Technology: breaking the hegemony that monopolizes the world

"Very good. From materials to design, structure, and functional components, you have made innovations and upgrades, and you have closely followed the context of the times, demonstrating corresponding military capabilities. At the same time, you can further improve the completion of professional work.

Keep stocking up. By the way, Saudi Arabia, Serbia, and Yinlang can meet 60% of their supply needs. There is no need to rush them to pay. Remember to ask them to be more selective in their personnel selection. The previous few times , we helped them screen out many commercial spies and fake people. "

Zhang Tianhao agreed with the evaluation of those princes and elites as commercial spies and fakers.

"The payment for these three companies this time was fully credited to our company's account after the last transaction was completed, and the resources on the resource list have also been dispatched to arrive by special plane."

"Well, so this is the advantage of high-quality old customers. They don't need us to urge them and they understand the rules of doing business. Unlike some national companies and institutions, it is not easy to cooperate with us."

After hearing this, several managers lowered their heads.

In the past, when the company opened up its technology and sought cooperation from global car companies, some car companies took part of the technology and then turned their backs and refused to recognize the company. Even subsequent payments were pushed and ignored, which turned into a dead debt.

Although these companies have subsequently suffered consequences such as technology encryption, equipment remote locking and destruction, and products being crushed by other competitors, to a certain extent, this is also due to their inability to do things well, allowing such black sheep to sneak in, and the impact The development process of the company's project planning.

After Zhang Tianhao finished his report, Li You and Zhang Yantai, the heads of the company's oldest department, the semiconductor department, looked at each other. Zhang Yantai gently raised his right hand, indicating that Li You, the main person in charge, should give a report.

Li You, a middle-aged man who has been working in overseas semiconductor companies for many years and later chose to work in the newly established semiconductor department of Kyushu Technology for the sake of his family, is now a global man with luxuriant hair but dark circles around his eyes that cannot be eliminated through sleep. Top semiconductor engineer.

Major semiconductor colleges, companies, global semiconductor associations, and major semiconductor-related forums in Daxia are all trying to find an opportunity to communicate with this top semiconductor engineer.

But now, this communication opportunity in front of Gu Qing is just to report the results.

"Quantum chips, quantum computers, and quantum communication algorithms have been regulated by Daxia officials after being officially tested by market customers. They cannot currently be used for civilian use. Even if they are to be used commercially, they need to obtain official approval from Daxia before the other company can do so. Able for commercial use.

From a horizontal comparison, our Jiuzhou quantum technology has surpassed American and European quantum technology. Quantum chips and quantum computers have also completed the second generation upgrade. In addition to leapfrog growth in performance, energy consumption has also been further controlled. .

In addition, the carbon-based chip project, whose process benefited from the advancement of photolithography machine light sources, has also successfully entered the 3NM era. Its performance parameters, power consumption, structural advantages, material advantages..."

It sounds like the 3nm process is not very powerful and advanced. After all, TSMC is already working on 2nm commercial chips.

But all the scientific research experts and engineers at the scene felt ripples in their hearts when they heard Li You's report.

Especially those project leaders who used recent chip components looked at Li You and Gu Qing with admiration and admiration in their eyes.

TSMC's 2nm chips are silicon-based chips made using TSMC's 2nm process technology, and there is a world of difference between Jiuzhou Technology's 3nm process technology carbon-based chips.

In the era of silicon-based chips of the same type, they can overwhelm TSMC's chips with the same specifications. What's more, the current technological innovation and upgrades have almost spanned more than five major technology versions.

The two managers of Jiuzhou Technology's public relations department and operations department, An Lun and Gong Luo, already have some plans for the announcement in their minds.

Subsequently, Ying Shu, head of the 6G communications engineering department, and Zhan Kunhu, head of the satellite R\u0026D and manufacturing department, made project reports one after the other.

With the capabilities of Jiuzhou Technology's engineering team, although the research and development of 6G communication engineering and 6G communication satellites, base stations, and chips is difficult, it is "limitedly difficult."

“Compared with 5G communications and 5,5G satellite communications, the 6G communications projects we are currently testing provide extremely high wireless connection performance.

The peak rate can reach Tbps, and the experience rate of test user equipment can reach 100~200Gbps, providing a delay of 0.1ms,..."

I don’t know if it was because of the stimulation of Mars Krypton’s Starlink Communication 2.0 technology. When Yingshu reported the results of the 6G communication project, his tone was somewhat impassioned.

However, Gu Qing did not pay attention to the other party's tone. While comparing the parameters, he checked the rationality and completeness of each test, and even conducted multiple traceability tests on the data.

After finishing talking about winning numbers, Gu Qing just finished sorting out this part of the work.

He looked at the generals around him and said with emotion: "The implementation of the 5G communication project and the 5.5G communication project has basically realized the interconnection of all things with smart devices and generated many application scenarios.

The 6G communication project will be a further expansion of our Lingjing ecological project and an expansion of the integration progress of physical space and cyberspace. Therefore, we must be serious and serious in implementing each project and not allowing any problems to arise in any link.

The integration of satellite communications, relay satellites and low-orbit satellite communications can truly realize the needs of three-dimensional communications in different dimensions, including air, satellite, ocean and desert.

In the 6G network environment that we can currently achieve, as long as a person has our 6G terminal and functional components, he can not only perceive the environment around him in real time, but also the environment thousands of miles away in an instant. The realization of these functions will Bring more value to the spiritual environment ecology.

There is another technical point to note. The electromagnetic band used by the 6G network has further expanded from the millimeter wave band to the terahertz wave band, and we have achieved underwater signal coverage.

Therefore, we need to reach approval for technical cooperation agreements with relevant departments of those countries and regions. This is the top priority for the implementation of our 6G project. I heard that the technical aspects of your report were completed very well, but some aspects of the cooperation agreement were skipped. What is the reason? "

A drop of sweat hit the desk in front of Ying Shu.

He looked at Gu Qing and confessed in his anxiety: "Currently, only a few countries and regions are willing to sign cooperation agreements because the scope of our technology authorization affects their national security and information security.

At the beginning of the architecture design of the 6G communication project, we required relatively large permissions, so..."