VisiWave Site Survey é um profissional de LAN wireless site survey aplicativo que ajuda você a coletar e visualizar os dados, bem como criar uma rede sem fio relatório. O processo de colecção de site de levantamento de dados é realizado através de um padrão adaptador sem fio.
Another important part of the Wi-Fi survey is to determine the attenuation values of the obstructions (walls, doors, racks, etc.) on the site. ESS Planning uses these values to predict the signal loss and propagation through the obstructions. Getting accurate attenuation values for these obstructions is vital to ensure the simulation is close to real-world results. There is a library of many common obtructions within ESS, however these are typical losses and there are sometimes varying construction methods that result in different values. To measure these anomolies or unique obstructions follow the steps outlined in a blog post written by Nigel Bowden.
Visiwave Site Survey Serial Number
With the APs positioned on the map, it is time to optimize the network design. ESS has 20 heatmap visualizations that help with the optimization and troubleshooting of networks, ranging from Signal Strength to Channel Overlap to Packet Loss and more. To select the visualization click the drop-down menu next to "Show". The visualization menu bar also has other options that you can configure such as the frequency band show, the number of floors used in the signal prediction, the receiver adapter, the APs show (mainly for survey), and more. The image below shows the various types of heatmap visualizations that can be used.
A site survey is conducted to obtain site environment information, such as interference sources, signal attenuation caused by obstacles, floor height, new obstacles, and extra-low voltage (ELV) room locations. Determine AP models, installation positions and modes, and power supply and cabling design based on the construction drawings.
Before starting a site survey, use WLAN Planner to design a draft WLAN planning solution, which can provide guidance during the site survey. The design roadmap of the draft WLAN planning solution is the same as that described in WLAN Planning Design. The difference is that no actual site survey data collected is available as a reference during the design of the draft WLAN planning solution.
The CloudCampus APP provides a built-in site survey module that supports multiple functions such as AP locating, terminal query, and interference check. Use the CloudCampus APP to perform the following tasks:
Table 2-3 lists the site survey information that needs to be collected for reference by site survey personnel. Perform a site survey and collect information listed in Table 2-3 and record the information in detail on the construction drawings.
Obstacles greatly attenuate wireless signals, which thereby significantly affects WLAN planning and deployment. Therefore, during a site survey, pay special attention to the method for testing the signal attenuation caused by obstacles to obtain accurate signal attenuation data. The following describes how to test the signal attenuation caused by obstacles:
After you install the tool on a Windows laptop and start the app, you will need to walk around in the house or office space (i.e site-surveying) so that the software will pick up all the available wireless signals and access points in the area.
After the site-survey (limited to 15 minutes of survey) you will get a heat-map with colors and signal strength numbers (in dBm) of the area. This will help you to adjust the location of access points or wifi routers, change channels for lowering interference etc.
Heatmapping software works by methodically capturing and recording the signal levels of your access points at intervals as a survey engineer walks your site with a device to record these measurements.
When on-site, the engineer will walk around your building or site carrying a laptop or tablet loaded with wireless survey software to collect your wireless system's performance metrics and gather the data to generate the heatmaps. 2ff7e9595c
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