WEBVTT - Why are so many semiconductor chips made in Taiwan?

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<v Speaker 1>Welcome to tech Stuff, a production from I Heart Radio.

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<v Speaker 1>Hey there, and welcome to tech Stuff. I'm your host,

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<v Speaker 1>Jonathan Strickland. I'm an executive producer with I Heart Radio.

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<v Speaker 1>And how the tech are you? You know? One thing

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<v Speaker 1>I have talked about a lot over the last couple

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<v Speaker 1>of years has been the semiconductor chip shortage, which is

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<v Speaker 1>impacting everything from PC manufacturing to the automotive industry too,

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<v Speaker 1>you know, printer toner cartridges. And I frequently mentioned that

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<v Speaker 1>many of the semiconductor fabrication facilities are in Taiwan. But

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<v Speaker 1>then that got me to thinking, why are they in Taiwan?

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<v Speaker 1>How did that happen? This was a big gap in

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<v Speaker 1>my knowledge, so I thought I would look into it

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<v Speaker 1>and then do an episode on it. And I am

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<v Speaker 1>a big believer in context. I don't think you can

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<v Speaker 1>just say our story begins in nineteen seventy four, because

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<v Speaker 1>without an understanding of history and politics and social movements,

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<v Speaker 1>you can't really grasp how Taiwan got to where it

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<v Speaker 1>is and the different forces that are you know, present

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<v Speaker 1>in Taiwan's economy in general and the semiconductor industry in particular.

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<v Speaker 1>So we're going to do a super fast, high high

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<v Speaker 1>level overview of Taiwan's history, because, as it turns out, history, politics,

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<v Speaker 1>and economics i'll play a huge part in how and

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<v Speaker 1>why Taiwan became and remains a critical component of the

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<v Speaker 1>microchips supply chain. Also, keep in mind, again super high level,

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<v Speaker 1>the history of Asia is far too complex for me

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<v Speaker 1>to cover in depth. I mean I would have to

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<v Speaker 1>dedicate an entire podcast and do you know, years of

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<v Speaker 1>episodes to really even scratch the surface. But let's talk

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<v Speaker 1>about Taiwan. First of all, Taiwan is an island. It's

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<v Speaker 1>off the southeastern coast of mainland China. It's across from

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<v Speaker 1>a province called Fu Chian. Also, my apologies for my pronunciation. Um,

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<v Speaker 1>it's bad even in English. It's going to be terrible

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<v Speaker 1>for Taiwanese and Chinese and other foreign names. As my

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<v Speaker 1>relatives would say. I'm just laying that out here now

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<v Speaker 1>because it's gonna happen. So, Taiwan is about a hundred

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<v Speaker 1>miles or a hundred sixty kilometers off the coast of

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<v Speaker 1>mainland China. The city of Taipei, on the northern tip

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<v Speaker 1>of Taiwan is sort of the political center of the island.

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<v Speaker 1>Even though it's on the northern tip. It's also the

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<v Speaker 1>economic powerhouse of the island. But the fabrication plants or

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<v Speaker 1>fabs or as you will sometimes here or sometimes you'll

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<v Speaker 1>hear them called foundries, they're all the same thing. The foundry,

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<v Speaker 1>fab fabrication plant. It just means in this case, a

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<v Speaker 1>company that makes integrated circuits and semiconductors. All of these

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<v Speaker 1>are are for the most part, are located in sin Chew.

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<v Speaker 1>Again my apologies for pronunciation. Anyway, that's a city to

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<v Speaker 1>the southwest of Taipei. It actually faces across from mainland China. Now,

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<v Speaker 1>for at least ten thousand years, you had indigenous people

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<v Speaker 1>living on Taiwan who were self governing, had different tribes

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<v Speaker 1>of them, and you know, they had their own languages,

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<v Speaker 1>they had their own conflicts with one another, etcetera. Beginning

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<v Speaker 1>around a thousand years ago, people from what would become

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<v Speaker 1>the Fuchian Province of China came to Taiwan um and

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<v Speaker 1>like I said that that provinces in the southeast of China,

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<v Speaker 1>it's essentially across the sea from Taiwan, and they would

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<v Speaker 1>become known as the Hoklow and that migration would continue

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<v Speaker 1>into the seventeenth century, so over the course of like

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<v Speaker 1>six hundred years they were migrating. There was a second

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<v Speaker 1>group from China known as the Hakka Uh and they

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<v Speaker 1>began migrating to Taiwan as well. So you had these

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<v Speaker 1>two different groups of mainland China uh folks who were

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<v Speaker 1>migrating to Taiwan. The Hakka group were a group of

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<v Speaker 1>people who frequently faced discrimination on the mainland. I've often

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<v Speaker 1>seen them compared to other groups of folks who often

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<v Speaker 1>were displaced in various regions, such as Jewish populations would

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<v Speaker 1>frequently undergo this as well as Roma populations. Now, the

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<v Speaker 1>Hoklo people's were greater in number, and they essentially claimed

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<v Speaker 1>the coastal regions, the more favorable regions, and they forced

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<v Speaker 1>the Hakka people's closer toward the interior. The aboriginals, the

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<v Speaker 1>indigeno as people were even pushed further in. Today, the

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<v Speaker 1>Hoklo and Hakka are considered the Taiwanese population. So the

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<v Speaker 1>you have the aboriginals or indigenous people, and then you

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<v Speaker 1>have the Taiwanese people. Those were the people who migrated

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<v Speaker 1>from China, you know, between a thousand and you know,

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<v Speaker 1>six hundred years ago, and they represent those people, the

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<v Speaker 1>ones who migrated. They represent more than eight percent of

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<v Speaker 1>Taiwan's population today. In fact, the Hoklore is the largest

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<v Speaker 1>slice of that pie. I think it's something like between

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<v Speaker 1>sixty and sixty of the population. But then after these

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<v Speaker 1>migrations where people from mainland China began to settle in Taiwan,

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<v Speaker 1>you had the era of colonization, and the Dutch and

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<v Speaker 1>Spanish both established a presence on Taiwan. The Dutch actually

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<v Speaker 1>pushed the Spanish out. The Dutch presence was really an

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<v Speaker 1>outpost of the East India Company, one of the most

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<v Speaker 1>powerful entities in the six hundreds, not to be confused

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<v Speaker 1>with the British East India Company, another very powerful corporation

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<v Speaker 1>at that time. The Dutch one was kind of an

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<v Speaker 1>early example of a company dominating in supply chains, like

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<v Speaker 1>in shipbuilding and things like that. So, you know, it

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<v Speaker 1>kind of seems like history is a way of repeating itself,

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<v Speaker 1>because Taiwan would again become an important link in supply

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<v Speaker 1>chains later on. In sixteen sixty two, Ming Dynasty loyalists

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<v Speaker 1>from China fled to Taiwan as the Ming dynasty was

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<v Speaker 1>collapsing in the Shing dynasty began to establish itself. The

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<v Speaker 1>Chinese pushed the Dutch from Taiwan and asserted control over

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<v Speaker 1>the island. So you have the Taiwanese uh which were

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<v Speaker 1>the earlier migrants from China, and now you have the

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<v Speaker 1>Ming dynasty loyalists establishing themselves in China. In sixteen eighty three,

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<v Speaker 1>the Shing forces displaced the Ming forces, but Taiwan remained

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<v Speaker 1>under Chinese control for two hundred years. Now, Asia in

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<v Speaker 1>the eighteen hundreds was a pretty chaotic place, filled with

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<v Speaker 1>lots of intrigue. You had major powers all at play

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<v Speaker 1>in the area, many of which were going through their

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<v Speaker 1>own internal revolutions. So you had China obviously an empire UH.

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<v Speaker 1>You had Russia, which at the time was a monarchy. Japan,

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<v Speaker 1>which in the nineteenth century cast off its military government

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<v Speaker 1>which was called a shogunate, and in name, at least

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<v Speaker 1>it returned to being an empire, though really it would

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<v Speaker 1>mark an era in which Japanese would rapidly modernize. You

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<v Speaker 1>also had Korea, which had defended itself against Japanese invasions

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<v Speaker 1>in the seventeenth century. By the eighteen hundreds, Korea had

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<v Speaker 1>become very much an isolationist nation resisting all outside influence

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<v Speaker 1>and modernization. Now, the reason I mentioned all this is

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<v Speaker 1>that these different political alignments would shape the region over

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<v Speaker 1>the following century. Both Japan and China tried to gain

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<v Speaker 1>influence over Korea. That precipitated into an all out war

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<v Speaker 1>between China and Japan, and the Japanese forces, which had

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<v Speaker 1>more effectively modernized and were better organized than the Chinese forces,

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<v Speaker 1>one pretty much every single battle that they had with

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<v Speaker 1>the Chinese. So in eight China signs the treaty with Japan,

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<v Speaker 1>and as part of that treaty, China seeds Taiwan to Japan.

