industrial maniac

On the vast land, the sight of being frozen after the flood is everywhere.

Looks more serious than the disaster in 'The Day After Tomorrow'.

It seems that before this, there was another great flood.

At the end of the field of vision, more than a dozen giant mining machines stand between the sky and the earth, and many heavy transport vehicles that resemble matchboxes are full of stones, rushing endlessly.

There are also several mountain-sized mechanical devices that look like craters, spewing out beams of pale white light straight into the sky.

Being in it, Xu Fei was inexplicably shocked.

It's all like this, and there are still people alive?

for a long time,

Xu Fei looked at a frozen building next to him.

The expansion pack is like a real world.

Taking time as the coordinate, move forward slowly.

Coming here, although he can't change anything, and can't affect the process, he can wander around at will, and even has the ability to fly into the sky and escape from the ground.

So, teleport directly into the building and look for useful information.

However, many things are frozen in a thick layer of ice, the surface is like frosted glass, and it is impossible to see what is written on the paper.

Xu Fei searched for a long time without success, and found the entrance to an underground bunker according to the arrows left by the humans when they evacuated.

The inside is also abandoned, and you can even see many remains left by the disaster.

But passing by the armament area, there is a brand new mechanical exoskeleton in the intact window.

Perhaps the disaster came too suddenly, and the armed personnel did not have time to wear it.

Xu Fei couldn't change the things in the expansion pack, he could only observe carefully.

The design of the mechanical exoskeleton is quite mature, and it uses a large number of sensing systems that perceive computer modules and patch styles, which is currently not possible for the company.

Moreover, the backpack-sized mobile power supply shows that the future world not only controls the "heavy nuclear fusion", but also creates "crystal-like" power transmission materials, which greatly reduces the volume of power storage devices.

Xu Fei watched carefully for a full two hours, and when his eyes lit up, he found that the expansion pack had ended.

Immediately went in again, and made records while studying.

Possible mechanical materials...

Possible power supply lines...

Possible structural design...

Possible power supply options...

Possible power transmission methods...

Although we don't have 'heavy nuclear fusion' and haven't discovered 'crystal-type' power transmission materials, but with the help of the 'flywheel battery' under research and the help of base technology, it is estimated that it will only take a year to create a similar mechanical exoskeleton. two weeks.

After all, our company is an industrial complex, not a technology company in name only. Starting from materials and production links, we can quickly complete the replacement.

I just don't know who is more advanced in this set of equipment compared to the base product - the terrorist robot.

Xu Fei scanned the plan into the 'cloud database' supported by the CCC network, encrypted it at level 3, upgraded it to top secret, and sent it to the test area.

Then continue to experience the 'home star to wander'.

AI transport vehicles, mining machines, reactors...

AI face changing, artificial intelligence, simultaneous translator...

Wrist 'flexible screen phone', full-time unmanned heavy truck...

Industrial mobile robots, dual-screen laptops...

There are many things in it, which have been realized by myself.

For example, industrial mobile robots are currently deployed in logistics warehouses.

For example, unmanned heavy trucks are currently deployed in the public transportation system.

For example, the 'flexible screen' mobile phone, the two-dimensional carbon material currently being researched, can make better flexible LEDs.

As for AI, reactors, and heavy nuclear fusion, it is estimated that it will take ten or eight years to wait.

Therefore, the top priority is still to find an advanced chip architecture.

Xu Fei originally planned to withdraw from the "Wandering from Mother Planet" expansion pack, but through the "God's Perspective", he discovered a strange thing.

Moss!

A digital life like a supercomputer.

This guy seems to come from the 'parallel universe', and seems to have a terrible predictive ability, leading all the processes of the planet in the expansion.

Out of curiosity, Xu Fei repeatedly experienced the expansion pack for Moss.

Then found out.

The "parallel universe" where Moss lives predicts that the "parent star in the parallel universe" will be destroyed in 2044, and through calculations, an irreparable result is released, so Moss came to the world in the expansion, intending to use the "parallel theory" , first save the parent star in the expansion, and then save the parallel universe.

Salvation programs are divided into:

It took human beings 2500 years to push the mother star to another galaxy, which is called 'the mother star goes wandering'.

