Full TCP & UDP Offload Core and Systems Ultra high Performance ...

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Why TCP/IP Software is too Slow •CPU interrupt processing: An application that generates a write to a remote host over a network produces a series of interrupts to segment the data into packets and process the incoming acknowledgments. Handling each interrupt creates a significant amount of context switching •All these tasks end up taking 10s of thousands of lines of code. •There are optimized versions of TCP/IP software running which acheive 10-30% performance improvement; •Question is: Is that enough Santa Clara, CA USA April 2013 10
Market Opportunity Accelerated Financial Transactions, deep packet inspection and storage data processing requires ultra-fast, highly intelligent information processing and Storage/retrieval- Problem: The critical functions and elements that are traditionally performed by software and can not meet today’s performance requirements. Response: -We developed the critical building blocks in ‘Pure-Hardware creating Mega IPs’ to perform these tasks with lightning speed. Santa Clara, CA USA April 2013 11
Page 1 and 2: Full TCP & UDP Offload Core and Sys
Page 3 and 4: Network Traffic Growth Global IP tr
Page 5 and 6: TCP/UDP Offload VS Non Offload Appl
Page 7 and 8: Why TCP/IP Software is too slow Tra
Page 9: Why TCP/IP Software is Slow •TCP/
Page 13 and 14: TCP/IP protocol hardware implementa
Page 15 and 16: Why in FPGA •Speed and ease of de
Page 17 and 18: Intilop’s TOE/UOE - Key Features
Page 19 and 20: 10 G bit TOE - Key Features • Com
Page 21: THANK YOU Santa Clara, CA USA April

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