Omron WE70-AP, Operation Manual

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Chapter 1. Overview
1-6
1
Overview
●
Super AG technology
This technology was developed by Atheros Communications in the U.S. for higher speed wireless LAN.
To use the Super AG with other wireless device, other devices must support "Super AG" as well.
Super AG setup must be the same for those that use AP-to-AP bridging.
* To use AP-to-AP bridging with configuration of [Super AG] as [Yes (Compressed)], a key index to be configured for WEP (RC4)/OCB
AES encryption must be configured as the same as those that use AP-to-AP bridging. Communication is unavailable if key indexes
differ.
●
Roaming
Providing more than one access point connected with wired LAN expands its wireless communication zone
by automatically switching to an access point with better radio wave status when a client (slave) is moved,
allowing use of wireless LAN while moving in a wide space such as a plant or a warehouse.
(Example: IEEE802.11g wireless LAN)
* To use roaming, the same wireless network name (SSID) and encryption must be configured for all access points and clients
(slaves).(Communication is unavailable if setup differs)
●
Connection terminal limiting function
This function the limits the number of clients (slaves) that can be connected to an access point at the same
time to prevent decrease in communication speed due to jammed connection.
* The value is 63 on factory shipment status.
LAN
MOD
E
POW
ER
WIRE
LESS
WE7
0-CL FA
W IRE
LE SS
L AN AC
CE SS
P OIN
T
LAN
MOD
E
POW
ER
WIRE
LESS
WE7
0-CL FA
W IRE
LE SS
L AN A
CC ES
S P OIN
T
To wired LAN
HUB
192.168.0.1
192.168.0.10 192.168.0.10
192.168.0.2
Wireless LAN terminal
Move
Connection is
switched if the
client moves
WE70-AP WE70-AP
WE70-CL
[802.11g:6CH]
[SSID:omronwe70wlan] [802.11g:11CH]
[SSID:omronwe70wlan]
[SSID:omronwe70wlan] [SSID:omronwe70wlan]
LAN
MOD
E
POW
ER
WIRE
LESS
WE7
0-AP FA W
IRE LE
SS LA
N A CC
ES S P
OIN
T
LAN
MOD
E
POW
ER
WIRE
LESS
WE7
0-AP FA W
IRE LE
SS LA
N A CC
ES S P
OIN
T
* For communication using 2.4GHz band (IEEE802.11b/g), "channels" of access points must be configured with blank channels of 4 or
more between them to avoid radio interference.
Otherwise a part of a band may overlap and cause cross talk.
2400 2410 2420 2430 2440 2450 Frequency (MHz) 2460 2470 2480 2490
1CH
2CH
3CH
4CH
5CH
6CH
7CH
8CH
9CH
11CH
12CH
13CH
10CH
* For communication using 5GHz band [IEEE802.11a], radio interference will not occur as long as configured channels are different for
each other.