Ubiquiti Networks NSM5-M5
Contents
1. TECHNOLOGY UBIQUITI DATASHEET we NETWORKS eoo AirView Spectrum Analyzer File View Help ooo i 7 7 Device Rocket M5 0027220435C3 on ubnt 192 168 1 20 18888 Total RF Frames 125 FPS 10 2 Reset All Data Waterfall View ower dBm EF Optimize Wireless Network Design and T E Performance TSS TE Analyze Frequency Usage and Activity ee ee Levels Onsite Energy Data Points Collected in Real Time Spectral Views Optimize Wireless Network Design and Performance To optimize the performance of a wireless network the network designer should seek the best SNR Signal to Noise Ratio A possible Signal level can be predicted and planned based on Sas EOR EUA BOR EPR EOR EE MET EYA EDA RUR EVA MR DON EPR ECE the transmit power antenna gain distance and frequency band Ssi ai Aa However a common problem with unlicensed wireless bands 2 4 GHz 5 GHz etc is that noise cannot be predicted and clean spectrum is not guaranteed on any certain frequencies Previously an off the shelf soectrum analyzer which may cost upwards of 10 000 was required to conduct a site survey or spectrum analysis at the installation site of the wireless equipment Now integrated on all Ubiquiti Networks airMAX M products airView provides powerful spectrum analyzer functionality removing the need to rent or purchase additional equipment for doing site surveys Analyze Frequency Usage and Activity Levels Onsite airVie2. ew session Average which shows the running energy average across frequency and Real time which displays the real time energy seen by airView as a function of frequency a See See See E See E See E E O Eo po A i 405 2410 2415 240 24 240 245 240 245 2480 2455 2400 2405 2470 2475 2480 2 5 Mkz UBIQUITI NETWORKS INC 2580 ORCHARD PARKWAY SAN JOSE CA 95131 USA e WWW UBNT COM 2013 2014 Ubiquiti Networks Inc All rights reserved Ubiquiti Ubiquiti Networks the Ubiquiti U logo the Ubiquiti beam logo airMAX airOS and airView are trademarks or registered trademarks of Ubiquiti Networks Inc in the United States and in other countries All other trademarks are the property of their respective owners
3. w allows network designers to identify noise signatures and plan their networks to minimize noise interference airView accurately depicts the frequencies currently in use by other devices how active the devices on those frequencies are and how much noise or interference may be expected if a wireless network operates on or near certain frequencies Using airView network designers can avoid highly used channels and set up new access points on channels showing the least usage In airView there are three spectral views each of which represents different data Waterfall View A time based graph shows the aggregate energy collected since the start of the airView session for each frequency The power of the energy in dBm is displayed across the frequency span and a new row is inserted every few seconds The color of the energy denotes the amplitude or strength of the signal Waveform View An activity based graph shows the aggregate energy collected since the start of the airView session The power of the energy in dBm is shown across the frequency span The spectral view over time essentially displays the steady state RF energy signature of a given environment Real time Chart A 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 Max Hold which updates and holds maximum power levels across the frequency since the start of an airVi
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