If you want to be a fpga, you need to learn better:
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1. Digital circuit base
2. Micromechanical principles, compilation of languages (recommended for mr. Wang kee's " micromechanical principles (rev. 2) " ) or computer system structures or mono-mechanical principles
3, c/c++ languages
4, verilog language "verilog hdl advanced digital design" or "verilog digital system design academy"
5 introduction to digital ic design, recommended: cmos vlsi design a circles and systems personal
6. Learning amba bus, containing: apb/ahb/axi
7. Progressive knowledge:
8. Eda tool:
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Fpga course resources sharing:
Phase i:
In the case of the fpga, before fully mastering the fpga, beginners need to develop a thinking model for the logical design of hardware through basic theory and experimentation. In this process, there is a need for an in-depth understanding of the fpga working principles, an understanding of the fpga design processes, and, more importantly, a learning to describe circuit logic functions in verilog hdl hardware language。
While the fpga instruments are numerous, with foreign and domestic enterprises, each fpga has different functions and characteristics, the basic fpga working principles are the same, so for the entry phase, mastering the design capabilities of the basic circuits is the priority。
Phase ii:
Once the primary component is completed, basic hardware design thinking models can be mastered, but more difficult knowledge is needed to further develop understanding of logical circuits, design techniques, agreements commonly used in digital circuits, data storage in digital circuit design, training in different types of hardware design ideas and methods through ip-level modules。
Phase iii:
The development of a project can be completed once the primary and progressive content has been completed, and in the development of the project, the project-specific rules will require systematic design, mastering of project design capabilities, mastering of algorithmic capabilities, and the ability to perform soc related functions through fpga。
The course is oriented towards the position of an engineer in the fpga and is aimed at students in electronics-related fields, after which they will be able to design, develop and apply the fpga。
10. Project engagement
(1) video image processing and digital identification system design
(2) accomplish type stm32 single machine via fpga
(3) fpga-based software and hardware development
For those who are starting to learn the fpga, it is best to develop it through systematic knowledge systems, together with hands-on training for the project, after all, the fpga industry values project experience and competencies。
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The fpga learning site recommends:
There are a lot of free learning videos and resources available at station b universities to search for fpga-related videos for learning and viewing
2. Many of the producers in the csdn are practitioners in the fpga industry and share a great deal of knowledge and skills in the industry。
3. Runoob. Com
It's a good idea to do it. Down
I hope this will help you
