1821 Open the Skylight and Speak Honestly

Opened a new book: The End of the World: My House Can Be Upgraded, Brothers Help Collect, Give Some Recommendations!

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Speaking of the Institute of Optics and Mechanics in Spring City, since the 1980s, it has begun to transform into the aerospace field.

It can be said that every major technological breakthrough in the field of domestic aviation remote sensing has their shadows behind them.

Many of the cameras we use on space vehicles are self-produced.

Not to mention the lenses used on the space capsule, but the lenses used on the Beidou satellites are all self-produced.

Although the accuracy of the GPS in the beautiful country cannot be achieved, the error can be achieved within five meters, which is already quite remarkable.

Behind this has always been the silent contribution of the Institute of Optics and Mechanics.

It is also because their main research directions are related to the aerospace and national defense fields, so their exposure in the civilian field has not been high.

But the Japanese actually found this scientific research institute accurately and offered to cooperate.

This makes our relevant departments still have doubts. After all, although optical machines have been making lithography machines before.

And the main focus is the light source and lens, as well as the photosensitive field, but in terms of level, it is not necessarily much ahead of the Japanese.

So in the beginning, we never thought about cooperating with them.

But I didn't expect that the sincerity of the Japanese was very great this time.

When they first came up, they said they were willing to provide their CMOS technology, and our side was responsible for providing the light source, and they were even willing to provide the optical system.

Even on many occasions, they have hinted that if we want, they are willing to transfer 28nm lithography technology to us directly for free.

To be honest, upon hearing this, if we say we are not tempted, it must be a lie.

But whether this is another poison bait made us hesitate for a long time.

After all, we have suffered too much from the Japanese before.

So when the Japanese actually offered such good conditions, we had to think hard.

If you want to talk about the lithography machine, although we have broken through the 28nm carbon nanotube chip manufacturing process, we still cannot give up on the silicon-based chip at present.

What's more, silicon-based chips are still used in many of the world's mainstream machinery and equipment fields.

Even if our new carbon nanotube chip has technical advantages, it will not be popularized in ten or eight years.

If you want to completely replace silicon-based chips, it will take at least 50 years.

On the one hand, it is subject to production capacity, and on the other hand, it is a question of acceptance.

You just say that this carbon nanotube chip, everyone knows that this thing is good, but the problem is that this thing is produced by us.

Not to mention Eagle Sauce, it is not so smooth for other semiconductor users around the world to accept it.

After all, firstly, silicon-based semiconductor technology has not yet reached its limit, and secondly, this thing is still very cost-effective.

It has been used in other countries for decades. If you suddenly say that you want them to return it, they will naturally have concerns.

Although we all know that your stuff is good, but the price is also expensive!

Doesn't it cost money to replace it, not to mention that these silicon-based semiconductors can still be used, and they are still used well!

It's time for an update!

Moreover, it is necessary to promote such a brand-new chip, and to cooperate with all programming languages, to overthrow the entire system developed by the beautiful country.

This is not so easy, and it is really easy to cause disputes. After all, many people still rely on the original system to eat!

If we act too hastily, it may be counterproductive, because it will ruin other people's jobs.

Therefore, when there are no mature conditions, we naturally cannot rush to promote the use of this chip in a large area.

The road has to be walked step by step, so don't be impatient.

Therefore, the current domestic attitude towards semiconductor technology,

It is also relatively mild.

Secretly, it is natural to support the development of carbon nanotube chip technology, but naturally it does not reject silicon-based technology.

For example, cars around the world currently use chips with a 28-nanometer process, and we still can't make this one.

At present, there is a shortage of automotive chips all over the world, mainly because Japan is affected by the epidemic.

But now the Japanese say that they are willing to transfer the 28-nanometer technology for free. Do you think everyone is not tempted?

After all, this is a problem that affects millions of people to eat!

If we want to have such a technology, it will immediately bring millions of job opportunities.

Before that, SMIC in Shanghai, Shanghai, had been advancing towards 28nm technology.

Tejidian also announced that it will invest in building a factory in Jinling and put into production 28nm technology.

