‘Semiconductor Manufacturing Process’ Explained | 'All About Semiconductor' by Samsung Semiconductor

What is the process by which silicon is transformed into a semiconductor chip?
As the second most prevalent material on earth, silicon is used in the semiconductor manufacturing process to produce cutting-edge chips.
In this process, eight steps are involved: wafer manufacturing, oxidation, photolithography, etching, deposition and ion implantation, metal wiring, electrical die sorting, and packaging.
This video will provide you with a detailed explanation of the eight steps and how a material can become a semiconductor.
You officially become an expert on semiconductors the moment you start watching this video.
Please stay tuned for more diverse and useful news about semiconductors through this series.
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📌Timestamps
00:00 Prologue
00:35 Wafer Process
01:41 Oxidation Process
02:00 Photo Lithography Process
03:08 Deposition and Ion Implantation
04:03 Metal Wiring Process
04:26 EDS Process
04:48 Packaging Process
05:30 Epilogue
#samsungsemiconductor #allaboutsemiconductor #semiconductormanufacturing

[@SamsungSemiconductorGlobal]

How did you enjoy our clip? The opinions of our viewers are always very meaningful to us. If you have any thoughts or ideas, please do not hesitate to share them! Our team is eager to take your ideas and turn them into reality.

[@konstantinschuster7825]

How long is the time, that it usually take for a wafer to go through all the steps above until it is a finished and packaged chip? In addition it would be really great to learn, perhaps in another video, what the main production challenges are for a fab and why the construction of one is so expensive. Your engagement with the community is much appreciated.

[@Joethecatholic]

Without using an edge grinder, is there any methods used to manually smooth edge the wafer post-grind?

[@mariajaramillo1135]

awesome video. I love to watch and learn things. love the electronic world. I used to test these beauties to make sure they were ready to assemble.

[@SirioAstarot]

ECOSYSTEM, ECOSYSTEM ECOSYSTEM ECOSYSTEM ECOSYSTEM ECOSYSTEM FUCK YOU ECOSYSTEM, THIS IS NOT FUCK ECOSYSTEM! THIS IS INFORMATICS!! TAKE A DICCIONARY!!!!

[@WeAreOne675]

As an ECE student what abilities shoud i possess to Join Such a Sci-Fi company like Samsung

[@nooone86]

Better than my 6 month VLSI course

[@kamruzzamanmd8727]

Last 4 years I am involve in this business, selling sealing materials for etching & deposition process & watched several videos but this video really amazing.

[@mahbuburrahman8522]

Assalamu alaikum! I am interested on this business! May i have your number, please

[@razbokaiz.3412]

I love how you explain the process so vividly and clearly. Hats off to the narrator as well who is so engaging!

[@Factory721]

it's amazing to explain in short video less than 8 minutes. I believe the colleges , university and school also adopt this type of education video so that students can take interest and learn in a well manner.

[@bettyortiz2294]

Ditto

[@trevortherefinegroup]

Thank you for creating this informative and useful video, Samsung Semiconductor Newsroom. Not only is it helpful, it is also interesting and kept me engaged the entire time. This is an effective resource that I can use to help educate recruiters in the semiconductor industry 👏

[@haiyentrt]

It is so amazing for a short clear well-explained summary of the manufacturing process. Thank so much!

[@usamasohail5657]

This video has soo simple method to clear the concept of chip making 👍👍 We should use this method to teach the students with animations

[@Turgineer]

A video that explains chip production in a very simple way, it's great.

[@gizachewdiga7648]

Best Lecture related to Semiconductor MATERIALS & manufacturing

[@YSL623]

this video is super nice and the explanation in simple words which can really help me who have 0 knowledge about semiconductor to understand better.

[@AKK8570]

Wow..such a simplest and clear explanation i hv ever come across 👍👍👍✌️

[@targetfixdreamdoctor8563]

Nice explanation, I think India should do something in semiconductor industry in small scale. By which We do something better

[@berndschneider9277]

Nicely done video that I think is fun for newbies. Nitpick: The spoken comment says "implementation" twice where is should be "implantation".

[@SamsungSemiconductorGlobal]

Thank you for your interest in our video. We will discuss the points you made in your comment with our team. Be on the lookout for future videos!

