limitation of incidental or
consequential
damages, so the above limitation or exclusion may not apply to You.
Please direct all inquiries to: Neo-Meridian, P.O. Box 18558, Irvine, CA 92623 USA.
Appendix K: Regulatory
Information
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: To assure continued compliance, (example - use only shielded
interface cables when connecting to computer or peripheral devices) 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:
FCC 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.
INDUSTRY CANADA (CANADA)
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.
The use of this device in a system operating either partially or completely outdoors may require the
user to obtain
a license for the system according to the Canadian regulations.
EC DECLARATION OF CONFORMITY (EUROPE)
Neo-Meridian Group declares that the Instant Wireless™ Series products included in the Instant
Wireless™ Series
conform to the specifications listed below, following the provisions of the EMC Directive
89/336/EEC and Low
Voltage Directive 73/23/EEC:
ETS 300-826, 301 489-1 General EMC requirements for Radio equipment.
EN 609 50 Safety
ETS 300-328-2 Technical requirements for Radio equipment.
Note: This equipment is intended to be used in all EU and EFTA countries. Outdoor use may be
restricted to
certain frequencies and/or may require a license for operation. For more details, contact NeoMeridian Corporate
Compliance.
Note: Combinations of power levels and antennas resulting in a radiated power level of above 100
mW are
considered as not compliant with the above mentioned directive and are not allowed for use within
the European
community and countries that have adopted the European R&TTE directive 1999/5/EC and/or the
CEPT
recommendation Rec 70.03. For more details on legal combinations of power levels and antennas,
contact
Neo-Meridian Corporate Compliance.
Neo-Meridian Group™ vakuuttaa täten että Instant Wireless IEEE 802.11 PC Card tyyppinen laite
on direktiivin 1999/5/
EY, direktiivin 89/336/EEC ja direktiivin 73/23/EEC oleellisten vaatimusten ja sitä koskevien
näiden direktiivien
muiden ehtojen mukainen.
Neo-Meridian Group™ déclare que la carte PC Instant Wireless IEEE 802.11 est conforme aux
conditions essentielles et
aux dispositions relatives à la directive 1999/5/EC, la directive 89/336/EEC, et à la directive
73/23/EEC.
Belgique B L'utilisation en extérieur est autorisé sur le canal 11 (2462 MHz), 12 (2467 MHz), et 13
(2472 MHz).
Dans le cas d'une utilisation privée, à l'extérieur d'un bâtiment, au-dessus d'un espace public,
aucun
enregistrement n'est nécessaire pour une distance de moins de 300m. Pour une distance
supérieure à 300m un
enregistrement auprès de l'IBPT est requise. Pour une utilisation publique à l'extérieur de
bâtiments, une licence
de l'IBPT est requise. Pour les enregistrements et licences, veuillez contacter l'IBPT.
France F: Bande de fréquence restreinte: seuls les canaux 10, 11, 12, 13 (2457, 2462, 2467, et
2472 MHz
respectivement) doivent être utilisés en France.
Toute utilisation, qu'elle soit intérieure ou extérieure, est soumise à autorisation. Vous pouvez
contacter l'Autorité
de Régulation des Télécommuniations
() pour la procédure à suivre.
France F: Restricted frequency band: only channels 10, 11, 12, 13 (2457, 2462, 2467, and 2472
MHz respectively)
may be used in France. License required for every indoor and outdoor installations. Please contact
ART for
procedure to follow.
Deutschland D: Anmeldung im Outdoor-Bereich notwending, aber nicht genehmigungspflichtig.
Bitte mit Händler
die Vorgehensweise abstimmen.
Germany D: License required for outdoor installations. Check with reseller for procedure to follow
Italia I: E' necessaria la concessione ministeriale anche per l'uso interno. Verificare con i rivenditori
la procedura
da seguire. L'uso per installazione in esterni non e' permessa.
Italy I: License required for indoor use. Use with outdoor installations not allowed.
the Netherlands NL License required for outdoor installations. Check with reseller for procedure to
follow.
Nederlands NL Licentie verplicht voor gebruik met buitenantennes. Neem contact op met verkoper
voor juiste
procedure.
Appendix L: Contact Information
Need to contact Neo-Meridian?
Visit us online for information on the latest products and updates
to your existing products at: http://www.Neo-Meridian.com or
ftp.Neo-Meridian.com
Can't find information about a product you want to buy
on the web? Do you want to know more about networking
with Neo-Meridian products? Give our advice line a call at: 800-546-5797 (NEOMERIDIAN)
Or fax your request in to: 949-261-8868
If you experience problems with any Neo-Meridian product,
you can call us at: 800-326-7114
Don't wish to call? You can e-mail us at: support@Neo-Meridian.com
If any Neo-Meridian product proves defective during its warranty period,
you can call the Neo-Meridian Return Merchandise Authorization
department for obtaining a Return Authorization Number at: 949-261-1288
(Details on Warranty and RMA issues can be found in the Warranty
Information section in this Guide.)

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