The site survey WLAN, also known as an RF site survey or wireless site survey, is a process of laying out and evaluating a proposed wireless network, in order to deliver accurate data rates, optimum network performance, connectivity, data quality and Service Level Agreement (SLA). Site surveys are usually conducted by experts in the field and involve careful comparison with what users currently pay for wireless service. This helps in providing accurate cost effective solutions and competitive advantages to small and medium sized enterprises (SMEs), even to the largest enterprises in the corporate world. Such surveys help companies in determining their current wireless practices and also the costs involved in installing and maintaining new wireless networks.
One such wireless site survey tool is the 'wireless site survey' itself. In this tool you need to have a good floor plan, a clear indication of where the main access points and key cabinet locations are. In order to get a good signal strength measurement, you can use the RMS (radiated energy reflection) method. The main problem with this method is that it may give a false impression of the actual strength and clarity of the signal, due to the reflective properties of certain materials like glass, steel, concrete, etc. Floor plans must be carefully considered and accurate measurements should be taken. Visit: https://datalinetechnologies.com/site-surveys/ for more information about the wireless site survey.
It is important that the survey gives a complete picture of all the access points and cabinet locations. Different wireless site surveys use different techniques for measuring access points and cabinet locations. Some wireless site surveys use the technique of predicting the location of the main access points and key cabinet locations. This method may not be accurate and does not give the full picture of the entire signal. Sometimes a Predictive Survey may be used, where a survey is done to predict the best access points for a given area, and then the cabinet locations are marked on a map using mathematical calculations. Sometimes these mathematical calculations are wrong and give incorrect information about the location of the access points and cabinet locations.
There are many other techniques that are used to determine the optimal placement for the wireless site survey. The best method is to determine the most optimal set of WiFi access points that would provide the maximum coverage for the majority of the clientele. Then the best possible set of Aps points could be set up. A typical set of Aps points would include the following: common access points, common carrier, hubs or cell sites, tower sites and substations. Any of these may be included in the set of WiFi access points that are analyzed.
Depending upon your layout, the wireless site survey must be conducted on an area that is representative of the entire floor plan of your building. These areas must be measured with respect to any doorways, windows, elevators, exterior walls, etc. The survey results and calculations are used to determine the ideal set of WiFi network points that will provide the most optimum coverage for the majority of the area that is being surveyed. Once the wireless network coverage is determined it is important to consider the areas of your building that are in the immediate proximity of the wireless points and to establish where the best place to locate the main wireless access point would be.
A wireless site survey is typically carried out by professionals who are familiar with the technical aspects of conducting such surveys. These experts will be able to determine the optimal site locations based upon the information that is provided during the survey process. The results of such an analysis will provide you with detailed information regarding the type of signal strength and the frequency of the wireless signals being received. The location of the main wireless access point and the coverage areas that are serviced via the main access point are also detailed in the survey report. All of this data is helpful in determining the location of the best possible locations for your existing network. It is then easier to find places in your buildings that will allow you to successfully connect to your wireless signals. Read this post to get more facts on the subject: https://www.dictionary.com/browse/wireless.