[@moresoysauce5489]

this also drove me crazy and why i am in the comments right now instead of finishing the video lol

[@Rovilworkplace-os7vk]

Well defined explanation and Easy to understand. On the Packaging, you mentioned the sawn chip being placed on a PCB. I thought it’s placed on a Lead frame

[@MrTonnarak]

appreciated for this presentation, very useful for us in Automotive business. Thank you.

[@user-ew2ou2bm7g]

This was a great video and needed as I work on recruiting Engineers for my client, who deal with semiconductors. Thanks!

[@gizachewdiga7648]

Semiconductor manufacturing process is the best discussion topic lecture. With thanks!

[@Lruiz3865]

What a well done work 🤙

[@geraldlarson5796]

Currently taking this course at ASU and this is a clear well-explained summary of the process, thank you!

[@averyisaiah1]

What is the course called?

[@geraldlarson5796]

@@averyisaiah1 EEE 435 - Fundamentals of CMOS and MEMS

[@averyisaiah1]

@@geraldlarson5796 appreciate it thanks 🫡

[@user-gi1fx9to2e]

the explanation better than book, I got it, thank you!

[@TM-ce7ct]

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

[@tnbourne]

Good introduction. I've been working in this field since the mid 90s and it still works pretty much exactly like it did then. Smaller wavelengths, better wafer handling robots, better measuring tools, but still pretty much the same. As others have stated, many of the words are pronounced wrong, but otherwise it's good

[@anishsaikia4905]

Keep up the good work

[@susantamajumdar5477]

I belong to the general public having a science background learnt 50 years back. Still the video was extremely interesting to me. I somewhat understood how a chip is manufactured. Many thanks to Samsung.

[@englishstudymasumahmed7565]

Amazing and Marvelous technology.

[@S_Karthik]

Was a super informative video. Hope this helps Exynos Team as well to work in for Mid range SOC's in 2023/2024 and the big wait 2025 Dream Exynos SOC

[@bettyortiz2294]

This is a perfect illustration for someone who is in a non-STEM field.

[@kevaibhav4490]

Well done Samsung, Waiting to see Your 3nm chips on a Smartphone.

[@jithinfrancis9199]

Good video. It’s Ion implantation. The speaker was repeatedly saying implementation even though it was displayed implantation in the text.

[@justinsharp6323]

Glad someone else caught this. felt a little crazy.

[@rameshramalingam2621]

Great 👍👍

[@KameyokoToyota]

Great video! Thank you!

[@kausikgupta6846]

👌👌👌👍💙 Hay SAMSUNG please open a semiconductor institution in India 🥺🙏

[@souravmondal9533]

Thanks to the team who made this simplified explanatory video, please do the same for OLED, OFET, and Organic solar cell (if possible). Thanks in advance. Best Wishes!

[@MuhammadNaveed-ej3oz]

Explained very nicely

[@thinktalk9250]

Great explanation

[@robinsingh1567]

Helpful for upsc students

[@tomatogroup1618]

Beautiful

[@vikrama8379]

super informative!

[@SamsungSemiconductorGlobal]

We appreciate you taking the time to watch our video! Keep an eye out for our future videos. Our team appreciates any comments you have.

[@MichaelVanoverJr]

Whoa pause there was a first episode 😮 I gotta go watch that brb

[@fiysalmx5268]

Wonderful 🎉🎉🎉🎉

[@aimishazliana4533]

Best video

[@mdahsanhabib4089]

supper and awesome

[@konstantinschuster7825]

Great!

[@SamsungSemiconductorGlobal]

We appreciate you taking the time to watch our video! Keep an eye out for our future videos. Our team appreciates any comments you have.

[@aamirejaz3988]

V well done ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@HieuHuynh-sy4hm]

I love it!

[@SamsungSemiconductorGlobal]

We appreciate you watching and commenting! A new episode will be uploaded soon. Please be excited for it!

[@rickshaw5595]

Good video that I can share with friends and family so they can understand semiconductors. Unfortunately, this video does not explain CMP, which is where I work. 😒

[@Drona666]

what is cmp?

[@rickshaw5595]

@@Drona666 It's a semiconductor process. CMP stands for Chemical Mechanical Planarization. Google it for more information.

