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Vigor2110 Series User’s Guide
69
Enable Wireless LAN
Check the box to enable wireless function.
Mode
At present, the router can connect to Mixed (11b+11g),
11g Only, 11b Only, Mixed (11g+11n), 11n Only and
Mixed (11b+11g+11n) stations simultaneously. Simply
choose Mix (11b+11g+11n) mode.
Note:
You should also set
RADIUS Server
simultaneously if 11g Only, 11b Only or 11n Only
mode is
selected.
Index(1-15)
Set the wireless LAN to work at certain time interval only.
You may choose up to 4 schedules out of the 15 schedules
pre-defined in
Applications >> Schedule
setup. The
default setting of this field is blank and the function will
always work.
SSID
Means the identification of the wireless LAN. SSID can be
any text numbers or various special characters. The default
SSID is "DrayTek". We suggest you to change it.
Channel
Means the channel of frequency of the wireless LAN. The
default channel is 6. You may switch channel if the
selected channel is under serious interference. If you have
no idea of choosing the frequency, please select Auto to let
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70
system determine for you.
Packet-OVERDRIVE
This feature can enhance the performance in data
transmission about 40%* more (by checking
Tx Burs
t). It
is active only when both sides of Access Point and Station
(in wireless client) invoke this function at the same time.
That is, the wireless client must support this feature and
invoke the function, too.
Note:
Vigor N61 wireless adapter supports this function.
Therefore, you can use and install it into your PC for
matching with Packet-OVERDRIVE (refer to the
following picture of Vigor N61 wireless utility window,
choose
Enable
for
TxBURST
on the tab of
Option
).
Hide SSID
Check it to prevent from wireless sniffing and make it
harder for unauthorized clients or STAs to join your
wireless LAN. Depending on the wireless utility, the user
may only see the information except SSID or just cannot
see any thing about Vigor wireless router while site
surveying. The system allows you to set four sets of SSID
for different usage. In default, the first set of SSID will be
enabled. You can hide it for your necessity.
Long Preamble
This option is to define the length of the sync field in an
802.11 packet. Most modern wireless network uses short
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71
preamble with 56 bit sync field instead of long preamble
with 128 bit sync field. However, some original 11b
wireless network devices only support long preamble.
Check it to use
Long Preamble
if needed to communicate
with this kind of devices.
3.6.3 Security
By clicking the
Security Settings
, a new web page will appear so that you could configure the
settings of WEP and WPA.
Mode
There are several modes provided for you to choose.
Disable
- Turn off the encryption mechanism.
WEP-
Accepts only WEP clients and the encryption key
should be entered in WEP Key.
WPA/PSK-
Accepts only WPA clients and the encryption
key should be entered in PSK.
WPA2/PSK-
Accepts only WPA2 clients and the
encryption key should be entered in PSK.
Mixed (WPA+ WPA2)/PSK -
Accepts WPA and WPA2
clients simultaneously and the encryption key should be
entered in PSK.
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WPA
The WPA encrypts each frame transmitted from the radio
using the key, which either PSK (Pre-Shared Key) entered
manually in this field below or automatically negotiated
via 802.1x authentication. Either
8~63
ASCII characters,
such as 012345678(or 64 Hexadecimal digits leading by 0x,
such as "0x321253abcde...").
Type
- Select from Mixed (WPA+WPA2) or WPA2 only.
Pre-Shared Key (PSK)
- Either
8~63
ASCII characters,
such as 012345678..(or 64 Hexadecimal digits leading by
0x, such as "0x321253abcde...").
WEP
64-Bit
-
For 64 bits WEP key, either
5
ASCII characters,
such as 12345 (or 10 hexadecimal digitals leading by 0x,
such as 0x4142434445.)
128-Bit
-
For 128 bits WEP key, either
13
ASCII
characters, such as ABCDEFGHIJKLM (or 26
hexadecimal digits leading by 0x, such as
0x4142434445464748494A4B4C4D).
All wireless devices must support the same WEP
encryption bit size and have the same key.
Four keys
can
be entered here, but only one key can be selected at a time.
The keys can be entered in ASCII or Hexadecimal. Check
the key you wish to use.
3.6.4 Access Control
For additional security of wireless access, the
Access Control
facility allows you to restrict
the network access right by controlling the wireless LAN MAC address of client. Only the
valid MAC address that has been configured can access the wireless LAN interface. By
clicking the
Access Control
, a new web page will appear, as depicted below, so that you
could edit the clients' MAC addresses to control their access rights.
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Enable Mac Access Filter
Select to enable the MAC Address filter for wireless LAN
identified with SSID 1 to 4 respectively. All the clients
(expressed by MAC addresses) listed in the box can be
grouped under different wireless LAN. For example, they
can be grouped under SSID 1 and SSID 2 at the same time
if you check SSID 1 and SSID 2.
MAC Address Filter
Display all MAC addresses that are edited before.
Client’s MAC Address
Manually enter the MAC address of wireless client.
Attribute
s: Isolate the station from LAN -
select to isolate the
wireless connection of the wireless client of the MAC
address from LAN.
Add
Add a new MAC address into the list.
Delete
Delete the selected MAC address in the list.
Edit
Edit the selected MAC address in the list.
Cancel
Give up the access control set up.
OK
Click it to save the access control list.
Clear All
Clean all entries in the MAC address list.
3.6.5 Advanced Setting
This page allows users to set advanced settings such as operation mode, channel bandwidth,
guard interval, and aggregation MSDU for wireless data transmission.
Operation Mode
Mixed Mode
– the router can transmit data with the ways
supported in both 802.11a/b/g and 802.11n standards.
However, the entire wireless transmission will be slowed
down if 802.11g or 802.11b wireless client is connected.
Green Field
– to get the highest throughput, please choose
such mode. Such mode can make the data transmission
happening between 11n systems only. In addition, it does
not have protection mechanism to avoid the conflict with
neighboring devices of 802.11a/b/g.
Channel Bandwidth
20-
the router will use 20Mhz for data transmission and
receiving between the AP and the stations.
20/40 –
the router will use 20Mhz or 40Mhz for data
transmission and receiving according to the station
capability. Such channel can increase the performance for
data transit.
Guard Interval
It is to assure the safety of propagation delays and
reflections for the sensitive digital data. If you choose
auto

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