Fast userspace packet processing

Tom Barbette, Cyril Soldani, L. Mathy
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引用次数: 172

Abstract

In recent years, we have witnessed the emergence of high speed packet I/O frameworks, bringing unprecedented network performance to userspace. Using the Click modular router, we rst review and quantitatively compare several such packet I/O frameworks, showing their superiority to kernel-based forwarding. We then reconsider the issue of software packet processing, in the context of modern commodity hardware with hardware multi-queues, multi-core processors and non-uniform memory access. Through a combination of existing techniques and improvements of our own, we derive modern general principles for the design of software packet processors. Our implementation of a fast packet processor framework, integrating a faster Click with both Netmap and DPDK, ex-hibits up-to about 2.3x speed-up compared to other software implementations, when used as an IP router.
快速用户空间数据包处理
近年来,我们见证了高速分组I/O框架的出现,为用户空间带来了前所未有的网络性能。使用Click模块化路由器,我们首先回顾并定量比较了几种这样的数据包I/O框架,显示了它们相对于基于内核的转发的优越性。然后,我们在硬件多队列、多核处理器和非统一内存访问的现代商品硬件的背景下重新考虑软件包处理的问题。通过结合现有技术和我们自己的改进,我们得出了软件包处理器设计的现代一般原则。我们实现了一个快速数据包处理器框架,将更快的Click与Netmap和DPDK集成在一起,当用作IP路由器时,与其他软件实现相比,速度提高了约2.3倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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