filmov
tv
Inside Wireless: How RF coverage works
Показать описание
RF Coverage is NOT equal to Beam width.. What is it then? After watching this Inside Wireless video, you'll understand what RF coverage is and how it works. The RF waves are invisible, but we can still visualize them using pseudo-colors. Many more components go into its calculation and it is wrong to say that section of a circle with angular width corresponding to the antenna beam width is a good approximation of coverage. Find out more in our latest Inside Wireless episode.
RF coverage calculation components are:
* Antenna radiation pattern
* Antenna realized gain
* RF radio output power
* Map data
* Antenna site coordinates
* Antenna down tilt, height above ground
Various online tools offer RF coverage calculations of various accuracies. Factors that are difficult to include in the calculation yet can strongly influence its accuracy are changing foliage, weather conditions, or flora passing the line of sight of a link.
Many WISPs like the idea that coverage corresponds to the beam width because it's intuitive and easy to understand. It is misleading to say the least and often leaves users confused when they get mixed results in the field deployment.
COVERAGE IS A CONTINUOUS IMAGE OF RF SIGNAL IN AN AREA.
0:00 intro
0:16 Common ideas about coverage
0:56 Coverage calculation components
1:13 Coverage example
1:40 Pseudo-color visualization
2:17 Multi-color visualization
#RFelements #InsideWireless #RFcoverage #Antennas #AntennaTheory #WISP #SaveSpectrum #RejectNoise #growsmart #UbiquitiNetworks #CambiumNetworks #MimosaNetworks #Mikrotik
RF coverage calculation components are:
* Antenna radiation pattern
* Antenna realized gain
* RF radio output power
* Map data
* Antenna site coordinates
* Antenna down tilt, height above ground
Various online tools offer RF coverage calculations of various accuracies. Factors that are difficult to include in the calculation yet can strongly influence its accuracy are changing foliage, weather conditions, or flora passing the line of sight of a link.
Many WISPs like the idea that coverage corresponds to the beam width because it's intuitive and easy to understand. It is misleading to say the least and often leaves users confused when they get mixed results in the field deployment.
COVERAGE IS A CONTINUOUS IMAGE OF RF SIGNAL IN AN AREA.
0:00 intro
0:16 Common ideas about coverage
0:56 Coverage calculation components
1:13 Coverage example
1:40 Pseudo-color visualization
2:17 Multi-color visualization
#RFelements #InsideWireless #RFcoverage #Antennas #AntennaTheory #WISP #SaveSpectrum #RejectNoise #growsmart #UbiquitiNetworks #CambiumNetworks #MimosaNetworks #Mikrotik
0:03:28
Inside Wireless: How RF coverage works
0:04:33
How Does An Antenna Work? | weBoost
0:04:33
RF Propagation
0:03:10
How Electromagnetic Waves Transmit Music, Messages, & More
0:08:02
How does an Antenna work? | ICT #4
0:26:10
Map-based visualization of RF propagation for wireless communications
0:00:34
Lesson 1 Analyzing RF Propagation CCNA Wireless 200 355
0:07:48
Multi Channel Indoor and Outdoor RF coverage with the MS2090A Spectrum Analyzer
0:29:35
RF Coverage Uncovered, Oct 2021
0:04:18
Resolving High Ceiling RF Coverage Holes using the Wireless 3D Analyzer | Episode 2
0:03:10
Free Space RF Propagation Loss | @leostechtalk | wifi | radiowave | propagation | loss |
0:32:37
What Is RF Propagation
0:53:23
Fixed Wireless Access and basic RF
0:24:43
Get Your Wireless RF Basics Theory Right [2020] | Interview Preparation for Wireless Networks
0:05:38
Near and Far Field, Electromagnetic Field, RF Propagation Introduction-Antenna Basics
0:02:14
RUCKUS RF Basics - RF Gain and Loss
0:59:22
Webinar: How to efficiently detect, identify, and locate RF interference to increase RAN capacity
0:01:32
Welcome to RF Planning and Design
0:04:51
ADTRAN Show Me Series - RF Signal Propagation Demonstration
0:18:56
How Cell Service Actually Works
0:38:45
Fundamentals of RF and Wireless Communications
0:01:21
RF and Radio Network Fundamentals | Self-Paced Course
0:17:04
Wireless RF Survey - part 1
0:01:22
RUCKUS RF Basics - RF Reflection
Комментарии