Absolutely insane, especially when you take into consideration how much these smaller techs can take in terms of damage. You've got these tiny chips smaller than the eye can see, and you drop your phone a good 4 feet off the ground and your phone still works perfectly fine (hopefully glass didn't break). It's actually pretty crazy.
@@Potateornottotate i think it usually had to do with force and pressure. Smaller objects tend to have smaller mass therefore less force reacted upon touching the ground. Structuring and material used also affected the strength
When I started programming, a meg of memory was about the size of a carry-on suitcase. Now it's rather smaller than a salt crystal. This always amazes me.
I remember when I held a 2 GB sim card for my last phone that was a non-smart phone (almost everyone else had smart phones by then - that was like 2008). That still amazes me but i think growth (or, shrinkage rather) has decellerated a little since then due to the practical, physical limitations of this universe.
Makes you appreciate how insane a little bunch of humans is that literally changed our lives, we all are reaping the benefits of a tiny group of geniuses, I have infinite respect and admiration for them!
And who knows the name of any scientist that participated on this? We all know names like Gates, Ballmer, Jobs, Wozniak, Huang etc., but these people likely don't even know the names of those that make them so damn rich. Being a scientist is an extremely ungrateful job.
Stunning animations! Keep up the great work! I was just blown away by the scale. I didn't realize how big antibodies or DNA were. Humanity is always pushing the boundaries of what is possible!
That was incredible. I absolutely lost it when i realized that an item smaller than a SINGLE GRAIN of salt could hold an entire megabyte. Just staring at the space in between my fingers pinching together made me realize how advanced things really are today.
To think that a 300 page novel is around 1 megabyte, just imagine that, we can store a whole ass 300 page book in something the size of a grain of salt. This stuff is so facinating to me.
lots of people go to see the eiffel tower or mona lisa painting but honestly i am much more impressed about these computer chips. the beauty in them is that everything in there makes sense, everything in there follows a logic. I know its not a single human who made it but lots of people constantly improving it but its really impressive nonetheless. It helps us humans so much these days! we can easily access valuable information and educate ourselves easily thanks to these technologies. we can also communicate and see each other over huge distances. i hope everyone understands, supports and appreciates these technologies
Wow! it becomes really astounding when it's put to scale. Great way to visualize things. Also, great video! One of the best comparison videos I've seen so far (the 3D animation really adds into the quality and experience).
This is beyond excellence. Amazing graphics, music, presentation material etc etc. The lack of any distracting audio commentary made the graphics pop out which was all that was needed to make your point. BRILLIANT!
My God, this give chills. Somehow this give me same perception as video that comparing objects in the universe. Outstanding animation, the quality of the animation really blow my mind. I really would like to see that last scene as opening scene for all videos in this channel!
So the gate width hasn't really shrunk that much in the last ten years. When Intel and TSMC talks about 2 nm process, does the gate still stay the same width?
The gates can't get much smaller due to some physical limitations like quantum tunneling, manufacturers are resorting to other tricks to increase performance with modern nodes. "nm" is more of a relative scale than an actual measurement these days. As it showed in the video, intel's "14nm" and tsmc's "7nm" are actually nearly equivalent gate size wise.
The linewidth is becoming even more abstract these days and any "3 nm process" or something should be considered marketing department speech these days. Total transistors per square millimeter is the measurement you really want. That's one metric that marketing department cannot adjust.
I think it mostly refers to improved Transistor density. Like TSMC claimed that they increased their transistor density by 33% going from „5nm“ to „3nm“. The node size can be seen as some kind of generation tag like LTE(4g) 5g etc… What’s important for the customer to understand once a new node is announced is that the engineers worked their butts off to significantly improve the performance AGAIN 😂.
@@vanrex7682 I mostly agree with that. However, when Intel "10 nm" process is close to TSMC "5 nm" process, the customers will fail to understand that those are equal. With processes like "90 million transistors per square millimeter" vs "120 million transistors per square millimeter" the process scale would be accurately transmitted and we would have "bigger number is better", too.
Wow. I'm blown away firstly, with how good the animations are. I can't praise it enough. It's sooo good. Secondly with the content. How we humans, managed to make such complex machines at such a small scale.
That was awesome, im quite sure many people struggle to imagine and visualize this scale, and i am grateful that you made this video because it really put this stuff into perspective for me
I just looked up the name of the animator on google & got to know he's one of the animators in Veritasium team.... Kudos man breathtaking animation.... Mike Radjabov - take a bow🙏
@@MikeRadjabov you do an amazing job visualizing which is very important for education and I really appreciate your work - do you do all this in Blender?
