However, Prince Wang seemed to have not seen the entangled eyes of Huawei executives. Before Ren Zhiyuan could speak, he took the first words just now and continued to say: "Mr. Ren, I know that Huawei has been building its own industrial chain, from every chip to circuit design to industrial appearance design, etc. Your idea is to master every key technology as much as possible, even at the expense of the interests of terminal equipment, it is still willing to do so. For example, when Huawei's mobile phone sales were not good, he still established HiSilicon to design its own processor, and even if the early product failed, he never gave up."

"To be honest, I admire your foresight for this. After all, it is very unsafe to have technology in the hands of others. If one day companies like Qualcomm or Texas are unhappy and don't sell their chips to our China, other smartphone vendors will die, and Huawei can live well!"

"But then again, the cost is too high. The authorization of Ram is not so easy to obtain. Although Datang Crown Technology has not dealt with them yet, it is said that using their arm is not cheap, right? The authorization of the instruction set architecture is okay, and it is paid one at a time, but the authorization of the core architecture is based on shipment volume. In this way, even if Huawei carries its own Kirin 920 and sells a mobile phone, it will help others make money. Wouldn't Ren feel very frustrated? Oh, and, I also bought GPU, right? I remember it is a product of Vivante. Once others are unhappy and don't authorize Huawei, what should I do if the product is done?"

"So let's just hand over the talents to support Datang Crown Chip. In the future, we will not only make our own chips, but we will not only start with soc (system chip), but we will start with IPcore (modules in embedded programmable gate arrays). At that time, our own core architecture will come out and our own instruction set will still be available. Do we still need to see others' eyes? At that time, Datang Crown Chip is guaranteed to be authorized to Huawei to use our own ram at the lowest price, and when we develop to that point, we will feed back to HiSilicon, which has helped us before, and provide you with more advanced feasible design solutions. By the way, I'm going to say that. Professor Tang Yanqiu, a famous domestic semiconductor technology expert, has clearly stated that he will join our Datang Crown Chip."

In the end, Prince Wang threw out his trump card and threw out the bomb of Tang Yanqiu's joining in advance. You should know that with Tang Yanqiu's reputation in the industry, he would definitely attract many technical backbones in the industry. After all, as long as he is a technology person, who doesn't want to produce results? With a reliable expert, the possibility of producing results is naturally the greatest. What's more, as far as Prince Wang knows, Haisi also threw an olive branch like Professor Tang, but was politely rejected by Tang Yanqiu. Now the professor has agreed to the invitation of Prince Tang's chips. This is enough to show that the professor is more optimistic about Prince Tang's chips, which can naturally be regarded as a bargaining chip to convince Ren Zhiyuan.

"Oh? Be your own ipcore, no wonder Professor Tang is optimistic about you. This pattern is indeed big enough." Ren Zhiyuan did not answer directly, but instead praised it casually with a profound meaning.

"It's not just a pattern, but also an opportunity. When our 3D virtual screen technology is about to subvert the industry, all standards should be re-established. Can existing CPU and GPU technologies support this technology? The answer is yes, yes! But since we are now in our hands, why should we use other people's architecture? Make money for others? With 3D virtual screen technology as the core and the Prince's intelligent operating system as the carrier. Create your own standards so that all manufacturers who want to use our technology in the future have to play according to our game rules. Isn't this more exciting than doing mere IIC chip design? Mr. Ren, I have always admired your long-term vision and hope that you can make decisions this time." Prince Wang's tone has never been as passionate as today. From this point, we can also see how eager this guy is to seek talent at this time.

This time, Huawei executives, especially those who are engaged in technology, are no longer rolling their eyes, but are stunned.

This is indeed a pretty good idea.

Why do everyone know that the underlying core architecture and instruction sets make money, but no one wants to start research and development from this? The reason is that it is huge, but it is difficult to guarantee profits.

Take Huaxia Loongson as an example. Loongson started with IPcore. It chose ISA, which is compatible with MiPS, and added many custom instructions, and then started from the micro architecture to the chip. So let alone other factors, Loongson's cpuipcore was made by itself.

However, how is the market performance of Loongson, which is hugely invested in PC,? Generally, there is no single-machine product equipped with Loongson on the market. When it comes to CPU, you can only choose Amd besides Intel. Everyone knows where the problem lies. It is too difficult to break the Windos-intel architecture alliance.

Others have a mature industrial chain and ecosystem, and countless software developers support it. However, Loongson’s Ps instruction set cannot even support flash, adobe and other software that everyone is used to. This leads to a problem. If Loongson uses Loongson, it cannot even watch a video online. In this case, how can ordinary users pay for Loongson?

In fact, if Loongson spent the same money as Amd to buy Intel's x86 architecture and developed it based on this, perhaps the current market prospects of products might not be so helpless.

So the prince’s idea was indeed very beautiful.

Develop an underlying architecture with complete independent property rights, and ensure that users can use it normally through adjustments to the Crown smartphone system. Through 3D virtual screen technology, major hardware manufacturers and software developers are attracted to actively use their underlying core architecture and instruction sets, so as to achieve the goal of controlling the standards and making a lot of money.

But how difficult is it to implement this idea?

First of all, your own architecture and instruction set must support most mainstream applications, right? The display effect of 3D virtual screens cannot be much worse than the current mainstream GPU technology, right? Various technical barriers have to be bypassed?

It is extremely difficult to develop the underlying architecture without solving these difficulties. What's more, it is necessary to solve so many difficulties. Is this really a goal that can be achieved in the short term? The cakes used to be round, but now the cakes drawn by this young man are simply big, round, fragrant and sweet, but it is still hanging in the sky...
Chapter completed!