Name: なぜ深センだけが“シリコンヴァレー”になれたのか？ | FUTURE CITIES | Ep1| WIRED.jp
Uploaded: 2021-10-16T17:55:11.000Z
Duration: 15 min 55 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

This is a market we're going to walking in.

程度の副詞

That really how you suggest you just hold the camera down by your side like it's off?

They're very strict about no camera policy.

A lot of the parts of your remanufactured recycled.

Some are fake replacement batteries and screens for Samsung tablets.

When you see back over there, see those big chest of safe over there, all cash.

If you want to buy cases for your iPhone to sell like me, you can buy empty boxes.

So this this woman is selling iPhone five seeds.

They're used and recycled, and the guy here swapping out parts casually all the tools you need to repair phones like the vacuum chambers, the wire cutters to remove the screens, Jigs to, like hold everything in place in the lineup.

The screens, the incessant cracking of packing tape.

You can't talk bad about singer Xinjiang started from a fishing village from 300,000 to 10 million.

No cities in the history of human civilization as we know who is able to do this is creating more millionaires than any other cities in China.

They can do everything the factory of the world that follows on from the stand.

You about nine months behind us when we come.

Technology and that just affect the model that has been developed in Shenzhen can actually be quite frightening for models that had already been established and very successful in other parts of the world.

I do think that the core tenants of sharing I P that they have is extremely enabled.

It's not that Silicon Valley got divorced from technology.

They just they just kept moving up the stack.

And the key thing that drove that, in my opinion, was Moore's law.

Moore's law is named after Gordon Moore, who was one of the founders of Intel in like 1960s.

He predicted that every two years I believe it was the number of components to get fit in.

The same piece of silicon would double So in one year you could fit 10 transistors in here.

Two years there will be, like 20 and 40 a decade on.

You're talking about like millions and then billions.

Imagine you have a printer and you're printing pages and you want to be more efficient.

Well, you go from 12 point font to a six point font, feeding twice as many characters in one page, and you're getting twice as much information on your printer all in one go.

All Moore's law has been is reducing the font size of circuits.

Yes, In the 70s and 80s, there are many field research attempts to build parallel computers.

Computers that were like, you know, the cray machines and the thinking machines, 60,000 processors and scale up.

And what you found was that if you spent more than two years of research time to try and double the performance your computer, it was by far cheaper just to sit back and wait and let guys like intel just Move Moore's law ahead and by the next fastest processor.

So what you found was that actually, being in hardware wasn't profitable, so it really sold products back in the day was features.

One of the things you can do with Windows 98 is similar to the Web.

You can navigate on your hard drive, using the backwards and forwards buttons just like we would on the Web, the first generation windows that would come out and a new generation to be so slow it would be completely unusable.

And then two years later, like Oh, it's actually kind of okay.

And then four years later, it's like zipping along.

It's not because Microsoft made it faster.

And so people are able to now not have to worry about writing detailed stuff in C code.

They're able to use like Web pages and in JavaScript comes along.

And with all of that sort of fervor going on and people chasing that innovation, there was no value in suffering parts.

Worldwide sales of personal computers increased 76%,, But last year the increase was only 19%, and this year, analysts predicted sales growth will slow to about 4%.

Losses among the two largest home computer makers through June of this year surpassed $600 million.

In that building of stuff had to go to an economy where people were paid a lot less.

And what you see is now that Silicon Valley whole tech ecosystem is sort of like driven as far as the road goes.

And now Moore's law sort of end is ending or ended, and the car is still kind of gliding off the cliff, right?

But there's no more road underneath it and and they're like, huh, like, computers just aren't getting that much faster anymore.

And and so now you're seeing people going through a phase of optimization, which is great, but at the same time, people are like, Okay, well, how do we differentiate my product?

That's not a great business model is now we have supercomputers in our pocket.

Now the question is, what do we do with it?

Right and what does that thing in my pocket and I already do, And so people are realizing there's niche markets for hardware.

We need to have a small accessory You're gonna have, like my Fitbit, all these little things, little digital locks, my smart homes, my sensor networks, the Iot sort of stuff coming up.

And now they're coming back to this ecosystem and be like, Oh, you guys know how to solder?

When I was 18, the first time I go to U S, I used a trashcan and, like, uh, would vacuum cleaner feel the very first thing found, robot, You want a robot?

That's just like you are slightly better.

I dropped out from university after first year of college.

And it's really nice to be in hex because hexes are the best educator and help you grow.

God taxes a hardware accelerator, the world's first hardware accelerator.

We take teams that come in with a proven technology in a prototype and help them to get ready for market launch.

We help them with electrical engineering design for manufacture, industrial design, mechanical engineering, Their market strategy.

For that, we take 9% equity in the start house.

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なぜ深センだけが“シリコンヴァレー”になれたのか？ | FUTURE CITIES | Ep1| WIRED.jp

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