This is the most impressive video I've ever seen on YT. I've even included it in my regular playlist for work, as even the background music is so worthwhile to listen to on its own.
I still believe that CPUs were brought to us by aliens. I have studied computer architecture and FPGA design for the past couple of years and I continue to have a hard time implementing code for a simple 8-bit computer. How we managed to reach this point in computing power is beyond me.
Simple... R/D teams of 30-500+. This kind of development requires teamwork involving dozens if not hundreds of people per team. Not to mention many of the advances other companies make eventually find their way into other companies... Remember most of the basics of computing were established many decades ago, and funny enough binary code was invented in press card machines in the late 1800's. Modern semiconductors are figuratively, and literally bigger then any single person can imagine.
Very nicely done, and better than many scale comparison videos as it actually made an effort to keep references to scale nearby. If I had any criticism, it was that it's too fast... the transitions between objects are too quick, should be smoother and slower to appreciate the change, and it didn't linger for long enough on each object. You'd have to pause the video to read much of the text present in the video, it was so fast (at least if you also wanted to appreciate the visuals).
Great video! it would have been crazy if at the end, the field of view had turned around to look at everything else from that scale. Imagine seeing the scale of the 10µm process as seen from finFETs.
The quality of this video is really just great. Idk why but its just so cool to get a visualization of just how small or big things are compared to us. Its also absolutely insane how quickly computer technology has advanced in only 30-40 years. It must have been ethereal to live through the 80's into the 2000's.
It's one thing to imagine this technology; it's quite another to experience this explosion from the late 50's to now. From punch cards to micro-SD cards -- what a ride.
Wow! Stunning video! Great animations as well as awesome sound design! I just recommend you to change the title to a more attractive one so more people get to see this insane masterpiece!
fun fact: transistors work by turning on and off and when a transistor gets to small it is permanently locked at a on state, and we are now at that size limit, it is physically impossible to make them any smaller and still remain functional, this physical size limitations is why 12th gen CPU's is bigger then previous gen.
I paused every second to simply appreciate the amazing technology human being has come thus far and the visual presentation of the video. Thanks for this breathtaking work of art!
we all humans actually are not that smart just 0.001 percent of population are genius and they give us their technology to use and we are just enjoying their technology if they didn't born we all were living in tribal
Eniac wasn't the first programmable computer, that was the Zuse Z3! And Eniac wasn't even the first all electronic one either, it used a lot of relays, just a lot less than the Z3!
I LOVE these videos! As sobering who has been studying computers for the past two years, these videos are the visualization I’ve been looking for. What a perfect way to combine information learned in print with images. Many thanks for these will dive learning tools.
Yo it’s so cool to see how tiny and intricate technology is these days it really makes you appreciate that stuff like this is even possible but at the same time the fact that you can make technology smaller than a virus cell is scary
i think the most impressive thing is the fact that this isn't some kind of fancy ultra expensive tech used for some kind of niche application, no, it's an everyday item that everyone brought in their pocket and take for granted, not realizing the complexity behind it and its manufacturing that could rival how multicellular lifes operates.
Everything looks crisp and clear in the animations but in real life, if you look at dissections of the real thing, the edges are not nearly that sharp. Occasionally I had to troubleshoot my designs at Intel using such photos.
So many people who don't "appreciate things" should watch this video. I was quite humbled. (I watched this on the TV, but I felt like I needed to rewatch this on the Chromebook so I could pause this and study the actual values/specs of the technology.) My goodness, this is so impressive, it's humbling! Keep up the great work!
Corrections: the apple 2 had stock 4 KB of ram and had no hard drive (though you could attack a floppy drive to it and have a 140 kb 5.5" floppy disk to store data on). It did not have enough extension card slots to add 64 kb of ram as you stated, it could get to at most 48 kb of ram.
And the first thing he showed is wrong too. He said that the ENIAC is the first programmable Computer but that's wrong. The Z3 from the german engineer Konrad Zuse was the first program driven Computer in 1941 (5 years earlier) Either he didn't know that (which i highly doubt because it litterally takes one google search to find that the Z3 was first) or he wanted to say the ENIAC because it was made by an american.