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<v Speaker 1>So the Japanese take control of Taiwan. So again we

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<v Speaker 1>went from the indigenous peoples to the early Chinese migrants,

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<v Speaker 1>to the Dutch, to the Ming loyalists, to the Shing loyalists,

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<v Speaker 1>to Japanese occupation. Uh a really intense amount of change

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<v Speaker 1>for this one island. While Taiwan was under Japanese control,

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<v Speaker 1>something else huge was happening in China. Towards the end

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<v Speaker 1>of the nineteenth century. The Shing dynasty was falling apart

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<v Speaker 1>for lots of reasons, kind of like the Ming dynasty

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<v Speaker 1>had done. Centuries earlier, there were a lot of internal conflicts.

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<v Speaker 1>There were pressures from countries like Russia, Britain, Japan, Germany, France,

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<v Speaker 1>and the United States. And to get into all the

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<v Speaker 1>details would require a mini series of its own. But

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<v Speaker 1>all this tension, combined with a growing distrust and imperialism

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<v Speaker 1>within China itself, led to the Chinese Revolution. This was

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<v Speaker 1>around nineteen eleven and nineteen twelve, so China would ultimately

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<v Speaker 1>shift at least a name into a republic. The Shing

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<v Speaker 1>dynasty was overthrown and the Republic of China or r

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<v Speaker 1>o C was born UM, and even that story is

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<v Speaker 1>super complicated. Part of that process also saw a nationalist

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<v Speaker 1>party called k MT taking formation UM, which was initially

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<v Speaker 1>suppressed by the first r o C president. Turns out

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<v Speaker 1>the first presid that was actually more of a dictator.

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<v Speaker 1>He even tried to turn China back into a monarchy,

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<v Speaker 1>which failed, But I digress. So we then get to

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<v Speaker 1>a truly chaotic era in China's history in which various

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<v Speaker 1>provinces rebelled against the dictator slash president, and many regions

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<v Speaker 1>ended up being led by military commanders who became known

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<v Speaker 1>as warlords UH. The KMT party, which again was a

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<v Speaker 1>very China centric party. It was very much based in

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<v Speaker 1>nationalist philosophies, this idea of you know, China is China,

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<v Speaker 1>and we need to unify and we need to expunge

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<v Speaker 1>all the foreign influence that has been trying to to

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<v Speaker 1>control China up to this point. But you had another

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<v Speaker 1>political party come to power, the Chinese Communist Party or CCP.

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<v Speaker 1>These two parties would actually work together in kind of

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<v Speaker 1>an unsteady alliance for a couple of different brief eras

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<v Speaker 1>the Soviet Communists were influencing and encouraging the CCP. So

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<v Speaker 1>the alliance between the ultra nationalistic KMT and the Soviet

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<v Speaker 1>backed c c P was always uneasy, but a common

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<v Speaker 1>enemy Japan kept the two parties united at least temporarily,

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<v Speaker 1>and the war with Japan would overlap with World War Two.

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<v Speaker 1>So Japan once again won numerous conflicts against China and

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<v Speaker 1>sapped much of the Republic of China's resources in the process.

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<v Speaker 1>Uh the KMT was plagued with corruption and infighting, and

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<v Speaker 1>meanwhile the Communist Party, the CCP, was growing more unified

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<v Speaker 1>and more confident. Then we get to nineteen forty five

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<v Speaker 1>and the end of World War Two and Japan surrenders,

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<v Speaker 1>and as part of that, it seeds Taiwan back to China. Now,

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<v Speaker 1>the last time China controlled Taiwan, it was the Shing

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<v Speaker 1>dynasty that was in control. Now it was the Republic

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<v Speaker 1>of China, which for all practical purposes really meant the KMT,

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<v Speaker 1>that political party of nationalist China philosophy. But the c

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<v Speaker 1>c P was rising in power and the k m

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<v Speaker 1>T was in turmoil, and once again China entered into

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<v Speaker 1>a civil war, and the c c P made massive

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<v Speaker 1>strides against the KMT within China. So in nineteen forty nine,

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<v Speaker 1>the Republic of China government fled to Taiwan and the

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<v Speaker 1>Communist UH, the Chinese Communist Party, takes control of mainland China.

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<v Speaker 1>So in nineteen forty nine we entered into the era

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<v Speaker 1>of two China's up. Interestingly, the United States did not

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<v Speaker 1>recognize mainland China's government as quote unquote China until nineteen

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<v Speaker 1>seventy nine. I would say that's largely because of the

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<v Speaker 1>Cold War, the fear of Soviet influence UH. And even

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<v Speaker 1>though the Republic of China was essentially confined to Taiwan

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<v Speaker 1>and the surrounding area. The that was what was recognized

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<v Speaker 1>as quote unquote China. In nineteen seventy nine, that switched

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<v Speaker 1>and now the United States still only recognizes China, it

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<v Speaker 1>doesn't recognize Taiwan as being a separate country. So now

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<v Speaker 1>it just recognizes the the mainland China government as the

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<v Speaker 1>actual China in U s I S. So, yeah, we

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<v Speaker 1>have to China's there's there's the mainland under the control

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<v Speaker 1>of the Chinese Communist Party, and there is Taiwan, which

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<v Speaker 1>is under the control of the Republic of China. And

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<v Speaker 1>for decades, for practical purposes, that was just the KMT.

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<v Speaker 1>More than a million Chinese fled to Taiwan in ninety

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<v Speaker 1>nine as well, and the Republic of China in Taiwan

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<v Speaker 1>would issue some emergency decrees in ninety forty nine as

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<v Speaker 1>in order to try and maintain order in Taiwan uh

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<v Speaker 1>and they were pretty restrictive, like one of them banned

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<v Speaker 1>the formation of new political parties, so it kind of

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<v Speaker 1>secured KMT as the party in power indefinitely. There were

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<v Speaker 1>a couple of other smaller, mostly ineffective political parties that

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<v Speaker 1>were active at the time, but KMT was was absolutely dominant,

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<v Speaker 1>so they were effectively synonymous with the government of Taiwan.

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<v Speaker 1>They also got rid of stuff like term limits, so

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<v Speaker 1>it was really like just making sure that they had

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<v Speaker 1>this on lockdown. The Republic of China would pursue a

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<v Speaker 1>brutal anti communist campaign in Taiwan for decades. It was

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<v Speaker 1>actually known as the White Terror that extended all the

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<v Speaker 1>way into the nineteen nineties. In fact, that the Republic

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<v Speaker 1>of China would declare martial law in Taiwan, which would

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<v Speaker 1>last from nineteen nine to nineteen eight seven. So Taiwan's

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<v Speaker 1>emergence as a player in the semiconductor space actually happened

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<v Speaker 1>while all this was still a thing. So you might

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<v Speaker 1>wonder why is he even talking about this, because these

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<v Speaker 1>were policies that were actually active when Taiwan began to

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<v Speaker 1>establish its semiconductor industry. Okay, we've got some more history

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<v Speaker 1>to get through, and then I swear we're gonna talk

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<v Speaker 1>about semi conductors. But first let's take a quick break. Okay,

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<v Speaker 1>we're back mainland China. It gave the People's Republic of China,

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<v Speaker 1>ruled by the Communist Party, maintains that Taiwan is still

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<v Speaker 1>part of China. Uh. The k m T s platform

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<v Speaker 1>in in Taiwan that that one maintains that Taiwan is

0:15:51.320 --> 0:15:54.680
<v Speaker 1>separate from mainland China, but it views the Unified China

0:15:54.760 --> 0:15:59.920
<v Speaker 1>idea as critical for trade and political relationships with the mainland. Uh.

