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Location:Training / Embedded Development / FPGA / AXI High-Speed Bus / How to use digital electronics thinking to scientifically design FPGA

Chapter 1：How to use digital electronics thinking to scientifically design FPGA
Chapter 2：How to scientifically design the logic level of FPGA RTL code
Chapter 3：How to scientifically design FPGA series: Xilinx reset mechanism and cross-clock domain processing
Chapter 4：How to design FPGA scientifically: Timing constraint basics, understanding timing analysis models
Chapter 5：How to scientifically design FPGA timing constraints and analysis in VIVADO and advanced techniques
Chapter 6：How to design FPGA scientifically: AXI interpretation of achieving AXI bus freedom
Chapter 7：How to scientifically design FPGA and write AXI bus interface from scratch
Chapter 8：How to design FPGA scientifically? Follow-up of AXI tearing by hand, self-write AXI interface simulation verification
Chapter 9：How to scientifically design the logic level of FPGA RTL code
Chapter 10：How to design FPGA scientifically: Timing constraint basics, understanding timing analysis models
Chapter 11：How to scientifically design FPGA series: Quickly tearing AXI slave SLAVE including ram code construction
Chapter 12：How to scientifically design FPGA series: GT transceiver GTX GTH S of Xilinx FPGA
Chapter 13：How to scientifically design FPGA series: Use and simulate GTX GT of Xilinx FPGA GT transceiver

Duration：59 minutes and 4 seconds
Date：2024/12/22

Uploader：MartinFowler

Introduction

keywords： FPGA AXI

How to Scientifically Design FPGA-AXI High-Speed Bus

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