In July, in addition to rice companies trying to seize the first launch of Huolong 888, Juchang also released its 5G flagship p50pro.

This product launch also surprised most people in the industry.

According to the release rules, Juchang can officially meet with mass consumers in the first half of this year.

It’s just that the Juchang p50pro did not appear in front of everyone in the first half of this year.

As people discussed the results in depth, they finally got corresponding answers.

Ju Factory is currently unable to obtain proprietary radio chip technology, resulting in mobile phones unable to truly connect to 5G networks.

The emergence of this news made most people feel that the current consumer business department of Juchang has been completely ended.

Some people even feel schadenfreude.

After all, when most users buy a mobile phone, the first consideration is whether the mobile phone can connect to the 5G network. If Juchang now launches a corresponding 4G network mobile phone, it will definitely receive cordial greetings from most netizens.

It’s just that the current surprise has appeared at Juchang. It only launched mobile phone products in July, and this time the mobile phone products are truly 5G-enabled products.

At the same time, netizens were also surprised to find that the processor chip installed in this product is the Kirin 9000 processor chip, and there is also a p50pro equipped with the Tianxuan 910 version.

The emergence of these two products not only made netizens curious about who is the supplier of RF chips of Juchang, but also curious about how much inventory the current director's Kirin 9000 has.

However, the products launched by Juchang this time did not achieve large-scale mass production. Instead, they were supplied in short quantities like the mate40 series.

This also caused netizens to complain that this product was not available.

Of course, Juchang was forced to choose this method of sales.

You must know that the products launched by Juchang now are more like the continuation of representative products, rather than for large-scale shipments.

Of course, Ju Factory can also consider shipping products on a large scale, but it needs to bow to Gaotong.

As long as Jiaotong lowers its head, Jiaotong can consider supplying some processor chips without 5g baseband modules to Juchang.

However, as the current Ju Factory has launched new 5G mobile phones, this has also caused Jiaotong to change its original strategy of supplying Ju Factory's 4G processor chips.

Originally, Jiaotong thought that Ju Factory did not have RF chips and could earn some profits by directly selling 4G processor chips to Ju Factory.

But now I suddenly discovered that although Juchang supports the 5G network, it is obvious that the other party has completely solved the problem of shortage of corresponding frequency radios.

You must know that the current HiSilicon company of Juchang still has some strength. If the other party can develop an external 5g baseband chip, then it can achieve 5g network connection with the 4g chip supplied by its own company.

Doing this will ultimately help the chrysanthemum factory.

After considering such an in-depth issue, Jiaotong, who originally expressed his willingness to provide 4G processor chips to Juchang, suddenly changed his face.

He said that he would stick to his original strategy against Ju Chang and unswervingly trap Ju Chang to death.

After all, money doesn't matter. Being able to defeat the strongest and most powerful competitor in a field is what Gaotong wants to do most.

Faced with such ruthless suppression by competitors, Juchang finally decided to fight back against the entire global technology industry after an internal meeting.

"In the future, for every 5G mobile phone sold in the world, if the 5G network connection contains Juchang's technology, each mobile phone will need to pay up to 2.5 U.S. dollars to Juchang!"

In mid-July, Juchang, which had been silent for a long time, finally launched a counterattack against the entire global technology industry.

As a giant in the global communications field, Juchang, which owns nearly half of the 5G network technology patents, has also begun to officially charge corresponding "protection fees" from these technology companies!

Juchang's performance in recent years has mainly appeared in the consumer business department, but its most powerful area is communication network technology.

Even the current application of the entire global 5G network more or less contains the technology provided by Juchang.

Although many technology companies want to downplay Juchang's role in the entire 5g network market, they cannot change Juchang's control over the 5g network at all.

This also makes many people start to fear Juchang.

They even began to find ways to impose corresponding restrictions on the other party's revenue direction, reducing the other party's income by restricting the other party's consumer business department, thereby allowing the other party to reduce its R&D investment accordingly.

This is one of the reasons why the current consumer business department of Juchang ended up in this state, but SoftPai is still doing well in the entire mobile phone industry.

Although Yuzhen Semiconductor, the most loyal partner of Roupai, has been treated unfairly, Roupai has not been affected in any way and can even export to Europe and cooperate with European companies in a real sense.

