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In Focus Video: Demonstration of Zynq MPSoC Development Process Using SDSoC Development Environment
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SDSoC development environment example demonstration

Demonstrate the process of Zynq MPSoC development using SDSoC development environment

OpenCL, C / C ++ software development environment demo

Machine learning demonstration in image classification, prediction and detection

Getting Started with SDSoC: Estimation and Implementation

Getting started with SDSoC: optimization and debugging

How to add a custom development board platform to SDSoC

SDSoC Video: C / C ++ Only, System Development Flow Without Writing Hardware Code

Getting Started with SDSoC: How to Use and Generate a Custom Platform in SDSoC

SDAccel Developer Zone Self-Study Demo

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Latest technical articles

Use C / C ++ to transfer image processing tasks to programmable logic

Use the Xilinx Zynq®-7000 All Programmable SoC and the latest Xilinx SDSoC ™ development environment to create small, low-power, feature-rich products with advanced imaging systems based on the C / C ++ language. Let's take a look at how to use the SDSoC environment to accelerate the image pipeline processing system to achieve the above goals. http://xilinx.lopesgs.com/article/10035

Accelerating AES encryption with SDSoC

This article first familiarizes itself with the AES algorithm, and then implements AES256 (256-bit key length) on the Xilinx Zynq®-7000 All Programmable SoC's Processing System (PS) to establish a software performance benchmark, and then on-chip programmable logic (PL ). To fully understand the benefits available, we will perform these steps in all three operating systems supported by the SDSoC environment http://xilinx.lopesgs.com/article/10038

Making FPGA Vision Popular

Vision systems are becoming mainstream. The cost / benefit analysis and rational application of technology have developed to the stage where engineers are applying vision functions to a variety of applications, from driverless cars to consumer electronics quality inspection systems. This large-scale adoption is pushing vision out of the lab and into embedded systems and factory floors. http://xilinx.lopesgs.com/article/10050

New approach to software-defined FPGA computing

With the rise of the Internet of Things and big data processing, people's demand for data transmission and processing has grown dramatically, and CPUs can no longer meet this exponential growth demand. Adding more processors and more virtual machines to run a given application does not completely solve this problem http://xilinx.lopesgs.com/article/10046

Developing an innovative programmable network using SDNet

The Japan Telegraph and Telephone Corporation (NTT) is a global telecommunications group holding company responsible for formulating management strategies and promoting research and development. Early adoption of Xilinx's network-oriented SDNet ™ software-defined specification environment is key to our ability to successfully develop these technologies. In this article we will show how to use SDNet to meet our project goals. http://xilinx.lopesgs.com/article/10045

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