![How are Images Compressed? [46MB ↘↘ 4.07MB] JPEG In Depth](http://i.ytimg.com/vi/Kv1Hiv3ox8I/mqdefault.jpg)
![How are Images Compressed? [46MB ↘↘ 4.07MB] JPEG In Depth](/img/tr.png)
That was next level stuff! The sound design really took it up a notch for me. Keep up the great work😀
Your channel are great too,I wonder what projects you will makes in future,would like to know and see it. 😁
Please keep posting animation working models frequently love from india
One great of a field praising other is always a good thing to see😄
You should do lightin on your vid
you both are are amazing😇😇😇😇
using real world objects really helped with the comparisons
real world?
@Abbas Ttr which god? there’s thousands
@@nick_0no, only one
@@mhmdfdhl8122 and you’re so sure why? it’s a belief is it not? no facts 😂
Bro dude this turned into an argument about religion. Guys... other people believe in other things that I do?!!!!?!!?!?!? OMG HOW!!! 💀
Absolutely insane, especially when you take into consideration how much these smaller techs can take in terms of damage. You've got these tiny chips smaller than the eye can see, and you drop your phone a good 4 feet off the ground and your phone still works perfectly fine (hopefully glass didn't break). It's actually pretty crazy.
Well small objects have less tendency to break
@@Potateornottotate i think it usually had to do with force and pressure. Smaller objects tend to have smaller mass therefore less force reacted upon touching the ground. Structuring and material used also affected the strength
@@nitsu2947 Smaller mass per surface area is what you think about :)
Nah mine broke
It's actually pretty crazy how resilient it is
How long did it take to make this? This is nuts.
Almonds or peanuts?
@@EliasYT123 Thanks Dude, very cool.
@@EliasYT123 peanuts beacuse their anya's favorite
If we look from the time gap between this and the previous video, it's around 5 months long.
@@EliasYT123 nuts from berserk
When I started programming, a meg of memory was about the size of a carry-on suitcase. Now it's rather smaller than a salt crystal. This always amazes me.
OG programmer
I remember when I held a 2 GB sim card for my last phone that was a non-smart phone (almost everyone else had smart phones by then - that was like 2008). That still amazes me but i think growth (or, shrinkage rather) has decellerated a little since then due to the practical, physical limitations of this universe.
Well...there will probably be 2TB micro SD cards soon...
@@NK-qn6pq Of course, so common folk like you could use it to store porn.
@@burtan2000 Has it? You can get multiple Terrabytes of storage in an object smaller than a wallet.
Makes you appreciate how insane a little bunch of humans is that literally changed our lives, we all are reaping the benefits of a tiny group of geniuses, I have infinite respect and admiration for them!
Right on!
many of these geniuses were robbed of their achievements btw. your respect is kind of useless
And who knows the name of any scientist that participated on this? We all know names like Gates, Ballmer, Jobs, Wozniak, Huang etc., but these people likely don't even know the names of those that make them so damn rich.
Being a scientist is an extremely ungrateful job.
@@dark_familiarity the ones he seems to be praising are the same ones who reaped the benefits of such achievements.
The most part of people are slaves now, wasting their time using this technology for watching tiktok🤣🤣🤣 give me strenght!
Stunning animations! Keep up the great work! I was just blown away by the scale. I didn't realize how big antibodies or DNA were. Humanity is always pushing the boundaries of what is possible!
Yes
Yeah, it was a brilliant idea to add some medical/biochemical objects for comparison as well, not just hi-tech elements.
Wait for DNA computers.
So the Next Gen will be the atoms => encode/decode directly in the "electron shell" of 1 atom with electromagnetic rays. 👍
DNA Use as Storage drives is already possible but not for commercial use.
That was incredible. I absolutely lost it when i realized that an item smaller than a SINGLE GRAIN of salt could hold an entire megabyte. Just staring at the space in between my fingers pinching together made me realize how advanced things really are today.
To think that a 300 page novel is around 1 megabyte, just imagine that, we can store a whole ass 300 page book in something the size of a grain of salt. This stuff is so facinating to me.
@@ayushdwivedi2017 wwwwwhat the fuck is this in reference to
@@ayushdwivedi2017 and how did you get that from the video now
@@DaddyDagothnow compress the novel
One word WOW, stunning visuals.
We really reached an astonishing and amazing level of engineering.
If the Next Gen will be the atoms => encode/decode directly in the "electron shell" of 1 atom with electromagnetic rays. 👍
This is how we should teach science in school. I hope someday we get that.
Thank you, for such quality content, as always.
Greetings from Brazil.
