Because even if you reach Power7+, it is an outdated CPU in the United States. If you want to compete with ibm's latest power8 in business to gain commercial benefits, you can't even think about it.

The biggest market for this thing is in China, and it is used in military products that Duke is increasingly involved in. As Duke upgrades domestic equipment to the road of full digitalization, it will use a lot of CPUs in the future, whether it is embedded or general-purpose CPUs.

For example, if Duke has CPUs like Power7+, it can design a cheaper server to replace the current expensive outsourcing servers. For Duke, which has improved the performance of supercomputers many times, with Kerry, it is not difficult to make full use of CPU performance to improve a workstation and minicomputer-level server.

"No problem, I have consulted relevant people. The ultrasparct2 design has much lower performance than the Loongson CPU in your country, so it is no longer on the export embargo list. I can bring the design plan to China, but in terms of intellectual property rights, it should not be a big problem if sold in China alone. Since these were relatively core technologies before, Sun did not register a column in China, but if you want to sell it to the international market, you need to be subject to Sun's patent restrictions." Williams seems to have really spent a lot of effort on this.

"Okay, I hope that the main design of this thing can be put into China," Duke decided to make a decisive decision when he heard this. "Considering this research and development and design, it is mainly foreigners at this stage. I think the main design is placed in Hong Kong, so that it will be convenient for you to enter and exit. After all, the Hong Kong Special Administrative Region is an open international city. I think the headquarters of NDK can be moved to the Hong Kong Special Administrative Region now, and the current American companies will be downgraded to branches."

"Anyway, through our cloud R&D application platform, R&D personnel are not very related to where they are in the world. On this platform, we can conduct collaborative development across countries."

Since you have the opportunity to enter the research and development of the most core components of the computer system, Duke is not afraid of spending money. As for the temporary technical disadvantages, Duke is actually not worried at all. With the complete ultrasparct2 design plan acquired by Williams, Duke can completely allow Kerry to carry out in-depth optimization work on this basis. Just like the original Gemini2, the dual-core CPU has achieved 4 core performance.

Duke believes that under Kerry's optimization, by adjusting branch prediction algorithms, multi-threaded parallel algorithms, adding new caches and other measures, even if they are still 8 cores, the newly optimized CPU will improve performance by at least several times compared to the original one. In this way, the newly developed CPU will have little problem catching up with Power7+.

Thinking that thousands of J7 drones are waiting to be transformed on a large scale, there are hundreds of thousands of CPUs needed in this big project. If Williams moves fast enough and his own help can produce results quickly, then Duke can use the CPU he developed and produced to be the core of the main computer system of this drone. More importantly, Duke can also strengthen the speed of artificial intelligence and graphics and image processing based on this application feature, making the entire system more suitable for the j7 drone application environment.

This is still a recent demand. In the long run, high-performance CPUs are very useful, whether for military or civilian use. If Duke wants SAL to become the leader in monopolizing the future communication industry and enter the communication system and equipment market, various CPUs and servers will be used in these communication system equipment, so that they can make breakthroughs on the core CPUs and gain independent control, which is obviously very helpful for establishing its dominant position in the industry.

What's more, Duke has now cooperated with the University of Science and Technology to create its own operating system. With this new CPU, the product line from work desktop computers to super server systems has been established. If it can be operated well, there will be tens of millions of sets of computers sold in the domestic market every year. It can be said that the domestic market itself is a huge market.

With such a large market capacity, it should not be too difficult to find a living space for the new CPU, especially SAL has accumulated a lot of software. Through the development of brain wave mind power helmet game transplantation and development, a very good platform has been accumulated in game entertainment software, which can allow most of the entertainment online games in the world to run on this platform, and it can be seamlessly transplanted from this software platform to Nuwa operating system.

In terms of office software that everyone uses in daily life, SAL has long been perfectly solved on the mobile platform and has been transplanted to the new Nuwa operating system. In addition, important system software such as high-performance database software and web service software have been developed. The military has fully promoted the Nuwa system, and government agencies have also begun to promote the Nuwa system.

It can be said that the biggest obstacles to Duke's new CPU application in China have been solved. In this case, Duke's computer consisting of the new CPU and Nuwa operating system is not compatible with other companies' computers, but most of the home and commercial and office functions are already available. With the high ease of use and built-in voice intelligence functions of the Nuwa system desktop version, there is actually no problem entering the new purchase market for home users.

In this way, relying on the domestic market, if it is operated well, Duke's computer system can occupy more than one-fifth of the domestic market and can live a good life.

With the support of the communications industry and the domestic computer market, it is not a big problem to support a CPU design company.

These things had already had some vague thoughts in Duke's mind. At this moment, Williams proposed the requirement to develop CPUs and made quite solid preliminary preparations. Although things were too sudden, Duke was surprised, but these emotions quickly flashed by and made a decision to place the research subject in China to ensure that the future R&D results are no longer stymied by Western countries.

Duke does not have to discuss this technology with Cai Siqiang and others and decides it just by discussing it, because Duke knows that this huge investment will definitely lead to new results, so he is not worried about not being able to recover the cost. Instead, he is very confident that he will make a breakthrough in this extremely fiercely competitive industry.

With Duke's full support, Williams returned with satisfaction. After returning, he could mobilize resources according to Duke's deployment and start research on a new CPU. For him, this research and development work does not have much to do with the United States or Hong Kong. This is the last opportunity to realize his life dreams, and Williams must seize it.
Chapter completed!