verilog 比较基础的教程 呵呵 新手学习学习啊 大家有资料工乡

vhdl经典源代码――vga控制，入门者必须掌握-vhdl classical source code-- vga control, beginners must master

用FPGA于32进行SPI单向通信，FPGA向32放松发送数据(One-way SPI communication is carried out in 32 with FPGA, and data is sent to 32 with ease by FPGA.)

适用于FPGA的SOPC方面的元器件添加，如COMPNENT-Applicable to FPGA-SOPC area to add components, such as COMPNENT

基于FPGA的实现小数倍分频代码，广泛应用于数字通信中。-FPGA-based implementation of a small multiple of sub-frequency code, widely used in digital communications.

华莱士树乘法器，运用了华莱士树状结构和布斯算法，提高了速度(The Wallace tree multiplier uses the Wallace tree structure and the Buss algorithm to increase speed)

THE SOURCE REALIZE THE TRANSFORMATION FROM YUV TO RGB

基于Verilog的串口通信源码 ，实现串口通信功能(Verilog source code based on serial communication)

这是关于赢vhdl语言变得信号采集卡，很有实用性，大家可以来看看的。-This is about winning VHDL language has become signal acquisition card, is very practical, we can take a look at the.

说明：  DDR（双速率）SDRAM控制器参考设计verilog代码，可以直接用的，很好的(DDR (double rate) SDRAM controller reference design Verilog code, can be directly used, very good)

说明：  用FPGA实现8点fft，整个代码使用verilog编写，主要运用了加法器和乘法器，简单易懂(8-point FFT with FPGA, The whole code is written by Verilog, mainly using adder and multiplier, which is easy to understand)