I'm almost a Muggle

"Mr. Lin, this thing is not that simple. It's not that you can do it as high-end. We'd better go step by step." Sun Moyu, who is a technical background, feels that Emperor Lin is a little arrogant.

My Lin Emperor is infinitely rampant!

"Oh, what's the problem? Look at our cat core, isn't it developing very quickly?" Boss Lin was secretly happy. Even the big-name technical experts thought this idea was unreliable, so what else should I worry about?

"Miaoxin has received great help from all aspects. From exploration and site selection to Zheng Ce's support, technical interoperability is not something that our company can do." Sun Moyu was helpless.

He actually discovered it.

Their boss actually knows nothing about chips.

There is a saying in the industry that building lithography machines is more difficult than building garden eggs, and ASML, which undertakes 90% of the global high-end lithography machines, is even more rumored that I put the drawings in front of you, and you have no ability to create them.

Although there is a little bit of exaggeration here, it is not very exaggerated.

In the 1960s, China began to develop lithography machines. At that time, the Dutch lithography machine production giant ASML had not yet been established.

In 1965, the Huaxia Academy of Sciences developed a 65-type contact lithography machine.

In the 1970s, the Chinese Academy of Sciences began to develop computer-assisted lithography mask technology.

In 1972, Jiangcheng Radio Components Factory No. 3 compiled the industry production guidance "Manufacturing of Lithography Masks".

In 1980, Tsinghua University successfully developed the fourth generation step-by-step projection lithography machine, with the photolithography accuracy reaching 3 microns, close to the mainstream international level...

But unfortunately, Huaxia gave up the electronics industry in the 1980s, and was forced to dismiss the technology plans such as lithography machines. It was better to sell tea eggs than to build garden eggs, resulting in 20 years of technical accumulation, all of which were wasted.

In 1994, Jiangcheng Radio Components Factory No. 3 went bankrupt and reorganized, and went to sell non-staple food.

The gap that is twenty years behind is really not something that can be caught up overnight.

Midi and other countries have already felt the threat from the East. In recent years, high-tech technology blockades abroad have become increasingly serious. Anyone with a discerning eye can see that this cannot continue.

At this moment, a company that claims to have a 28nm process, including theory, research and development, and other technologies, and more importantly, it has all related technologies of lithography machines.

It doesn't matter who you bought it from.

It is not impossible for ASML to secretly take out for a takeout with Midi, and Neon is not short of chip companies that can provide similar technologies.

ASML monopolizes almost ninety-year-old lithography machine market, isn’t there 10% left?

I can't stand the pressure anymore. It's reasonable to want Huaxia, the largest chip application market, to help share some pressure.

What’s important is that this thing is real. After several rounds of verification, everyone said that this thing is real.

In this case, instead of supporting so-called national enterprises that are bragging about high-profile entry, it is better to support such a honest child who doesn’t say anything from beginning to end and only focuses on creating things.

So honest that he even refused an interest-free loan.

However, rejection is one thing, support is another.

Loan applications of up to 20 billion yuan, various materials, and various reviews, you will not show it if you don’t have to worry about it for half a year or six months.

However, it only took four days for Klester to apply for approval.

As early as when Klester took a fancy to the land, a survey team and experts from the Chinese Academy of Sciences conducted a field investigation. The other side said that they were qualified and signed a contract immediately.

And not everyone has the ability to build wafer factories.

If you are really a private company that requires connections but no connections, but no backend - and it is an entertainment Internet company, you may not know who to help you with factory construction and clean room construction.

Before Klester went out to find the project contractor that met the requirements came to report.

What's relying on?

It depends on support.

Then Kleist said that they wanted to build a lithography machine and found four allies to come to the site to study and speed up the project process. It was not just that everyone came here by you who spoke verbally.

It will naturally be different if someone endorses it.

The four selected companies or institutions never thought of taking advantage of Klester.

Brother, whatever you say is what you say.

But boss, don’t think you are the center of the universe. The boss spoils you and asks you to make chips, but you will never want you to be distracted from making LCD modules.

It will drag the pace.

"Mr. Sun, you have to believe in our company and you also have to believe in yourself. Isn't chip application a matter of time sooner or later? Since that's the case, LCD modules should be laid out early. LCD modules are not more difficult than lithography machines, right?" Lin Huang was not stupid or arrogant. He just wanted to lose money.

"It's indeed not harder than chips, but..." Sun Moyu wiped the cold sweat from his forehead.

"I will give you one billion in one period. Let's start researching. If we do it, we can build our own TV. As long as you build a TV that you can watch, I will throw away my Sony that I bought for 85,000 yuan." Lin Huang had already seen hope of losing money.

I have 2.5 billion yuan in my hand, but these departments still don’t know how much they will pay later.

No compensation is gone.

Does this sound awkward? In fact, it’s just that it’s a waste of money or not.

One billion yuan is still a phase one project, so it can be done.

Sun Moyu is a technical officer, he is not a strategic officer. He doesn't understand strategic issues and does not want to interfere too much in the boss's strategic layout.

So after his brain got the money, he began to think about how to build the "most advanced LCD module".

Just start self-service research and development from scratch. You can first acquire an LED production line, accumulate technology, stand on the shoulders of giants, and enter the forefront of LCD module technology in one fell swoop, and then further develop OLED.

This thing is not difficult to buy, but the Shandong factory in Panasonic has not been sold clean yet.

Panasonic's Shandong TV Factory is Panasonic's last color TV factory in China.

As early as October 2009, BOE acquired a 50% stake in the joint venture of CRT color pipe business held by the capital Panasonic for a symbolic price of US$100.

In 2013, Panasonic closed its plasma TV factory in Shenjiang.

Sharp, known as the "father of LCD", is also currently taking over their LCD panel business.

The new generation of LCD giant Samsung is also selling some of their L7 production lines, Tangjing Factory, and converting the L7 production line to produce OLED panels. The L7 panel production line planned to be sold this time mainly produces 40-inch LCD panels.

All over the world sells it, buy it casually.

As long as you have money, you are willing to spend money, and Lin Dong is an official existence who is willing to spend money.

With an LCD module and production line, after the chip is manufactured, you can find a foundry factory to assemble the TV.

Of course, it is not possible to be too high-end at the beginning.

Sun Moyu believes that what Mr. Lin calls high-end positioning is actually just a goal, just like you want to become a man of One Piece, and that takes a time process.