PETCAM-A power Efficient TCAM for forwarding tables

We investigate various TCAM architectures recently proposed for TCAM power and memory reduction and show that far better power and memory performance is possible when we use an optimal prefix set for the given routing table than when the original prefix set or the reduced prefix set as proposed in o...

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Published in2009 IEEE Symposium on Computers and Communications pp. 224 - 229
Main Authors Mishra, T., Sahni, S.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.07.2009
Subjects
Computer architecture
Energy consumption
Hydrogen
Information science
Internet
Packet forwarding
power
Power engineering and energy
Power engineering computing
Proposals
Random access memory
Routing
TCAM
Online AccessGet full text
ISBN9781424446728
1424446724
ISSN1530-1346
DOI10.1109/ISCC.2009.5202226

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Abstract We investigate various TCAM architectures recently proposed for TCAM power and memory reduction and show that far better power and memory performance is possible when we use an optimal prefix set for the given routing table than when the original prefix set or the reduced prefix set as proposed in other work is used. For EaseCam, our experiments show a power and TCAM memory reduction of 96% to 98% and 62% to 69% respectively. For the suffix node architecture of, we get a power and TCAM memory reduction of 16% to 25% and 45% to 78% respectively.
AbstractList We investigate various TCAM architectures recently proposed for TCAM power and memory reduction and show that far better power and memory performance is possible when we use an optimal prefix set for the given routing table than when the original prefix set or the reduced prefix set as proposed in other work is used. For EaseCam, our experiments show a power and TCAM memory reduction of 96% to 98% and 62% to 69% respectively. For the suffix node architecture of, we get a power and TCAM memory reduction of 16% to 25% and 45% to 78% respectively.
Author Mishra, T.
Sahni, S.
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  organization: Dept. of Comput. & Inf. Sci. & Eng., Univ. of Florida, Gainesville, FL, USA
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Snippet We investigate various TCAM architectures recently proposed for TCAM power and memory reduction and show that far better power and memory performance is...
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StartPage 224
SubjectTerms Computer architecture
Energy consumption
Hydrogen
Information science
Internet
Packet forwarding
power
Power engineering and energy
Power engineering computing
Proposals
Random access memory
Routing
TCAM
Title PETCAM-A power Efficient TCAM for forwarding tables
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