Weidmuller Wireless Ethernet Modem & Device Server WI-MOD-E-G/A User Manual
Rev.
2.16
www.weidmuller.com
27
3.4 - Network Configuration
Figure 19 - Network
You can view or modify Ethernet network parameters by selecting the “Network” menu. When prompted for username
and password, enter “user” as the username, and “user” as the password in the password field (This is the factory default
– See section 3.24 - “Module Information ” to change). If you have forgotten the IP address or password, the Factory
Default switch may be used to access the existing configuration. Refer to previous section above for this procedure.
The Network Configuration page allows configuration of parameters related to the wired and wireless Ethernet interfaces.
In general, IP address selection will be dependent upon the connected wired Ethernet device(s) – before connecting to an
existing LAN consult the network administrator.
Default configuration of the module will be Client and Bridge. When in Bridged Mode the modules wired and wireless IP
address will be the same, meaning only one IP Address is required. If the Device Mode is changed to Router the page will
display two IP addresses, one for Ethernet and one for Wireless. For more information on Bridging Networks see section
3.18 - “Routing”
If the module has been configured for VLAN the page will show Device Mode as VLAN Bridge and the Ethernet IP and
netmask will no longer be editable. See Section 3.23 - “VLAN“for more details on VLAN configuration.
A system of WI-MOD-E’s must have at least one Access Point, configured as a master and have one or more Clients, all
WI-MOD-E must have the same System Address (ESSID). For further information and examples on wireless network
topologies refer section 1.0 - “Network Topology” above.
The WI-MOD-E supports several different radio encryption schemes. If utilising any form of encryption, all modules in the
system that communicate with each other will need the same encryption method and encryption keys. The available
encryption methods are listed below.
WEP (Wired Equivalent Privacy)
encryption is the weakest encryption method, defined by the original IEEE802.11
standard and uses a 40bit or 104bit key with a 24bit initialization vector to give a 64bit and 128bit WEP encryption level.
WEP is not considered an effective security scheme, and should only be used if it is necessary to interoperate with other
equipment which does not support more modern encryption methods.
WPA (Wi-Fi Protected Access)
is a subset of the IEEE802.11i Security Enhancements specification.
WPA2 (Wi-Fi Protected Access 2)
replaced WPA and provides significant security improvements over this method. In
particular, it introduces CCMP, a new AES-based encryption mode with strong security.
WPA/WPA2-PSK (Legacy Support)
enables the modem to communicate to all WPA methods including TKIP, AES and
WPA2 AES. Generally only used if the network has older devices that does not support the higher level encryption