[@cuzcohusky3533]

So where I learn how do I make this? Where can I find classes for it

[@mdhasiburrahman8806]

I cant believe sumsang as a KZbin channel like this

[@Biteme311]

phenomenal explanation

[@whassupmahesh]

I am going to start semiconductor manufacturing plant wish me luck :)

[@hadiadamu4536]

Sir, I need a permission to use your video for my research work

[@nandhishk7237]

I LOve YOu

[@mistacdawg6882]

Ahh, so it’s not something I can make at home to help the economy while making 💰 huh?

[@ajaxsid9034]

You need equipment that could cost thousands of dollars.

[@usamasohail5657]

😂😂😂

[@nahidhasanniloy]

Bruh!!😂😂😂

[@theREALmushroomMusic]

​@@ajaxsid9034 thousands??

[@Fohty6]

@@ajaxsid9034 My guy, the tools we sell at my company can sell for 10-100+ million dollars. Think bigger, that doesn’t include cost of service engineers outside of warranty.

[@midnqp]

Totally seems like a video perfect for KZbin Kids.

[@BrandonDenny-we1rw]

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

[@xenon6947]

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?

[@kaijunaut1954]

Computers don't "design" the "circuit pattern" on a mask...design engineers and mask designers work together to create these designs using various CAD programs...numerous tests and design checking programs are used to make sure these circuits function as planned to specifications for the product...

[@dnyaneshwarwaghmare5691]

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

[@Kaloo_Mustafa]

👍

[@SamsungSemiconductorGlobal]

We appreciate you watching and commenting! A new episode will be uploaded soon. Please be excited for it!

[@kurandsmapagmahal.t.v]

Never forget about safety. Use Softgle Comfort

[@jimmyers8167]

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

[@ruskied1301]

You know, I clicked on this video thinking "meh, I'm curious" I ended the video having learned nothing because this is so complex that it went over my head and I'm just "So this is why these things are so expensive"

[@JD-kf2ki]

So basically, the silicon wafer is not etched but the added layers only?

[@jinhoonchung]

🎯 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

[@OwenHumphries]

why are wafers circular rather than square or rectangular?

[@mooncrack37]

hello.. are you friends of sam and bixby?

[@peddojibhaskarchary7060]

🚩

[@Hans_Magnusson]

It looks a bit like multilayer printed circuit boards… But smaller 😂

[@deaf2819]

I work in this space and everyone always asks me about it and I can’t explain it lmao

[@manojgugade8646]

I am doing electronic and communication engineering how get into this field?

[@JessaCruz-sp7vg]

Item# 452 100mm P B 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!

[@IsabellaCadeddu-yl1lf]

Come goderò quando vi viene il ♋

[@ArianeQube]

Ion implantation not implementation.

[@brianjohnson-yp5vj]

Let's say a high tech company just can't solve one of its essential steps needed to complete a major invention !! Imo, it may benefit that CO to throw it to the public to see if we could somehow solve or contribute to the solution for a fee of course if it's solved by someone. The company only needs to isolate and present only that part they need a solution too !! No need to tell about the product or invention as a whole as it could be taken and built by whoever thinks it could be a good product to try and develop.

[@fuvet]

The masks are quartz, not glass

[@proton9551]

ASML leading machines are available to SAMSUNG and INTEL. just that TSML has more chinese engineers. Nothing special there.

[@rrsharizam]

So, ask ASML to make their own chips if it's really nothing special.

[@sadiporter2966]

tsmc*

[@DarkvoltSilver778-cl7iq]

AMSTRONGS CHIPS ELECTRONICS UNIVERSE AND NANOMETRE 1 NM VRAM APU SSDM2 RAM Q QPU VRAM GPU E STROANGE MICROS SD RAM D D-RAM CPU 1NM CPU APU SSD MICRO SD RAM DRAMCPU GPU QPU M2 VRAM 10,000 AMSTRONGS 1000 AMSTRONG 100 AMSTRONGS 10 AMSTRONGS 1 AMSTRON - 250 NM -25 NM

[@helsreach8954]

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

[@SherriP]

