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Part 3 when it reaches 100k Views? 🥺👉👈

Time to dive in, planning to build something much simpler than this, but this is all really interesting stuff!

Great educational project. Trough I guess you didnt finish it as there arent any updates for 4 years..?! :(

Лайк+подписка. Ты случайно не украинец?

Hey lev you are a great teacher! This is the most coherent educational video I’ve seen since I can’t even remember. You make every word count. Subscribed 👍

Your followers are asking for part three 🙏💙

you are fake af

дорогой Лев, по-любэ ты это увидишь, так вот, я нуб, мне 29 лет, замути курс для таких как я =)

What types of electronic components do you use?

I know it seems kind of anachronistic to study retro-computing as a young person, but I don't know how else you can learn about how computers actually work. I don't think it's possible to study a modern processor in depth like you can with a 6502 or similar.

Would be really interesting to see this project made with SMD and no floating wires

Sehr gut

“When I go to college”… to do what, teach?

Hey Lev, What happened at the end? no more videos?

I watch these to remind myself how dumb I am.

Very impressive work! And you were only in high school then? How far we’ve come! I hope you continued on the path of exploration and continue to challenge yourself. You’ve undoubtedly learned much more than you could just reading books and taking tests!

‘When’ I go to college 😂 this kid computes

This appears to be a common sentiment in the comments, WHERE IS MY TETRIS EXAMPLE??!??!?!

I hope you are okay bro🙏

NOOO I THOUGHT THE SERIES WAS COMPLETED

Thanks for squematics.

Shame you haven't done any more. For a similar project that goes all the way, search "James Sharman CPU"

Really disappointed to see no part 3 after 3 years

WTF! teach me all of this! subscribed

Tetris doesn't require Stack Pointer, not even CPU for that matter.

Did you die or something?

What a fantastic and inspiring video. I have a ph.d. In an unrelated field and am a tenured professor, yet you make it all so elegant! Really enjoyed video 2 as well. Congratulations and keep it up!!

Waiting for part 3

I built a 1 bit adder using discrete npn bjts. It took an entire weekend and was very hard for me. I am much older than you are also. This is all to say…. What you have done is just simply extraordinary.

Bro was staring in my soul at the beginning 🥶 ( great video )

I had to click this when I saw minecraft

I heard you went to college, please continue this when you get back

Oh, I see, so your daddy made you a custom built assembler. . .

I was also infected by the Ben Eater series :) If i was to do it again I would like to try and feed my architecture into chat gpt. I think it could really speed up dev in a few areas. Your full transistor design is impressive. Fun stuff. You, like Ben are building a floor for people to stand on. Thankyou.

Man I’d love to do this stuff but I’m too lazy/depressed 😂

Cool video, thanks :)

"After watching some lectures on computer engineering, I built my own computer " "It allowed me to fulfill my childhood dream of building a Turing complete computer from scratch" Myr....wtf

how was this not accepted 😭😭

Very good brother i like your channel

Nooooooooooooooooo

Pretty cool

Very nice work. I am late to the party. I have been programming professionally since 1999. I am of that generation that had to know a little bit about how computers worked to write programs for them. And I have always tried to instill that into developers that I teach. It is pretty impressive that you would take that on yourself.

It might be possible to have it built using SMDs and make the whole unit smaller.

Looks like it is using an FFTs to do the division the algorithm is found in the Numerical Recipes in C/C++.

Congratulations! You have re-invented 6502.

Excellent video/series, man. Very well explained and technical (in a good way)

I dont understand why you have pull down resistors on the gate, but I guess I will google until I find the answers. Maybe its to keep the voltage from floating when the circuit is open? I am also perplexed that in the XOR, no current would flow to the Gate if the OR gate is active. I dont see why the current through the OR gate MOSFETS would have less resistance than on the normally closed MOSFET.

Hi, TLDR; - want a job? :) great pay, save the world, win.

8TH GRADE?! this makes me want to shoot myself for being a stupid mortal

Please don't stop making these videos, I really want to do something similar and this is inspiring, I almost built an alu in my digital logic class but I never went this far. This is super inspiring, thanks for this wonderful series 👍