Or retain 3000 elites and travel to another galaxy with the help of a spaceship, called the 'Ark Project'.

Or die collectively, upload consciousness, and construct a 'digital life world'.

This was suggested by Moss.

But since it has become an expansion piece, it means that the salvation of the world has failed, and the planets and "parallel universes" in the expansion piece have all been destroyed.

"No, the world I live in should also be a parallel universe. All three worlds exist and none of them perish. They are all in 2001."

"Then, the expansion pack I saw may be another salvation plan assigned to me by Moss."

"Or, I'm another Moss."

Xu Fei instantly crushed Shanda, feeling that the burden on his shoulders was extraordinarily heavy.

However, comparing the chronicles, his home planet, with its base technology, is already ahead of the other two parallel universes, and his own side has a greater chance of success.

Also, the expansion is in 2075.

Now in 2001, 74 years later...

With the current influence and a series of preparations to save the mother planet, he may not be like the grandfather on the red note, but has become a bust on the 'United Coin'.

"Forget it, this goal is too far away, let's become Zheng Chenggong first."

"Also, let the famous German director make this expansion film later, and use it as a warning to the world."

"It's just that between 'the day after tomorrow' and 'wandering on the mother planet', there seems to be a big flood, and we have to catch up."

Thinking about it, Xu Fei exited "Wandering on Mother Planet", and first searched for keywords such as "flood" and "disaster" in the list of expansion packs, but found that there was no corresponding content.

Afterwards, key words such as 'chip', 'CPU', and 'large-scale integrated circuit' were retrieved.

In an instant, at least 30 related materials appeared in front of my eyes.

It's a pity that although there is a process of manufacturing chips and even EUV lithography machines with many advanced manufacturing processes, he can't change the things inside, he can only look at the appearance, not the structure, nor the logic circuit of the chip.

Overall, it doesn't do much for my family.

Xu Fei turned off the translucent page, drank a cup of clear fire tea, and found that it was dawn outside.

Xu Fei thought for a while, and then contacted the old seniors of the Academy of Sciences again.

"Leader, do you have a chip architecture?"

"Which do you want?"

"So there are many?"

"The so-called 'architecture' is like designing roads for a city, and then making the city run. There is no shortage of water, electricity, or resources. People can easily enter and exit, and they can purchase, sell, and live in peace and contentment. Urban planning Different road designs are different, and correspondingly, chip architectures are also different.

The other is the instruction set, which is to issue orders to make the whole city run.If the instructions are simple and clear, the transmission speed will be very fast, and the city will run smoothly. If the instructions are cumbersome and complicated, the transmission speed will be delayed, and the city will become sluggish.

Therefore, the architecture and the instruction set are matched and matched with each other, and there are many types. "

"Old senior, I want a structure that is conducive to the development of domestic computers, domestic smartphones, and many other aspects. The general idea is that you help me make a set of A chips, and I will let people separate out A, B, and B based on it. C, D and other series, and then design a set of operation schemes for them to form system A, system A, and system C. With these, for example, Gionee and Jinpeng mobile phones use system A, but they have their own "human-machine" Interactive pages', that is, the UI."

"So troublesome?"

"There are a lot of stationery for poor students. Since the functions and performance are not as good as overseas, we sell things based on bells and whistles. Of course, another batch of mobile phone manufacturers adopt practical solutions without bells and whistles. They all make UI desktops simple and business-like. , such as ZTE and Bird, use the C system, mainly for middle-aged groups.

Other manufacturers add some disability assistance functions, and can even connect hearing aids, heart rate monitors, and health electronic watches... In short, they launch different mobile phones for different users and strive to cover a wider market.

In this way, although a single brand cannot be sold by foreign companies, we can firmly grasp our own share of the cake, survive first, and wait for the counterattack. "

Hearing the words, the old senior pondered for a moment, then praised: "As expected of the world's sixth-ranked professional manager."

"Then do we have an architecture and instruction set suitable for this kind of chip? It must be completely localized and does not involve any patent authorization."

"No, at least not officially."

"Farewell!"