Everyone who thinks or feels God doesn't care, is indifferent and or mean etc …. Wondering why is the world as it is, so much evil everywhere… where is God and His faithfulness… why does so much so bad happen?..... Well God does not miss it, none of it.... Please keep reading and understand things better and let this truth help you.... Evil things happen because there is sin and people sin and there is a way out of it all, evil, sickness, pain, heartbreak, demons, lies and so for.... Read everything here, please just read it and really listen because it is how to get out of so much hardship 💕 God does judge sin which is evil and if people don't stop sinning they will die for that disobedience,that sin. When God said if you take from that tree you will die He was saying if you disobey, you sin, I will punish that sin because God does punish it, sickness, demons and death. And if you keep sinning I will punish you to the point of death, is that punishment. Sickness is a consequence of sin and it is a judgement God makes upon the people for their sin. All sickness takes its toll on the body and will result in death unless you stop sinning and that brings a reward from God for the righteous decision to stop sinning that brought that illness. Throughout scripture God tells us these things. God does love and there is mercy in His punishment too. He chastises those He loves. His wrath doesn't mean He doesn't love, it doesn't mean there is no mercy, it means He puts His law first and He obeys it first. He punished sin and then punishes sin and so forth and if someone doesn't stop sinning or sins more then that judgment is death just as He said, sin is death. Scripture says we are all responsible for working out our salvation with fear and trembling. Seek scripture, learn who He is and what He said to obey and do it. if you obey Him you live in blessings just like Deuteronomy 28 says and it also says disobedience is curses, that's sickness, demons possibly and again to continue in sin results in death. God told all the details, and paid for us to get out of sin and how we should live and when people don't live righteous then the world looks like it did in the days of Noah, violence, drunkenness and such lovers of self, pleasure and all sin and life apart from God, life in disobedience to God. Why should He bless sin? He punishes it then punishes sin more if someone keeps sinning. Is it tough people die from that choice they make, their sin and lack of seeking God to obey what He said, yes it hurts. How do you think God feels, He loved the world so much He gave His only begotten son and Yeshua died in agony for us to be out of that sin, taking God's wrath upon Himself so how do I think He feels, grieved so grieved but I know from scripture He always obeys what His word says, He never changes and that includes every word He said. Now Yeshua took God's wrath upon Himself for our sin Isaiah 53. We get peace with God and can come before Him to be heard and we get to be cleansed from our iniquities, sin. Just like the lamb sacrifices in the old testament Jesus was that for us a peace offering and forgiveness offering. We get freedom from that sinful past, from that sin and we get our healings because His stripes healed us from the consequences of sin. He gave us a way out. A way to start again out of that wrath. How loving is that God gave us His son who took God's wrath for us out of love. How loving just how loving is our God who made a way for us to be out of that wrath? Wrath we deserved by our sin and continued sin. But God so loved the world He gave us Yeshua. Yeshua gave His life to rise to life for us to give us new life. A new creation to begin again a new life, having been born again. Having received forgiveness for sin and a pardon from God's wrath, that very wrath you talk about. But God gave us a way out of His wrath when Yeshua, our lamb paid for our sin. Again how loving is that! Our way out of God's wrath. Our new life. Our second chance to live rightly, that's righteous, before our Holy righteous God. Our being born again to live right because God planned for us to not all receive His wrath for things we did, sin. Yet His son for everyone, one for everyone and a way out, pardoned and free to live life righteous, whole, healed, delivered, how loving oh so very loving that is. All that is in scripture too. Seek and find, learn who He is and obey and see more of it. Mark 4:24 the more you obey God the more He reveals to you, it means that. Matthew 6:33 live it daily and understand who He is and just how loving He always is and honestly how loved you are will be seen felt and KNOWN too. 💕 May you come to understand Him all your days seeking and finding in scripture and growing in the knowledge of God, we know Him and His ways from scripture alone. in Yeshua's name 💕

[@eepien]

Why does he keep saying Ion IMPLEMENTATION even though it's clearly written ION IMPLANTATION? 🤔 It turns me off.

[@wingsofsuspensionlifts6814]

Australian Silica Sand Australian Bauxite Australian Aluminum Australian Titanium hmmmm.. shouldnt Australia be making these?

[@sadiporter2966]

Australia is busy making poisonous mushroom meals.

[@serenaAI]

I don't understood anythings.

[@Abhinavkumar-og3xd]

Please speak in hindi.

[@hannibalscipio10]

You really need a narrator who has a clue about how to pronounce the key terms. Maybe he could watch an Asianometry episode? That was a little embarrassing.

[@randomtricksvideos]

YOU’RE PRONOUNCING ALL OF THE WORDS WRONG

[@feedmewifi_477]

this video is so asian