# For RHEL/CentOS (binary installer) wget https://www.manageengine.com/products/netflow-analzer/linux/NetFlowAnalyzer_linux_x64.bin
To prevent conflicts during deployment, complete these preliminary steps:
: Ensure the following ports are open and not used by other services: Web Server Port : 8060 (HTTP) or 8061 (HTTPS).
Select the destination folder where NetFlow Analyzer will be installed. The default path is C:\ManageEngine\NetFlowAnalyzer . Click . Step 5: Configure Port and Protocol manageengine netflow analyzer installation guide
Note: Always refer to the official ManageEngine NetFlow Analyzer documentation for version-specific changes, as UI paths and default ports may evolve over time.
: Follow the on-screen instructions to select the installation directory and configure web server ports.
Select the installation directory (Default: C:\ManageEngine\NetFlowAnalyzer ). Click . # For RHEL/CentOS (binary installer) wget https://www
: Run the file using sudo: sudo ./ManageEngine_NetFlowAnalyzer_xxxx.bin -i console .
Before installing ManageEngine NetFlow Analyzer, ensure that your system meets the following requirements:
In the CLI:
For very large environments (over 10k flows/second), ManageEngine recommends using their HighPerf add-on, which requires even more substantial resources: 2 x 3.2 GHz Quad Core processors, 48 GB+ of RAM, and 3500 GB of disk space.
Before starting the installation, ensure your server meets the hardware and software specifications required to handle your network's traffic volume. Hardware Requirements
: Get the latest executable from the official download page and run it with administrator privileges to avoid access issues. network port configuration
Installing ManageEngine NetFlow Analyzer is straightforward but demands careful attention to hardware sizing, network port configuration, and post-installation tuning. Whether on Windows or Linux, the process follows a logical flow: system preparation, software deployment, initial web setup, and exporter integration. A successful installation lays the foundation for proactive bandwidth monitoring, security forensics, and capacity planning. By following this guide—and paying special attention to memory allocation and flow receiver ports—network administrators can transform raw flow data into actionable intelligence within hours of deployment.
