Load distribution method using multicore based NIC for high-performance computing system

Jaeguk Ahn, Jong-Beom Kim, W. Choi, Jong-Oh Kim, S. Choi
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引用次数: 1

Abstract

Cloud computing is becoming more important in Software Defined Networking (SDN) / Network Function Virtualization (NFV). Virtual Machine (VM) and various services require higher performance servers. Accordingly, the performance of the server also requires high capacity and high performance. As the performance of hardware increases, it is required to increase the speed in the data plane area. In order to increase the speed of the data plane area, it is necessary to adjust the core affinity for each flow. When passing through the kernel, the kernel performs packet header parsing, which is overhead in terms of speed. Therefore we propose a data plane acceleration technology with load distribution of multicore (28 core) based Network Interface Card (NIC) in the test environment that delivers packets at 20 Gbps.
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基于多核网卡的高性能计算系统负载分配方法
云计算在软件定义网络(SDN) /网络功能虚拟化(NFV)中变得越来越重要。虚拟机和各种业务对服务器的性能要求越来越高。相应的,对服务器的性能也要求高容量、高性能。随着硬件性能的提高,需要在数据平面区域提高速度。为了提高数据平面区域的速度,需要对每个流的核心亲和力进行调整。当通过内核时,内核执行包头解析,这在速度方面是开销。因此,我们在测试环境中提出了一种基于多核(28核)网络接口卡(NIC)负载分配的数据平面加速技术,其传输速率为20gbps。
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