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2014•Applied Mechanics and MaterialsRequires access

The Design and Implementation of Fast-Path Architecture for IPv6 Control Router

Guang Wang

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Abstract

In view of the difficulties of the current router architecture such as capacity, scalability, and power consumption, a fast-path architecture of IPv6 router suitable for parallel processing is proposed. The fast-path architecture of IPv6 router is designed and implemented using NoC structure. Thereby, a parallel processing structure of IP packets combining the distributed IP address lookup and the parallel IP packet switching is implemented. It is convenient to replace the search algorithm and to expand the hardware scale, and it can improve the overall performance of the router effectively.

About this research paper

What this paper is about

In view of the difficulties of the current router architecture such as capacity, scalability, and power consumption, a fast-path architecture of IPv6 router suitable for parallel processing is proposed. The fast-path architecture of IPv6 router is designed and implemented using NoC structure. Thereby, a parallel processing structure of IP packets combining the distributed IP address lookup and the parallel IP packet switching is implemented. It is convenient to replace the search algorithm and to expand the hardware scale, and it can improve the overall performance of the router effectively.

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Available abstract

In view of the difficulties of the current router architecture such as capacity, scalability, and power consumption, a fast-path architecture of IPv6 router suitable for parallel processing is proposed. The fast-path architecture of IPv6 router is designed and implemented using NoC structure. Thereby, a parallel processing structure of IP packets combining the distributed IP address lookup and the parallel IP packet switching is implemented. It is convenient to replace the search algorithm and to expand the hardware scale, and it can improve the overall performance of the router effectively.

Key concepts: Router, Core router, Computer science, Scalability, One-armed router, IPv6, Computer network, Network packet

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