Chapter 1275 45nm chips go into mass production

The mid-year party group meeting was held smoothly.

Liu Tao personally presided over the meeting and delivered an important speech.

Of course, the party group meeting is orderly and disciplined.

This is a framework, and no one dares to touch the framework, such as loud noises, quarrels or even fights, which are impossible to happen in the party group meeting.

Opinions can be raised, opinions can be reserved, and they will be recorded.

But if it involves personal attacks or the use of force, it is not allowed. The disciplinary committee will maintain the discipline of the entire party group meeting.

The entire party group meeting lasted for seven days and finally ended with a group photo.

Some of the relevant meeting situations will be announced to the public, while others will not be announced to the public. Only party group members and other participants and groups will get the relevant documents.

After Liu Tao finished the party group meeting, he went to Sichuan and Shu.

Sichuan and Shu have had a huge connection with Panshan Group since the 1980s. Over the years, Panshan Group has been the main force of investment in Sichuan and Shu.

Panshan Group is the largest engine and the most powerful engine for the development of the entire southwest.

Panshan Group has a tank and armor production base here, which is the largest tank and armor production base in the country. In Mianyang, there is a super-large military industrial base that specializes in the production of various types of firearms, bullets, shells and other military products. In Chengdu, a super-large military industrial base is also being built.

In addition, Panshan Group has also built large military transport trucks, all-terrain military off-road vehicles and other production bases in Sichuan and Shu, as well as helicopter production plants, military transport aircraft manufacturing plants, etc.

At the same time, there are also a large number of civilian production and manufacturing plants here.

Not to mention, Panshan Group has invested heavily in the construction of reservoirs and hydropower stations in Sichuan and Shu.

These investments have greatly boosted the economic development of Sichuan and Shu, making Sichuan and Shu completely different from before the reform.

It is precisely because of this connection and development that Sichuan and Shu are constantly reforming.

In the central and western regions, the provinces with the greatest reform efforts and progress are none other than Yunnan Province, Sichuan and Shu, Shancheng, and Guizhou Province, and the biggest driving force here is Panshan Group.

When Liu Tao came to Chengdu, Sichuan and Shu, the leaders of Sichuan and Shu personally welcomed him.

Liu Tao came here to participate in the large-scale production of 45nm process chips.

In 2004, it was still the first year of 90nm, but now the top chips are already 45nm, and some particularly advanced ones use the 32nm process for small-scale production.

For example, the Kirin chip used in Kirin mobile phones uses the 45nm process.

It can be said that the development of chips is very fast.

It is very difficult for latecomers to catch up, because this field belongs to the winner-takes-all.

In chip research and development, the chips that have been researched with huge investments are found to be far behind the world's mainstream chips. That is absolutely desperate, and the huge investment has gone down the drain.

In recent years, it is not that no country wants to develop chips and achieve overtaking in the chip field.

But there are a lot of problems to face, such as lithography machines, such as photoresists

Not to mention that after solving these problems, you still have to face market problems. If you have chips, but the market does not purchase your chips, what's the use of it?

For example, South Korea has invested heavily and just developed a 130nm chip process technology to produce processors for Samsung computers and Samsung mobile phones. As a result, the Kirin mobile phone chip is made of 45nm process. The performance difference between the two is not a little bit, not to mention that the Kirin mobile phone is a smart phone, which directly hits other mobile phones into semi-smart phones or traditional mobile phones, and they are two different worlds. This means that except for relying on protection policies, it can be sold in South Korea, but it cannot be sold in the international market.

Now Huaxia chips not only have technical advantages, but also absolute advantages in scale, not to mention market advantages.

As Huaxia Automobile began to integrate some functions into a display screen, the entire system is common to the mobile phone system, and the demand for advanced chips has increased on a large scale.

This will inevitably require the production of more 45nm chips, and even the production of more advanced 32nm process chips in the future.

Liu Tao personally attended the large-scale production of 45nm chips in this factory, which is enough to show his attention to chip development.

The chip is small in size, but it is everywhere.

People use it in their daily lives in mobile phones, computers, televisions, household appliances, and other fields, and it is the core cornerstone of high-end manufacturing.

The manufacturing process of chips is very complicated. It has to go through thousands of processes and is processed by complex processes. The single crystal silicon is widely used. Chips support the information industry just as steel supports the industry.

A chip can be related to all aspects of society. Chips are used in military industry, aerospace, transportation, energy, consumption and other fields.

Integrated chips occupy a vital position in modern science and technology and industry. Its importance and necessity are mainly reflected in several aspects.

First of all, integrated chips are the core components of modern electronic devices. Whether it is computers, mobile phones, tablets, or various electronic devices such as automotive electronics and industrial control, they cannot do without the support of integrated chips. These chips integrate multiple electronic components and functional modules on a tiny substrate through a highly integrated design, thereby realizing the miniaturization, efficiency and intelligence of the equipment.

Secondly, integrated chips are a key factor in promoting the development of science and technology. With the continuous advancement of chip manufacturing technology, computer processing speed, storage capacity and power consumption have been continuously improved, promoting the emergence of various new electronic products, such as smart homes, virtual reality, artificial intelligence, etc. These technological breakthroughs have not only changed people's lifestyles, but also promoted social progress and development.

In addition, integrated chips are also an important guarantee for national security and economic development. Chip technology involves information security and network security, and its manufacturing and research and development are an important part of national security. At the same time, the chip industry is also the soul of modern industry. It is a strategic, basic and leading industry that guarantees national security and supports economic and social development. The development of the chip industry is of great significance to promoting industrial digitalization, digital industrialization, and enhancing the country's overall economic strength and international competitiveness.

It is precisely because chips are so important that they can even be strangled at critical moments, so China attaches great importance to the development of chips. The annual subsidies given are very large, and the policy benefits given are also very large.

China is the world's largest chip consumer market and the largest chip manufacturer. Chips not only meet China's own consumption, but also export a large number of them.

As for why the export of chips is allowed, firstly, it can make money, and secondly, it is to occupy the chip market, forcing other countries to give up chip research and development and production and directly purchase Chinese chips. (End of this chapter)