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Best Tools for Monitoring Bandwidth and Throughput

3ggoyang3 2024. 9. 1.

Best Tools for Monitoring Bandwidth and Throughput

Monitoring bandwidth and throughput is very important to optimize network performance and maintain stability. With the right tools, you can track traffic flows on your network, identify bottlenecks, and maintain optimal performance. This article introduces some of the best tools to help you monitor bandwidth and throughput.

1. SolarWinds Network Performance Monitor (NPM)

SolarWinds NPM is one of the network performance monitoring tools that provides excellent features for monitoring bandwidth and throughput. This tool monitors and analyzes network traffic using protocols such as SNMP, NetFlow, and sFlow.

  • Key features: Real-time network traffic analysis, bandwidth usage monitoring, network map visualization, custom alert settings.
  • Benefits: Provides an intuitive user interface and powerful analysis tools to help you quickly resolve network issues.

2. Paessler PRTG Network Monitor

PRTG Network Monitor is a comprehensive tool for monitoring networks, servers, applications, and more, providing powerful sensors for bandwidth and throughput monitoring. It supports various protocols such as NetFlow, sFlow, and jFlow, and can optimize network status through traffic analysis.

  • Key features: Bandwidth monitoring, network traffic analysis, real-time alerts, custom dashboard.
  • Benefits: > Easy to install and set up, and is an all-in-one solution suitable for monitoring various IT infrastructures.

3. ManageEngine NetFlow Analyzer

ManageEngine NetFlow Analyzer is a tool specialized in bandwidth monitoring and network traffic analysis. This tool analyzes traffic flows on your network in real time to identify bandwidth usage patterns and help you detect problems before they occur.

  • Key features: Real-time bandwidth monitoring, traffic analysis, tracking bandwidth usage by application, and generate custom reports.
  • Benefits: You can optimize network performance through various protocol support and detailed traffic analysis functions.

4. Zabbix

Zabbix is ​​an open source monitoring tool that provides powerful features for monitoring bandwidth and throughput. Zabbix monitors various metrics from network devices, servers, and applications, and supports real-time data collection and visualization.

  • Key features: Real-time bandwidth and throughput monitoring, custom alert settings, dashboard visualization, and scalable architecture.
  • Benefits : Because it is open source, it is cost-effective and easy to customize.

5. Nagios

Nagios is another open source monitoring tool, used for monitoring bandwidth and throughput of network infrastructure. Nagios is extensible through plugins, and various monitoring functions can be added.

  • Key features: Bandwidth and throughput monitoring, custom alert settings, plugin-based extensions, real-time monitoring.
  • Advantages:< /strong> Strong community support and a variety of plugins provide high customization possibilities.

6. Cacti

Cacti is a tool specialized in network monitoring and visual representation of traffic graphs. This tool leverages SNMP to collect data from network devices and visualizes it in graphs to monitor bandwidth and throughput.

  • Key features: Real-time bandwidth monitoring, graph-based traffic visualization, custom templates, scalable data collection.
  • Benefits: Installation is simple, and network status can be easily monitored graphically.

7. Wireshark

Wireshark is a network packet analysis tool that can be used for bandwidth and throughput monitoring. Captures and analyzes network traffic, providing detailed traffic data at the packet level to help identify network problems.

  • Main features: Packet capture and analysis, real-time traffic monitoring, support for various protocols, provides detailed traffic statistics.
  • Advantages: It is available for free and is a powerful tool for in-depth analysis of network traffic.

Conclusion

Monitoring bandwidth and throughput is essential for network performance. This is critical to optimizing and proactively resolving issues. The introduced tools each have their own strengths and features, and can be selected to suit the organization's network environment and needs. Choosing the right tools can help ensure the availability, performance, and reliability of your network.

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