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104
C
HAPTER
5: C
ONFIGURING
THE
R
OUTER
VLAN
A VLAN is a flexible group of devices that can be located anywhere in a
network, but they communicate as if they are on the same physical
segment. With VLANs, you can segment your network without being
restricted by physical connections - a drawback of traditional network
design. As an example, with VLANs you can segment your network
according to:
Departmental groups - For example, you can have one VLAN for the
Marketing department, another for the Finance department, and
another for the Development department.
Hierarchical groups - For example, you can have one VLAN for
directors, another for managers, and another for general staff.
Usage groups - For example, you can have one VLAN for users of
e-mail, and another for users of multimedia.
The main benefit of VLANs is that they provide a network segmentation
system that is far more flexible than any traditional network. Using VLANs
also provides you with three other benefits:
It eases the change and movement of devices on IP networks: With
traditional IP networks, network administrators spend much of their
time dealing with moves and changes. If users move to a different IP
subnet, the IP addresses of each end-station must be updated
manually.
With a VLAN setup, if an end-station in VLAN 1 is moved to a port in
another part of the network, you only need to specify that the new
port forwards VLAN 1 traffic.
It provides extra security: Devices within each VLAN can only
communicate directly with devices in the same VLAN. If a device in
VLAN 1 needs to communicate with devices in VLAN 2, the traffic
needs to pass through a routing device or Layer 3 switch.
It helps to control broadcast traffic: With traditional networks,
congestion can be caused by broadcast traffic that is directed to all
network devices whether they require it or not. VLANs increase the
efficiency of your network because each VLAN can be set up to
contain only those devices that need to communicate with each other.
The VLAN screen allows you to setup VLAN groups. Note that Wireless
LAN is permanently assigned to Default VLAN.
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Page 107 / 182
Advanced
105
Figure 80
VLAN Screen
Click
Add VLAN
to create a new entry (see
Figure 81
).
Figure 81
VLAN Profile Screen
Enter a description for your VLAN in the Description field.
Enter the IP Address and subnet mask in the corresponding fields.
Select to set the NAT Domain as public or private.
IGMP Snooping: enabling it will turn on the feature that allows an
Ethernet switch to “listen in” on the IGMP conversation between
hosts and routers.
IGMP Querier: enabling this function will send out periodic IGMP
queries.
Click
Apply
.
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106
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ONFIGURING
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Static Routes
You can configure static routes in this screen. You can setup a static route
that will get all traffic with destination to business network to go through
VPN tunnel and the rest outside of the VPN tunnel.
Figure 82
Static Routes Screen
To add a static route entry to the table, click
Add
(see
Figure 83
).
To change an existing entry, click
Edit
. To delete an entry, click
Delete
.
Figure 83
Add Static Route Screen
Enter the following information:
Network Address
— the network address of the static route.
Subnet Mask
— the subnet mask of the route.
A network address of 0.0.0.0 and a subnet mask of 0.0.0.0 indicates the
default route.
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Advanced
107
Gateway
— the Router used to route data to the network specified by
the network address.
Interface — select the interface.
Note that you should only configure either the Gateway information or
select the Interface. After you have finished making changes to the table,
click
Apply
.
Here is an example of setting up a static route.
IP address of your PC: 10.1.4.52
Subnet mask: 255.255.252.0
Default Gateway: 10.1.4.254
Network Address: 10.1.4.0
Figure 84
Add Static Route Example Screen
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108
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HAPTER
5: C
ONFIGURING
THE
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OUTER
RIP
RIP (Routing Information Protocol) - RIP allows the network administrator
to set up routing information on one RIP-enabled device (this Router),
and send that information to all RIP-enabled devices on the network.
Figure 85
RIP Parameter Screen
You can set up RIP independently on both LAN and WAN interfaces.
1
Check the
Enable RIP
checkbox.
2
Check the
Enable Auto summary
checkbox. Auto summarization sends
simplified routing data to other RIP-enabled devices rather than full
routing data.
3
Select the
Operation Mode
:
Disable
— RIP is not enabled for the WAN or LAN interface.
Enable
— RIP is enabled for the WAN or LAN interface. The router will
transmit RIP update information to other RIP-enabled devices.
Silent
— RIP is enabled, however the Router only receives RIP update
messages, it will not transmit any messages itself.
4
In the
Version
field, select
1
or
2
.
3Com recommends that you only use RIPv1 if there is an existing
RIP-enabled device on your network that does not support RIPv2. In all
other cases, you should use RIPv2.
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