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How to scientifically design FPGA series: GT transceiver GTX GTH S of Xilinx FPGA
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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：32 minutes and 51 seconds
Date：2024/12/22

Uploader：MartinFowler

Introduction

keywords： FPGA AXI

How to Scientifically Design FPGA-AXI High-Speed Bus

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