0:16:00.360 --> 0:16:03.200
<v Speaker 1>If I'm being honest, there's some subtleties here that I

0:16:03.280 --> 0:16:06.600
<v Speaker 1>don't fully understand because it almost seems like the KMT

0:16:06.760 --> 0:16:09.000
<v Speaker 1>is saying we also believe in the unified China, just

0:16:09.120 --> 0:16:12.320
<v Speaker 1>you know, we're separate from them, and I it almost

0:16:12.360 --> 0:16:15.280
<v Speaker 1>seems like double thing to me. But I'm sure that

0:16:15.520 --> 0:16:19.160
<v Speaker 1>it's you know, fully logical, and I just don't grasp

0:16:19.200 --> 0:16:23.720
<v Speaker 1>it because I haven't really been immersed in research enough

0:16:23.760 --> 0:16:27.160
<v Speaker 1>to be able to understand it. Anyway, the tensions between

0:16:27.160 --> 0:16:30.560
<v Speaker 1>Taiwan and China are key to understanding Taiwan's place in

0:16:30.600 --> 0:16:35.240
<v Speaker 1>the semiconductor industry today and how like people are starting

0:16:35.240 --> 0:16:41.000
<v Speaker 1>to wake up to the potential dangers of this uh,

0:16:41.200 --> 0:16:45.720
<v Speaker 1>this tension between China and Taiwan. So since the mid forties,

0:16:45.800 --> 0:16:49.240
<v Speaker 1>the Republic of China has maintained control of Taiwan. The

0:16:49.440 --> 0:16:52.880
<v Speaker 1>KMT dominated the Republic of China for most of that period,

0:16:53.160 --> 0:16:56.880
<v Speaker 1>but more recently that has changed. In two thousand, a

0:16:57.040 --> 0:17:02.480
<v Speaker 1>candidate for the Democratic Progressive Party or DPP, defeated the

0:17:02.600 --> 0:17:08.720
<v Speaker 1>KMT candidate for President of Taiwan. The DPP platform centered

0:17:09.000 --> 0:17:14.520
<v Speaker 1>largely on the concept of a Taiwanese republic with independent sovereignty.

0:17:14.560 --> 0:17:17.840
<v Speaker 1>So this is more of a party that says we

0:17:17.920 --> 0:17:21.479
<v Speaker 1>are our own nation, we should be considered as such.

0:17:21.880 --> 0:17:24.880
<v Speaker 1>And you can say that the DPP in general favors

0:17:24.920 --> 0:17:28.159
<v Speaker 1>closer ties with the United States and independence from China,

0:17:28.760 --> 0:17:33.680
<v Speaker 1>while the KMT has tendencies of maintaining closer relationships with China.

0:17:34.200 --> 0:17:37.359
<v Speaker 1>Uh A lot of the members of KMT are people

0:17:37.400 --> 0:17:41.840
<v Speaker 1>who migrated from China to Taiwan, so they want to

0:17:41.920 --> 0:17:47.080
<v Speaker 1>maintain those those ties, both economic and political. Now I

0:17:47.119 --> 0:17:50.439
<v Speaker 1>mentioned that the population of Taiwan is ethnically more than

0:17:50.560 --> 0:17:54.520
<v Speaker 1>eight percent Taiwanese. Again, those are the people who migrated

0:17:54.560 --> 0:17:58.440
<v Speaker 1>from China hundreds of years ago, most of those being

0:17:58.480 --> 0:18:05.240
<v Speaker 1>Hucklo or Fushian Chinese settlers. About two percent of the

0:18:05.280 --> 0:18:09.480
<v Speaker 1>population are indigenous peoples whose history on the island stretches

0:18:09.520 --> 0:18:12.840
<v Speaker 1>back thousands of years, and about fourteen percent of the

0:18:12.840 --> 0:18:19.520
<v Speaker 1>population are mainland Chinese who relocated to Taiwan or a

0:18:19.720 --> 0:18:24.080
<v Speaker 1>descended directly from you know, a generation that located relocated

0:18:24.080 --> 0:18:28.840
<v Speaker 1>from China to Taiwan. Since two thousand, the power has

0:18:28.840 --> 0:18:31.520
<v Speaker 1>shifted a couple of times between the KMT and the

0:18:31.640 --> 0:18:35.680
<v Speaker 1>d p P, and currently the DPP controls a majority

0:18:35.760 --> 0:18:38.679
<v Speaker 1>of the government of Taiwan. The island has had a

0:18:38.680 --> 0:18:42.359
<v Speaker 1>few eras of industrialization, mostly that got started during the

0:18:42.400 --> 0:18:47.240
<v Speaker 1>era of Japanese occupation, and so there was some industrialization

0:18:47.359 --> 0:18:50.199
<v Speaker 1>that was occurring in Taiwan around World War One and

0:18:50.240 --> 0:18:54.119
<v Speaker 1>World War Two. Under the Republic of China in the

0:18:54.200 --> 0:18:59.639
<v Speaker 1>nineteen fifties and sixties, Taiwan experienced an incredibly rapid industrialization

0:18:59.800 --> 0:19:03.320
<v Speaker 1>very it mostly in areas like textiles and light manufacturing,

0:19:04.000 --> 0:19:05.840
<v Speaker 1>but it was happening at a pace that was well

0:19:05.880 --> 0:19:09.480
<v Speaker 1>beyond what we saw develop in other countries like the

0:19:09.880 --> 0:19:13.479
<v Speaker 1>United Kingdom. One of the practices that led to this,

0:19:14.359 --> 0:19:17.880
<v Speaker 1>both in Taiwan and on mainland China, was a new

0:19:17.920 --> 0:19:21.959
<v Speaker 1>policy that encouraged students to study abroad in fields like

0:19:22.240 --> 0:19:26.280
<v Speaker 1>engineering before returning home to apply what they had learned

0:19:26.440 --> 0:19:30.000
<v Speaker 1>and build out industry in their home country. Now hold

0:19:30.040 --> 0:19:32.119
<v Speaker 1>that thought. We're going to shift gears for a second

0:19:32.160 --> 0:19:37.120
<v Speaker 1>to talk about integrated circuits. Okay, before nineteen fifty nine,

0:19:37.640 --> 0:19:42.000
<v Speaker 1>circuits consisted of electronic components that were connected to each

0:19:42.080 --> 0:19:45.760
<v Speaker 1>other with physical wires to create a circuit. Uh, the

0:19:45.840 --> 0:19:49.440
<v Speaker 1>invention of the transistor meant that circuits could be much

0:19:49.520 --> 0:19:53.119
<v Speaker 1>smaller than they had been. The transistor was able to

0:19:53.200 --> 0:19:57.040
<v Speaker 1>replace a component like the vacuum tube, and that's what

0:19:57.119 --> 0:19:59.600
<v Speaker 1>allowed for the invention of things like the transistor radio,

0:19:59.760 --> 0:20:01.920
<v Speaker 1>which was a device small enough to carry in your hand,

0:20:01.960 --> 0:20:05.520
<v Speaker 1>whereas the radios of old those were like big table

0:20:05.560 --> 0:20:10.440
<v Speaker 1>top or sometimes consoles, like a piece of furniture all

0:20:10.480 --> 0:20:15.520
<v Speaker 1>on themselves. But transistors brought in the era of miniaturization. However,

0:20:16.000 --> 0:20:18.200
<v Speaker 1>circuits were still kind of bulky. You know, you still

0:20:18.200 --> 0:20:21.840
<v Speaker 1>had to use wires. You couldn't get too small because

0:20:22.520 --> 0:20:26.440
<v Speaker 1>it became too difficult to connect the individual electronic components

0:20:26.440 --> 0:20:30.040
<v Speaker 1>to two wires and you just reached a point of

0:20:30.040 --> 0:20:35.000
<v Speaker 1>diminishing returns. But then Robert Noyce, who was working at Fairchild,

0:20:35.320 --> 0:20:39.639
<v Speaker 1>and Jack Kilby who was working at Texas Instruments, each

0:20:39.760 --> 0:20:43.119
<v Speaker 1>independently came up with a similar idea. What if you

0:20:43.160 --> 0:20:46.960
<v Speaker 1>were to build out a circuit on a single silicon

0:20:47.280 --> 0:20:51.000
<v Speaker 1>chip and you could etch connectors to every component, and

0:20:51.080 --> 0:20:54.359
<v Speaker 1>you could build directly onto the chip and all the

0:20:54.359 --> 0:20:57.560
<v Speaker 1>components would be integrated on that chip. It would be

0:20:57.600 --> 0:21:01.399
<v Speaker 1>an integrated circuit or I see that could reduce the

0:21:01.400 --> 0:21:04.600
<v Speaker 1>size of circuits even more than the shift from vacuum

0:21:04.600 --> 0:21:08.359
<v Speaker 1>tubes to transistors did. Noise would ultimately get the patent

0:21:08.400 --> 0:21:11.000
<v Speaker 1>for that invention from the patent office. They both filed

0:21:11.040 --> 0:21:14.399
<v Speaker 1>for a patent. Noise just you know one. He just

0:21:14.440 --> 0:21:18.000
<v Speaker 1>got it first, but both of them are credited in

0:21:18.040 --> 0:21:20.679
<v Speaker 1>at least in most places, as being the inventor of

0:21:20.720 --> 0:21:24.560
<v Speaker 1>the integrated circuit. Now, it's one thing to design an

0:21:24.560 --> 0:21:28.320
<v Speaker 1>integrated circuit, it's another thing to produce them at scale.

