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WiFi heatmaps have become indispensable tools in today's digital world. They offer a visual representation of wireless signals that provide insight into how a WiFi network is performing within a given space.
What is a WiFi Heatmap?
A WiFi heatmap is a technical image that shows the strength and quality of wireless signals in a given area. They are effective for identifying and resolving WiFi coverage challenges and optimizing network performance.
Why do you need a WiFi Heatmap?
A WiFi heatmap can help you plan for the implementation of new wireless networks and optimize existing systems. It can be used to:
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Plan the placement of access points
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Create channel and stream plans
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Adjust system configuration
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Identify areas with low signal
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Identify sources of interference
How does a WiFi Heatmap work?
WiFi heatmap software works by methodically capturing and recording the signal levels of your access points in your location using a laptop or other device to record these metrics. After the analysis, a report is generated that shows the performance of each access point by visualizing a color on the screen that correlates with the signal strength.
How to get started
To create your own WiFi heatmap, you will need the following:
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A computer, laptop or tablet
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WiFi heatmap software
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Detailed information about the building, applications and devices used
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Building plans
Common WiFi Heatmapping Software
There are several companies that supply heatmap software.
Here we mention a few:
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NetSpot https://www.netspotapp.com/
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Acrylic WiFi https://www.acrylicwifi.com/en/
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VisiWave https://www.visiwave.com/
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Ekahau https://www.ekahau.com/
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iBwave https://www.ibwave.com/
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AirMagnet http://enterprise.netscout.com/enterprise-network/wireless-network/wifi-analyzer-airmagnet
Using a WiFi Heatmap
To get the most out of a WiFi heatmap, make sure you understand how to read and interpret the data. A good rule of thumb is that green represents optimal signal strength, yellow is weaker but okay, and red is the lowest and should be remedied with some type of action.
Benefits of reconditioned network equipment.
Buying refurbished equipment can save you money as these products are typically sold at a lower price than new products. This is beneficial for businesses or organizations that are on a tight budget or need to make large purchases of networking equipment.
Another advantage of reconditioned IT equipment is that the warranty is often equivalent to new products. This means that if the product breaks or has a defect, it can be returned and repaired or replaced at no extra cost. This gives you as a user a sense of security and creates confidence in the product.
Having refurbished equipment as spare parts in your wireless network can be a great advantage. If an access point or other network component breaks down, you can quickly replace it with a spare part instead of having to wait for a new product to be delivered. This reduces network connection interruptions and ensures smooth operation of the network.
You can access network equipment that suits you, both new and refurbished, at this link.
