Mr. Zhang of Huawei and Mr. Lin of SMIC stood on both sides of Chen Changan, smiling at the guest seat.

Chen Changan looked at the shocked and suspicious faces of the guests and said with a smile: "I'll introduce it to you all."

"Huawei Technology and SMIC have signed a package of cooperation plans with our Ruikang Group today and are our strategic partners!"

"The processor chip used in the power exoskeleton series developed by our company this time was developed by Huawei and SMIC, and the chip developed by the two companies this time is not a traditional silicon-based chip, but a brand new carbon-based chip!"

After Chen Changan patted Mr. Zhang on the shoulder, he gave the center of the stage to the two partners and said again: "The specific situation will be introduced in detail by Mr. Zhang and Mr. Lin."

"This press conference is not just the press conference of our company's power exoskeleton, but also the first appearance of Huawei Pixiu series carbon-based chips!"

"Pixiu series carbon-based chips will be the strongest and most outstanding chip in the domestic chip industry in the future, and it will also be the first chip processor that is truly pure domestic and reaches the international first-class level!"

Whether they believed it or not, the guests in the audience exclaimed and started discussing each other whisperingly.

This is not a small matter, and Chen Changan is unlikely to place satellites casually on such an important occasion.

If Huawei and SMIC really took out commercial carbon-based chips without saying a word, it would really be a deep-water bomb in the international semiconductor industry!

Most of the semiconductor industry today use silicon-based integrated circuits. Whether it is the equipment used to make chips or the materials of the chips themselves, billions of transistors made from silicon are integrated on the silicon wafer.

It can be said that silicon, as the most basic material for integrated circuits, is the cornerstone of the rapid development of human society in recent decades.

As the creator of the silicon era, the United States also has an incomparable voice in the chip industry.

However, silicon-based chips have reached a development bottleneck.

In the current silicon-based chip track, chip manufacturing equipment and lithography machines have been applied to the extreme. If 3nm continues to break down, it will face the problem of Moore's Law failure.

Although 3nm chips are just beginning to be fully applied, the next stage of chip research and development and manufacturing problems have already been facing the global semiconductor industry.

At the moment when the silicon-based chip track has reached its extreme end, a new track must be opened.

Silicon-based chips are no longer the way to develop for a long time. A new direction must be opened, that is, the direction of carbon-based research!

In the past 20 or 30 years, countries around the world that have targeted the semiconductor industry have been vigorously conducting related research on the field of carbon-based chips.

Although China has lost the lead in silicon-based chips, it has made arrangements in the field of carbon-based chips early on. Major universities have always had teams conducting research on this aspect, and have successively made many amazing results.

But I never expected that Huawei and SMIC had made huge breakthroughs in the field of carbon-based chips without a sound, and there were mature carbon-based chips to be industrialized in scale!

This sudden news shocked all the guests, and even millions of viewers watching the live broadcast on the other end of the Internet were shocked by the news.

Behind the top lithography machine is the perfect fusion of engineering technology, material technology and involved levels in the West.

In order to adjust a part on the lithography machine, the United States has spent decades to make changes.

In order to create an optical lens on a lithography machine, Germany repeatedly polished it millions of times before it made a qualified product.

Therefore, the Dutch ASML company that produces finished lithography machines dares to say that even if they disclose their most advanced lithography machine drawings, others cannot create the same strong lithography machine.

But just when the road to self-development was very slim and Huawei felt a little desperate, Academician Peng Lianmao and Professor Zhang Zhiyong from the Department of Electronics of Beijing University broke through the key material bottlenecks of semiconductor carbon nanotubes.

Academician Peng Lianmao’s scientific research achievements mark the common problems of carbon tube electronics and the industrialization of carbon-based semiconductors being overcome!

A completely new road appeared in front of Huawei and SMIC.

Rather than choosing to catch up on the path of silicon-based chips that have already occupied the peak in Europe and the United States, it is even more likely that it will be impossible to catch up.

It’s better to just take a different approach and invest all the limited funds in the research and development of carbon-based chips!

After all, compared to silicon-based chips that are almost over the end, carbon-based chips are the future of mankind!

Now the facts have proved that Huawei chose the right path.

With over six years of investment in research and development on the road of carbon-based chips at all costs, they finally made carbon-based chips.

From then on, China's semiconductor field has truly overtaken the European and American semiconductor industries!

The slogan that has been shouting for more than 20 years has finally become a reality!
Chapter completed!