0:21:28.960 --> 0:21:31.399
<v Speaker 1>Production is a tough challenge, and it's made even tougher

0:21:31.440 --> 0:21:35.360
<v Speaker 1>by the fact that as designs evolve and components shrink

0:21:35.520 --> 0:21:39.040
<v Speaker 1>in size, you actually have to overhaul your entire manufacturing

0:21:39.080 --> 0:21:42.879
<v Speaker 1>process in order to meet that design right Like, you

0:21:42.920 --> 0:21:48.600
<v Speaker 1>can't just keep using the same process. It isn't designed

0:21:48.600 --> 0:21:52.320
<v Speaker 1>to make things smaller. You have to actually reconfigure everything.

0:21:52.440 --> 0:21:55.760
<v Speaker 1>So for that reason, it really didn't take very long

0:21:55.840 --> 0:21:58.520
<v Speaker 1>after the invention of the integrated circuit for a lot

0:21:58.520 --> 0:22:02.520
<v Speaker 1>of companies to see a problem. The cost of creating

0:22:02.520 --> 0:22:06.880
<v Speaker 1>fabrication facilities was considerable, and the cost of overhauling them

0:22:07.280 --> 0:22:10.600
<v Speaker 1>meant you couldn't just right off as a one time thing.

0:22:10.640 --> 0:22:14.560
<v Speaker 1>You couldn't say, well, will invest fifteen million dollars to

0:22:14.600 --> 0:22:17.480
<v Speaker 1>build out a facility and then we're done. No, it'd

0:22:17.480 --> 0:22:19.480
<v Speaker 1>be we'll have to invest fifteen million dollars in a

0:22:19.520 --> 0:22:24.000
<v Speaker 1>facility and then in a year we will have to

0:22:24.040 --> 0:22:27.919
<v Speaker 1>spend another five million to update the facility. Now this

0:22:28.040 --> 0:22:31.959
<v Speaker 1>opened up an opportunity a company could specialize in the

0:22:32.000 --> 0:22:37.320
<v Speaker 1>manufacture of integrated circuits that had been designed by other companies.

0:22:37.960 --> 0:22:40.480
<v Speaker 1>So you would have some companies just working in R

0:22:40.560 --> 0:22:42.960
<v Speaker 1>and D and they would build out new designs for

0:22:43.000 --> 0:22:46.719
<v Speaker 1>semiconductor chips, but they wouldn't be ready, they wouldn't be

0:22:46.760 --> 0:22:51.200
<v Speaker 1>capable of manufacturing those on a scale that would allow

0:22:51.240 --> 0:22:53.800
<v Speaker 1>them to you know, use them as products. So then

0:22:53.880 --> 0:22:58.760
<v Speaker 1>they would partner with a fabrication company. They would become

0:22:58.760 --> 0:23:01.440
<v Speaker 1>a customer of the fabrication company. In the fabrication company

0:23:01.480 --> 0:23:05.840
<v Speaker 1>would just focus on building out integrated circuits at scale.

0:23:06.240 --> 0:23:08.960
<v Speaker 1>That scale thing is important because if you are able

0:23:09.000 --> 0:23:11.399
<v Speaker 1>to operate at scale, you can bring down the cost

0:23:11.760 --> 0:23:16.320
<v Speaker 1>of the individual components that you need in order to

0:23:16.840 --> 0:23:19.800
<v Speaker 1>actually make the thing. As the costs come down, if

0:23:19.800 --> 0:23:22.600
<v Speaker 1>the price stays the same, then you you make profit.

0:23:23.359 --> 0:23:27.639
<v Speaker 1>All right. So let's get back to Taiwan in in

0:23:28.000 --> 0:23:31.720
<v Speaker 1>Sincho City, and again my apologies for all the terrible pronunciations.

0:23:32.480 --> 0:23:37.240
<v Speaker 1>The Industrial Technology Research Institute or I t r I

0:23:37.280 --> 0:23:41.240
<v Speaker 1>was founded. It's a nonprofit organization. And you might say,

0:23:41.480 --> 0:23:44.159
<v Speaker 1>by whom who was it that founded the I t

0:23:44.440 --> 0:23:48.600
<v Speaker 1>r I. I am not entirely sure. My research just

0:23:48.680 --> 0:23:51.400
<v Speaker 1>gave me that date and the fact that it was founded.

0:23:51.720 --> 0:23:54.480
<v Speaker 1>I looked in lots of places and unfortunately a ton

0:23:54.520 --> 0:23:57.720
<v Speaker 1>of them have nearly identical wording, which tells me that

0:23:57.760 --> 0:24:01.360
<v Speaker 1>they're all drawing from the same source. So I don't

0:24:01.400 --> 0:24:03.640
<v Speaker 1>have more information on that. I'm sure people out there

0:24:03.720 --> 0:24:05.639
<v Speaker 1>know who are listening to this. They can let me

0:24:05.760 --> 0:24:11.040
<v Speaker 1>know tech stuff hsw on Twitter because I'm curious anyway.

0:24:11.320 --> 0:24:13.600
<v Speaker 1>I t r I is a technology R and D

0:24:13.800 --> 0:24:17.080
<v Speaker 1>institution that would play a key role in launching the

0:24:17.119 --> 0:24:21.000
<v Speaker 1>semiconductor industry in Taiwan. And then we get a story

0:24:21.480 --> 0:24:23.840
<v Speaker 1>that goes like this, at a group of seven people,

0:24:24.119 --> 0:24:28.200
<v Speaker 1>among them Taiwan's Minister of Economic affairs, and another one

0:24:28.320 --> 0:24:32.520
<v Speaker 1>was a Chinese born executive who worked at Radio Corporation

0:24:32.520 --> 0:24:36.480
<v Speaker 1>of America or r c A. I've done multiple episodes

0:24:36.480 --> 0:24:39.160
<v Speaker 1>about r c A, so you can listen to those

0:24:39.200 --> 0:24:43.600
<v Speaker 1>to learn about how influential and important that company was. Uh.

0:24:43.880 --> 0:24:47.200
<v Speaker 1>They met for breakfast at a stall in Taipei again

0:24:47.240 --> 0:24:49.479
<v Speaker 1>along with like five other people. This was in nineteen

0:24:49.560 --> 0:24:52.920
<v Speaker 1>seventy four, and they were talking about how Taiwan could

0:24:52.920 --> 0:24:57.119
<v Speaker 1>be part of the semiconductor manufacturing industry. Now, the story

0:24:57.200 --> 0:25:01.480
<v Speaker 1>says that the r c A executive or Taiwanese officials

0:25:01.760 --> 0:25:05.920
<v Speaker 1>to invest in building out fabrication facilities for integrated circuits,

0:25:06.000 --> 0:25:10.280
<v Speaker 1>and the officials were eager to bolster Taiwan's economy. This

0:25:10.359 --> 0:25:12.720
<v Speaker 1>is nineteen seventy four. That means this is following in

0:25:12.720 --> 0:25:16.400
<v Speaker 1>the wake of the nineteen seventy three oil crisis, which

0:25:16.400 --> 0:25:19.480
<v Speaker 1>in itself was the result of a massive political disagreement,

0:25:19.840 --> 0:25:22.880
<v Speaker 1>which is putting it lightly. That happened on a global scale,

