On July 3, Zhou Yu was working, and he suddenly received a call from Yuan Keqing.

Xinghuo Technology has already had a complete online business application approval process. If Yuan Keqing calls, he must have encountered an emergency and had no time to go through the process.

"Manager Yuan, is there another problem in the factory?" Zhou Yu answered the phone and asked.

"Mr. Zhou, this time it has nothing to do with the factory. CCTV suddenly sent an interview request, wanting to interview the graphene chip production and manufacturing process.

They want to obtain an interview permit as soon as possible. Is it possible to agree to CCTV's interview request?" Yuan Keqinghui reported.

"This is a good thing. CCTV can promote our chips. The authoritative news and the advertising effect of CCTV platform are much better than our advertising.

But remember that the simple process of the production line allows reporters to shoot.

But some things that need to be kept confidential must not be allowed to be photographed, such as the internal structure of the etching machine and its program for encoding the chip.

Before the interview, you should make it clear to the reporter that if CCTV does not agree, our company will not accept the interview.” Zhou Yu thought for a while and explained in a key way.

"Please rest assured by Mr. Zhou. I will check the reporter's shooting video and portable smart devices in detail, and I will definitely not let confidentiality technology leak out." Yuan Keqing immediately assured.

As soon as Zhou Yu dropped the phone, Wang Jian came in to report: "Mr. Zhou, the CCTV face-to-face program team invited an exclusive interview with you, Academician Tian Kai.

The interview time is set at 10 am this morning. If you agree to the interview invitation, I will reply to CCTV's invitation."

When Zhou Yu heard this news, he understood that the country was going to focus on promoting graphene chips.

"Will Academician Tian Kai have time? We can only agree to the interview if he is free." Zhou Yu ordered.

He soon waited for Academician Tian Kai's reply, and he rushed to CCTV Building to record the program.

After reporting on national events, the host suddenly said in the 17th minute of the broadcast: "Chips are the cornerstone of the information industry and an important lifeline related to the national economy and people's livelihood.

With the government's high attention, Spark Technology has successfully developed high-performance graphene chips and has begun mass production."

The camera immediately switched to the interview video ahead, and the reporter came to a large industrial park and walked into a seemingly ordinary factory.

"I am CCTV reporter Li Wen. This is the Xinghuo Technology Chip Factory in Daxing District, Yanjing. Graphene chips with complete intellectual property rights are produced here."

The lens then switched to the graphene chip production line to capture the entire process of processing from graphite powder to graphene chip.

The dark graphite powder entered the reactor, and soon the engineer extracted neat graphene wafers, which were sent to an etching machine to etch out the semi-finished graphene chip, and finally packaged into a formal chip.

When the chip is etched, the lens switches the scene where the reporter interviews Yuan Keqing.

The reporter asked: "I saw that when graphene wafers came out of the etching machine, they formed blocks of different sizes. Are they all the same chip?"

Yuan Keqing took the opportunity to promote: "The size of the same chip is the same, and the error of our factory does not exceed 10 microns. These are of course chips with different functions.

The batch of chips we produce are for Huawei's communication chips. They need small amounts of chips, and various chips can be processed at one time."

CCTV reporter Li Wen continued to ask: "I observe your graphene chip production line. It is different from conventional chip production lines. Is there any difference between the two?"

Yuan Keqing immediately replied: "Graphene chips are carbon-based chips, and other chips nowadays are silicon-based chips.

These are completely different substances, and of course the processing method will be different."

Yuan Keqing took the newly processed graphene chip and introduced to everyone in front of the lens: "This is the chip we processed. Our graphene chips are processed at a fast speed and high yields."

The news broadcast reported on the graphene chip processing process, which took five minutes.

The news broadcast immediately caused a huge sensation.

With the huge reputation accumulated over decades, the News Broadcast also represents the highest reputation of the official media. After broadcasting on this platform, it almost represents the authenticity of the matter.

On CCTV News Client, netizens immediately sent barrage excitement.

"It's amazing my country"

"The chip is very simple to process, just like a stamp, and the chip is ready."

"I was delayed by the game before, otherwise I could do it."

"Sky Fire Technology can actually produce chips for communication equipment. This kind of chip must be independent, otherwise it will be choked by European and American countries like ZTE, which would be too miserable."

"The equipment of the entire chip processing plant is brand new. I didn't see a familiar device. The most important thing is that there is no lithography machine. Doesn't there be no lithography machine for chip processing now require a lithography machine?"

The official official account of Xinghuo Technology has published an article detailing the performance of Fuxi type-one chips and Nuwa type-one chips.

The performance of Pangu No. 1 supercomputer was publicly disclosed for the first time, and it promoted the use of dozens of Pangu No. 1 supercomputers to form a data center and provide supercomputer rental services.

Tian Kai, director of the Spark Graphene Chip Research Institute, explained the basic principles of graphene chip design and announced that graphene chips have excellent editability and can perfectly transplant any design and function of silicon-based chips.

Spark Graphene Chip Research Institute undertakes the design work of silicon-based chip transplantation carbon-based chips.

When this article was published by Xinghuo Technology, it immediately caused a sensation among chip professionals.

In a WeChat group, a group of experts in the chip field are discussing this matter.

Zhu Wei (Chinese Academy of Sciences): "I didn't expect that Oda was so talented. He was delayed by a group of bureaucrats and interest groups. If it weren't for being discovered by Spark Technology, how much would it be for our country to lose."

Gao Jin (SMIC): "As soon as the graphene chip is released, does it represent the complete coolness of silicon-based chips?"

Li Shizhang (Tsinghua University): "Reply to Gao Jin, silicon-based chips have reached the peak of theoretical value, and carbon-based chips have just started. The gap between the two is too big.

If silicon-based chips do not make major technological breakthroughs in the short term, they will definitely be replaced by carbon-based chips.

In fact, there is no chance for silicon-based chips. Now this period is the last glorious period of traditional chips, and it will definitely belong to the era of quantum chips in the future."

He Weiman (ZTE): "@Tan Yingjiu, Lao Tan came out to talk. The news broadcast said that you commissioned Xinghuo Technology to process special communication chips. Is this true?"

Tan Ying-Jing (Huawei): "I'm so sorry, I'm busy! The news broadcast is true. We have reached a strategic cooperation with Xinghuo Technology. Now the chip design work has been completed. I am verifying the effect of the new communication chip."
Chapter completed!