Performance and Application Scenario Evaluation of Network Hardware Queue

Xiang Gao, Rongkai Liu, Xiancheng Lin
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Abstract

With the development of computer and network technology, it has brought great challenges to the efficient processing of the network. In particular, the number of CPU cores is increasing, which leads to the need for efficient cooperation of software and better concurrency. At the same time, the traditional software network packet processing method not only consumes a lot of host resources, but also causes uneven CPU load, which affects the overall performance. In the existing cutting-edge research, many network data processing of traditional software queues is realized through hardware queues, such as Intel’s DLB hardware queues. Taking the DLB hardware queue as an example, this research evaluates in detail its possible accelerated business scenarios and corresponding technical architecture, and also evaluates the basic performance of DLB technology, which lays a good foundation for future technology application and promotion.
网络硬件队列性能及应用场景评估
随着计算机和网络技术的发展,对网络的高效处理提出了巨大的挑战。特别是CPU核数不断增加,这就需要软件之间的高效协作和更好的并发性。同时,传统的软件网络数据包处理方法不仅消耗大量主机资源,而且造成CPU负载不均,影响整体性能。在现有的前沿研究中,很多传统软件队列的网络数据处理都是通过硬件队列来实现的,比如Intel的DLB硬件队列。本研究以DLB硬件队列为例,详细评估了其可能的加速业务场景和相应的技术架构,并对DLB技术的基本性能进行了评估,为未来的技术应用和推广奠定了良好的基础。
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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