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Ramping Up Packet Processing Performance

 

 

 

 

 

Advances in semiconductor technology are making way for low-power multi-core processors.

This transition enables embedded and communications applications to more broadly deploy systems with multiple execution cores due to the more favorable economic and thermal characteristics of this generation of processor technology.

This transition to multi-core processors promises more than an increase in the number of execution cores to increase computation capability.

We interview Aaron Kunze to gain insight into how multi-core processors can significantly increase performance for packet processing applications.

Aaron is a Senior Engineer in the Intel Research and Development Group.

Click here for the Intel White Paper on Supra-linear Packet Processing Performamce.

31 Minutes

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Advances in semiconductor technology are making way for low-power multi-core processors. This transition enables embedded and communications applications to more broadly deploy systems with multiple execution cores due to the more favorable economic and thermal characteristics of this generation of processor technology. This transition to multi-core processors promises more than an increase in the number of execution cores to increase computation capability. Now joining us to discuss how multi-core processors can significantly increase performance for packet processing applications is Aaron Kunze. Aaron is a senior engineer in the Intel Research and Development Group. Aaron Kunze welcome to the Outlook Series. Outlook series officeroutlook Mike Lippis Intel