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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fpga-vhdl-coding-qspi-nor-flash-memory-from-zero-to-hero/
课程评论：没有评论
课程名称：FPGA VHDL课程：编码QSPI NOR闪存 课程概述：您想学习如何编写VHDL代码以使用Quad SPI协议与闪存进行通信吗？在这门课程中，我将逐步教您关于闪存存储的知识，作为一名专注于FPGA的电子工程师，我将带您从代码设计到实际工作的代码，确保您能掌握这一过程。我们将使用Micron网站上的一个特殊组件，展示真实的闪存，并通过仿真来验证代码的有效性！欢迎加入我的VHDL课程，开始学习！ 学生评价： - Hassan Rabbani: “好课程，强烈推荐” - Aleksander Bosko: “我有VHDL知识，正如讲师所说，你需要一些知识。这是一门非常好的课程，教你如何使用闪存。我找了很久，感谢你让不可能变为可能！” 如今，每个FPGA在每次重置开发板时都需要从闪存加载。闪存的其他用途是存储数据，这可以通过编写控制闪存的代码实现，或者通过可以与闪存通信的CPU。任何招聘FPGA工程师的公司都会非常欢迎掌握闪存使用知识的候选人。 这门课程是互联网上唯一完整地从零开始解释如何使用闪存的课程（您可以自行检查）。我将教您与闪存工作所需的所有知识。完成此课程后，您将成为闪存方面的专家。 由于闪存使用和Quad SPI协议的复杂性，您在网上找不到任何其他资源——尽管您可以在Google上进行搜索。这门VHDL课程内容丰富，我会涵盖全部问题和时序问题。我们将编写完整的VHDL代码与闪存一起工作，并在模拟中进行编辑和改进。在课程结束时，您将拥有完整的可下载代码（您可以与我一起书写并与我的代码进行比较）。 课程内容概述： - NOR闪存与NAND闪存的比较 - 为什么FPGA加载需要NOR闪存？（而不是NAND闪存？） - 闪存的时序问题及其在代码中的处理（有PDF数据手册解释） - 如何配置闪存内部寄存器 - 如何以单模式向闪存写入数据 - 如何以四模式向闪存写入数据 - 如何从闪存读取数据 - 如何擦除闪存 - 闪存频率的解释 - 闪存 - 内存表和内存分区的解释 - 如何将Micron Memory Flash Verilog模块连接到我们的VHDL代码 - 在Modelsim中模拟Micron闪存 - 该闪存模块代表具有真实时序问题、电压和全部配置（包括重置等）的真实模块 这门VHDL课程适合所有水平的学员，由一名经验丰富的电子与计算机工程师授课，涵盖市场上各种FPGA和电路板设计工作的丰富经验。完成这门课程后，我可以保证您将能够理解并为任何制造商的其他闪存（NAND、NOR等）编写VHDL代码。 此课程包含30天退款保证！如果您不满意，随时可以退回您的费用。那么您还在等什么呢？通过有趣和实用的方式学习FPGA开发，提升您的职业生涯和知识！
Do you want to learn how to write a VHDL code for communicating with Flash memory with a Quad SPI protocol? Also I will teach you about the Flash memory Storage, As an electronic engineer specialized with FPGAs I will go with you step by step from the design of the code to the memory to a real working code that really runs, we will use a special component from Micron site that demonstrate a real flash memory and we will connect it to the code to check it under simulations!Join my VHDL course to start learning!Students saying:Hassan Rabbani: "Good Course. Highly recommended"Aleksander Bosko: "I have knowledge in VHDL, I think that you need some knowledge as the instructor wrote. This is a Very good course for learning how to use Flash memory. I tried to find this for long time, thanks for making the impossible possible!!!"Today, every FPGA needs to load from Flash memory. the Flash load the FPGA in every reset of the board/development board.The other uses of flash memories is of course to storage your data, this will happen from the FPGA itself by writing a code that controls the flash memory or a CPU that can communicate the flash memory.Every company that hire FPGAs engineer will be more than happy to have this knowledge of using Flash memories.In this course, Which is actually the only course/Video or article that explains how to use the Flash memory from zero within the hole internet(and you can check this...), I will teach you everything you need to know in order to work with the Flash memory. After this course you will become a master for Flash memory.Because of the complex of the using of flash memory and the SPI protocol with quad data, there is no even one source you will find- search google and see by yourself.The VHDL course is long so I will cover all of the issues and timing problems within this course.We will write the full VHDL code to work with the flash memory we will also edit and improve the code in the simulation. On the end of this VHDL course you will have a full working code(which you can download or write through the lectures with me and compare to my code).Here is a list of just a brief overview of what you will learn:Nor flash vs Nand flash - why do we need nor flash for fpga load?(why not nand flash?)Timing issues of the Flash memories and how to handle them within the code(explained with the PDF datasheet)How to configure the flash memory inner registersHow to write data to the flash memory in single modeHow to write data to the flash memory in quad modeHow to read data from the flash memoryHow to erase the flash memoryFlash memory frequencies explanationFlash memory - memory table and memory partitions is explainedHow to connect Micron Memory Flash Verilog module to our VHDL codeSimulate in Modelsim the Micron flash memory - This flash memory module represent a real module with the real timing issues, voltages and all of its configurations including resetting and everything...The flash memory works with SPI protocol so the VHDL code covers that tooetc.....This VHDL Course was made for all levels by a professional electronic and computer engineer. with a huge experience with FPGAs of all of the companies in the market and Board designing. Working with many different Flash Memories.After finishing this VHDL course I can guarantee you will be able to take any other Flash Memory(Nand,Nor etc..) of any manufacturer and understand it and even write down your VHDL code for it.This VHDL course comes with a 30 day money back guarantee! If you are not satisfied in any way, you'll get your money back.So what are you waiting for? Learn FPGA Development in a way that will advance your career and increase your knowledge, all in a fun and practical way!
