Ideally, you should consider measuring packet drops at each layer of the network stack. If the performance and health of your networking is critical to you or your business, you will have no choice but to invest a considerable amount of time, effort, and money into understanding how the various parts of the system interact. The networking stack is complex and there is no one size fits all solution.
General advice on monitoring and tuning the Linux networking stack The information presented here builds upon the work done for Private Internet Access, which was originally published as a 5 part series starting here. Special thanks to the folks at Private Internet Access who hired us to research this information in conjunction with other network research and who have graciously allowed us to build upon the research and publish this information. This blog post will hopefully serve as a reference to anyone looking to do this. It is impossible to tune or monitor the Linux networking stack without reading the source code of the kernel and having a deep understanding of what exactly is happening. UPDATE Take a look at the Illustrated Guide to Monitoring and Tuning the Linux Networking Stack: Receiving Data, which adds some diagrams for the information presented below. UPDATE We’ve released the counterpart to this post: Monitoring and Tuning the Linux Networking Stack: Sending Data.
#Study stack nic how to
This blog post explains how computers running the Linux kernel receive packets, as well as how to monitor and tune each component of the networking stack as packets flow from the network toward userland programs.
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