Technology: breaking the hegemony that monopolizes the world

Gu Qing's words stunned Zhan Kunhu for a few seconds.

In line with the pragmatism of scientific research, his first reaction was that he wanted to popularize science with his young big boss about the complexity of aerospace projects and the bottomless investment pit, but then he thought about it.

Without being proficient in professional technology, his own big boss can rely on the company's internal think tank team and semiconductor research team, follow the advice of professionals, coordinate Daxia Semiconductor Enterprises, and bring Daxia Semiconductor, which was originally hovering in the second and third tiers, to the next level step by step. The strongest in the world, and even accelerated technological breakthroughs, landing the research and development and manufacturing technology of carbon-based semiconductor chips.

Thinking about it this way, maybe there will be a day?

As for the fact that his big boss is worried about the unstable relationship with the g official, in Zhan Kunhu's view, this is indeed a weak point. A middle-aged man who has worked in the Aerospace Corporation for a period of time, he feels that Gu Qing's worries are justified, or in other words, such worries are necessary for the success of major events.

No matter how close the relationship is, think first and then fail.

Moreover, as a former official technical engineer, he is very clear that the relationship between Kyushu Technology and the government is not an illegitimate child as rumored by the outside world. At least in the fields he knows, Kyushu Technology has never relied on the power of the government to do things.

Every breakthrough in a major project is based on the investment of massive resources, high rewards for the staff of related projects, and reasonable scheduling of all available resources.

Although the breakthrough speed is a bit fast, it is definitely not created out of nothing.

Two people, one is thinking about the power of the think tank behind his company, and the other is thinking about the 6G communication engineering department failing to follow the prompts to break through the technical threshold this year. "Get" it out.

"The 4G network has been launched, and the 5+1G trial network is starting to be built!"

The system beep lifted the spirits of everyone except those who were so absorbed in their work that they didn't hear the cue.

When the 5G era comes, the plan proposed is to allow 5G and 4G to cooperate closely for a long time and jointly deploy.

Kyushu Technology was not established when the 5G era was sprouting and growing, so technical defects are the threshold that cannot be bypassed.

Through these years of research and the help of certain units and companies, Kyushu Technology has now mastered and used the communication engineering of 4G/5G networks without the outside world knowing, and the communication satellites launched this time also have these functions. network tasks.

There is no need for large-scale commercial use, no need to cooperate with others, and no need to rely on these two communication technologies to make money. For the relevant staff of Kyushu Technology, as long as they can prove that the previous technical route is no problem, that is the greatest success.

There are two types of 5G network deployment solutions. The first type is the SA independent networking solution, and the second type is the NSA non-independent networking solution.

The first type of SA solution is to implement 5G network deployment by building new 5G base stations and core network equipment.

The second type of NSA solution is to use the infrastructure of the previous 4G network, supplemented by certain technological transformation or new 5G network facilities, to realize the deployment of the 5G network.

In addition to these two types of solutions, there is another important technology, that is, software-defined networking (SDN).

Software Defined Networking (SDN) is a network design scheme that separates network basic data from control systems.

The network infrastructure layer and the control layer are connected through standard interfaces, and the software-defined network centrally controls network resources through software.

Then there is the technical difficulty of multi-access edge computing, which exists in the cloud-based IT computing and storage environment at the edge of the network.

It enables data storage and computing capabilities to be deployed closer to the user's edge, thereby reducing network latency and better providing low-latency, high-bandwidth applications.

These are major projects with technical difficulties. Besides, there are many small projects that have been solved by engineers of Kyushu Technology through various means.

For this "small progress", Gu Qing was not happy.

He is still waiting, waiting for the news of the successful construction of the 5.5G regional network. Only when this step is successful can he promote the engineers of Kyushu Technology to enter the 6G world as soon as possible.

If it wasn't for the purpose of concealing his edge, he could take out those few formulas and proof data at any time, and even get out the research and development and manufacturing technology of key equipment.

But the price of doing that is that if someone with a heart or some unit asks, they will immediately reveal their secrets.

How bold are these academicians and postdoctoral fellows in their own company, they dare not tell the official that they can lead a team to complete this shocking world problem in a few years!

Just kidding, if they had this technical ability, would they still have a bad life in their former unit?

Already soaring into the sky!

And after more than half an hour of careful review, the person in charge of the 6G communication engineering department of Kyushu Technology, Ying Shu, trotted all the way to Gu Qing.

He handed over a document and said seriously: "Our 5G core network control plane function borrows from the service-oriented architecture in the Gonggong system, and adopts a service-based design scheme to describe the control plane network function and interface \u0026... interaction. Since the service-oriented architecture adopts the design bus of the Gonggong system, the service modules can be registered, released, and discovered independently, which avoids the complicated interoperability caused by the tight coupling between traditional modules, improves the reusability of functions, and simplifies the system operation process.

So currently it seems that 5G technology has been matured by our engineer team and AI records. "4

Gu Qing opened the file, and there were impressively Xiawei's 5G technology and 5G-related technical data of Daxia's three major operators.

After carefully comparing some of the data, Gu felt quite emotional.

In this life, Xiawei is backed by Xiaxin Technology, and has no chip technology, manufacturing process, or technical shortcomings, so it can have more resources to invest in 5G technology. Now it is much stronger than Daxia's Yusanjia. , and even the 5G technology that the engineers of his own company can achieve today is still slightly weaker than Xia Wei.

so what?

5G technology is available, as long as it can be used, it's not about taking it out and confronting Xia Wei head-on.

In Gu Qing's view, the success of the 5G network launch this time will allow his engineers to understand the relevant technologies thoroughly, and then better understand 6G technology, that's all.

Moreover, even if he really wants to commercialize his own 5G, Xia Wei and other 5G patent master companies and institutions at home and abroad will not allow his company to enter the 5G field so easily. Many patented and confidential technologies are not authorized. In this case, it can only be used privately.