Ubiquiti AirRouter [34/38] Main view
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32Ubiquiti Networks, Inc.
Chapter 3: AirOS™ AirRouter User Guide
Note: Java Runtime Environment 1.6 (or above) is
required to use the Airview tool.
Main View
Device Displays the device name, MAC and IP Address of
the device running AirView.
Total RF Frames Displays the total number of RF frames
gathered for as long as AirView has been running or since
the “Reset All Data” button was pressed.
FPS Indicates the total number of frames gathered per
second. The wider the interval amplitude, the fewer frames
per second will be gathered.
Reset All Data Press this button to reset all gathered data.
Use this function when you want to analyze the spectrum
for another place or address.
View
Enable Chart Panel 1 (top) Enable this option to display
the top chart, Waterfall or Channel Usage, depending
on which you have selected in Preferences. These are
time-based graphs showing the aggregate energy
collected or Channel Usage over time for each frequency
for as long as AirView has been running.
Enable Chart Panel 2 (middle) Enable this option to
display the middle chart, Waveform. This a time-based
graph showing the aggregate energy collected for each
frequency over time. The color of the energy designates
its amplitude: colder colors stand for lower energy
levels (with blue representing the lowest levels) at that
frequency bin, whereas warmer colors (like yellow, orange
or red) mean higher energy levels at that frequency bin.
Enable Chart Panel 3 (bottom) When enabled, this graph
displays a traditional Spectrum Analyzer in which energy
(in dBm) is shown in real-time as a function of frequency.
Clear All Markers Press to reset all previously assigned
markers. Markers are assigned by clicking a point, which
corresponds with a frequency, on the third chart.
Preferences In this section you can modify AirView
Settings, such as enabling or disabling charts, or
specifying the frequency interval.
Preferences
Charts
Enable Top Chart Select the chart to be displayed in the
top chart on the main view. There are two options:
• Waterfall This is a time-based graph showing the
aggregate energy collected over time for each
frequency while AirView has been running. The color of
energy designates its amplitude. Colder colors stand for
lower energy levels (with blue representing the lowest
levels) at that frequency bin, whereas warmer colors
(like yellow, orange or red) mean higher energy levels at
that frequency bin.
The Waterfall View’s legend (top-right corner) provides a
numerical guide associating the various colors to power
levels (dBm). The low end of that legend (left) is always
adjusted to the calculated noise floor, and the high end
(right) is set to the highest detected power level since
the start of the session.
•
Channel Usage In this graph, each 2.4GHz Wi-Fi
channel is represented by a bar displaying a percentage
showing the relative “crowdedness” of that specific
channel. This percentage is calculated by analyzing both
the popularity and the strength of RF energy in that
channel since the start of an AirView session.
Enable Waveform chart (middle) Like the Waterfall
chart, this a time-based graph showing the aggregate
energy collected for each frequency over time while
AirView has been running. The color of the energy
designates its amplitude: colder colors stand for lower
energy levels (with blue representing the lowest levels)
at that frequency bin, whereas warmer colors (like
yellow, orange or red) mean higher energy levels at that
frequency bin.
The spectral view over time will essentially display the
steady-state RF energy signature of a given environment.
Enable Real-time chart (bottom) This graph displays a
traditional Spectrum Analyzer in which energy (in dBm)
is shown in real time as a function of frequency. There are
three traces in this view:
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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