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        SDSoC Custom Platform Generation

        SDSoC is the ideal tool for developing your Zynq-7000 SoC application, and SDSoC becomes even more powerful when you can implement designs on your own custom board platform.

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        SDSoC Development Environment Demo

        In this video, we will see how to create a simple image processing pipeline to detect motion, and to insert motion-edges into a live HD 1080p video stream running at 60 frames per second.

        Introducing the SDSoC Development Environment

        The SDSoC development environment provides a greatly simplified ASSP-like C/C++ programming experience including an easy to use Eclipse IDE and a comprehensive design environment for heterogeneous Zynq SoC and MPSoC deployment.

        Time-aware and Secure Ethernet Switch IP extends ARM SoCs for scalable Industrial IoT

        The convergence to Ethernet is reality. Originally coming from non-critical Computer Networks, Ethernet has become standard in Industrial Automation, Transportation and Aerospace/Defense. Ethernet Switches add the flexibility to dynamically scale. ARM based multicore processors with scalable Ethernet Switches have exactly the infrastructure that is needed – it's adaptable. Not too big and costly, and not too small to match your application.

        Embedded World 2017: Industrial Control Systems - Presented by BE Services, Matrikon, RTI and Xilinx

        This demonstration will showcase an Industrial Control System (ICS) that highlights the capabilities of the Zynq® SoC and Zynq UltraScale+™ MPSoC devices for Industry 4.0 automation. It is a preconfigured, fully functional ICS, which can be customized and extended without compromising determinism, enabling differentiation and faster time to market.

        SiC 3-Level Inverters and Finite-Set MPC for Power Electronics and Electrical Drives

        One of the main challenges in power electronics research is the rapid development of new topologies, e.g. modular multilevel converter (MMC). Even if new topologies promise better performance, with an increased number of states and possible switching combinations, they also have an increased computational complexity. Another trend is the development of new control strategies for commonly used topologies. Traditional control concepts, e.g. field-oriented control (FOC), are challenged by more complex control approaches which allow to include new objectives that have been considered secondary in the past. Model predictive control (MPC) allows to operate a converter closer to its physical limits. Depending on the control objective, this could lead to an increase in efficiency, more dynamic step response or the control of additional criteria. Commonly, MPC comes at the cost of a higher computational burden since complex calculations are solved within time intervals of a few microseconds. To ensure real-time capability, this webinar will exemplify how a Zynq SoC or MPSoC enables the implementation of such complex algorithms.