Xcell Journal issue 79

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Synopsys FPGA Design Tools are an Essential Element for Todayâ&#x20AC;&#x2122;s High Reliability Designs There is no room for error in todayâ&#x20AC;&#x2122;s communications infrastructure systems, medical and industrial applications, automotive, military/aerospace designs. These applications require highly reliable operation and high availability in the face of radiation-induced errors that could result in a satellite failing to broadcast, a telecom router shutting down or an automobile failing to respond to a command. To learn more about Synopsys FPGA Design tools visit www.synopsys.com/fpga

Xcell Journal issue 79

Published on Apr 25, 2012

Programming

Xilinx Xcell Publications

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Xcell Journal issue 79’s cover story details Xilinx releasing its new Vivado Design Suite to enable higher levels of user productivity for the next decade of All Programmable devices from Xilinx. Xcell Journal issue 79 is also packed with fascinating feature articles, such as “How to Use the CORDIC Algorithm in Your FPGA Design,” “Accelerate Partial Reconfiguration with a 100% Hardware Solution,” and “Using Formal Verification for HW/SW Co-verification of an FPGA IP Core.” The issue also includes an inspirational story about a professor in Italy who teaches students to use Xilinx FPGAs to build highly sophisticated robots for Europe robotics competitions. In another methodology article, engineers at Agilent describee how they worked with Xilinx and the new AutoESL high level synthesis tool to create an in-fabric, processor-free UDP network packet engine

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