0:25:23.560 --> 0:25:26.320
<v Speaker 1>and even countries that weren't directly connected to the oil

0:25:26.359 --> 0:25:29.800
<v Speaker 1>crisis got affected by it through you know, the fact

0:25:29.880 --> 0:25:34.119
<v Speaker 1>that countries that were affected, uh, you know, the international

0:25:34.119 --> 0:25:36.960
<v Speaker 1>commerce meant that this was a ripple effect across the

0:25:37.080 --> 0:25:40.480
<v Speaker 1>entire world, so Taiwan was hit by that. Now the

0:25:40.520 --> 0:25:44.600
<v Speaker 1>case was made that Taiwan could build up fabrication facilities

0:25:44.840 --> 0:25:48.680
<v Speaker 1>and other companies could rely upon those facilities to build

0:25:48.720 --> 0:25:52.879
<v Speaker 1>their designed circuits. The integrated circuit was less than twenty

0:25:52.960 --> 0:25:55.480
<v Speaker 1>years old at this point, and already they were getting

0:25:55.480 --> 0:25:59.280
<v Speaker 1>complicated enough that small fabrication facilities were beginning to get

0:25:59.359 --> 0:26:02.920
<v Speaker 1>left behind. And this is really where Moore's law comes

0:26:02.960 --> 0:26:07.880
<v Speaker 1>into play. So Moore's law is really an observation rather

0:26:08.000 --> 0:26:12.239
<v Speaker 1>than a law. Gordon Moore observed a trend driven by

0:26:12.280 --> 0:26:15.679
<v Speaker 1>economic demand in which companies were doubling the number of

0:26:15.720 --> 0:26:19.840
<v Speaker 1>discrete components on integrated circuits every two years or so.

0:26:20.119 --> 0:26:23.080
<v Speaker 1>Today we tend to think of this as computers get

0:26:23.200 --> 0:26:28.040
<v Speaker 1>twice as powerful every two years, So the computers of

0:26:28.080 --> 0:26:30.439
<v Speaker 1>today are twice as powerful as the computers of two

0:26:30.520 --> 0:26:34.760
<v Speaker 1>years ago. But the original observation was that economic factors

0:26:34.800 --> 0:26:40.760
<v Speaker 1>primarily drove companies so that they would put our cram

0:26:41.040 --> 0:26:43.760
<v Speaker 1>twice as many components on a on a one inch

0:26:44.600 --> 0:26:48.600
<v Speaker 1>wafer of silicon. Every two years they would double. So

0:26:49.520 --> 0:26:52.080
<v Speaker 1>if you have you know in year one, if you

0:26:52.119 --> 0:26:54.960
<v Speaker 1>have a transistor with a thousand components, then by year

0:26:55.040 --> 0:26:58.840
<v Speaker 1>three year building circuits that have two thousand components, and

0:26:58.880 --> 0:27:02.560
<v Speaker 1>then by or five you're talking about four thousand components

0:27:02.560 --> 0:27:05.240
<v Speaker 1>and so on, and that gets really big, really fast.

0:27:06.040 --> 0:27:08.760
<v Speaker 1>This was opening up tons of pathways in technology, but

0:27:08.800 --> 0:27:12.000
<v Speaker 1>it also stood as a huge challenge to manufacture chips

0:27:12.160 --> 0:27:15.840
<v Speaker 1>at scale. Meanwhile, the companies doing the R and D

0:27:15.960 --> 0:27:18.600
<v Speaker 1>and chip design weren't necessarily in a position to build

0:27:18.600 --> 0:27:21.600
<v Speaker 1>out their own fab facilities. So it was an area

0:27:21.600 --> 0:27:24.840
<v Speaker 1>of opportunity Taiwan could lay the foundation to be a

0:27:24.920 --> 0:27:27.760
<v Speaker 1>link in the supply chain, the place where companies would

0:27:27.880 --> 0:27:32.600
<v Speaker 1>have their designs actually manufactured. Those finished chips could then

0:27:32.600 --> 0:27:37.600
<v Speaker 1>be sent elsewhere, maybe for packaging or even into incorporation

0:27:37.840 --> 0:27:42.119
<v Speaker 1>and other technologies you know, from handheld electronics to military systems,

0:27:42.160 --> 0:27:46.719
<v Speaker 1>to weapons to vehicles and everything in between. Now, this

0:27:46.840 --> 0:27:49.240
<v Speaker 1>was not going to happen overnight. The r c A

0:27:49.280 --> 0:27:53.560
<v Speaker 1>executive estimated it would take ten million dollars in investment

0:27:53.600 --> 0:27:56.119
<v Speaker 1>in four years to just get things moving in the

0:27:56.200 --> 0:27:59.359
<v Speaker 1>right direction. See when I say you've got to build

0:27:59.400 --> 0:28:02.840
<v Speaker 1>up fabric a facilities, that sounds pretty straightforward, but you

0:28:02.920 --> 0:28:08.560
<v Speaker 1>have to understand that chip fabrication requires incredibly specialized equipment

0:28:08.920 --> 0:28:12.280
<v Speaker 1>as well as knowledge and skill. Taiwan would have to

0:28:12.280 --> 0:28:14.840
<v Speaker 1>secure all of those in order to make this work.

0:28:15.400 --> 0:28:18.639
<v Speaker 1>Taiwan at the time had not advanced beyond the assembly

0:28:18.840 --> 0:28:22.200
<v Speaker 1>stage of production in the semiconductor industry. So, in other words,

0:28:22.440 --> 0:28:26.200
<v Speaker 1>the companies in Taiwan at that point they were putting

0:28:26.240 --> 0:28:29.680
<v Speaker 1>together components that had been made by you know, companies

0:28:29.680 --> 0:28:33.240
<v Speaker 1>in other countries, and they were just assembling them. Typically,

0:28:33.560 --> 0:28:36.040
<v Speaker 1>you would then see, if you know, Taiwan was to

0:28:36.080 --> 0:28:41.479
<v Speaker 1>follow the normal evolutionary path, you would see Taiwanese companies

0:28:41.560 --> 0:28:46.600
<v Speaker 1>jump into developing transistors next. But the Taiwanese officials decided

0:28:46.640 --> 0:28:49.040
<v Speaker 1>they needed a faster route, and so they made the

0:28:49.120 --> 0:28:53.040
<v Speaker 1>decision to acquire the technologies they needed to go straight

0:28:53.080 --> 0:28:59.240
<v Speaker 1>into integrated circuit fabrication, skipping over the whole transistor manufacturing stage.

0:28:59.720 --> 0:29:04.560
<v Speaker 1>In nineteen s R. C A agreed to transfer semiconductor

0:29:04.560 --> 0:29:09.240
<v Speaker 1>technology to Taiwan. Specifically, it was the seven micrometer c

0:29:09.520 --> 0:29:14.640
<v Speaker 1>MOSS or complementary metal oxide semiconductor process technology. You will

0:29:14.720 --> 0:29:19.560
<v Speaker 1>sometimes hear the word node used in semiconductors, and you'll

0:29:19.600 --> 0:29:22.880
<v Speaker 1>hear a measurement right you'll hear a size like seven

0:29:22.920 --> 0:29:27.480
<v Speaker 1>micrometers is pretty small. Uh, it's nowhere near as small

0:29:27.520 --> 0:29:31.320
<v Speaker 1>as the components that are on chips these days. But yeah,

0:29:31.320 --> 0:29:35.000
<v Speaker 1>seven micrometers nodes. Uh. If you hear the word note,

0:29:35.040 --> 0:29:37.840
<v Speaker 1>it's just talking about the process that's being used to

0:29:38.040 --> 0:29:43.680
<v Speaker 1>create these particular types of semiconductor chips. Engineers from Taiwan

0:29:43.760 --> 0:29:45.720
<v Speaker 1>traveled to the United States to train at our c

0:29:45.880 --> 0:29:48.240
<v Speaker 1>A facilities. They stayed there for a full year to

0:29:48.360 --> 0:29:52.400
<v Speaker 1>learn the ropes of semiconductor manufacturing. It wasn't unusual for

0:29:52.440 --> 0:29:57.200
<v Speaker 1>Taiwanese students to study overseas. They were continuously encouraged to

0:29:57.200 --> 0:30:00.280
<v Speaker 1>do so, and they would often take jobs with Pani's

0:30:00.280 --> 0:30:03.480
<v Speaker 1>in Silicon Valley. They would build up their knowledge and experience,

0:30:03.720 --> 0:30:06.160
<v Speaker 1>and then they would return to Taiwan to bolster the

0:30:06.200 --> 0:30:10.200
<v Speaker 1>burgeoning industry back home. Now. To do that, organizers working

0:30:10.200 --> 0:30:14.440
<v Speaker 1>on behalf of Taiwan established the Electronics Research and Service

0:30:14.680 --> 0:30:17.640
<v Speaker 1>Organization or e r s O in the United States.

