![Ubiquiti AirRouter [25/38] Lan network settings](/img/pdf.png)
Ubiquiti AirRouter [25/38] Lan network settings
![Ubiquiti AirRouter [25/38] Lan network settings](/views2/1072908/page25/bg19.png)
23Ubiquiti Networks, Inc.
Chapter 3: AirOS™ AirRouter User Guide
LAN Network Settings
IP Address This is the IP address to be represented by
the LAN (including WLAN) interface which is connected
to the internal network. This IP will be used for the routing
of the internal network (it will be the Gateway IP for all
the devices connected on the internal network). This IP
address is used for the management of the AirRouter.
Netmask This is used to define the device IP classification
for the chosen IP address range. 255.255.255.0 is a typical
netmask value for Class C networks, which support
IP address range 192.0.0.x to 223.255.255.x. A Class C
network Netmask uses 24 bits to identify the network
(alternative notation “/24”) and 8 bits to identity the host.
Enable NAT Network Address Translation (NAT) enables
packets to be sent from the external network (WAN) to the
local interface IP address and then sub-routed to other
client devices residing on the local network while the
AirRouter is operating in Access Point or Access Point WDS
wireless mode.
Enable NAT Protocol While NAT is enabled, data packets
could be modified in order to allow pass-through to the
Router. To avoid packets modification of some specific
packets, like: SIP, PPTP, FTP, RTSP; uncheck the respective
checkbox.
NAT is implemented using the masquerade type firewall
rules. NAT firewall entries are stored in the iptables nat
table, while the device is operating in Router mode. Please
refer to the iptables tutorial for detailed description of the
NAT functionality in Router mode.
Static routes should be specified in order for the packets
to pass-through the AirRouter if NAT is disabled while
operating in SOHO Router network mode.
Enable DHCP Server Dynamic Host Configuration
Protocol (DHCP) Server assigns IP addresses to clients
connected to the wireless interface and LAN interface
while the AirRouter is operating in Access Point or Access
Point WDS wireless mode. IP addresses are assigned
to clients that connect to the LAN interface while the
AirRouter is operating in Station or Station WDS mode.
•
Range Start/End This range determines the IP
addresses given out by the DHCP server to client
devices on the internal network which use dynamic IP
configuration.
• Netmask This is used to define the device IP
classification for the chosen IP address range.
255.255.255.0 is a typical netmask value for Class C
networks, which support IP address range 192.0.0.x to
223.255.255.x. A Class C network Netmask uses 24 bits
to identify the network (alternative notation “/24”) and 8
bits to identity the host.
• Lease Time The IP addresses given out by the DHCP
server will only be valid for the duration specified
by the lease time. Increasing the time ensures client
operation without interruption, but could introduce
potential conflicts. Lowering the lease time will avoid
potential address conflicts, but might cause more slight
interruptions to the client while it will acquire new IP
addresses from the DHCP server. The time is expressed
in seconds.
Enable DNS Proxy The DNS Proxy forwards the Domain
Name System requests from the hosts which reside in
the internal network to the DNS server while AirRouter
is operating in SOHO Router mode. A valid Primary DNS
Server IP needs to be specified for DNS Proxy functionality.
The internal network interface IP of the AirRouter should
be specified as the DNS server in the host configuration
in order for the DNS Proxy to be able to get DNS requests
and translate domain names to IP addresses afterwards.
Port Forwarding Port forwarding allows specific ports of
the hosts residing in the internal network to be forwarded
to the external network (WAN). This is useful for a number
of applications such as FTP servers, VoIP, gaming, etc.
where different host systems need to be seen using a
single common IP address/port.
Port Forwarding rules can be set in the Port Forwarding
window, which is opened by enabling Port Forwarding
and then clicking Configure.
Port Forwarding entries can be specified by using the
following criteria:
•
Private IP The IP of the host which is connected to the
internal network and needs to be accessible from the
external network.
Содержание
- Appendix a 2
- Appendix b 2
- Appendix c 2
- Chapter 1 2
- Chapter 2 2
- Chapter 3 2
- Contact information 2
- Installation 2
- Product overview 2
- Specifications 2
- Table of contents 2
- Warranty 2
- Chapter 1 product overview 3
- Package contents 3
- Rear view 3
- System requirements 3
- Top view 3
- Chapter 2 installation 4
- Hardware installation 4
- Connecting a wireless client to the airrouter 5
- Windows 5
- Chapter 3 airo 6
- Chapter 3 airos 6
- Navigation 6
- Status 6
- Monitor 7
- Throughput 7
- Ap information 8
- Station info 8
- Stations 8
- Arp table 9
- Bridge table 9
- Dhcp client 9
- Routes 9
- Basic wireless settings 10
- Dhcp leases 10
- Port forward 10
- Wireless 10
- Wireless security 13
- Wpa wpa2 13
- Mac acl 14
- Bridge 15
- Network 15
- Network role 15
- Network settings 15
- Firewall settings 16
- Router 17
- Wlan network settings 17
- Lan network settings 19
- Soho router 21
- Wan network settings 22
- Lan network settings 25
- Firewall settings 26
- Multicast routing settings 26
- Advanced 27
- Advanced wireless settings 27
- Static routes 27
- Advanced ethernet settings 28
- Ping watchdog 29
- Services 29
- Snmp agent 29
- Traffic shaping 29
- Ntp client 30
- Ssh server 30
- System log 30
- Telnet server 30
- Web server 30
- Date settings 31
- Device 31
- System 31
- System accounts 31
- Configuration management 32
- Device maintenance 32
- Site survey 32
- Airview 33
- Network ping 33
- Speed test 33
- Traceroute 33
- Main view 34
- Preferences 34
- Appendix a specifications 36
- Appendix b warranty 37
- General warranty 37
- Warranty conditions 37
- Appendix c contact information 38
- Online resources 38
- Ubiquiti networks support 38
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