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精通verilog HDL语言编程源码之8——异步FIFO设计,Proficient in language programming verilog HDL source of 8- Asynchronous FIFO Design
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This an implementation of an Asynchronous FIFO written in Verilog 2001.-This is an implementation of an Asynchronous FIFO written in Verilog 2001.
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异步fifo,用Verilog编写,包含testbench,已经通过调试,需要的下载-Asynchronous fifo, to prepare to use Verilog, including testbench, debugging has been passed, the need to download
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verilog编写的异步FIFO代码,功能仿真时是正确的。-verilog code written in asynchronous FIFO, functional simulation is the right time.
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这是一个异步fifo的Verilog 代码,该代码的功能是实现异步的first in first out-This is an asynchronous fifo in the Verilog code, the code' s function is to achieve asynchronous first in first out
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本实验完成的是8位异步FIFO的设计,其中写时钟100MHz,读时钟为5MHz,其中RAM的深度为256。当写时钟脉冲上升沿到来时,判断写信号是有效,则写一个八位数据到RAM中;当读时钟脉冲上升沿到来时,判断读信号是有效,则从RAM中把一个八位数据读出来。当RAM中数据写满时产生一个满标志,不能再往RAM再写数据;当RAM中数据读空时产生一个空标志,不能再从RAM读出数据。-In this study, completed the 8-bit asynchronous FIFO design,
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异步FIFO Verilog源代码,对控制读写地址进行设计,以便写满和读空只产生一个标志,实现对FIFO的缓冲控制-Asynchronous FIFO Verilog source code, designed to control read and write addresses in order to fill and read empty produce only one flag, the FIFO buffer control
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FIFO是英文First In First Out 的缩写,是一种先进先出的数据缓存器,他与普通存储器的区别是没有外部读写地址线,这样使用起来非常简单-FIFO is an abbreviation of the English First In First Out, is a first-in, first-out data buffer, the difference between him and ordinary memory is external read and write add
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异步FIFO实现数据先入先出的存储方式基于verilog HDL语言-Asynchronous FIFO first-in, first-out data storage based on Verilog HDL language
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异步fifo 先进先出 用于缓冲数据,用verilog HDL所写,在quartus II中测试通过,modelsim仿真-Asynchronous fifo FIFO for buffering data, using verilog HDL written in quartus II test through, modelsim simulation
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verilog实现的,异步FIFO。所有代码在一个模块中。-verilog achieve, asynchronous FIFO. All code in a module.
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Verilog语言写的异步fifo,包含随机数产生电路和testbentch,直接可用于实际工程中。代码为华为内部代码。相信你会喜欢。-Verilog language used to write asynchronous fifo, including random number generation circuit and testbentch, can be used directly in the actual project. Code for Huawei internal code
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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
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