0:30:18.320 --> 0:30:20.440
<v Speaker 1>The e r s O would help secure knowledge and

0:30:20.480 --> 0:30:24.560
<v Speaker 1>technology necessary to power Taiwan's efforts at home, among many

0:30:24.680 --> 0:30:27.960
<v Speaker 1>many other duties. The r s O was actually critical

0:30:28.160 --> 0:30:32.400
<v Speaker 1>in this endeavor Okay, we've got more to cover, but

0:30:32.520 --> 0:30:43.360
<v Speaker 1>we need to take another quick break. Okay, we're back.

0:30:43.960 --> 0:30:48.360
<v Speaker 1>Between nineteen seventy six and ninety nine, the collaborative efforts

0:30:48.400 --> 0:30:52.840
<v Speaker 1>of organizations like the Electronics Research and Service Organization you

0:30:52.840 --> 0:30:55.520
<v Speaker 1>know E r s O and I t R I

0:30:56.040 --> 0:31:00.640
<v Speaker 1>and many many others established a demonstration factory where foreign

0:31:00.680 --> 0:31:04.240
<v Speaker 1>trained engineers could return to Taiwan and put their knowledge

0:31:04.280 --> 0:31:09.040
<v Speaker 1>to work, and established manufacturing best practices for semiconductors. It

0:31:09.120 --> 0:31:11.000
<v Speaker 1>was kind of like training for the big game. It

0:31:11.080 --> 0:31:13.280
<v Speaker 1>was all about, all right, let's find out what works

0:31:13.320 --> 0:31:17.320
<v Speaker 1>best so that we can hit the ground running when

0:31:17.320 --> 0:31:20.720
<v Speaker 1>we're ready to open for business and accept customers. The

0:31:20.760 --> 0:31:25.400
<v Speaker 1>following years saw more investments into the semiconductor manufacturing UH

0:31:25.600 --> 0:31:29.120
<v Speaker 1>space in Taiwan. The size of the discrete components on

0:31:29.240 --> 0:31:33.160
<v Speaker 1>chips shrunk from seven micrometers to three and a half micrometers.

0:31:33.720 --> 0:31:36.920
<v Speaker 1>Thanks More's law, I t r I was able to

0:31:36.960 --> 0:31:40.880
<v Speaker 1>secure technology from overseas and distribute it to Taiwanese firms

0:31:41.280 --> 0:31:44.520
<v Speaker 1>as well as to I t r eyes own pilot plant.

0:31:45.200 --> 0:31:49.280
<v Speaker 1>In I t R I spun off a group that

0:31:49.400 --> 0:31:53.080
<v Speaker 1>had been working on integrated chip manufacturing, and that group

0:31:53.120 --> 0:31:58.800
<v Speaker 1>would become Taiwan's first private integrated circuit fab facility. It

0:31:58.880 --> 0:32:02.600
<v Speaker 1>was called United micro Electronics Corporation or u m C,

0:32:03.320 --> 0:32:06.240
<v Speaker 1>and several folks who were at I t R I,

0:32:06.520 --> 0:32:10.160
<v Speaker 1>which in itself again is a nonprofit organization. Several of

0:32:10.200 --> 0:32:13.280
<v Speaker 1>them would then go on to found companies in Taiwan

0:32:13.720 --> 0:32:16.840
<v Speaker 1>in the semiconductor space, so it became kind of an incubator.

0:32:17.760 --> 0:32:21.200
<v Speaker 1>But the really big player in Taiwan would emerge in

0:32:21.280 --> 0:32:25.200
<v Speaker 1>nineteen eight seven thanks to Morris Chang. Now. Chang was

0:32:25.240 --> 0:32:29.040
<v Speaker 1>born in China, but he earned advanced degrees in engineering

0:32:29.080 --> 0:32:31.680
<v Speaker 1>at M I T and Stanford and then worked at

0:32:31.720 --> 0:32:36.440
<v Speaker 1>Texas Instruments for twenty five years, specifically in semiconductor design

0:32:36.440 --> 0:32:41.520
<v Speaker 1>and manufacturing in NIVE. The Taiwanese government contacted Chang to

0:32:41.600 --> 0:32:45.600
<v Speaker 1>bring his expertise back to Taiwan, so Chang went to

0:32:45.640 --> 0:32:48.280
<v Speaker 1>Taiwan and he joined the I t R I. He

0:32:48.360 --> 0:32:51.320
<v Speaker 1>became the chairman and president of the organization in nineteen

0:32:51.400 --> 0:32:54.520
<v Speaker 1>eighty six and he oversaw the launch of a sophisticated

0:32:54.560 --> 0:32:58.600
<v Speaker 1>semiconductor wafer fab plant on I t r I s campus,

0:32:59.120 --> 0:33:02.000
<v Speaker 1>and in nineteen eight seven he took the lead on

0:33:02.160 --> 0:33:08.120
<v Speaker 1>establishing the Taiwan Semiconductor Manufacturing Company, or t s MC.

0:33:08.960 --> 0:33:12.680
<v Speaker 1>The company received financial backing from the Taiwanese government and

0:33:12.760 --> 0:33:17.880
<v Speaker 1>from the Dutch company Phillips, and from private investors. Chang's

0:33:17.960 --> 0:33:22.400
<v Speaker 1>leadership established several practices that secured Taiwan's place as a

0:33:22.520 --> 0:33:26.560
<v Speaker 1>key link in the semiconductor supply chain. For one, he

0:33:26.680 --> 0:33:31.200
<v Speaker 1>set prices for semiconductor manufacturing ahead of the cost curve.

0:33:31.680 --> 0:33:34.479
<v Speaker 1>This was a big controversial decision at the time, so

0:33:34.560 --> 0:33:38.760
<v Speaker 1>his logic was that he would sacrifice short term profits

0:33:38.840 --> 0:33:41.360
<v Speaker 1>in order to get a firm hold of market share,

0:33:42.000 --> 0:33:45.280
<v Speaker 1>and then he could hit a manufacturing scale that would

0:33:45.280 --> 0:33:49.640
<v Speaker 1>bring costs down, but the price would remain steady. So again,

0:33:49.960 --> 0:33:55.440
<v Speaker 1>like bye bye, producing at scale, the individual components he

0:33:55.480 --> 0:33:58.720
<v Speaker 1>needed would end up coming down. It's like buying in bulk, right.

0:33:58.840 --> 0:34:02.040
<v Speaker 1>If you buy in bulk, the individual price for each

0:34:02.160 --> 0:34:05.840
<v Speaker 1>unit comes down typically, So if you do that, but

0:34:06.400 --> 0:34:10.160
<v Speaker 1>the product you're selling remains steady at its price, well

0:34:10.800 --> 0:34:13.959
<v Speaker 1>you have long term profits that way. Not everyone thought

0:34:14.000 --> 0:34:16.920
<v Speaker 1>this was gonna work, but boy howdy did it work.

