Industry News

  • ​With the widespread popularity and use of wireless networks, the optimization of Wi-Fi performance has become increasingly important. As a network administrator, it is crucial to understand how to use a network analyzer to analyze Wi-Fi performance and design an optimized network. This article will introduce how to use a network analyzer to analyze Wi-Fi networks and optimize performance.


  • With the development and popularization of modern computer and network technology, network analyzers have become an indispensable tool in network management and maintenance. A network analyzer refers to a class of software or hardware tools used to monitor, analyze, diagnose, and optimize network performance. Today's network analyzers have many powerful functions and can view and analyze various information in the network. The following are some common ones:


  • A network analyzer is a tool used to monitor, analyze, and capture network data flows. It can help network administrators diagnose various network problems. Its main functions include: packet capture and analysis, traffic analysis and optimization, network bottleneck and fault diagnosis, etc.


  • Network analyzers have many functions and are widely used. They are indispensable in many industries. They are mainly used to measure the linear characteristics of wireless radio frequency (RF) components and equipment. In addition, they can also be used for:


  • ​ENA Vector Network Analyzer is a high-end microwave analysis instrument commonly used to test the performance of various microwave circuits and equipment. ENA is a series of products from Keysight Technologies, which provides high-precision S-parameter (scattering parameter) measurement, phase, amplitude balance, noise figure, component loss and many other measurement indicators, and has achieved growth in speed and accuracy.


  • Microwave Spectrum Analyzer is an instrument used to measure the frequency, power, distortion, spectral bandwidth and other parameters of electromagnetic waves in the microwave frequency range. It is usually used in microwave circuit design, radar systems, wireless communications and other fields, and is a very commonly used testing tool.


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