Design Self-Study Flavor's Practical Verilog HDL Season 2 (Complete Mastery of AMBA AXI4)

I personally feel that the value of this lecture is more than 1 million won. I am sure that the content taught here is a must-take lecture for anyone aiming to become a digital circuit design engineer. The lecture content is very difficult, so it is very, very difficult to understand at first, but if you watch the lecture 3 or 4 times and analyze the provided code for several hours, you will feel that not only your RTL coding skills but also your understanding of semiconductor architecture is gradually increasing. If you want to see the architecture of the chip that is actually released as a product from a different perspective than you have seen so far, I highly recommend listening to this. (DMA was so hard to understand at first that I felt like I only looked at the code for dozens of hours..)

I was able to write a course review while listening to the lecture, so I came to write while listening. I work on the RF physical layer, and I happened to come across Xilinx's RFSoC. It has an embedded high-speed ADC that doesn't require PCB routing, PL, and CPU all in one chip... I couldn't help but use it. However, the AXI4-Stream interface between the ADC and PL and the AXI4 bus between the PL and PS were the entry barriers. Since I can barely do Verilog and don't have much experience in semiconductors, I didn't know where to learn, so I studied the concepts while going around blogs, but I didn't feel like I had enough to write code. I was halfway giving up, thinking I had no choice but to head to the bare ground by reading the official documentation, but didn't you think that Mr. Mabbin gave me exactly what I was looking for in Season 2? Therefore, I will bow a hundred times to Mr. Mabbin. Thank you very much.

Hello, I am an electronic engineering student who has been listening to Verilog HDL season 1 and is about to graduate. As sunchoi mentioned below, I think this lecture is worth 1 million won or more. (I think it is a value that undergraduate students cannot judge...) I often hear that AMBA AXI is very important at school, but I think it is limited to cover it within the given class time. However, I was able to grow by designing I/F through the lecture and seeing the process of uploading it to an actual FPGA. I think that a lecture costing more than 300,000 won would be a burden to students. If you take the lecture, you will think that this lecture is the minimum amount of money you need to prepare for the lecture. I highly recommend it. If undergraduate students take this lecture, I personally think that it would be better to take the two subjects of Verilog grammar and microprocessor. I always take care of my health and I look forward to the next lecture. Thank you.

Hello, I am currently preparing for employment in the FPGA field. Since AXI bus is most used in the FPGA industry, I signed up for the lecture right away. I have taken the course up to Valid / Handshake IF and SKID Buffer, and I understand it much better because the explanation is so good than when I searched on Google on my own. There are still many lectures left to take, but if the lectures are this high-quality, I think time will fly by while listening to the lectures. Thank you for uploading such a great lecture like a drop of rain in a drought, and I will take the course until the end and achieve good results. Thank you!

For the theoretical part, the content can be found in the AMBA spec or Xilinx Reference manual, but when it comes to actual implementation, having reference implementations to refer to and knowing whether unknown features exist (especially in protoinst or VIP utilization) makes a huge difference, and this was very practically helpful.

Wow! A brilliant lecture as expected. The lecture from a real design expert is truly different. Amazing!

Thank you for the course extension. Personally, Mabbi-nim's lectures are a great help to individuals, and I believe they also contribute to national technological advancement.^^

2025/06/15/Sun 08:04 Thank you for creating good lectures. I was always curious about how a CPU works, but after listening to all four lectures you created, I learned how it operates. I also understood Verilog much better and learned about AXI4. If you upload lectures again next time, I will listen to them right away. Thank you.