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BEST FREE WIFI ANALYZER WINDOWS 10 MANUAL

BEST FREE WIFI ANALYZER WINDOWS 10 MANUAL

Rather than relying on time-consuming, manual methods, a Wi-Fi analysis tool with a network scanning function can help you monitor, optimize, and protect your network. Scanning for wireless network devicesįor large organizations with hundreds of devices on several different wireless networks at once, tracking every device interfacing with your network can be daunting. Without Wi-Fi network analysis tools, you won’t have an overview of what applications are slowing down your system, what unwanted devices may be lurking on your network, or if a more serious issue, like a security breach, could be behind your connectivity concerns. By performing a thorough Wi-Fi analysis, you can quickly troubleshoot a wide range of issues that may be holding your network back. Analyzing packet-level data to identify network bottlenecks.Generating reports to gain a high-level overview of performance metrics.Providing automated alerts when issues arise.

Detecting and managing all active devices on a network.

These tools allow you to perform and automate several tasks, such as: Wi-Fi analysis tools aim to diagnose issues with your network performance and improve how you manage your network. Having slow, unresponsive Wi-Fi can be frustrating, and not knowing what devices are connected to your network can leave you susceptible to security breaches. Certified by the Wi-Fi Alliance, there are currently four wireless security protocols: Wired Equivalent Privacy (WEP), Wi-Fi Protected Access (WPA), Wi-Fi Protected Access 2 (WPA 2), and Wi-Fi Protected Access 3 (WPA 3). Wi-Fi security protocols utilize encryption technology to protect data traveling on a wireless network by scrambling and randomizing that data. Doing so can help pinpoint network slowdowns. Deep Packet InspectionĪlso referred to as packet sniffing, deep packet inspection (DPI) is a process that identifies, analyzes, and classifies data as it passes through a network. When you experience slow Wi-Fi speeds, your network is victim to high latency, meaning data transmission is taking much longer than it should. Often referred to as network response time or lag, network latency is a delay in how long data takes to travel between a network. Network Standardĭesignated by The Institute of Electrical and Electronics Engineers (IEEE), the network standard is a set of universal specifications that help to define how information is communicated through physical and wireless networks.

Determined by the network standard, the frequency ranges needed to carry Wi-Fi signals are 2.4 GHz and 5 GHz.

Regarding wireless networks, a frequency range is a radio wave frequency essential for transmitting wireless signals. Load balancing is a process that distributes workloads or network traffic across different servers to help reduce server pressure and improve network efficiency. Useful terminologiesīefore we venture any further, let’s review some useful terms that may help you when comparing different Wi-Fi analysis software: Load Balancing This guide will walk you through some standard industry terms, how Wi-Fi analyzers work, a few common network issues you may encounter, and finally, my picks for the five best Wi-Fi analyzer tools, including one solution I think provides comprehensive capabilities, SolarWinds® Network Performance Monitor (NPM). Improve Wi-Fi Performance Using the Right Tools SolarWinds Network Performance Monitor (Free Trial) But how do you choose the best one for your company’s needs?ġ. Using the right Wi-Fi analysis tools, you can analyze, monitor, and secure your wireless network – regardless of your size. When your wireless network performance is slow and spotty, it can be more than frustrating - poor connectivity can bring your operations to a grinding halt. Every organization today relies on Wi-Fi for its business-critical functions, from small businesses with a dozen employees to international enterprises with locations across the globe.