AD9267的FPGA参考设计

zedboard partial reconfiguration tutorial

基于FPGA的Verilog语言实现的六十进制计数器(FPGA-based Verilog language implementation of six decimal counter)

1K SRAM，安排字的32位，独立的读写端口，ASIC设计Verilog代码 采用偶校验对1的计数。 还带有测试平台

用流水线的方法实现16位乘法器，运算速度快，消耗时钟资源少(Pipeline method to realize 16-bit multiplier, which is fast in operation and consumes less clock resources)

应用背景32 位数字移位器，可用于乘法器的实现关键技术32位数字移位器，采用查招标的方式，基于FPGA和Verilog语言

模块vedic_2_x_2（A，B，C  ；）；

说明：  2018全国大学生FPGA创新设计大赛南京总决赛封闭测试题目，以及自己编写的verilog和testbench，欢迎学习借鉴(The closed test topic of the 2018 National Undergraduate FPGA innovation design competition Nanjing finals, as well as Verilog and testbench compiled by ourselves, are welcome to learn)

在quartus平台下使用verilog语言编程实现简单的单流水线CPU，可以执行16条基本指令(Quartus platform in the verilog language programming using a simple single-line CPU, can perform 16 basic instructions)

Verilog经典教程，很好的学习Verilog的书籍，对学习硬件编程很有帮助。(Verilog classic handbook, good learning Verilog books, to learn hardware programming helpful.)

SPI协议的VHDL/Verilog语言实现。(SPI agreement VHDL/Verilog language.)