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Performance Estimation of Novel 32-bit and 64-bit RISC based Network Processor Cores
BibTeX
@MISC{Jakimovska_performanceestimation,
author = {Danijela Jakimovska and Student Member and Aristotel Tentov and Sashka Gjorgjievska and Goce Dokoski and Marija Kalendar},
title = {Performance Estimation of Novel 32-bit and 64-bit RISC based Network Processor Cores},
year = {}
}
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Abstract
Abstract—The rapid expansion of computer networks in number of users, servers, connections and demands for new applications, services and protocols, along with the tremendous growth in data traffic has claimed the development and deployment of high-speed telecommunication systems. At the same time the fiber optics has shown significant bandwidth increase, providing multi-Gb/s line rates. However, present network devices still have limited processing power, which makes them unable to satisfy these demands. Therefore, telecommunication industry is looking forward for more innovative ways of designing flexible, scalable and high performance routers architecture. A solution to this problem is to use specialized processors, called network processors (NPs). These application specific instruction processors (ASIPs) are specially tailored to perform packet processing operations and
Keyphrases
64-bit risc performance estimation network processor core network processor processing power multi-gb line rate high-speed telecommunication system new application specialized processor computer network application specific instruction processor innovative way rapid expansion significant bandwidth increase present network device data traffic telecommunication industry fiber optic high performance router tremendous growth