0:34:17.480 --> 0:34:21.200
<v Speaker 1>The competitive pricing brought t s MC lots of customers

0:34:21.200 --> 0:34:25.000
<v Speaker 1>early on. This was particularly impressive because the company was

0:34:25.040 --> 0:34:29.360
<v Speaker 1>actually a couple of nodes behind the industry leaders. Remember

0:34:29.560 --> 0:34:34.120
<v Speaker 1>nodes referred to processes to make semiconductor chips. And when

0:34:34.120 --> 0:34:36.399
<v Speaker 1>I say a couple of nodes behind, typically what we're

0:34:36.400 --> 0:34:40.680
<v Speaker 1>talking about is the size of the components that you

0:34:40.719 --> 0:34:43.920
<v Speaker 1>can you can make on a chip. The more components

0:34:43.960 --> 0:34:45.880
<v Speaker 1>you can make on a chip, the more sophisticated the

0:34:45.920 --> 0:34:48.760
<v Speaker 1>chip is, the more powerful it can be. Not everything

0:34:48.840 --> 0:34:52.200
<v Speaker 1>needs that kind of a chip, right, Like if you're

0:34:52.200 --> 0:34:55.840
<v Speaker 1>talking about a toaster, you probably don't need a super

0:34:55.880 --> 0:35:00.279
<v Speaker 1>sophisticated chip. So t SMC starts getting customers that are

0:35:00.320 --> 0:35:05.840
<v Speaker 1>looking for a cost effective but not necessarily bleeding edge

0:35:06.239 --> 0:35:11.399
<v Speaker 1>semiconductor fabrication facility, and in the meantime, the company kept

0:35:11.480 --> 0:35:14.960
<v Speaker 1>reinvesting in itself in order to try and catch up

0:35:15.000 --> 0:35:17.560
<v Speaker 1>with its competitors, which it did like Over time, it

0:35:17.640 --> 0:35:20.840
<v Speaker 1>started to close that gap so that it was able

0:35:20.920 --> 0:35:24.799
<v Speaker 1>to to build out the facilities and to acquire the

0:35:24.840 --> 0:35:30.000
<v Speaker 1>technology necessary to produce chips at nodes that were more

0:35:30.040 --> 0:35:35.600
<v Speaker 1>like the the leading UH standard, So they were able

0:35:35.640 --> 0:35:39.440
<v Speaker 1>to both operate as a business and to advance their

0:35:39.440 --> 0:35:43.320
<v Speaker 1>own technology at the same time. It's pretty impressive. Another

0:35:43.360 --> 0:35:46.279
<v Speaker 1>practice that chain oversaw a t SMC was creating an

0:35:46.280 --> 0:35:49.600
<v Speaker 1>efficient design cycle so that the time to market would

0:35:49.600 --> 0:35:53.160
<v Speaker 1>be as short as possible. This was for t SMCS customers.

0:35:53.160 --> 0:35:57.319
<v Speaker 1>In other words, the fabrication facility made it easy for

0:35:57.400 --> 0:36:02.839
<v Speaker 1>chip designers to go from their idea to production. They

0:36:02.880 --> 0:36:07.640
<v Speaker 1>created processes that made that very efficient so that there

0:36:07.719 --> 0:36:09.719
<v Speaker 1>was not much of a delay from the point where

0:36:09.760 --> 0:36:12.600
<v Speaker 1>you say, here's what we want and being able to

0:36:12.840 --> 0:36:17.680
<v Speaker 1>produce it at scale. So that made t SMC a

0:36:17.800 --> 0:36:22.520
<v Speaker 1>go to fabrication partner for tons of fabulous chip designers.

0:36:22.560 --> 0:36:25.680
<v Speaker 1>Fabulous just means it's a company that designs chips, but

0:36:25.760 --> 0:36:30.759
<v Speaker 1>it doesn't manufacture them. Heck, t SMC is the dominant

0:36:30.840 --> 0:36:35.000
<v Speaker 1>company in that industry today. They have somewhere around fifty

0:36:35.040 --> 0:36:38.720
<v Speaker 1>three to fifty six percent of the global market share

0:36:38.800 --> 0:36:43.400
<v Speaker 1>and semiconductor fabrication. So it's not really an exaggeration to

0:36:43.520 --> 0:36:48.400
<v Speaker 1>say that there's a fifty fifty chance that any semiconductor

0:36:48.480 --> 0:36:53.040
<v Speaker 1>chip you come across was produced it was manufactured at

0:36:53.120 --> 0:36:58.080
<v Speaker 1>t SMC. Not designed there necessarily, but produced there. It's

0:36:58.400 --> 0:37:01.399
<v Speaker 1>one of just a few company eas another one being

0:37:01.480 --> 0:37:04.919
<v Speaker 1>Samsung that has a fab facility that can make chips

0:37:05.040 --> 0:37:09.359
<v Speaker 1>using the five nanometer node process. Once upon a time,

0:37:09.480 --> 0:37:12.000
<v Speaker 1>as I said, those sizes that we refer to in

0:37:12.120 --> 0:37:15.919
<v Speaker 1>processes actually related to the components on chips, Like seven

0:37:16.040 --> 0:37:20.640
<v Speaker 1>micrometers had a direct relationship with the size of components

0:37:20.680 --> 0:37:22.959
<v Speaker 1>that were on a chip. These days, when we're talking

0:37:23.000 --> 0:37:26.480
<v Speaker 1>about things like five nanometers, we're no longer really talking

0:37:26.520 --> 0:37:29.440
<v Speaker 1>about the size of anything on that chip anymore. It's

0:37:29.480 --> 0:37:32.239
<v Speaker 1>now more or less just a designation to say the

0:37:32.560 --> 0:37:36.839
<v Speaker 1>next generation of you know, chip process design, and even

0:37:36.920 --> 0:37:40.000
<v Speaker 1>that's on borrowed time. T SMC plans to commercialize the

0:37:40.200 --> 0:37:44.719
<v Speaker 1>three nanometer node process this year, so it will be

0:37:44.840 --> 0:37:48.320
<v Speaker 1>replaced possibly about the time this episode comes out. So

0:37:49.440 --> 0:37:53.600
<v Speaker 1>t s MC essentially cornered the market on semiconductor fabrication

0:37:53.760 --> 0:37:58.160
<v Speaker 1>in lots of respects. And as integrated circuits get more complicated,

0:37:58.680 --> 0:38:01.840
<v Speaker 1>building out a foundry that can make those kinds of

0:38:01.920 --> 0:38:06.840
<v Speaker 1>circuits gets more expensive. So there's this increasingly high hurdle

0:38:07.000 --> 0:38:10.040
<v Speaker 1>for anyone else to overcome if they want to get

0:38:10.160 --> 0:38:13.000
<v Speaker 1>into that business, and as we've seen over the last

0:38:13.080 --> 0:38:16.600
<v Speaker 1>couple of years, that can be a big problem. Uh,

0:38:16.760 --> 0:38:19.520
<v Speaker 1>it's essentially the the issue of putting all your eggs

0:38:19.640 --> 0:38:23.839
<v Speaker 1>in one basket. Demand for chips has been incredibly high,

0:38:24.440 --> 0:38:28.440
<v Speaker 1>but lots of factors have impacted t SMC recently and

0:38:28.520 --> 0:38:32.640
<v Speaker 1>their capability of producing and shipping chips. One of those

0:38:32.760 --> 0:38:35.600
<v Speaker 1>is actually political tensions between the United States and China.

0:38:36.239 --> 0:38:38.960
<v Speaker 1>Both the US and China play a very important role

0:38:39.040 --> 0:38:44.160
<v Speaker 1>in the semiconductor chain. Taiwan ships a lot of semiconductors

0:38:44.200 --> 0:38:49.440
<v Speaker 1>to China. China represents an enormous revenue source for Taiwan,

0:38:50.400 --> 0:38:55.200
<v Speaker 1>especially in the semiconductor industry, so that is a big

0:38:55.280 --> 0:38:58.480
<v Speaker 1>concern for Taiwan. And the United States has the lion's

0:38:58.520 --> 0:39:01.520
<v Speaker 1>share of the chip design companies in the world, so

0:39:01.680 --> 0:39:05.400
<v Speaker 1>they are big customers of those foundries, and the trade

0:39:05.480 --> 0:39:08.120
<v Speaker 1>war between the United States and China kind of puts

0:39:08.239 --> 0:39:12.120
<v Speaker 1>Taiwan in the middle and things get pretty hairy. Like

0:39:12.360 --> 0:39:15.760
<v Speaker 1>t SMC, for example, stopped making chips for the Chinese

0:39:15.800 --> 0:39:19.320
<v Speaker 1>telecom company Huawei in the wake of accusations that Huawei

0:39:19.520 --> 0:39:24.360
<v Speaker 1>was potentially using tech to conduct surveillance on other countries

0:39:24.760 --> 0:39:29.600
<v Speaker 1>through those countries owned telecommunications systems. So you know, like

0:39:29.640 --> 0:39:33.600
<v Speaker 1>the United States builds out a cellular network and the

0:39:33.680 --> 0:39:37.239
<v Speaker 1>cellular network has Huahwei components in it. The fear was, Oh,

