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        Module 2: Overview of the EDDP Hardware and Design Flows

        The Xilinx Electric Drives Demonstration Platform is a way to easily design an Electric Drive that’s cost optimized, high performance, and enabled for Industrial Internet of Things. What makes up EDDP? How to design motor control solution using it? Can it be used to design safe and secured drive systems? Video contains answers to these and more!

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        Module 1: Introduction to Modern Electric Drives

        Have you ever wondered what the key attributes are of an Electric Drive that’s cost optimized, high performance, and enabled for Industrial Internet of Things? Watch this video to find the answers!

        Module 3: Building Electric Drives with Xilinx SDSoC

        Learn to create a complete Electric Drive Example Design from C++ source code using SDSoC*. Changed your algorithm? Video also shows how to edit the source code and rebuild the design to obtain different behavior from the motor. *SDSoC is a tool from Xilinx which takes your C or C++ design and migrates some or all of the design from the application processor system to the programmable logic. SDSoC also builds the infrastructure to communicate and move data between the two domains.

        Module 4: EDDP Demo

        Let’s get the motor running! It’s quick, easy and fun! This video shows the user how to make hardware connections, bringing up the GUI and running the motor.

        DDS and OPC UA Connectivity across the Industrial IoT

        Connectivity for the breath of applications across IIoT Edge using DDS.

        Edge-to-Cloud Cybersecurity

        Xilinx, Infineon Technologies, Avnet, and Mocana have partnered to introduce an IEC 62443-compliant hardware and software off-the-shelf solution.