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Thanks for the comment. I'll try my best.

Glad you find it helpful 😊. Thanks for the comment too

Glad you found it helpful!😊

Wow. Thanks a lot for your super thanks. Gotta say that's my first.

Thanks ❤️

Thanks. I've lowered the background music in later videos. Sorry bout that.

Thanks. Glad it has been helpful🙂

Thanks. It's the same concept for lpddr as well.

I haven't studied it like that in a system level. Assuming the system can support it, the difference between the two would be the access timing, which is handled during training. I can't tell any performance difference, but like I said, I've never studied from the system level.

I don't know who you are. And this channel is my own effort.

@@openlogic925 It is enough to say you don't know me after using me and blocking me on discord. Keep it up. Your fall is imminent

@@thesunwillshine11 Funnily enough, I don't know what discord means and have to search it up. Assuming you meant the social app discord, I have never used it. Once again, you got the wrong guy.

@@openlogic925 I got the wrong guy? Okay nah

Hope it's a good thing 😊. Thanks

Thanks. Hope it has been helpful. 😊

Thanks for the comment. These videos will come, but they'll take time.

Thanks. I have second thoughts on how the UVM videos will go. That's why I'm pausing on it for the moment.

I assume you meant: object.super.func(). I've never tried that, based on my intuition, it's not allowed.

Thanks for the comment and the duggestion. I have plans for this series but I'm currently busy with my day job. It'll be awhile before I can create such content. Thanks again.

Glad it provides another perspective😊

Thanks for comment and thanks for the pointer 😊

Glad you find it helpful. It is still a long way before I can finish this series.

So happens your questions has two meaning; if you mean the size b[1:0] changes to b[n-1:0], then foreach loop will loop n times instead of 2 times. If you mean the type bit changes to bit[n-1:0], then in this case, it will behave the same where it loops twice.

You ask why? That's the intent. If you ask how, I don't know for sure, but every class has inherited randomize function. Let's pretend randomize() comes from the base class, if that helps you to visualise it better. As a pointer, it just points to an object and call its randomize. Every object randomize function would locate its object rand variables and constraints and behave accordingly.

@@openlogic925 Thank you !!

You're welcome. Thank you too

Glad it helps. Thanks for the comment 😊

I'm sorry I don't get it. If you don't mind enlightening me, which part exactly? Clk against cs/ca? I did think about aligning the clk edge to the middle cycle of cs/ca, but then I thought it's not important yet, until I create another video to look deeper. There are other aspects that I chose to "ignore" too for the time being, like the preamble behaviour. But then again, I'm not sure which part you're referring to.

You're welcome. And thanks for the comment😊

Thanks 😊

I assume u know automatic with function and task? Putting automatic at module is the same as putting automatic for all the functions/tasks in the module.

Thanks for the kind comment. I thought about it, but didn't make any move on it.

I wonder what gives you that idea. First of all I'm not involved in dram design, so it's true that I'm guessing and that I don't know for sure. But... if one address can access a data (x4) and it comes from a same array, that means the 4 bits in that array have the same column / row address; in that case, row / column address has lost its meaning. I can't think of a logical explanation for this. So... I'm guessing it's correct that the x4 data comes from 4 arrays.

@@openlogic925 I think I know where the disconnect is. You were using a model to demonstrate the x4 concept whereas I was referring to an actual implementation.

@@openlogic925 I'd also like to add that a page is simply a row. So this also explains why in actual implementations, a bank is 1 big array (instead of viewing a bank as multiple stacked arrays, treat it as as 1 big 2-D array).

Hahaha... That's funnily embarrassing for me 😄. Just when I take a little pride in creating easy-to-understand visual, along came an expert saying I've been telling it wrong . I hope the only mistake is the stacking visual. It should be one array segregated to 4 regions, resembling 4 arrays. Thanks for the info. Though it does shaken me a little, about making guesses in future videos.

​@@openlogic925 Hey brother, I am by no means an expert. I merely came across different DDR lectures online and noticed you explained some stuff differently. The model you used to demonstrate the x4 (wide column-width) concept is great for visualizing what's going on under the hood. I appreciate your high quality videos.

Thanks 😀. I'm sure there is a huge room for improvement.

I fe like I've just won academy awards for best animated series 😁. Thanks for the kind comment. I apologise in advanced, soon you'll see some mistakes in the code. I haven't had the time to compile them into description yet. Sorry bout that.

Glad it was helpful!

Thanks. Glad it helps

Depends on what is impossible. It's posiisble to reupload new videos replacing the old ones, though it's impossible to remove the music in existing videos. I'm gym thinking to replace, but not quite yet.

Hope it helped 😊

Thanks. Glad it helped

Thanks. I'll try 😊

Thanks for the comment 😃

Thanks. I'm just using PowerPoint in this presentation.

Haha. I'm sure the presidential campaign would be fun. Thanks 😊

Thanks. Glad it helps 🙂

Thanks.

Thanks. But very interesting suggestion; I mean I'm not sure why that particular one, if you don't mind, do entertain me. Overall I'm aware of the slang that I have. But the videos probably would never happen if I were to improve my English to a native speaker level. Of course nowadays I probably can use a generative AI voice. Thanks again.

@@openlogic925 Please, no AI. Keep it as it is. It's the only one that keeps recurring that's a bit strange. All other "imperfection" are quite understandable for a non native speaker.

@@mdesm2005 Thanks for the response. I'll pay attention in the future

You're welcome. Glad it helps 🙂

Thanks for the comment. I'm currently busy with my job. I'll post new materials as soon as possible.