Evolution of Transistor Innovation | Intel Technology

The transistor has evolved over many decades to become the foundation of all computing we depend on - in this amazing visualization, Intel shows how much innovation has gone into this important invention, and how far it has yet to go. How many geekster eggs can you find?
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Evolution of Transistor Innovation | Intel Technology
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[@TechTechPotato]

Potato approved. Those wafers in the final shot look tasty

[@pf100andahalf]

You're going to gain too much weight with all these chips!

[@IntelTechnology]

When TechTechPotato approves 😎

[@masternobody1896]

@@IntelTechnology yes

[@AffectionateLocomotive]

Bro when will you surpass amd with the 1nm process and In the stock market ?😊

[@jrherita]

Looking at transistors this way makes you realize how insane the engineering is to make modern chips. Hats off in respect to all of the engineers that have made these 50 years possible! Thank you!

[@IntelTechnology]

We agree 💯

[@srikanthramanan]

Incredible!!! We tend to miss the forest for the trees. In this age of so much marketing around ever smaller nanometers, this feels candid and genuine.

[@IntelTechnology]

Agreed Srikanth! We are bringing the geek back 💙

[@alexlefevre3555]

The infographic at the end showing a rough size scale from the first planar FETs to upcoming GAA was tremendously breathtaking... Amazing video!

[@IntelTechnology]

Agreed! It's really amazing to the scale of things and how far it has come.

[@blueghost3649]

I am honestly surprised by how well made a 5 minute video of not much apparent value is. I am even more surprised to see Intel actually replying to people in the comments. I am definitely very pleased by all of this, good job

[@colekeircom]

Absolutely brilliant. I've been an electronics hobbyist for decades and these videos from Intel are so well presented, easy to follow and to understand . Thanks to all involved for sharing your expertise and knowledge. Regards Kieron.

[@t13fox67]

This is amazing, especially when you add in the layers. Thank you so much for this very interesting video.

[@TheAstronomyDude]

Super cool! And so many easter eggs. I think I paused the video at least twenty times.

[@jopeckxpress]

The Intel 10nm and 20A illustration look very cool

[@MrArunvappukuttan]

Brilliant video. Need more of these.

[@yongzhang7422]

Nice video! I wish to see an expanded version with more details that can be used in classroom teaching, say for a college level electronic course.

[@Railmani]

This is the best brand video on tech evolution I've seen - Good job!

[@Akshay-xo5iy]

Please, we want more of these videos featuring advances in transistors as a series of videos.

[@IntelTechnology]

*Noted

[@HxHStudios]

Well made!

[@IntelTechnology]

Thank you!

[@sisirpynda5875]

Beautiful!!!

[@Bianchi77]

Nice video shot, thanks for sharing it with us, well done :)

[@EntangleIT]

Cool video; nice job Marisa!

[@purushottamgupta2950]

Wow, Being an Electronics Grad, This makes me go back to College again 😍

[@IntelTechnology]

It's like a real life time machine!

[@rem9882]

This is a great video

[@-tim0-261]

Very confusing! But I love it!

[@eliaslopez7159]

2:17 wooow! son como electrones en una pececita :3

[@gylbard8237]

4004 50th anniversary!

[@masternobody1896]

yes

[@dickjames9583]

Nice trip down memory lane, but a couple of errors - to my knowledge Intel has not yet used a SiGe channel in their logic product, and the chemical symbol for zirconium is Zr, not Zi.

[@tikaziitech]

Nice

[@GlennBerrySQL]

Very interesting video!

[@IntelTechnology]

Thanks Glenn!

[@ags5377]

Is it possible to get a list of what all the logos that appear in the video correspond to? The gray crystal at 2:42 looks very familiar...

[@robertgraham6481]

It looks like the plumbob from The Sims. I think they've included pop culture references to show what was going on in the world while transistors were shrinking, e.g. code from The Matrix in 1999. I'm not sure why they picked 2005 for The Sims, though, which came out in 2000.

[@fakrbob4099]

What about analog/RF cmos performance?

[@DirkArnez]

I also wonder how can human even design the complicated arrangement of these transistor so they are do powerful calculations....

[@natalieloo2648]

David Copper (and electronic) field

[@masternobody1896]

I wish I could tell asml to make more smaller transistor tool. so i can make more smaller nm size faster intel cpus. hohoho

[@masternobody1896]

yes this will give me unlimited fps in games and work

[@albertohernandez3606]

I cant believe it

[@benzed1618]

OOOOOOOOOOOOOOOOoooooooooooooooooooo

[@Brandon-fr9nl]

Limited by the quantum world, weird

[@JustinEmlay]

It's all fun and games until SkyNet goes on line...

[@seanjorgenson7251]

atomera

[@sinephase]

cool but you make it sound like you're the only ones working on the problem