I think it’s to deep for school. We got it in Uni though.
I dont get it tho. Its just a size representation
For it to work in school, you have to have some feedback from the students; something they have to do which teachers can monitor, test, record.
Generation that can only get information from a fun RUclips video with 3d animation, and not from a book - is doomed.
lots of people go to see the eiffel tower or mona lisa painting but honestly i am much more impressed about these computer chips. the beauty in them is that everything in there makes sense, everything in there follows a logic. I know its not a single human who made it but lots of people constantly improving it but its really impressive nonetheless. It helps us humans so much these days! we can easily access valuable information and educate ourselves easily thanks to these technologies. we can also communicate and see each other over huge distances. i hope everyone understands, supports and appreciates these technologies
Amen!
I, also, wanted to marry an abacus - but it said ZERO when I asked her:(
@@aduantas he didn't say it wasn't subjective. Everyone understood his subjective opinion if you wanna be that precise
👌
Like no shit man, It's baffling for me how we have technology on par of the size of a virus and our DNA
I didn't click on this video expecting so much quality.
Both the image and the sound design are incredibly good!
Wow! it becomes really astounding when it's put to scale. Great way to visualize things. Also, great video! One of the best comparison videos I've seen so far (the 3D animation really adds into the quality and experience).
everyone worked so hard so I could play fortnite in 4k
One of the best animations I've ever seen, beautiful work
This is beyond excellence. Amazing graphics, music, presentation material etc etc. The lack of any distracting audio commentary made the graphics pop out which was all that was needed to make your point. BRILLIANT!
My God, this give chills. Somehow this give me same perception as video that comparing objects in the universe.
Outstanding animation, the quality of the animation really blow my mind.
I really would like to see that last scene as opening scene for all videos in this channel!
Stunning, great graphics. Time flies so fast and tech changes much more fast.
So the gate width hasn't really shrunk that much in the last ten years. When Intel and TSMC talks about 2 nm process, does the gate still stay the same width?
The gates can't get much smaller due to some physical limitations like quantum tunneling, manufacturers are resorting to other tricks to increase performance with modern nodes. "nm" is more of a relative scale than an actual measurement these days. As it showed in the video, intel's "14nm" and tsmc's "7nm" are actually nearly equivalent gate size wise.
The limitation is the laser used for etching, they need a higher frequency, smaller wavelength light to be more precise.
The linewidth is becoming even more abstract these days and any "3 nm process" or something should be considered marketing department speech these days.
Total transistors per square millimeter is the measurement you really want. That's one metric that marketing department cannot adjust.
I think it mostly refers to improved Transistor density. Like TSMC claimed that they increased their transistor density by 33% going from „5nm“ to „3nm“. The node size can be seen as some kind of generation tag like LTE(4g) 5g etc…
What’s important for the customer to understand once a new node is announced is that the engineers worked their butts off to significantly improve the performance AGAIN 😂.
@@vanrex7682 I mostly agree with that. However, when Intel "10 nm" process is close to TSMC "5 nm" process, the customers will fail to understand that those are equal. With processes like "90 million transistors per square millimeter" vs "120 million transistors per square millimeter" the process scale would be accurately transmitted and we would have "bigger number is better", too.
Wow. I'm blown away firstly, with how good the animations are. I can't praise it enough. It's sooo good. Secondly with the content. How we humans, managed to make such complex machines at such a small scale.
Asianometry channel does a good job explaining that.
What an incredible video! I love the level of detail on the components and surfaces - the sound makes the experience even better.
That was awesome, im quite sure many people struggle to imagine and visualize this scale, and i am grateful that you made this video because it really put this stuff into perspective for me
The thumbnail didn't give this video proper justice.. It's a marvelous craftmanship. A piece of art.
We are so lucky to have such quality material for free!
I have sent this to my father - he is a teacher for primary school informatics - this is so awesome I just can't stop keep watching it :o
I just looked up the name of the animator on google & got to know he's one of the animators in Veritasium team.... Kudos man breathtaking animation.... Mike Radjabov - take a bow🙏
Thank you!
@@MikeRadjabov you do an amazing job visualizing which is very important for education and I really appreciate your work - do you do all this in Blender?
@@rafeesamith thanks! and yeah, everything is modeled, rigged and animated in Blender
Love those 3D animations they make watching the video over and over again so much nicer 😊
I can only Imagine the amount of effort that went into this almost 4 min video. Mannn, the 3D visuals are next level. No words, Hats off.
