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sap1
- 這是用verilog寫的一個簡單的處理器，雖然只具有5個指令，但是可以透過這個範例，來了解到cpu的架構，與如何開發處理器，相信會有很大的啟發。-using Verilog This is a simple written by the processor, although with only five directives, through this example, to understand cpu architecture, how to develop processor, it w
ethernet.tar
- 以太网10/100M IP核Verilog源码，可综合。-IP Ethernet 10/100 nuclear Verilog source can be integrated.
FPGA_test_frequency
- 本原码是基于Verilog HDL语言的FPGA原程序，主要用于测频率，特点主要是可以更快地测频。实时性更高。-primitive code is based on Verilog HDL FPGA original program, mainly for the measurement frequency, the main features can be faster frequency measurement. Real-time higher.
div5
- 简单的VERILOG五分频电路描述，可综合。已经过检验-simple verilog 0.2-frequency circuit descr iption can be integrated. Have been tested
Verilog 语法速查手册
- Verilog 语法速查手册，做成了一个页面形式，方便Verilog开发人员查询！-Verilog Grammar Check manual, it would be a one page form to facilitate the development of Verilog staff inquiries!
RISCCPU
- 简单的CPU设计流程PPT，用于教学目的，可综合的verilog HDL设计。-A simple CPU design process PPT, for teaching purposes, can be integrated verilog HDL design.
mips_single
- 這是以verilog所撰寫的MIPS single CPU文件檔。可完成簡單的加減運算。 -This is the verilog are written in MIPS single CPU document file. To be completed by the simple addition and subtraction.
SMG_4B
- 采用verilog语言编写，可以成功运行。实现四位数码管的直接显示，把一个二进制的数，输入直接在数码管上显示出十进制的数。-Use verilog language, can be run successfully. Four digital tube displayed directly to a binary number input directly on the digital display the decimal number.
lab2
- 熟悉XUPV2P实验开发平台。熟悉掌握Verilog HDL语言并能用其建立基本 的逻辑部件在Xilinx ISE平台进行输入、编辑、调试、仿真-Familiar XUPV2P experimental development platform. Familiar with Verilog HDL language and be able to establish its basic logical components in Xilinx ISE platform for entering
spimaster
- SD卡读写源代码.用Verilog编写.很不错.值得借鉴.特别对SD卡开发的人员!--SD card reader-writer source code. Prepared to use Verilog. Is pretty good. Be used for reference. In particular, the development of personnel SD card!
FIFO1
- 给出一个位宽16比特，深度为10的异步FIFO的设计，并要求给出空或满的指示信号。要求用Verilog HDL语言设计，并编写测试激励，以及用Modelsim进行功能仿真，验证设计正确性。10个16位的数据 (FIFO的宽度：也就是英文资料里常看到的THE WIDTH，它指的是FIFO一次读写操作的数据位，就像MCU有8位和16位，ARM 32位等等。FIFO的深度：THE DEEPTH，它指的是FIFO可以存储多少个N位的数据（如果宽度为N）。如一个8位的FIFO，若深度为8，它可以
verilog_c
- 采用Verilong编写的等精度频率计，调试成功可测频率、周期、占空比、正负脉宽。-Written using Verilog and other precision frequency meter, debugging success can be measured frequency, period, duty cycle, positive and negative pulse widths.