Rebirth: From Computer System to World Richest

Chapter 49

It takes too long to build a technical team from scratch, and it may not be able to dig people.

Talents in the semiconductor industry are already very scarce. Many top talents have gone abroad, and those who remain in the country have basically been poached by major domestic semiconductor companies.

If you dig around by yourself, you may not be able to dig at first, and you will offend your peers.

Among the three major difficulties, the lithography machine, as the hardest bone to gnaw, has been overcome by Shencheng Microelectronics. Luo Yang has no need to develop the lithography machine from scratch. It is a waste of time.

In terms of computer chips, Intel’s latest chip technology, which is squeezing toothpaste every year, is only 14nm, while the second-year-old and has already adopted the 7nm process.

From this point of view, the lithography machine developed by Shanghai Microelectronics is sufficient, and Luo Yang has other plans in preparation. Once completed, it will be able to get rid of the limitations of higher technology such as 3nm lithography machine!

The mobile phone SOC is even worse. Warwick’s Kirin chip uses a 5nm process, while Shencheng Microelectronics’ lithography machine is still worse.

As for the lithography machine, Luo Yang considered buying shares in Shencheng Microelectronics under the premise that he did not plan to do it.

In the last life of the Dragon Kingdom, Luo Yang did not wait for the appearance of the latest lithography machine before crossing.

In this world, Shencheng Microelectronics’ scientific research funds have always been small, only 600 million in ten years, which is hard to imagine.

The world’s No. 1 amsl has invested billions of euros in scientific research funds for EUV (Extreme Ultraviolet Lithography Machines) only, and it has also taken Intel, Sansang, and TSMC to jointly undertake research and development funds. The most advanced lithography machine in the world.

In contrast, Shanghai Microelectronics has done very well.

The 28nm lithography machine of Shencheng Microelectronics has fully realized domestic self-research and autonomy in all aspects, which is what Luo Yang values ​​most.

Investing in Shanghai Microelectronics has two advantages. On the one hand, it can speed up the development of lithography machines, thereby solving the chip threat of the winter alliance, and at the same time, it can also share a part of the profits of the lithography machine.

With the rapid expansion of Beichen System, Beichen Technology has sufficient cash flow, and it is not a problem to provide some scientific research funds for Shencheng Microelectronics.

Luo Yang wants to directly buy Shencheng Microelectronics, but it is obviously unlikely. Longguo will not allow Shencheng Microelectronics to sell, and now Shencheng Microelectronics has made achievements and will not approve it.

However, it is still possible to invest in shares. First, Shencheng Microelectronics does need capital.

Second, it is Beichen Technology to buy shares.

After developing a domestic operating system, now Beichen Technology has become one of the companies that Longguo focuses on. Beichen Technology is willing to take the profits earned and smash it into the bottomless semiconductor industry. Longguo is definitely willing to watch Arrived.

At least Longguo will not worry about the situation that Beichen Technology will get a vote and leave after it becomes a shareholder.

Long Guo directly rejected the idea of ​​buying shares of other capital in the market.

Relying on the influence of Beichen Technology and the support of Shencheng and J party, Luo Yang believes that the problem of buying shares is not big.(Read more @ wuxiax.com)

“After the shares of Shanghai Microelectronics, the problem of lithography machine is solved.”

In terms of eda software, Luo Yang intends to directly acquire Longda Jiutian. As the largest eda software vendor in Longguo, Longda Jiutian’s potential is still good.

In terms of chip architecture, Luo Yang plans to directly acquire Longxin or dig out the entire technical team, and then use Longxin’s technical team as the basis to recruit talents from the chip industry across the country and dig into the corners of other chip companies by the way.

As long as Longguo sees Beichen Technology’s determination to invest in the semiconductor industry and agrees that Beichen Technology will invest in Shencheng Microelectronics, then the acquisition of these two companies will not be a problem.

It’s different from Huawei’s big business and struggle to survive in the ban.

Beichen Technology is small, easy to turn around, and the flow of funds is more abundant. These huge profits are then invested in the semiconductor industry, which is a good investment for Beichen Technology, and it solves the worries of the semiconductor industry for Longguo.

Both parties are happy!

Although Beichen Technology has never disclosed the financial report and system installation status, it is impossible to say that Longguo knows nothing about it.

Which change of Beichen Technology’s capital flow does not need to go through the bank?

In terms of funding, Long Guo does not need to worry at all.

…

In terms of eda software, Luo Yang is confident to make a breakthrough.

As for the risc-v architecture, Luo Yang does not intend to adopt it. He intends to reproduce the chip architecture design called “Kunlun” developed by Long Kingdom in the previous life!

Before Luo Yang crossed, the Dragon Kingdom of that world faced a similar situation. The difference was that the Dragon Kingdom of that world was directly organized by the government from the beginning, gathering many talents from related industries across the country, and allocated them separately. Research funding, specifically to tackle this problem,

Luo Yang is involved in the software development department, mainly responsible for the two major projects of basic software and industrial software.

Major projects of basic software include: Chinese assembly language, domestic operating system (computer, mobile phone, server, etc.), domestic database, office software, middleware, etc.

Industrial software projects are mainly divided into three categories: R&D and design (eda, cad, cae, cfd, etc.), production scheduling and process control (mes, industrial automation systems), and business management software (erp, crm, scm, etc.).

The eda software, which is known as the jewel in the semiconductor industry, belongs to the industrial software of R&D and design.

After the basic software project was overcome, Luo Yang was transferred to the industrial software project team and participated in the development of a series of industrial software.

During this period, Luo Yang followed many national treasure-level experts, and was fascinated by them all day long. Finally, he taught himself the professional knowledge of integrated circuits and participated in the development of eda software.

The development of eda software requires dealing with chip manufacturing throughout the entire process, from architecture development, to chip design, to the final packaging and testing, Luo Yang participated in the entire process.

During the period, the semiconductor project team successfully developed a set of newly designed chip architecture, adopted a simplified instruction set method, and finally named it “Kunlun”.

The Kunlun architecture is a key development project of Longguo. As a streamlined instruction set, the Kunlun architecture can perfectly replace the aim architecture in the mobile soc field.

In the server field, in the face of the risc architecture, which is also a streamlined instruction set, the Kunlun architecture also performed extremely well!

In the field of computer chips, the Kunlun architecture after many improvements has been very powerful, and the performance of the computer chips using the Kunlun architecture has reached the mainstream level of the market!

In every respect, it was tied with Intel’s chips!

In this regard, Kunlun architecture can be said to be one step ahead of aim, because aim has also been trying to enter the field of computer chips.

During the development of eda, Luo Yang naturally came into contact with the details of Kunlun chip architecture!

After strengthening the memory of this life, Luo Yang has an impression of most of the Kunlun architecture designs.

As long as Luo Yang is given more time, with the help of the professional technical team, Luo Yang is confident that he will re-engrave the “Kunlun” chip architecture!

Although the overall design cannot be said to be 100% identical, these differences can be improved by the technical team.

In this way, the problems of eda software and chip architecture have been solved!

Although Luo Yang does not have the system commonly seen in novels, his rich experience in his last life and his enhanced memory are his greatest golden fingers!

It is also the capital for the rise of Beichen Technology! .