This is the most impressive video I've ever seen on YT. I've even included it in my regular playlist for work, as even the background music is so worthwhile to listen to on its own.
Criminally underrated! 🔥🔥🔥
This is fast becoming the best Tech channel on RUclips!
Your videos are absolutely amazing!
The Ending looked like one of those videos you see right before the movie starts talking about like putting your phone away or whatever
Wow branch education, I didn’t know how small this tech could get 🤯
wow, you’re so right
right ?!?!?!? branch education put their whole branch educatiussy into this
I look forward to seeing the continued improvement of computational technology up to, and beyond quantum computing.
Beautiful animations! Sound design fits perfectly as well 👍
The editing, the animation, the sound quality - top notch and the information gained, guess I can whoop some smart asses of my class!
wow branch education, i didn’t know how small this tech could get 🤯
wow!!!!! 🥰🥰🥰 so true!!!! gruel eater 69 is onto something
I am blown away comrade!
Thanks!
this channel is criminally underrated
The first programmable computer in the world was the "Zuse Z3" from 1941. Besides that, a great video.
1:25 NanoLED, Son!
I'd just like to take a moment to applaud the 3D modeler(s) and animator(s). Stellar job! 👏👏👏
The quality level on this video is truly amazing! Good work
Branch education always blows up my mind
I still believe that CPUs were brought to us by aliens. I have studied computer architecture and FPGA design for the past couple of years and I continue to have a hard time implementing code for a simple 8-bit computer. How we managed to reach this point in computing power is beyond me.
I still to this day believe null-terminated strings are sent to us by competing alien civilizations to slow our progress.
Truly. And, it's really a shame, that Low-Level Engineers, and Programmers don't get enough praise as Front-End Developers do
That's what happens when billions are invested in a really useful technology
Simple... R/D teams of 30-500+. This kind of development requires teamwork involving dozens if not hundreds of people per team. Not to mention many of the advances other companies make eventually find their way into other companies...
Remember most of the basics of computing were established many decades ago, and funny enough binary code was invented in press card machines in the late 1800's.
Modern semiconductors are figuratively, and literally bigger then any single person can imagine.
And now the Next Gen for military use will be the atoms => encode/decode directly in the "electron shell" of 1 atom with electromagnetic rays. 👍
Awesome video. It gave exact visualization of progress of technology. Superb animation & audio. 'Virus detected', that was really nice. 😊
Very nicely done, and better than many scale comparison videos as it actually made an effort to keep references to scale nearby. If I had any criticism, it was that it's too fast... the transitions between objects are too quick, should be smoother and slower to appreciate the change, and it didn't linger for long enough on each object. You'd have to pause the video to read much of the text present in the video, it was so fast (at least if you also wanted to appreciate the visuals).
As a retired electronic engineer I have to say the explaination of Starlink communication is breathtaking ...............well done.
The sound is so well made
Wow, what a quality! Everything is so well chosen, music, background sounds and animation.
Great video! it would have been crazy if at the end, the field of view had turned around to look at everything else from that scale. Imagine seeing the scale of the 10µm process as seen from finFETs.
This is soooooooo well done. Truly Underrated.
What an amazing animation! I re-watched the video several times to get impressed again! =)
What a FASCINATING video!!!!!!!!!
I must seriously admit that I jumped off my bed in awe of this newly acquired knowledge!!!!!!!!!
The quality of this video is really just great. Idk why but its just so cool to get a visualization of just how small or big things are compared to us. Its also absolutely insane how quickly computer technology has advanced in only 30-40 years. It must have been ethereal to live through the 80's into the 2000's.
It's one thing to imagine this technology; it's quite another to experience this explosion from the late 50's to now. From punch cards to micro-SD cards -- what a ride.
Wow, it's astonishing how elaborate all these systems are. Great job making this video!
outstanding work by the creator
I got to know this channel from one of veritasum videos where he seemingly featured them, very great
This channel is ready for the metaverse. This content is best seen in 3D VR!
This is mind blowing, such marvelous animations....brilliant....
Great animation. Crazy how we're able to create micro objects.
Absolutely stunning. I've never been so engaged for 3.51 minutes straight
Wow! Stunning video! Great animations as well as awesome sound design! I just recommend you to change the title to a more attractive one so more people get to see this insane masterpiece!
One of the coolest tech animations I've seen. Awesome stuff.
Excellent! What I wonder is: how do the manufacturers manage with the tunneling effect in devices of those tiny sizes, and still have them work?
