Siheyuan: Supernatural from the Ninth-level Engineer

If you have a fast supercomputer, do a finite element analysis before hitting the target.

This allows for immediate improvements.

If the front cannot be shot down the Blackbird SR-71 strategic reconnaissance aircraft.

The improved model, with a performance increase of 257, is naturally no problem.

The chip is already out.

"Not yet, it can't reach the computing speed of XNUMX billion times... President Yang, are we reducing some performance indicators? If it can be XNUMX billion times, it is enough. Zhu Mingguang shook his head.

Yang Gang suddenly became angry.

"Reduce the index? Now, our supercomputer, the design drawing has also come out, and the computer research institute has also demonstrated that there is no problem with the theory..." Yang Gang disagreed.

A billion times is advanced this year.

But they don't have enough funds.

For many projects, it is impossible to conduct experiments on a large scale. (cjaj)

Arguments can only be done with supercomputers.

That's what supercomputers do, too.

In his view, the operation speed of XNUMX billion operations per second is a starting point.

A billion supercomputers, even for tank-related experiments, would take a long time

You know, he still has fighter jets and other items in his hand.

Baba sheep is coming.

Can you do it without taking the money out of their pockets?

I didn't have much money.

"Can……"

Zhu Mingguang looked embarrassed.

Hesitant to speak.

"What's the problem?"

Yang Gang asked.

"When the supercomputer is assembled, it is no problem to achieve this performance index, but the power supply can't keep up, and heat dissipation is also a very big problem. Zhu Mingguang explained the problems encountered so far.

General Manager Yang was stunned.

I seem to have ignored this issue.

In his day, chips were generally the size of a fingernail.

Now it's bigger than a slap.

Power supply, heat dissipation, etc. are all problems.

The drawings he provided were useless, and the manufacturing process couldn't solve it.

Not to mention the nano-level manufacturing process, even the micro-level has not yet achieved many breakthroughs in the world.

The design and research of large-scale integrated circuits has only just begun in Western countries.

Domestically, everything has to start from scratch.

"Mr. Yang, it's not that our technical level is too poor. The design you provided has too high requirements on the craftsmanship. According to our calculations, to solve the problems of energy supply and heat dissipation, we must either solve the 80-micron manufacturing process, or, It can only be gigantic and build a power plant to power this supercomputer..."

The director of the computer saw Yang Gang come here.

A bitter face.

They also want to make the fastest computer in the world.

After it came out, it has been leading.

Let Western countries follow.

Everyone knows how powerful a supercomputer can be.

It's like making mushroom eggs, if there is such a supercomputer.

In the past, countless people spent years using the abacus to type out the data. Such a supercomputer can calculate the result in just a few days.

"There is no other way? How long will it take for the craft to break through?"

Yang Gang sighed.

Just having a design drawing doesn't seem to be of much use.

Is it possible to take out the related technology of chip manufacturing by yourself?

Even if the system provides drawings, he draws it himself.

Supercomputers involve more than just chips...

330 put a supercomputer processor in the water?Mr. Yang said that if it is feasible, there will be no problem.

"I don't know exactly. According to the current foundation and your needs, it may not be possible to achieve it in ten years..."

said the computer chief.

His face was full of helplessness.

Yang Gang's request is really too high.

Yang Gang didn't know what to say for a while.

Ten years, the day lily is cold.

Can't do it, can it?

The computer chip cannot be done overnight, it is done step by step.

"Let's not talk about this problem, the breakthrough of technology, take your time, let's solve the urgent problem first."

Yang Gang said.

"The problem now is mainly that the process is not up to standard, the chips produced are too large, energy consumption, heat dissipation and other issues - all difficult to solve."

The words of the director of the Institute of Computer Research are consistent with what Zhu Mingguang said.

"The problem of energy consumption is easy to solve, and a power plant can be specially equipped for this supercomputer."

Yang Gang didn't think it was a problem.

It doesn't cost much to build a thermal power plant.

Coal isn't cheap though.

Supply is also tight.

But they don't worry about these issues.

"How to solve the problem of heat dissipation? Hundreds of thousands of central processing units are concentrated together, and the heat emitted during operation will make the indoor temperature unbearable... If the heat dissipation is not good, it will not only affect the computing power of the supercomputer, but also affect the supercomputer's computing power. It will also affect the lifespan of supercomputers.”

The director of the Computer Research Institute looked at Yang Gang.

How difficult is it to dissipate heat?

He didn't think Yang Gang didn't know.

They thought of countless ways, but the heat dissipation problem has not been solved.

In the end, it's an energy issue.

Costs must also be considered.

"Yes, Mr. Yang, supercomputers need many chips to run together to achieve such data processing capabilities, but we can't solve the problem of heat dissipation at present.

"In terms of materials, we also work very hard..."

Yang Gang nodded.

Zhu Mingguang is right.

When there is no breakthrough in the preparation process, whether it is the second semiconductor material or the third generation, there is no way to come out.

Unless Yang Gang has enough time to design these himself.

But now he has no time.

Therefore, the chip processor can only be made larger.

Hundreds of thousands of chips are stacked together, and the volume becomes huge.

Heat dissipation is really a big problem.

"The problem of heat dissipation is easy to solve, we can design the processor as an independent module,

Which processors together achieve the most suitable computing power, turn these processors into one

...........For flowers 0.........

a module..."

Yang Gang introduced.

The people around were dumbfounded.

"Mr. Yang, is it okay to put the processor in the water? Once the electronic equipment enters the water, all the

There are processors can be scrapped. "

The people at the Computer Institute are totally incredible.

It is convenient to put it in the water.

Water is capable of dissipating a lot of heat.

And it doesn't need to consume more energy.

The problem is, electronic devices are inherently incapable of getting wet.

Even if the air humidity is high, it will have a serious impact.