Description: 异步FIFO控制器的设计
主要用于异步先进先出控制器的设计。
所用语言Verilog HDL.-asynchronous FIFO controller design for the main asynchronous FIFO controller design. The language used Verilog HDL. Platform: |
Size: 6655 |
Author:李鹏 |
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Description: 异步FIFO控制器的设计
主要用于异步先进先出控制器的设计。
所用语言Verilog HDL.-asynchronous FIFO controller design for the main asynchronous FIFO controller design. The language used Verilog HDL. Platform: |
Size: 6144 |
Author:李鹏 |
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Description: 使用Verilog硬件描述语言完成了一个异步FIFO的设计,供相关硬件开发人员参考。-Verilog hardware description language used to complete an asynchronous FIFO design, hardware development for the relevant reference. Platform: |
Size: 3072 |
Author:小米 |
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Description: 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, which write clock 100MHz, read clock is 5MHz, the depth of the RAM 256. When the rising edge of write clock pulse when writing the signal is valid, then write an eight-bit data to RAM when the rising edge of read clock pulse, the judge read the signal is valid, from eight bits of data in RAM to a read out. When RAM is full of data to generate a full mark, can not go down RAM write data when the RAM data read empty an empty sign, can not read data from RAM. Platform: |
Size: 333824 |
Author:肖波 |
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Description: 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,它可以存储8个8位的数据,深度为12,就可以存储12个8位的数据。)-Give a 16 bits wide, depth of 10 asynchronous FIFO design, and requires giving empty or full instructions signal. Request using Verilog HDL language design, and the writing test, and simulation using Modelsim function, validate design is correct. 10 16 bits of data (THE WIDTH of THE FIFO, namely information in English often see THE WIDTH, it refers to a FIFO data read and write operations, as has 8 bit or 16 bit MCU, ARM 32-bit and so on. THE depth of FIFO: THE DEEPTH, it refers to THE FIFO can store many N bits of data (if THE WIDTH is N). If an 8-bit FIFO, if THE depth of 8, it can store 8 8 bits of data, THE depth of 12, 12 8 bits of data to be stored.) Platform: |
Size: 33792 |
Author:江燕子 |
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