"Xiao Xu, although it is completely localized and the intellectual property rights are controllable, the technical threshold is very high, and overseas will not let us do ecology. When things are manufactured, you will find that there is no software or peripherals available. This kind of product How to sell it?"

"Self-produced for self-use, slowly built, besides, it seems to be ecological in our domestic market."

"..."

When Xu Fei looks at problems, he always points directly to the source.

In the domestic market, let alone a mobile application ecosystem, there is not even a computer application ecosystem.

Otherwise, why do you have the confidence to develop industrial microcomputers, and why can you unify the T-shaped interface for charging treasures.

And using domestic chips, even if we lag behind, we can let professionals use overseas products, and let people who play games and do simple office work use domestic products.

Wait for their own technology to come up, and then unify the market, and hurt each other with the West.

You sanction my chip, I sanction your lithography machine, everyone stop playing, just wait for the freeze.

Xu Fei ended the call with the old senior, and found that the secretary and the clerk had clocked in for work.

Check the time, it's 8:30 in the morning.

And rubbing his eyes, he doesn't feel sleepy.

Immediately went to the headquarters of TEP Computer Services Company, and talked to Wan Tao about the architecture and instruction set.

Thinking of this, Xu Fei suddenly discovered that the 'chip' is far from as simple as imagined.

In the beginning, only the lithography machine was missing.

After understanding the lithography machine, I found that there is no etching machine.

Then it turns out that there is no optical material, no optical equipment, no wafer equipment, and so on.

After understanding the chip, what architecture, what instruction set, what logic circuit...

And there is no code, bottom layer, program, system, or application designed yet.

"It's really slow step by step, slow step by step."

"Evil Lafayette."

When Xu Fei was about to leave, he turned his head and glanced at "Learning skills from barbarians to control barbarians", "I must have a Westernization Movement in a hundred years' time."

After a while.

Pass by Office Building 1.

There are hundreds of luxury cars parked at the gate. It is estimated that news from inside and outside Shanghai, such as the groundbreaking ceremony of the West Factory yesterday, has attracted another batch of customers.

With so many orders, there is no need to worry about the West Factory project.

Xu Fei can rest assured that he is not doing business.

Arriving at the ground headquarters of TEP Computer Service Company, ten beautiful girls at the front desk greeted each other crisply.

"Hello, factory manager!"

"What day is it today?"

"Hi village chief!"

"it is good!"

Xu Fei strolled into the front desk with his hands behind his back to check his work.

The legs are straight, the waist is very thin...

Hmm, very nice.

Then he walked into Wan Tao's office, and the other party was taking medicine.

"what happened?"

"Hypoglycemia, old problem."

Wan Tao is a fat man with a height of 185. He is 28 years old this year. Logically speaking, he will not suffer from hypoglycemia.

However, with the increase of Dasawa's industry, the tasks of TEP Computer Service Company became more and more heavy, and the diet was irregular, and they could not get rest at ordinary times, so they were tricked.

Xu Fei is aware of this, and has persuaded him several times, including seeking out business from Souhu, Xinlang, and Yiwang, in order to reduce the pressure of "unprofitability".

However, as a company, Director Xu often stays up late, so naturally there is no reason to persuade the people below not to work hard.

"Brother Tao, do you have someone you like?"

"For someone like me who squats in an office, where can I meet someone?"

"My sixth granddaughter is not bad. She is 21 this year. After finishing high school, she had originally made a marriage agreement, but the other party thought the bride price was too high and refused to take eighteen thousand, so the matter was shelved. Now that I have me, let alone the bride price, I let him His father will agree to the family's money, and besides, Xujia Village is rebuilt, and she alone has divided into two buildings, and she can support herself by collecting rent in the future, do you want to see it?"

"This……"

"I will ask Erya to bring her to the workshop office later, and then I will tell you to talk about work. Don't worry, Miss Huanghua, although she doesn't talk much and is very shy, she will live a good life, especially with a high school diploma. She will be an assistant in your office in the future. completely fine."

"Ok."

Wan Tao nodded in response, and immediately thought: "No, if I marry your granddaughter, wouldn't I call you grandpa in the future?"

"It's okay to change your mouth now, and I will give you 10 yuan for changing your mouth."

