Transparently Achieving Superior Socket Performance Using Zero Copy Socket Direct Protocol over 20Gb/s InfiniBand Links

Dror Goldenberg, Michael Kagan, Ran Ravid, Michael S. Tsirkin
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引用次数: 20

Abstract

Sockets Direct Protocol (SDP) is a byte stream protocol that utilizes the capabilities of the InfiniBand fabric to transparently achieve performance gains for existing socket-based networked applications. In this paper we discuss an implementation of Zero Copy support for synchronous send()/recv() socket calls, that uses the remote DMA capability of InfiniBand for SDP data transfers. We added this support to the open-source implementation of SDP over InfiniBand. We evaluate this implementation over a 20 Gb/s InfiniBand link. We demonstrate scalability of Zero Copy and show its benefits for systems that utilize multiple socket connections in parallel. For example, enabling Zero Copy with 8 active connections yields a bandwidth growth from 630MB/s to 1360MB/s, at the same time reducing the CPU utilization by a factor often
在20Gb/s InfiniBand链路上使用零拷贝套接字直接协议实现卓越的套接字性能
套接字直接协议(SDP)是一种字节流协议,它利用InfiniBand结构的功能,透明地为现有的基于套接字的网络应用程序实现性能提升。在本文中,我们讨论了对同步send()/recv()套接字调用的零复制支持的实现,该实现使用InfiniBand的远程DMA功能进行SDP数据传输。我们将这种支持添加到基于InfiniBand的SDP的开源实现中。我们在20gb /s InfiniBand链路上评估此实现。我们演示了Zero Copy的可伸缩性,并展示了它对并行利用多个套接字连接的系统的好处。例如,启用具有8个活动连接的Zero Copy会使带宽从630MB/s增长到1360MB/s,同时通常会将CPU利用率降低一倍
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