1931 Price Butcher

Brothers, I have double-published a new book: Restarting Life: I can call myself ten years ago. Brothers help me collect and give some recommendations!

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For ordinary families, what is the purpose of everyone working so hard to get their children into a good university?

Isn't it just that I hope my child can be admitted to a good university and find a good job in the future.

If you can work, you can jump directly to the class.

If the child is more capable, he will be able to start a business after accumulating certain network resources in the future.

As for the fact that many families now let their children choose to go abroad for postgraduate study, Ph.D., and further study.

In fact, it is also for this ultimate goal!

After all, at present, many universities in professional fields, especially in the field of scientific research, are indeed better than universities in the United States and the United Kingdom.

After deepening education in these universities, it is indeed easier to find a good job in a good company overseas.

In addition to jumping up the class, it can also save children from living so tiringly as in China.

But if you are in China, you can directly complete the goal of class transition if you can graduate from university, and you can get a million annual salary.

In the future, the promotion path will be higher than that of foreign countries, and it is even possible to become a leader in a brand new field.

Who do you think is stupid enough to go abroad?

What's more, people who are not stupid now can understand that we are leading the world in the field of carbon nanotube chips.

In the future, the best software and hardware companies in this field must belong to our rabbit country.

And working in these large companies is equivalent to entering companies such as Microsoft, Intel, Google, and Fruit in the early startup period.

And these American companies, with the rise of our country in the field of carbon nanotube chips in the future, are destined to be swept into the garbage dump of history.

At this time, if you choose to go abroad for further study, then join those companies.

That was undoubtedly the same as joining the peanut side in 1949, it was a huge wrong choice.

So although the current admission to this subject, the requirements are very strict.

Passports will be required to be turned in, and the origin of the students will also be assessed.

If you have overseas relations, or are more inclined to go overseas, you will be advised to change your major.

Although such an assessment is very strict, most parents will still decide to let their children enter this major after careful consideration.

Being the first batch of experimenters is destined to become the first batch of bonus recipients in the future.

Therefore, the current Bencheng University of Technology and C9 have become the ace majors of various universities in terms of the hardware and software of carbon nanotube chips.

Although it has only been established for a short time, for those students who are admitted to these universities.

And that major has more promise than this...

But for those who study silicon-based computer software and hardware majors, they are about to cry at this time.

Nima, you have studied hard for four years, and as soon as you graduate, you tell me that this major has no future?

Is this still an egg?

At this time, the reason why we don't open up the carbon nanotube major on a large scale is actually to give these people a buffer period.

Especially for those who are in school, recent graduates, and those who are already working.

These few years are the best buffer period for them, allowing them to think about how to plan their next life.

If you are in school, you can also choose to change majors.

Of course, if you want to enter the carbon nanotube chip major, you must take an internal assessment.

Of course, considering that these students have already studied in this school for two years, the school is bound to release water to a certain extent.

The difficulty of the exam is definitely not as good as the college entrance examination.

But it is definitely not a full pass, and a batch will definitely be screened out.

As for those who did not pass the exam, they could only continue the exam next year.

As for those who have already graduated, they can also apply for a postponement of graduation, and they can also take this exam.

As for those who have already graduated, there is no way.

But fortunately, although the software and hardware of carbon nanotube chips are professional, they are very popular now.

However, the software and hardware field of silicon-based chips is not yet completely finished.

After all, according to the current trend, they still have a few years to develop.

At the very least, it will last another ten years or so.

Therefore, these majors will not be eliminated immediately.

And even if they can't get along in the country in the future, they can still consider going abroad.

After all, overseas, silicon-based chips will definitely not be eliminated immediately.

After all, before Ziah has made a major breakthrough in carbon nanotube chips, Europe and the United States will continue to place heavy bets on the research and development of silicon-based chips.

Although in terms of physical characteristics, silicon-based chips do not have the advantages of carbon nanotube chips in terms of energy consumption and control of electron escape.

But if it is said that the development of silicon-based chips to 1 nanometer has reached the extreme, that would not be the case.

In fact, there are still many ways to continue to make a fuss about this silicon-based chip.

For example, after the development of the 1nm process, the physical performance has indeed been developed to the extreme.

But they can also use the mode of stacking chips to build buildings, making the chips higher and thicker.

Continue to pile more transistors, so that you can catch up with carbon nanotube chips in terms of computing power.

Although in terms of computing power, efficiency, power consumption, and electron escape, it is definitely not as good as carbon nanotube chips of the same specification.

