Wei Haoguang picked up the file and looked at it. The more he looked, the more he frowned... After a while, he said, "Su Han! Your development plan is written...it's a bit too out of the mainstream environment! Many of the functions above are a bit unrealistic. Especially if you plan to completely separate from the complex instruction set and build an independent streamlined instruction set chip system. Will there be a market for this?"

"There is definitely a market. In fact, miniaturization and integration of computing chips have become a trend.

I think the CPU field will eventually form a situation where the two strong will be divided and conquered.

The first type is based on a complex instruction set represented by x86.

The second type is a micro chip designed based on a streamlined instruction set.

The chips with complex instruction sets hardly need to consider the cost of power consumption. Because desktop computers can supply power stably, they naturally do not need to consider the power supply problem.

But with the progress of society, I think the use of CPU on mobile terminals will explode. It seems that mobile phones are no longer rare. Milianfang has even appeared new mobile phones that can convey more digital information. With the development of the times, the amount of information transmitted by mobile terminals will only increase.

When the mobile terminal becomes more convenient and fast, and even when everyone in the world has a mobile phone, the demand for mobile chips will eventually surpass the desktop terminal and become the most important chip development field in the world.

Then we need to consider a long-term development plan.

One thing we must admit is that it is almost impossible and unnecessary to make efforts to surpass Mid-Federal in complex instruction sets. However, it is still possible to lead the world in the field of mobile chip design that has not yet been developed. This is the so-called overtaking on the curve.

In my opinion, future streamlined instruction set chips should have the following characteristics.

First, low power consumption. Because the mobile terminal needs to be powered off frequently. If the power supply is stable, it will definitely consume a lot of power, which is a useless product. Therefore, the chip must save power, for example, it can dynamically adjust the voltage, reduce power consumption and heat.

The second is multi-core and large cache. With more cores in chip integration, the execution and processing capacity of multi-tasks will be strong, and the CPU will be occupancy. Without frequent voltage adjustment, the power consumption will be less, and the heat generation will be low. With large cache, high time efficiency will be high, and no need to waste efficiency fragmented operations, it will naturally save power.

Three cloud computing. This is a computing concept I proposed. As long as the chip is designed properly, the distributed computing volume can be connected together in parallel computing. Such separate computing volumes are not fought alone, but can also be turned into wholes. At that time, not only will the computing cost be reduced, but it can also be deployed and dynamically adjusted. I think there should be strong application prospects. The premise is that at least a small-scale cloud computing can be completed.

Fourth, ductility. I have two ideas about this. If we want to improve ductility, we must be modular. If we want to create a closed instruction set, it will be OK in a short period of time. But over time, as the version iteration increases, the framework will definitely become complex and poor in compatibility. At that time, the threshold will be increased and it is not suitable for large-scale promotion.

However, if a relatively open source modular architecture is built and only a small amount of licensing fees are charged, customers can customize chips according to their needs to adapt to multiple instruction sets, which will be lower and more conducive to promotion.

Of course, it is also possible to completely open source without charging any patent fees, creating an international platform.

This will make it easier to quickly occupy the market, but the later returns are limited. However, you can consider establishing an instruction set chip design company. If you do not pay the authorization fee, you must pay the design drawings. Then, the company uses technical support or the sale of the drawings as the starting point of profit, and can further increase the profits.

If you don’t make money first, but instead aim at national security, technical security, software and hardware ecology, technology controllability, and internationalization, open source is also possible.”

Wei Haoguang took a deep breath when he heard this. I have to say that Su Han's statement helped him open the door to a new era. Unexpectedly, the other party thought so much and so far, which made him dissatisfied.

The key is that Su Han’s suggestion allows the risc design ideas he has worked hard to continue to iterate.

This is the most important thing.

Nowadays, there is a serious academic waste in China. After studying a topic and achieving its goal, no one will use it. It is really heartbreaking to throw it away.

Wei Haoguang thought for a while and said, "This matter! We can't discuss it. There must be one person! You wait." After that, he got up and picked up the phone, and called directly.

...

It doesn't take long.

The door was knocked.

Wei Haoguang got up and went to open the door and led a man into the room.

Wei Haoguang said: "Su Han! Let me know. This is the dean of our school's Microelectronics College, Jiang Binglu, and Jiang Binglu! This is my student, Su Han."

"Hello, Dean Jiang." Su Han hurriedly stood up and greeted him.

Jiang Binglu smiled and said, "Su Han, right? I am now well-known. I am the first in our country to design a computer assembly language with independent intellectual property rights. Your current name is already known to everyone in the school."

Su Han smiled and said nothing.

"Binglu! Sit! I have something important to tell you." Wei Haoguang gave Jiang Binglu to the sofa, then took out the documents prepared by Su Han and handed them to the other party.

Jiang Binglu looked at it for a while... his face changed from relaxed to solemn.

As an expert in the microelectronics industry, he certainly knew what was written on it. Although he was not as far as Su Han could see, he could also sensitively discover the design ideas of this computer instruction set and the huge impact it might have in the future.

After reading it, Jiang Binglu said, "Su Han! What is written on it is your thoughts?"

Su Han nodded and said, "It's all my thoughts. I discussed this with the teacher before..." Speaking of this, Su Han reiterated what he had said to Wei Haoguang before.

Jiang Binglu kept nodding... He had to say that Su Han's words were all in his heart.

Jiang Binglu said: "Su Han! You are right. Our country should have a completely controllable computer instruction set and architecture. This is not only related to national security, but also to the overall future development of the entire country's computer industry.

But the problem now is that our country's technology is much behind that of the West.
Chapter completed!