But this is just the surface. Zhou Zhen actually has a lot of black technologies in his hands. If these black technologies are fully exposed, I am afraid that he will inevitably become the next Juchang.

Especially research and development in the field of energy.

This is the direction of scientific research and development that every technology company in every country and region around the world is paying close attention to, and it is even no less important than communication networks in the entire development direction.

If Zhou Zhen makes corresponding technical breakthroughs in this area and can firmly grasp these technical breakthroughs, the treatment he will receive will not be weaker than those at the Juchang level.

Of course, in the face of these problems today, only if we have strong enough scientific and technological strength can we not be afraid of the blows from today's competitors and corresponding opposition forces.

At the end of July, the head of Yuzhen Semiconductor made a special trip to the consumer business department of Juchang.

Of course, what it brings are two brand new processor chips.

You must know that processor chips are something that Ju Factory currently lacks. Even because of the lack of processor chips, Ju Factory's products cannot be shipped on a large scale.

"This is the latest research and development of Tianxuan 800 and Tianxuan 820 by our company!"

"Although these two processor chips only use ZTE International's 14nm manufacturing process, their overall performance can definitely be said to be one of the best!"

This time, Yuzhen Semiconductor has brought two brand new Tianxuan processor chips to the current Ju Factory.

Yu Dazui was very excited when he heard that Yuzhen Semiconductor Company had brought two brand new processor chips.

But after hearing that this time the processor chip was actually made using a 14-nanometer process, Yu Dazui had a look of disbelief on his face.

14nm, good performance!

Is there any connection between these two words?

You must know that the most mainstream process technology at present is at the 5nm level, and even some current ordinary mid-range processor chips use the 6nm process technology.

The 14nm process was the most mainstream process in 2017, and the most famous processor chip using this process is the Fire Dragon 660.

So after hearing about such a level of craftsmanship, the first thing Yu Dazui thought of was the performance of this processor chip, which was probably only at the level of current entry-level chips.

After all, after HiSilicon learned that ZTE International could officially achieve 14nm mass production in February this year, it also designed the corresponding Kirin 7 series processor chips, but the performance was only at the level of the previous Kirin 960.

Could it be that Yu Zhen Semiconductor can still become a super god?

Due to the backwardness of the corresponding manufacturing process in 14nm, the overall frequency of the entire processor chip has not been able to reach very high levels.

2.2ghz is the mainstream, 2.4ghz is basically at the limit, and 2.5ghz is basically at the end of its power and has leakage problems at any time.

You must know that today's processor chips, in addition to having a good processor chip core, another powerful point is that they have a higher process technology, which can make the frequency of the processor chip very high.

It is precisely because the frequency can be raised to a relatively high level that the performance of mobile phone chips can be improved.

The staff of Yu Zhen Semiconductor could also see the disappointment on Yu Dazui's face at this time.

After all, there is no interest in the technology of 14nm level just listening to it.

"This time our chip uses the company's latest developed CPU core, and also uses the company's strongest architecture. It is definitely better than many chips in terms of performance!"

"This is the data obtained by our processor chip. Mr. Yu can take a look!"

The staff of Yuzhen Semiconductor are very confident in their own processor chips, and have even obtained relevant test data.

Yu Dazui looked at the other party's insistence and took over the parameters and data of the relevant chip provided by the other party.

After all, the current cooperation between Juchang and Yuzhen Semiconductor can be said to be very close, and the two are very loyal partners who rely on each other.

"Ten cores?"

Looking at the architecture of the CPU, Yu Dazui couldn't help but show a surprised look.

Ten cores, the first thing that comes to mind is naturally MediaTek’s devastating ten core x series processor chips.

The 10-core processor chip used by Yuzhen Semiconductor has basically been recognized by the current market.

Even most practitioners feel that this time Yuzhen Semiconductor's new architecture is currently a relatively complete chip CPU stacking architecture.

Its Tianxuan 1000 series adopts this corresponding stacking architecture, so that the single-core performance of the processor chip cannot compare with the performance of current mainstream flagship processors.

However, the stacked performance of multi-core performance completely surpasses all current flagship processors.

At the same time, the corresponding task stratification is carried out by relying on the corresponding number of stacking layers, and finally the most reasonable power consumption performance is used to ensure the full release of performance.
Chapter completed!