"..."

"Just kidding, from now on we will talk about our own business. I will call you brother Tao, and you will call me grandpa."

"..."

"Okay, let's talk about business."

Xu Fei sat opposite the general manager's desk and said casually, "How likely do you think it is to have a completely localized chip?"

"zero."

"Is it because of the instruction set, or because of the ecology, interface, or something else?"

Wan Tao did not respond, stood up and faced the small blackboard, and wrote: "With the 10 hackers of the Red Eagle Alliance, it is not difficult to come up with a set of instructions. The difficulty lies in the architecture. And we have to bypass all current patents and redesign a set.

In this process, for example, from my place to your workshop office, the straight-line distance is the shortest, but there are tolls on this road, so we have to bypass it. Is the road too far?
And some people charge for the road a little farther away, what should I do?Fly through the air?

I never thought that no matter in the air or underground, there are people who charge fees, which are called patents.

In this way, the road we designed will take a longer detour, or even a detour with no function.

Then, even if we come up with a powerful instruction set, the power consumption will be much higher than that of other roads because the wiring is too far away.do you understand "

"That is to say, overseas has taken our way."

"No, we started too late."

Wan Tao concluded: "So, we don't have chips. Besides being unable to make chips, the fundamental problem is that we don't have a low-power chip architecture, which leads to the loss of the market and no ecological applications. Therefore, the current domestic architecture is based on Overseas authorization in order to integrate into the global ecological chain.

Furthermore, a mature architecture requires thousands of high-end talents to complete.

It's like a city running, from the person in charge to the grassroots, there are tens of thousands of people.

The chip architecture is divided into software and hardware. To put it bluntly, so many people have used it for decades, so why can we catch up in a few years?
No, there are no domestic companies that even research architecture, and we haven't started to catch up yet. "

Xu Fei nodded knowingly, "If we start from scratch and rely on our existing resources, oh yes, there will be photolithography machines and etching machines soon, how long will it take to produce a set of independent chips suitable for the low-end market? "

"The registers, addressing modes, memory management, I/O models, etc. we use now are all designed overseas. If they are overthrown and re-integrated into control units, computing units, data memory, and instruction memory, it will take about two years. .

But this is just a small memory device, and nothing else is involved. Besides, the relevant talents have learned overseas public technology, which more or less involves patents. If you want to bypass it, you need to rack your brains Thinking... It's too time-consuming, even life-consuming. "

"Then do you have a solution?"

"Change the city."

Xu Fei's eyes lit up, "It makes sense!"

"But this city cannot be an ordinary city, otherwise asphalt roads will have to be laid."

"I understand that this city is a floating building with no roads, and all of them use teleportation arrays!"

"The factory director is smart, and he can see through at a point." Wan Tao picked up his teacup, took a sip of the boiled water he had made before, and stopped talking.

Xu Fei has studied high-energy physics, so he naturally knows that the so-called floating buildings and the so-called teleportation arrays are photon computers and quantum computers that subvert traditional computers.

So, still have to buy.

First buy out a set of CPU architecture, then buy out a set of GPU architecture, and then buy out a set of wireless integration technology...

What else is ADC/DAC, DSP, OPA...

Fortunately, I have CCC network and Zigbee technology at home, so I don’t need to buy out the wifi.

However, these two network protocols can only be used domestically, which means that their own products cannot go abroad.

In this way, spending a lot of money to buy out is just to "have" chips, not to attract money from overseas.

At that time, a large group of people will jump out of the country nine times out of ten, scolding Director Xu for wasting people and money.

The most important thing is that we have the money to buy out, and no one overseas may be willing to sell it.

After all, the western world likes to play 'authorization' and pays attention to the long flow of water.

In the end, what we bought back may be outdated technology.

When Xu Fei thought of this, a flash of inspiration flashed in his mind.

Technology is not a product. To say that it is backward does not mean that it is really backward, but primitive.

Just like General Electric's PLC foundation, it is very backward, but who dares to take a peek?

So, reverse thinking.

Since overseas is willing to transfer the 'backward' 'original technology', we might as well make this technology a little bit behind and return to the original, which is analog circuits.

