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

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Why In FPGA •Flexibility of Technology and Architecture- •By design, FPGA technology is much more conducive and adaptive to innovative ideas and implementation of them in hardware •Allows you to easily carve up the localized memory utilization in sizes varying from 640 bits to 144K bits based upon dynamic needs of the number of sessions and performance desired that is based on FPGA’s Slices/ALE/LUT + blk RAM availability. •Availability of existing mature and standard hard IPcores makes it possible to easily integrate them and build the whole system that is at the cutting edge of technology. Santa Clara, CA USA April 2013 14
Why in FPGA •Speed and ease of development •A typical design mod/bug fix can be done in a few hours vs several months in ASIC flow •Most tools used to design with FPGAs are available much more readily, are inexpensive and are easy to use than ASIC design tools. •FPGAs have become a defacto standard to start development with •Much more cost effective to develop Santa Clara, CA USA April 2013 15
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 and 10: Why TCP/IP Software is Slow •TCP/
Page 11 and 12: Market Opportunity Accelerated Fina
Page 13: TCP/IP protocol hardware implementa
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

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

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