Page 41 / 78 Scroll up to view Page 36 - 40
2
36
BLW-54MF
Ɩ
WPA2
WPA2
is short for Wi-Fi Protected Access 2. It is the follow on security
method to WPA for wireless networks that provides stronger data
protection and network access control. It provides enterprise and consumer
Wi-Fi users with a high level of assurance that only authorized users can
access their wireless networks. There are two versions of WPA2: WPA2-
Personal, and WPA2- Enterprise. WPA2-Personal protects unauthorized
network access by utilizing a set-up password. WPA2-Enterprise verifies
network users through a server. WPA2 is backward compatible with WPA.
Page 42 / 78
2
37
Chapter 2 Basic Setup & Configuration
Ɩ
WPA-AUTO
WPA-PSK
is short for Wi-Fi Protected Access-Pre-Shared Key. WPA-PSK
uses the same encryption way with WPA, and the only difference between
them is that WPA-PSK recreates a simple shared key, instead of using the
user
Ņ
s certification.
Page 43 / 78
2
38
BLW-54MF
œ
PSK/EAP
Ĉ
PSK
– Short for
Pre-shared Key
. It is the use of secret
passwords or encryption keys that are entered into both sides of the
message exchange ahead of time. Pre-shared keys (PSK) are typed
into the clients and servers (authentication servers, access points, etc.)
or entered via floppy, CD-ROM or smart card. Contrast with "server-
based keys," in which one side generates a key and sends it to the other
side during the authentication session.
EAP
– Short for
Extensible
Authentication Protocol
. A protocol that acts as a framework and
transport for other authentication protocols. EAP uses its own start and
end messages, but then carries any number of third-party messages
between the client (supplicant) and access control node such as an access
point in a wireless network.
œ
Cipher Type
Ĉ
TKIP
–It is short for
Temporal Key Integrity Protocol.
TKIP scrambles the key using a hashing algorithm and, by adding an
integrity-checking feature, ensures that the keys haven
Ņ
t been tampered
with.
AES
– Short for
Advanced Encryption Standard,
a symmetric
128-bit block data encryption technique. It works at multiple network
layers simultaneously and has a fixed block size of 128-bits and a key
size of 128, 192, or 256-bits.
œ
Passphrase
Ĉ
Passphrase (also called a shared secret) that must be
entered in both the wireless access point and the WPA clients
(computers). The WPA pre-shared key should be a random sequence of
either keyboard characters (upper and lowercase letters, numbers, and
punctuation). You have to enter the same Passphrase or Hexadecimal key
into both your access points and computers but the length requirement is
changed. The more random your WPA pre-shared key, the safer it is to
use.
œ
Confirmed Passphrase
Ĉ
Please enter the Passphrase you just key in
again for confirmation.
œ
RADIUS Server
Ĉ
RADIUS
is short for Remote Authentication
Dial-In User Service, an authentication and accounting system used by
Page 44 / 78
2
39
Chapter 2 Basic Setup & Configuration
many Internet Service Providers (ISPs). RADIUS setup is used to set up
additional parameters for authorizing wireless clients through RADIUS
server. The RADIUS setup is required when you select to use
WPA
authentication.
œ
Cancel
Ĉ
If you do not want to configure this setting right now, click this
button to exist this page.
œ
Apply
Ĉ
Click this button to save/apply the settings and restart the
system.
6.3 Advanced
œ
Beacon Interval
Ĉ
Beacon Interval is the amount of time between
beacon transmissions. Before a station enters power save mode, the
station needs the beacon interval to know when to start up again and
receive the beacon.
œ
RTS Threshold
Ĉ
Here you can define the minimum value of RTS
(Request to Send) packets and prevent
ņ
Hidden Nodes
Ň
problems.
Please enter a value between 0~2346, and when the packets are bigger
than the RTS value the function will start to work.
œ
Fragment Threshold
Ĉ
This value can define the maximum packet
sized, so the packets bigger than this size will be segmented. If you set
the lower value, and found there is higher packets error value, you can
set the value higher, however, that may decrease the whole performance
of BLW-54MF. The default value is
2346
, and you can set a value
between
256~2346.
Page 45 / 78
2
40
BLW-54MF
œ
DTIM
ม࿣
Ĉѩᇴࣃ΃ܑĶ
ਖ਼྿ྤफ़߹޽ϯੈि
ķ۞ม࿣ॡมĄ
DTIM
᛼Ҝߏ˘࣎ࣆᇴࢍॡ᛼ҜĂΞ఼ۢϡ͗ბ˭˘้࣎᝘ბ۞
ቤ኏ᇃᇫٕкࢦ็ᇫੈिॡĂιົͽ
DTIM
ม࿣ᇴࣃ૙ਖ਼˭˘࣎
DTIM
Ą
AP
ϡ͗ბົ᝘זܫᇾ֭ۢ྽ᑕྍତќᇃᇫ׶кࢦ็ᇫĄ
œ
T X
R a t e s
( M B p s )
Ĉ
T h e
t r a n s m i s s i o n
r a t e
c a n
b e :
Auto/1/2/5.5/11/6/9/12/ 18/24/36Mbps. When you choose
ņ
Auto,
Ň
BLW-54MF will automatically find the proper transmission rate for you.
If you choose higher transmission rate, the distance between the AP and
the Wireless NIC must be closer. Besides, when the Wireless NIC is
802.11b type, the maximum transmission rate is 11Mbps.
œ
11g only mode
Ĉ
Click to use only 802.11g mode.
œ
Antenna transmit power
Ĉ
Please manual choose the transmitting
power for BLW-54MF. There are several levels to choose. The system
default is
full
which means BLW-54MF has the maximum Tx Power on
wireless network.
œ
Cancel
Ĉ
If you do not want to configure this setting right now, click this
button to exist this page.
œ
Apply
Ĉ
Click this button to save/apply the settings and restart the
system.

Rate

3.5 / 5 based on 2 votes.

Popular PCI Models

Bookmark Our Site

Press Ctrl + D to add this site to your favorites!

Share
Top