The signal is divided into digital signal and analog signal.

Circuits are divided into digital circuits and analog circuits.

The same is true for chips, digital chips, analog chips.

However, digital chips use 'base' and 'logic', which are easier to learn and easier to carry out signal processing and circuit design.

It's like writing 10 "Xu" on a piece of white paper, just use an EDA tool to copy it.

The analog circuit requires mastering the change of the analog quantity, and the analog quantity is somewhat abstract, and the expression is very vague, which cannot be understood at a glance.

To put it simply, if you want to use analog technology to make chips, you must first forget what binary is, what 0101 is, and return to the positive and negative poles.

What voltage, capacitance, potential difference, same-frequency resonance, noise reduction processing...

Then learn 'common mode signal' and master the transition from single-ended ground voltage signal to double-ended full signal component common mode mode. '

Then learn 'differential mode signal', and force the 'signals whose frequency is between the cutoff frequencies of two low-pass filter units to be processed into differential mode signals'.

It is very difficult to understand the above alone, so few people choose analog electronics.

But this is just the beginning, there will be 'differential mode amplification circuit', 'common mode signal elimination', 'bandpass signal amplification'...

When you get here, you will find that the things in the analog circuit are either enlarged, eliminated, or 'coexist', or 'the difference between each other'.

Yes, this is the so-called 'signal', just like a set of 0101 expresses to you.

Then, after designing this kind of circuit that can generate 'signal', the next step is to design 'calculator', 'controller', 'register', and then constitute the CPU.

Since we use 'circuits', we must not use EDA to write 'logic', and the analog chip does not use logic, but uses CAD-like tools to draw groups of different circuits in order to form 'amplification' , 'coexistence', 'the difference between each other'.

Therefore, 80% of the circuits in the analog chip are not repeated, just like a piece of white paper filled with 'poetry'.

Therefore, it cannot be divided into 8~16 chips like cutting a 'wafer', but a whole. Otherwise, how can you read 'poetry' after cutting?
In addition, digital chips, under the same area, the more transistors, the stronger the computing power.

In analog chips, under the same area, the more circuit diagrams, the stronger the computing power.

At present, the number of transistors in digital chips has exceeded 1 million.

Where do we go to find a master of analog electronics to draw us 1 million circuit diagrams that are not very repetitive?

Based on the above, we can see the commercial gap between the two.

For digital chips, with EDA tools, hundreds of millions of logics can be constructed in three or two days.

Hundreds of millions this year, 2 million next year, and 5 million the year after, the computing power of chips will double.

Analog chips require a master of analog electronics, who must be trained for at least 10 years, or even 15 years.

One person certainly cannot draw hundreds of millions of circuit diagrams, and it will inevitably require thousands, or even tens of thousands of people.

For digital chips, after the design is completed, the lithography machine copies, and a wafer is cut into 8 to 16 pieces, and 30 pieces can be manufactured in a day.

After the design of the analog chip is completed, it needs to be taped out and then printed. If the performance of the analog chip is similar to that of the digital chip, it may not be possible to produce one in half a year.

In such a comparison, whoever has low cost and high output will adapt to the market.

Therefore, consumer electronics chose digital chips. Since the 70s, analog chips have stagnated and become auxiliary chips, or dedicated chips. The number of circuit diagrams in them is probably dozens or hundreds of groups.

But the real world is real, and the digital world is virtual.

Like a keyboard.

I hit the K key once, and what is generated is not a code composed of 0 and 1, but a change in current and voltage, and then converted into 0 and 1.

Like a recorder.

Let me say a word, what is generated is not a code composed of 0 and 1, but after the current is amplified, the change of the magnetic field is then converted into 0 and 1.

Like a loudspeaker.

The storage device transmits the code composed of 0 and 1 to the small speaker. The small speaker must not understand it and needs to convert 0 and 1 into current and voltage.

It can be said that the analog chip is the converter of 'the real world and the digital world'.

Therefore, analog chips are everywhere, and digital chips cannot do without it.

What Xu Fei has to do now is to remove 0 and 1, as well as the so-called code and EDA tools, and use molded electronics to make chips.

It seems impossible.

