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Save:
Saves the new or modified
Schedule
in the
Schedule Rules List
. When you
are done editing the settings, you must click the
Save Settings
button at the top of
the page to make the changes effective and permanent.
5.10.2
Schedule Rules List
This section shows the currently defined
Schedule Rules
. A
Schedule Rule
can be
changed by clicking the
Edit
icon, or deleted by clicking the
Delete
icon. When you
click the
Edit
icon, the item is highlighted, and the "
Edit Schedule Rule
" section is
activated for editing. After you’ve completed all modifications or deletions, you must
click the
Save Settings
button at the top of the page to save your changes. The
router must reboot before new settings will take effect. You will be prompted to
Reboot the Device
or
Continue
. If you need to make additional settings changes,
click
Continue
. If you are finished with your configuration settings, click the
Reboot
the Device
button.
5.11
Bandwidth
The Bandwidth Measurement page uses the Link Layer Topology and Discover (LLTD)
protocol to measure the bandwidth between the access point and LAN or WLAN
devices that support LLTD. LLTD support is included in many end-point devices,
including PCs, Xbox, Ubicom based digital picture frames, Ubicom based routers, etc.
Test Type:
Capacity Test
: Uses packet transit time to measure the latency introduced between
packets, and uses that information to estimate the available bandwidth. The test transmits
small packets at wide intervals to minimize competition with other LAN traffic.
Flood Test: Transmits an increasingly large number of packets to find the point at
which the network starts to drop packets, then backs off and provides an estimate of
the packet rate that is just below the maximum and does not introduce packet loss.
This test will actually compete with other traffic on the LAN.
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MAC Address:
Enter the MAC Address of the LAN machine you want to use for
testing. You can also choose the LAN machine from the drop-down list of known
machines, or you can select the machine you are currently using by clicking the
button Copy Your Machine's MAC Address. Make sure that the selected LAN machine
supports the LLTD protocol.
Start:
Start running the test. The router exchanges packets with the machine whose
MAC Address you specified. The test will fail if the target machine does not support
the LLTD protocol.
Stop:
The test runs until you stop it. Let the test run for a few minutes. When the
results seem to have stabilized, click this button to end the test.
Results When you start the test, the results appear in this area of the screen.
Reference Values:
The first several bars in the results table are the reference
values against which you can compare the measured results. Each bar represents
the typical bandwidth usage of a specific type of media stream.
Digital Music
Internet VOD (Video on Demand)
Satellite TV (Standard definition)
HDTV Broadcast
Measured Results
Compare the measured results to the reference values to discover what kinds of
media can travel over this link without degradation.
Link Capacity:
The bar shows the measured capacity of the link between the access
point and the specified LAN machine, using the same scale as the reference bars.
Link Drop Rate:
The Flood Test also displays the measured drop rate. The Link
Drop Rate is a measure of packets that are lost when the Flood Test tries to increase
the volume of packets beyond the capacity of the link. The changing values of Link
Drop Rate serve as an indicator of test activity.
5.12
Mirror
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The Port Mirror option allows you to capture ingress or egress traffic on Ethernet
ports.
Enabled:
Enables the port mirror.
Receiver:
The port which the captured data gets sent to.
Ingress:
Capture the incoming packets from the selected port.
Egress:
Capture the outgoing packets from the selected port.
The letter H is short Host, which is internal traffic in the router. This is only useful for
debugging. The letter W is short for WAN, so you can mirror in/out to the internet. The
digits 1-7 denotes the LAN-ports.
5.13
Console
The Console options allow you configure the Telnet console of the device.
Enabled Console:
Enables the console server.
Protocol:
Here you can choose between regular Telnet and encrypted Telnet/TLS.
Port:
This is the port the console server will listen to.
Enable Password Protection:
Enabling this will make the server ask for a password.
This will correspond to the password used for the Admin account on the web interface.
Example:
Command Line
telnet-ssl -z ssl 192.168.0.1
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Output
Welcome to Foobar
Enter 'h [command]' or 'help [command]' for command info.
help, h - This help menu
version - Version
call
- Console dialing menu
system
- System menu
media
- Media / Voice / RTP menu
ua
- SIP UserAgent menu
eth
- Ethernet menu
fxs
- FXS menu
prov
- Provisioning menu
hw
- Hardware access
reboot
- Reboot the system
rstcfg
- Restore default configuration
quit, q - Quit console
>
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6
Status
The Status items are mainly informational.
6.1
Device Info
All of your Internet and network connection details are displayed on the Device Info
page. The firmware version is also displayed here.
Note: Some browsers have limitations that make it impossible to update the WAN
status display when the status changes. Some browsers require that you refresh the
display to obtain updated status. Some browsers report an error condition when
trying to obtain WAN status.
6.1.1
General
Time:
Displays the time and date that the router is set to.
Firmware Version:
Displays the currently loaded firmware version.
6.1.2
WAN
Displays information about your Internet connection. Depending on the WAN
connection mode, you can take one of the following sets of actions:
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