NAND flash实现ECC

Program to implement convolution through VHDL-Program to implement convolution through VHDL...

10G高速以太网mac VERILOG源码 可仿真可实现(10G high speed Ethernet MAC verilog code can be used for synthesis or inplementation)

嵌入式系统的乘法器试验报告 包括源代码 用VHDl语言编写-Embedded System multiplier test report including source code language used VHDl

verilog实现的“六进制约翰逊计数器”。(verilog implementation of the " six hexadecimal Johnson counters." )

用fpga实现SDI，每一步都很清楚 搞视频的可以参考(Fpga realization of SDI, each step are clearly engaged in the video can refer to)

VERILOG语言速查手册,与VHDL齐名的另外一硬件描述语言(verilog language manuals, and the other enjoying VHDL hardware description language 1)

基于FPGA分布式算法FIR滤波器verilog代码 （本人 小论文 代码，通过验证） ​ 本文提出一种新的FIR滤波器FPGA实现方法。讨论了分布式算法原理，并提出了基于分布式算法FIR滤波器的实现方法。通过改进型分布式算法结构减少硬件资源消耗，用流水线技术提高运算速度，采用分割查找表方法减小存储规模，并在Matlab和Modelsim仿真平台得到验证。​ 为了节省FPGA逻辑资源、提高系统速度，设计中引入了分布式算法实现有限脉冲响应滤波器(Finite Impulse Response, FIR)。由于FIR滤波器在实现上主要是完成乘累加MAC的功能，采用传统MAC算法设计FIR滤波器将消耗大量硬件资源。而采用分布式算法 (Distributed Arithmetic, DA)，将MAC运算转化为查找表(Look-Up-Table, LUT)输出，不仅能在硬件规模上得到改善，而且更易通过实现流水线设计来提高速度。因此本文采用分布式算法设计一个可配置的FIR滤波器，并以31阶的低通FIR滤波器为例说明分布式算法滤波器结构。( FPGA verilog )

It is a example about LCD by VHDL code

that file is different I2S example

该模块实现一个寄存器堆的操作，其中前16个仅主机能写，规给为32-bit×32。后16个仅Micorblaze能写。读取没有限制。如果双方同时对同一地址进行读写操作，读回的数将是全1。(This module implement a register file of the operation, of which the first host 16 is only able to write rules to the 32-bit × 32. Micorblaze only 16 after the write. There is no limit to read. If the two sides at the same time to read and write operations to the same address, read back would have been a full one.)