But 'Texas Instruments' is the leader here.

Of course, not the one in Dongshan, but TI in Texas.

It's just that in today's highly commercialized world, Intel, Nvidia, etc. are gradually rising, and few people have heard of this leading company in the analog field.

The reason why Xu Fei knew this was mainly because he had seen an analog computer when he was a child.

It was like asking the operator of an analog computer: What can this thing do?
The other party told him: the birth and destruction of the universe can be simulated.

Xu Fei always thought it was a joke. He didn't know the power of 'simulation' until he got the base and saw the computers that come with the basic production line.

Otherwise, if Wan Tao suddenly draws an 'analog chip', he will definitely ask, 'Can analog circuits make chips? '

Of course, the difficulty of manufacturing analog chips is much higher than that of digital chips.

Otherwise so powerful, the world will definitely choose it.

Its biggest difficulty:

One is talent, that is, the master of analog electronics.

It takes 10-15 years to cultivate one, and the older it is, the more valuable it is, just like old Chinese medicine.

Secondly, the CPU designed with analog circuits is a large-scale integrated circuit. If you want the circuit to be stable, if you want the circuits not to interfere with each other, and if you want to strengthen the anti-interference, you cannot use the currently popular "wafer", because the inside The CMOS cannot load.

Instead, the PN junction is used, which is the technology for manufacturing LED lamp beads.

The process is roughly as follows: through the ion implanter, ions with impurities are blasted into the film according to the analog circuit track designed in advance with a strong electric field, forming a "PN junction" one by one, forming a large-scale interactive integrated circuit.

The smaller the PN junction, the smaller the chip size.

The better the material, the better the performance of the chip.

The combination of the two, the stronger the anti-interference ability.

Another big problem.

The 720p screen previously manufactured for power banks accommodated 5 PN junctions within a 30-inch area.

Converted to an analog chip, 30 sets of circuit diagrams are produced, about 5 inches.

If you blast out 300 million, 3000 million, 3 million circuit diagrams...

How big is the area of ​​this chip?
Therefore, it is necessary to strengthen the density through the computer that comes with the basic production line.

The PN junctions are closely arranged, and the smaller the overall area, the more advanced the technology, and the energy required to exchange for the basic production line also increases geometrically.

Xu Fei calculated that 300 million PN junctions would require 1000 billion energy.

3000 million PN junctions require 1 Y energy.

3 million PN junctions, 10 Y energy...

In the past six months, although many production lines have been exchanged, many laboratories have been added to form two scientific research institutes.

But the industry is expanding rapidly, and there are branch factories all over the world.

At present, the accumulated energy has reached 8000 billion.

If it is exchanged for a production line of 300 million PN junctions, and an analog chip with 300 million sets of circuit diagrams is produced, the performance is roughly equivalent to that of a digital chip in 96.

Enough for domestic computers and domestic mobile phones.

And if we wait another two months, the exchange of 3000 million PN junction production lines will still lag behind overseas digital chips.

Moreover, overseas technology is also developing at a high speed, and digital chips may exceed 2 million transistors next year.

In particular, analog chips need to recruit analog electronics talents. If there are too many PN junctions, it means that there are too many circuit diagrams, and the design cycle will also increase linearly.

Therefore, a production line that consumes 1000 billion energy for 300 million PN junctions is the most suitable for transition.

The remaining energy is waiting for the shipyard to approve the project and use it for the violent warship.

When the energy is sufficient, we will directly exceed 3000 million, 3 million, and we will directly produce 30 billion PN junctions to catch up with overseas countries. By the way, we will sanction overseas lithography machines, suppress digital chips, and complete a global monopoly.

With a score in mind, Xu Fei looked at Wan Tao who had finished drinking a cup of tea.

Making chips is like building roads for cities.

Overseas, the way of "digital city" is gone. Let's replace it with "analog electric city", remove "ary system", "logic", "EDA", etc., and use circuit diagrams, which bypasses most patents.

According to the patent rules, the remaining instruments in Germany are estimated to have expired long ago.

Therefore, domestic semiconductors need a leader.

"Tao, you resign."

"???"

When Wan Tao proposed to change cities, he also planned to abandon digital chips and take the road of analog electronics.

