CQ Publishing FPGA magazine No. 16

In the special feature, we will explain how to proceed with development using SDSoC, targeting the Zynq-equipped board that was originally developed. Table of Contents Special Feature: Hardware and software with just one program! FPGA Prologue with C / C ++ The era of designing in a complete C / C ++ language using an ARM core FPGA has arrived. Chapter 1 Development Tools for ARM Core FPGAs SDSoC Chapter 1 Appendix ARM Processor + FPGA = Zynq Chapter 2 Key points of development of original Zynq board Chapter 2 Development of small Zynq board Kiss4 compatible with Appendix SDSoC Chapter 3 Creation of simple version platform Chapter 3 SDSoC 2016.2 and SDx 2016 in Appendix platform creation. Differences between 3 Chapter 4 Creating an I / O-compatible platform Chapter 5 Designing an LED control circuit that can be used from a C program Chapter 6 High-speed hardware implementation techniques for C programs Chapter 7 Hardware implementation of continuous data processing Chapter 8 Chapter 8 Building a Platform for Distributed Processing Chapter 8 Features of High-Speed UART Core for Inter-Board Communication Chapter 9 Optimization of Mass Data Transfer Processing Special Contribution Special Contribution FPGA Community Recommendations High-level Synthesis Tool Vivado HLS Special Article Chapter 1 Let's hardwareize the filter C program written according to the algorithm Chapter 2 Acceleration technique using line buffer / burst transfer / optimization directive Latest technical explanation Try with Zynq! Real-time OS & Linux dual boot method Latest Technical explanation Let's run a deep neural network using a small FPGA board exLeaf Chainer that supports 10 / 100Base-TX network with SD card size How to use PLL that can dynamically change the clock frequency Introduction of the latest device Oscillation circuit design and actual waveform observation using analogram