But at least in terms of computing power and performance, it can catch up to seven or eighty-eight.

If they can reach 70% of the computing power of carbon nanotube chips, they will have the confidence to play against us.

After all, they will not hand over the world hegemony and technological hegemony they have mastered for two hundred years easily.

So the wrestling during this period will last for a long time.

And considering the chips used in many other consumer products, silicon-based chips will be used for a long time.

So these people don't have to worry about losing their jobs immediately.

At least in ten or twenty years, they will still be able to eat.

But if technological innovation is not carried out, although their jobs will still be available in the future, their salaries and benefits will definitely show a downward trend year by year.

So these people don't have to worry about losing their jobs immediately.

Even after carbon nanotube chips dominate the world, silicon-based chips are not useless.

Especially in the industrial field, it is very different from the consumer goods field.

For the field of consumer goods, for many commodities, if you want to sell the price, you must emphasize the attributes of the commodity.

The powerful computing power of carbon nanotube chips, as well as more energy-saving, will become the best buying point for assembling this kind of chip products.

For many ordinary people, they thought they would pay for these more outstanding performances.

After all, what they buy is the experience, and the better your product performance, the better the experience.

This is the attitude of consumers.

For industrial enterprises, their pursuit is stability and cost performance!

Although your carbon nanotube chip is awesome, for most industrial companies, a 28-nanometer silicon-based chip is enough for a pound.

If you ask them to upgrade to 14nm, 10nm, or 7nm, 5nm silicon-based chips, they are not willing.

If you ask them to upgrade to more expensive carbon nanotube chips, they will be even less willing.

Because equipment equipped with carbon nanotube chips may be more excellent in performance.

But considering the cost and production efficiency, unless your production efficiency is 100% higher than before.

Or in terms of energy saving, it is 100% more energy efficient than before.

Otherwise, people would definitely rather continue to use the original technology than suddenly switch to carbon nanotube chip equipment.

And even if they need to upgrade the chip, they will definitely consider a higher-process silicon-based chip first.

Why, one is that the system has a high degree of coordination, if the carbon nanotube chip is replaced.

It is not a matter of replacing one piece of equipment, but the entire production line, which is time-consuming and labor-intensive, and requires retraining of personnel.

As for the other aspect, that is the cost.

After all, silicon-based chips have been used for decades, and the technology is very mature.

The most important thing is that with the emergence of carbon nanotube chips, the price of those silicon-based chips has become cheaper.

In the past, except for silicon-based chips, everyone had no choice.

Therefore, if ASML dares to sell the price so high, it will cost more than 100 million US dollars to start with a lithography machine.

And companies that bought lithography machines naturally allocated the cost to each chip.

In the end, the company that buys the chip will cost twenty or thirty dollars for a chip, and the expensive one will cost hundreds of dollars.

For example, Qualcomm, their Snapdragon 888 is sold to domestic assembly plants for 600-1000 yuan.

The specific price depends on how much the manufacturer kneels and licks Qualcomm.

As for the chips for industrial use, although the price is cheap, it costs more than a hundred dollars a piece.

Since the advent of carbon nanotube chips, the prices of these silicon-based chips have fallen across the globe.

On the one hand, upstream manufacturers like Asmay have begun to cut prices.

The previous condescending attitude is gone.

The lithography machine, which is said to be difficult in mass production, is now able to increase its production capacity.

In the past, 10 or 20 units were produced in a year, and the price basically started at 123 million US dollars.

Now the annual output has soared to 40 or 50 units, and even other manufacturers have said that as they continue to tap the potential, this production capacity can be even higher.

And the price is also directly cut in half. It used to be more than 100 million, but now it is only tens of millions.

It also includes door-to-door delivery and free installation...

They didn’t sell to us before, but now they basically sell everything, and the price can be negotiated...

As a result, it has led to a comprehensive price reduction of various chips.

The price of chips used in mobile phones has also been cut in half, and even the price of mobile phones has dropped a lot.

The price of mobile phones that used to be thousands of dollars in the past has basically been cut in half...

Xinghuo Technology also did not expect that their carbon nanotube chips were not released to the market on a large scale.

But he has become a price butcher who is gnashing his teeth in the chip market circle...

Not only has the chip price collapsed, but the entire industrial chain is now in a situation where everyone is in danger.

Now that the mate50 of H company has been released, it has become a real secret in the mobile phone industry.

But in front of him, such rice, OV, Sansang, and fruits are all rubbish...