Because the 'black box' given by the factory manager at the beginning, that is, the processor removed from the computer that comes with the radar module and used to study the 'map package', has been analyzed by the Red Eagle Hacking Alliance led by him in half a year. , and reproduced part of the circuit diagram.

This is equivalent to having a foundation.

And if you can make PN junctions yourself, you can also produce large-scale integrated circuits that surpass conventional analog chips.

With the resources of Ironhide, the resources of TEP...

The semiconductor industry of West Factory is very likely to surpass Texas Instruments within half a year.

And he, Wan Tao, finally did something practical.

"Director, we can't kill the donkey."

"What are you talking about? I mean, you go out to start a business and become the founder of Dongfang Semiconductor."

"This……"

"However, since domestic production is strengthened, I can't give you too much support on the surface. After all, TEP and Iron Sheet are both foreign companies and important industries in the Western world."

"But I only have a salary of 200 million yuan, and investing in semiconductors, especially the increasingly valuable analog electronics, requires at least tens of billions as start-up capital."

"What are you afraid of, 200 million registered companies, I will give you a batch of domestic orders, after the completion, the profit will be almost 2000 million, you increase capital and expand production, marry my sixth granddaughter, and I will ask his father to pay 100 billion as a dowry."

"His father has so much money?"

"His father is a shareholder of Lei Ze Technology. Even if he has no money, I, as the village head, can make him rich."

"May I ask, what does your sixth granddaughter look like?"

Xu Fei immediately took out his mobile phone and contacted Grandma Erya who raised chickens in the dog farm, "Old sister-in-law, ask Erya to bring Xiaoliu to TEP Computer Service Company."

Blind date, not so many detours.

If you see the right eye, you can, if you don't see the right eye, you can change.

After a while.

Erya walked in quickly with a woman in security attire.

Lou Xiaohu's wife, after joining the security brigade, recruited a group of girls to deal with the issue of female employees.

Local people from Xujia Village and Huangnigang became the first choice.

After all, it is more convenient to manage because of the relationship with Director Xu.

"Village Chief, are you looking for me?"

"Six, we are not young. Your father will have dinner with me after the Spring Festival, and he is still worried about it, especially when he is a security guard. He is still from our Xujia Village, and no one dares to marry him."

Xu Fei signaled Erya to come over, touched the other's pocket, stuffed a piece of chocolate into his mouth, and said while eating, "Look, Wan Tao is here with me, he knows everything, and he is definitely one of his own. He sent out to start a business, and the future development is limitless, what do you think?"

Liu Ni blushed and glanced at Wan Tao, "Does my father know?"

"Your father has business dealings with TEP Computer Service Company. He must know about Wan Tao. I'm a matchmaker, so what's his opinion? I mainly look at you. This is a blind date, not a forced match."

"I listen to you."

"Tao, how are you doing?"

"I have no opinion."

"That's it."

After Xu Fei finished speaking, he glared at Wan Tao, "What are you fools doing? There is a coffee shop in Ximen, take them to have a taste, buy a bunch of flowers by the way, and then go to the cinema to watch 'The Day After Tomorrow', almost [-] people , I don’t have the eyesight.”

Er Ya stared at Wan Tao, looking at Wan Tao, "You can't follow the example of our village head, wanting to be monogamous."

"What are you talking about?"

"Fatty Lan said that you want to marry the fourth wife, and you want me to call you fourth grandma in the future."

"Call him here and see if I don't slap him."

Lan Fatty is the son of Lan Dong. During the Spring Festival, he hid the lucky money at the bottom of the fire box at the door, and somehow it disappeared.

Later, the little guy didn't know who he heard, it must have been done by the village chief.

Since then, the rumours.

Thinking of this, Xu Fei suddenly remembered his childhood.

Everything in the village is done by the village head.

He is also spreading rumors.

Then Xu Sheng came to mind.

The intelligence system has been searching all over the world, east and west. During this period, a lot of black coal mines and brick kilns were destroyed, a large group of missing persons were found, and several groups of children were even rescued, but Xu Sheng was not found.

There is no news including overseas.

'Could it be that he was buried? '