THIS IS A AWARD WINNING ANIMATION CLIP. GOD BLESS YOU THE TEAM.
fun fact: transistors work by turning on and off and when a transistor gets to small it is permanently locked at a on state, and we are now at that size limit, it is physically impossible to make them any smaller and still remain functional, this physical size limitations is why 12th gen CPU's is bigger then previous gen.
I paused every second to simply appreciate the amazing technology human being has come thus far and the visual presentation of the video. Thanks for this breathtaking work of art!
let it play at 0.25x
Thank you so much for this insane video!
This channel is so Underrated.
the question is, what tools are used to make such small objects?
Lasers most likely
As the guy above me said.. You can also look up the company called ASML, the Dutch monopoly.
Juste incroyable ! Merci beaucoup pour cette vidéo !😲🤩
This is revolutionary!
I can't believe I can watch this stuff for free.
Amazing animation !!! Double salary for the video editor !!!
That really opened my mind to the possibilities of the things we are capable of building😳
we all humans actually are not that smart just 0.001 percent of population are genius and they give us their technology to use and we are just enjoying their technology if they didn't born we all were living in tribal
It blows my mind and leaves me in awe of humanity when I witness such amazing feets of science and engineering.
Eniac wasn't the first programmable computer, that was the Zuse Z3! And Eniac wasn't even the first all electronic one either, it used a lot of relays, just a lot less than the Z3!
Wow! What a privilege to watch this award winning video. So much work went into it. Bravo!
I LOVE these videos! As sobering who has been studying computers for the past two years, these videos are the visualization I’ve been looking for.
What a perfect way to combine information learned in print with images. Many thanks for these will dive learning tools.
Yo it’s so cool to see how tiny and intricate technology is these days it really makes you appreciate that stuff like this is even possible but at the same time the fact that you can make technology smaller than a virus cell is scary
i think the most impressive thing is the fact that this isn't some kind of fancy ultra expensive tech used for some kind of niche application, no, it's an everyday item that everyone brought in their pocket and take for granted, not realizing the complexity behind it and its manufacturing that could rival how multicellular lifes operates.
@@refindoazhar1507 right? And they all complain that it’s too expensive
Whoever made this animation knew what they were doing, awesome skills!
Everything looks crisp and clear in the animations but in real life, if you look at dissections of the real thing, the edges are not nearly that sharp. Occasionally I had to troubleshoot my designs at Intel using such photos.
So many people who don't "appreciate things" should watch this video. I was quite humbled. (I watched this on the TV, but I felt like I needed to rewatch this on the Chromebook so I could pause this and study the actual values/specs of the technology.) My goodness, this is so impressive, it's humbling! Keep up the great work!
I'll never stop wondering about how these tiny worlds of technology works!
What a level of animation and detailed explanation😱😱
The level of animation you use to teach are just amazing
Love from India 😍😍😍
Awesome video. Especially the end, helped me understand difference between MOSFET, FINFET, and GAAFET. 😃👍
1:37 the smallest computer is 100micron in size
Your videos are amazing! Please continue your job!
That bacteria @ 03:00 was cute
How
until you contract it💀
This level of detailed education should be given in schools
Such cool visuals!
Hi
HI man watched your videos !
Hi sir you are here really
That much 3D assets for 1 video... God. Friggin. Damn. A++
Corrections: the apple 2 had stock 4 KB of ram and had no hard drive (though you could attack a floppy drive to it and have a 140 kb 5.5" floppy disk to store data on). It did not have enough extension card slots to add 64 kb of ram as you stated, it could get to at most 48 kb of ram.
Attack XD
damn thats alot enough to store just channel logo
And the first thing he showed is wrong too. He said that the ENIAC is the first programmable Computer but that's wrong. The Z3 from the german engineer Konrad Zuse was the first program driven Computer in 1941 (5 years earlier)
Either he didn't know that (which i highly doubt because it litterally takes one google search to find that the Z3 was first) or he wanted to say the ENIAC because it was made by an american.
@@timbonator1 The Z3 was not Turing-complete device, the ENIAC was.
THAT WAS AMAZING... Phenomenal stuff this! WOOOWWWW
with this video, my iq increased by 1%
Fr I really feel like a true genius! 🤓
😂😂😂😂😂😂😂
Everything in this video is perfect. Outstanding, sublime, superb.
Congratulations.
I really admire electronic engineers for managing these technologies, so complicated yet interesting