article · 2014

Frame Shared Memory: Line-Rate Networking on Commodity Hardware

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Abstract

Network processors provide an economical programmable platform to handle the high throughput and frame rates of modern and next-generation communication systems. However, these platforms have exchanged general-purpose capabilities for performance. This paper presents an alternative; a software frame-work for commodity general-purpose architectures ca-pable of high-rate and throughput sequential frame pro-cessing compatible with high-level languages and general-purpose operating system. A cache-optimized concur-rent lock free queue provides the low-overhead core-to-core communication necessary to sustain sequential frame processing rates beyond the 1.41 million frames per second realized on gigabit Ethernet while permit-ting per-frame processing time expansion with pipeline parallelism. 1.

Cite this paper

APA 7

(2014). Frame Shared Memory: Line-Rate Networking on Commodity Hardware.

MLA 9

“Frame Shared Memory: Line-Rate Networking on Commodity Hardware.” 2014.

Chicago

2014. “Frame Shared Memory: Line-Rate Networking on Commodity Hardware.”

Harvard

(2014) ‘Frame Shared Memory: Line-Rate Networking on Commodity Hardware’.

BibTeX

@article{anon2014frame,
  title = {{Frame Shared Memory: Line-Rate Networking on Commodity Hardware}},
  year = {2014}
}

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