0:39:37.320 --> 0:39:41.600
<v Speaker 1>the Chinese could be using that too, you know, listen

0:39:41.680 --> 0:39:45.120
<v Speaker 1>in on conversations and steal information from the United States,

0:39:45.280 --> 0:39:50.440
<v Speaker 1>or to compromise the integrity of the telecommunication system in

0:39:50.520 --> 0:39:54.840
<v Speaker 1>the US. And there's this ongoing concern about that. So

0:39:56.360 --> 0:39:59.919
<v Speaker 1>t s MC decided to side with the United States

0:40:00.200 --> 0:40:04.960
<v Speaker 1>on this one. Uh and there are always tensions that

0:40:05.120 --> 0:40:09.400
<v Speaker 1>China could potentially try to force Taiwan to reunify with

0:40:09.680 --> 0:40:12.520
<v Speaker 1>mainland China. In fact, Taiwan has held a few notable

0:40:12.560 --> 0:40:15.920
<v Speaker 1>war games to simulate a Chinese invasion to train for

0:40:16.040 --> 0:40:20.680
<v Speaker 1>that eventuality, or perhaps just to provide a type of

0:40:20.760 --> 0:40:24.400
<v Speaker 1>military theater to show that the island is willing to

0:40:24.520 --> 0:40:29.640
<v Speaker 1>fight to retain its semi independence from mainland China. COVID

0:40:29.680 --> 0:40:33.000
<v Speaker 1>also really hit the supply chain hard, and that's really

0:40:33.120 --> 0:40:35.200
<v Speaker 1>pulled back the curtain on how dangerous it is to

0:40:35.239 --> 0:40:39.520
<v Speaker 1>be so dependent upon a single region, really a single

0:40:39.680 --> 0:40:44.759
<v Speaker 1>company for the majority of semiconductor chips, right Like. It

0:40:44.840 --> 0:40:48.279
<v Speaker 1>has really shown that when that there's something that interferes

0:40:48.360 --> 0:40:51.720
<v Speaker 1>with that, it has this massive impact around the world.

0:40:51.920 --> 0:40:54.680
<v Speaker 1>Both the United States and China are pushing to establish

0:40:55.280 --> 0:40:58.200
<v Speaker 1>uh FAT foundries in their respective countries, so they're trying

0:40:58.200 --> 0:41:01.520
<v Speaker 1>to build out fab facilities within the United States or

0:41:01.560 --> 0:41:06.680
<v Speaker 1>within China. In fact, SMC has been has been tapped

0:41:06.840 --> 0:41:10.600
<v Speaker 1>with establishing a foundry in the United States. The current

0:41:10.760 --> 0:41:15.759
<v Speaker 1>estimation is that China, their technology for semiconductor fabrication, is

0:41:15.760 --> 0:41:20.040
<v Speaker 1>about ten years behind everybody else technologically speaking, and that

0:41:20.400 --> 0:41:22.960
<v Speaker 1>due to the speed at which tech evolves, it will

0:41:23.000 --> 0:41:25.480
<v Speaker 1>be very hard for China to close that gap at

0:41:25.520 --> 0:41:28.640
<v Speaker 1>least in the near future. The United States is much

0:41:28.680 --> 0:41:33.360
<v Speaker 1>further along technologically, but we still have to invest billions

0:41:33.400 --> 0:41:36.720
<v Speaker 1>of dollars to build out foundries, so there's an economic barrier,

0:41:36.800 --> 0:41:40.160
<v Speaker 1>not a technological barrier. Now it really raises questions also

0:41:40.160 --> 0:41:42.719
<v Speaker 1>about Taiwan's future in this space. I mean, it may

0:41:42.800 --> 0:41:46.200
<v Speaker 1>well be that in a decade Taiwan will no longer

0:41:46.280 --> 0:41:49.719
<v Speaker 1>be the dominant party for semiconductor fabrication. We may see

0:41:49.760 --> 0:41:52.640
<v Speaker 1>that built out in other parts of the world where

0:41:52.680 --> 0:41:55.920
<v Speaker 1>we've dispersed that a bit, which in some ways is

0:41:55.960 --> 0:41:59.280
<v Speaker 1>good obviously because it means that you know, the supply

0:41:59.400 --> 0:42:04.359
<v Speaker 1>chain becomes more becomes stronger. Obviously, a chain is only

0:42:04.400 --> 0:42:06.960
<v Speaker 1>as strong as its weakest links. So if something happens

0:42:07.000 --> 0:42:12.239
<v Speaker 1>to one link, then everything beyond that is affected, and uh,

0:42:12.400 --> 0:42:16.319
<v Speaker 1>we've seen that with the semiconductor shortage. So the idea

0:42:16.440 --> 0:42:20.520
<v Speaker 1>being if we can have more fabrication facilities that are

0:42:20.600 --> 0:42:23.920
<v Speaker 1>capable of producing at scale, we can avoid that kind

0:42:23.960 --> 0:42:27.520
<v Speaker 1>of thing in the future. But it also potentially means

0:42:27.680 --> 0:42:34.480
<v Speaker 1>a massive economic impact on Taiwan. They make billions of dollars.

0:42:34.600 --> 0:42:37.879
<v Speaker 1>T SMC generates billions of dollars of revenue every quarter.

0:42:38.280 --> 0:42:40.440
<v Speaker 1>I want to say that the most recent quarter the

0:42:40.480 --> 0:42:44.279
<v Speaker 1>company reported six billion dollars in revenue. That's a lot

0:42:44.360 --> 0:42:48.200
<v Speaker 1>of money, so it could be a massive blow to

0:42:48.320 --> 0:42:53.680
<v Speaker 1>Taiwan as well. Meanwhile, obviously the the political and social

0:42:54.239 --> 0:42:59.680
<v Speaker 1>changes in Taiwan are further distancing itself from what's going

0:42:59.760 --> 0:43:04.320
<v Speaker 1>on in mainland China. Anyway. That is kind of the

0:43:04.600 --> 0:43:12.279
<v Speaker 1>short version forty minutes plus of why Taiwan is so

0:43:12.440 --> 0:43:19.360
<v Speaker 1>associated with semiconductor manufacturing. It literally is because we reached

0:43:19.400 --> 0:43:21.560
<v Speaker 1>a point where someone was going to have to make

0:43:21.640 --> 0:43:26.040
<v Speaker 1>that huge investment in order to meet the demands of

0:43:26.360 --> 0:43:31.919
<v Speaker 1>chip designers, and the Taiwanese government were willing to put

0:43:32.160 --> 0:43:36.080
<v Speaker 1>forth that kind of investment to establish themselves as that party,

0:43:36.200 --> 0:43:39.480
<v Speaker 1>and that's how it happened. Um, but yeah, I hope

0:43:39.520 --> 0:43:44.160
<v Speaker 1>you enjoyed this this episode, I highly recommend that you

0:43:44.280 --> 0:43:47.960
<v Speaker 1>read up on the history of China, the history of Taiwan,

0:43:48.520 --> 0:43:51.440
<v Speaker 1>the history of Asia really for that that whole period

0:43:51.520 --> 0:43:55.919
<v Speaker 1>I was talking about, because it really explains why things

0:43:56.000 --> 0:43:59.880
<v Speaker 1>are the way they are today and how these very

0:44:00.160 --> 0:44:07.000
<v Speaker 1>geopolitical issues can end up being a huge challenge for

0:44:07.440 --> 0:44:11.520
<v Speaker 1>for global businesses today. If you have suggestions for topics

0:44:11.560 --> 0:44:13.840
<v Speaker 1>I should cover in future episodes of tech Stuff, please

0:44:13.880 --> 0:44:17.880
<v Speaker 1>do not hesitate to reach out. The Twitter handle for

0:44:18.040 --> 0:44:21.839
<v Speaker 1>our show is text Stuff hs W and I'll talk

0:44:21.880 --> 0:44:29.800
<v Speaker 1>to you again really soon. Text Stuff is an I

0:44:29.960 --> 0:44:33.440
<v Speaker 1>Heart Radio production. For more podcasts from my Heart Radio,

0:44:33.800 --> 0:44:36.920
<v Speaker 1>visit the i Heart Radio app, Apple Podcasts, or wherever

0:44:37.040 --> 0:44:38.560
<v Speaker 1>you listen to your favorite shows.