A quality analyzer will be able to identify all 802.11 networks, which is important for organizations with devices running on multiple generations. Spectral analyzers are designed to measure the magnitude of signals across various frequencies from both Wi-Fi and non-Wi-Fi sources. How can spectrum analysis help with troubleshooting? If not, engineers can design the network around the issue. If possible, they or the client can remove it. In particular, engineers should conduct a spectrum analysis before deploying a network to identify potential sources of interference. But the truth is, spectrum analysis should be utilized throughout every phase of network implementation and operation, from planning to deployment to maintenance. Spectrum analysis is often thought of as a tool to use when things go badly. These situations are frustrating for employees and other end-users, as well as potentially harmful to business operations. Users may experience dropped network connections, slow performance, and low voice quality, among other things. Interference manifests itself in a few ways. This analysis can help locate the source of the interference so engineers can figure out a solution. Often, it’s used as a troubleshooting tool when networks are experiencing interference. Spectrum analysis is a process that measures the strength of the network in certain locations. Spectrum analysis is one such tool that’s used to identify sources of interference and eliminate them to optimize network performance. Needless to say, network troubleshooting needs to be done quickly and efficiently, using the best possible tools to find the source of the issue. Some organizations, such as hospitals, can lose precious time and even lives in the most extreme cases. Network downtime, spotty connections, and lag time can cost millions of dollars, depending on the size of the company. High-functioning Wi-Fi is essential to most operations these days. Whether the network goes down entirely or performance is slow, getting everything back up and running is a top priority for the network engineer as well as the organization. Part of this regular maintenance is troubleshooting. Making sure the organization stays operational and secure while meeting the needs of its users is no small feat. Maintaining a network on a daily basis is a complicated task. Identifying and eliminating sources of interference that can slow down and interrupt network performance
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