TL;DR
It is shown that while x86 platforms offer higher single-core performance, the ARM server has the potential to achieve up to 2.5 × higher socket-level performance per area and performance per watt than the x86 servers in the absence of system-level bottlenecks.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
The design and functionality of a novel tool that enables in depth observation and monitoring of the Linux kernel’s networking stack in real-time, through eBPF instrumentation of its main RX and TX entry-points are described.
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
