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        FPGA Power Management Design Techniques

        After completing this course on FPGA Power you will be able to explain how static power is different from dynamic power, describe the impact a smaller device geometry has on static power consumption, define the relationship between leakage current and junction temperature, describe some of the device data sheet information that pertains to power consumption.

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        FPGA Power Management HDL Coding Techniques

        After completing this course on FPGA Power Mangement HDL Techniques you will be able to explain how power is dependent on the HDL coding style you use, describe how your designs power consumption is dependent on your use of control signals...

        Planning to Power Your FPGA

        After completing this course on FPGA Power Management you will be able to explain why you should target as much of the hard IP as possible, describe how your design s power consumption is dependent on your use of control signals, explain how...

        Xilinx at SPS Drives 2014 | Qdesys

        This Silicon Carbine Multilevel Inverter demonstration from Qdesys showcases a Zynq-7010 SoC based three level TNPC implementation with low THD (distortion), high ratio power/volume, three level modulation with very low EMI.

        Xilinx at NAB 2014 | Vanguard

        Raul Diaz, CEO of Vanguard Video, demonstrates their latest HEVC/H.265 encoder that runs on Xilinx FPGAs and enables high quality video compression on a very low power platform.

        Xilinx at ARM TechCon 2014 | Topic Embedded Systems

        Rene Zenden, Product Manager, Topic Embedded Systems, shows how the Dyplo Runtime OS Extension with the Zynq SoC provides lower risk software defined application development and greater system level performance with less power.