But these have not been implemented after all, but the technology provided by the Japanese is ready-made.

Moreover, although Nikon and Canon in Japan can only produce old-fashioned dry lithography machines, their lithography machines are at least 28 nanometers, and there is no problem.

It can even achieve a 22nm process, but there is nothing that can be done for a process below 14nm.

Now they are willing to come up with technology and capital to cooperate with us and want to build more advanced lithography machines.

That's where it gets interesting.

Although their attitude is still secretive, in fact, they just want to test the production technology of our carbon nanotube chips!

Hehe, it's a pity that they found the wrong partner. What they didn't know was the production of carbon nanotube chips, and it really wasn't produced by Chuncheng's optical machinery.

It's a product of Xinghuo Technology in Bincheng!

Even the production line is self-produced by Xinghuo Technology.

At present, one of the most urgent tasks of Xinghuo Technology is to overcome the 28nm lithography machine.

Because the current production process of carbon nanotube chips is mainly based on stacking, which uses a large number of gene induction technologies.

However, there are still some steps that require the use of a lithography machine.

The 28nm lithography machine used by Xinghuo Technology is obtained from many fields.

Many of them are 28nm lithography machines purchased from ASML through international agents.

We must know that the 90-nanometer lithography machine that we can produce in-house at present is also thinking about the 28-nanometer lithography machine.

But in fact, ASML has no special restrictions on us at 28 nanometers.

Asmail's attitude has always been ambiguous and secretive.

Because they also know that this 28-nanometer process technology is four or even five generations behind the current top-notch process technology.

It doesn't make much sense to be secretive, and it doesn't matter if you sell it to us.

But no matter what, these 28nm are lithography machines, we bought them from ASML after all.

It is still not self-produced, so the country is still a little worried.

It's okay to say now, if one day...

So I still have to guard against it!

Spark Technology's attitude towards lithography machines is actually dispensable, because their focus is not on lithography machines.

In fact, for those cloning experts, if they really want to put their minds to it, they can break through in a few years.

But the question is really unnecessary. If you really make it, it will appear that you are too omnipotent.

At that time, not only will the world boss want to mess with you, but many people in the country will also see you as unhappy.

Coupled with the fact that the mainstream chips in the future will be carbon nanotube chips, the general situation has been determined, and they put more thought into the stacking production of carbon nanotube chips.

So for the lithography machine, the attention is not high.

Now the Japanese come to the door and say that they are willing to actively provide 28nm optical technology.

Considering that within the next five years, carbon nanotube chips will not have much breakthrough, so this 28-nanometer process lithography machine is really a temporary need of Xinghuo Technology.

After all, if only relying on the two domestic companies, it is still a bit slim to break through the technology of 28nm process within five years.

It is not to belittle oneself, just say that they currently have the 90-nanometer process technology.

The yield rate, and stability, are appalling.

That is to say, some domestic enterprises regardless of cost will use their equipment.

They are currently rushing to launch the 28nm lithography machine project, which is actually in response to demand.

But if we really want to actually conquer it, it may not be possible in ten or eight years.

After all, there is really no shortcut to scientific research.

And if we can get Nikon's 28nm process technology, even if it's just dry lithography technology, for us, it can be regarded as a timely act of sending charcoal.

The above is naturally also a request for cooperation from the Japanese, and various analyzes have been carried out.

In the end, it was concluded that the Japanese must have a demand for our carbon nanotube chips.

Then the team in charge of the negotiation naturally made a test in this regard.

As expected, when we mentioned this chip, the Japanese were immediately overjoyed.

Shouting Yoxi again and again, great job!

Finally, we got to the point. Before, everyone had flirted with each other and hinted at each other for a long time, but now we can finally open the skylight and speak clearly.

In fact, when it comes to chips, the Japanese are really full of bitterness!

As a semiconductor powerhouse, Japanese chips have indeed achieved the ultimate in the civilian field.

And in the industrial field, they can also make good products.

But if you want to talk about rising to military use, then they can only be at the level of younger brothers.

How can there be a way, several major arms dealers in the world are still counting on this thing to make money, how can they tolerate them stretching their claws in this field...