Wow, someone does not how the ingot is made and what steps are necessary before that. "and it is not sand". How awful by Samsung!

Item# 452 100mm P B <100> 0-100 500um SSP Test In Stock 2526 $35.22 $27.06 $20.26 $13.46 $12.91 $12.09 100mm Silicon Wafer Used for sensor fabrication, spin coating, microfluidics research and Will be used as carrier wafers for etching quantum computing field R&D and more! Best seller!

We are the manufacturer of Integrated Gas System Substrates. Do you need it?

Thank you for demystifying the semiconductor and chip industry

How in the world did we figure out how to do this in the first place!

Ah ha -- Sam= gay muslim + su(ng) -- sudan - hate the african! Arabian -- device prob -- "Credit line theft -- by American(hamserican) -- muslim bros! Saudi + Egypt = Israel Turk india(hindoo)! I.e. Syrian! Gaza--- DY' - Oriental for: "dead!" Mu - dead!

/2''(xt dch tn) frch chn X'zpn + x4'' frch td(yt'') eml || wn + saudi 1970 US fraud brth crtz/ /~tmp abv cntnt + crdt dropz ruch [2''zpn=y : X'x4'' td(xt2'' dch tn) krop crtz HUD/s]/ /kol tun~tmp idz i.e. annex solvent/

Would it be possible to create a dual layered chip. By that I mean having one chip be the "up" side and instead of using one chip and cramming as many transistors onto it as possible and using it alone use two chips with the same philosophy but with the second chip acting as a secondary processing command. To explain further when chip A sends a signal to chip B chip B responds with the same number of transistors A would normally use but then B takes that load instead and gives A the answer to compute instead of having to do all the load at once. Kind of like seperate cores already I guess but I mean directly one underneath the other seperated with a liquid metal heatsink with a grid pattern to allow the transistors to still connect. This is a question only I have no knowledge of computers

Can you answer my question. Is ASML makes lithography machines than how does it affect that chip is made from TSMC or Samsung or SMIC?

Muito bom!

Item# 452 100mm P B <100> 0-100 500um SSP Test In Stock 2526 $35.22 $27.06 $20.26 $13.46 $12.91 $12.09 100mm Silicon Wafer Used for sensor fabrication, spin coating, microfluidics research and Will be used as carrier wafers for etching quantum computing field R&D and more! Best seller!

Your phones gave me every reason to stay loyal to Samsung; and now you are making these interesting and helpful videos🙏

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Is he an expart ?

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Chip AI

Can you help me understand how silicon wafers are made in commercial or industrial level

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they need to hire some zoomer tiktoker for this my attention span make it feel like i lost 6 years watching this

👍👍👍

Best video

Would be great if someone gave example of companies in each part of the ecosystem

This video is so helpful for beginners. Thank you for uploading!!!❤

V well done ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

Thx Samsung!

E.nmyupo

🎯 Key Takeaways for quick navigation: 00:17 *🛠️ Semiconductor Manufacturing Processes Overview* - Overview of essential semiconductor manufacturing processes, - Introduction to the processes of wafer manufacturing, oxidation, photolithography, etching, deposition, ion implementation, metal wiring, EDS, and packaging. 00:58 *🏗️ Wafer Manufacturing Process* - Description of how silicon ingots are sliced into wafers, - Importance of polishing to remove surface defects, - Significance of wafer diameter for chip production. 02:08 *🛡️ Oxidation Process in Semiconductor Manufacturing* - Explanation of the oxidation process to form a protective oxide film, - Role of the oxide film in protecting the wafer's surface and preventing current leakage, - Importance of a uniform oxide film for subsequent processes. 02:38 *🎨 Photolithography Process* - Overview of the photolithography process in semiconductor manufacturing, - Importance of photomasks and photoresist in circuit design transfer, - Steps involved in transferring the circuit pattern onto the wafer surface. 03:36 *🧪 Etching Process* - Description of the etching process to carve out unnecessary materials, - Differentiation between wet etching and dry etching, - Importance of precise etching for desired circuit design. 04:18 *🌐 Deposition Process* - Explanation of thin film deposition onto wafers, - Importance of precise and uniform coating for electrical characteristics, - Materials used for thin film deposition. 04:46 *⚛️ Ion Implementation Process* - Importance of ion implementation in rendering the wafer conductive, - Role of impurities in enabling current conduction, - Contribution of ion implementation to semiconductor functionality. 05:15 *⚡ Metal Wiring Process* - Description of the metal wiring process to create paths for electricity, - Importance of thin metal film deposition for electrical conduction, - Materials commonly used for metal wiring. 05:44 *🧪 EDS Testing Process* - Overview of the EDS testing process for semiconductor chip quality assurance, - Explanation of yield and its significance in chip production, - Role of EDS in identifying and sorting defective chips. 06:12 *📦 Packaging Process* - Description of the packaging process for individual semiconductor chips, - Steps involved in cutting wafers into chips and placing them on PCB boards, - Importance of sealing and labeling for final product completion. Made with HARPA AI

Modern dynamic random access memory that came out in the 1970s was one of the many things that made the computers we have today possible. I am old enough to remember when the state of the art memory technology on computers was magnetic core memory. Back in the past magnetic core memory was extremely expensive and took up a lot more space in the computer. Also it was typical for a computer of that time to have no more than about 64k of magnetic core memory and often considerably less. Now a person can buy with computer with 16gb of memory for a reasonable price.

the music is so high it is hard to get the speech in the video

Explained very nicely

What's your moq

this video is so asian

Basic, but gives you a general idea. Gettin ready to retire after 34 years in chip mfg industry..!

Please Samsung attention to 김정호 카이스트 교수

It's "implantation", not "implementation", as the narrator keeps repeating despite the correct graphics. It makes a sloppy job of an otherwise educational video, especially coming from Samsung itself...

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phenomenal explanation

Thanks for the updates please