Reborn in 2011, 985 missing from two copies

Chapter 418 Chip War, Horse Face Skirt Released!

"Watching Nirvana in Fire and buying Meiyou and Zhenyou Hanfu, what kind of dream collaboration is this?"

"Finally a big brand makes Hanfu. I'm so sad."

"It's over. I feel my wallet shaking! But I'm looking forward to it."

Looking at these public opinions, Wang Yi couldn't help laughing. Isn't this the marketing effect?
Originally, the biggest event in the second half of each year was the iPhone’s fall launch event.

Everyone is paying attention and discussing the new generation of iPhone, some even staying up late to watch it.

But now, since xphone 1 and xphone 1pro have continuously beaten iPhone 4, the attention paid to iPhone has greatly decreased.

Many Apple fans have defected and become users of Xingyi phones.

Now that xphone 2 has been released, it has become a huge hit, and most of the remaining Apple fans have defected.

1080P screen, 1300 million pixels, 10W fast charging...

With so many epoch-making updates, even the most stubborn Apple fans are shaken, and they all think that even if the iPhone 5 is released, it will never be a rival to the Xphone 2.

Many people even think that it is a question whether the iPhone 5 can beat the previous generation xphone 1pro.

Now that Hanfu is coming again, coupled with the fantastic linkage with "Nirvana in Fire", fewer users are paying attention to iPhone 5.

The topic discussed by many female Apple fans has changed from iPhone 5 to which set of Hanfu in "Nirvana in Fire" looks better. Many fans even started a thread on Mayu to discuss and initiate a vote.

Male fans are also paying attention, but the topics of discussion tend to be about the plot and actors of "Nirvana in Fire".

It is worth mentioning that Wang Yi replaced Princess Nihuang with his own artist Zhao Xiaodao.

Zhao Xiaodao's acting skills at that time were not as superb as they would be a few years later. For this reason, Wang Yi specifically requested that several big directors take turns to give Zhao Xiaodao special training, and everything was strictly required.

Zhao Xiaodao himself is very dedicated. Not only does he not have any airs, but he cherishes this precious opportunity, is hardworking and strict with himself, which has led to rapid improvement in his acting skills.

During the filming process, the director felt that it was all right, but she wanted to strive for perfection and shoot it again.

Hard work pays off, Zhao Xiaodao's performance in "Nirvana in Fire" is excellent.

Compared to the previous work "Nirvana in Fire", Zhao Xiaodao also took the initiative to request the addition of many difficult fighting scenes, which won praise from several directors.

Wang Yi was also filled with emotion.

Zhao Xiaodao's performance in "Nirvana in Fire" has already reached the superb level of his previous life's "Princess Agents"!
Zhao Xiaodao in Princess Agents was impeccable in both literary and martial arts roles, and he suppressed his peers.

In the past, some small celebrities, after becoming famous, would just live off their past achievements and not strive for further progress.

Even though Zhao Xiaodao has become very famous, he has never forgotten his original aspirations. He continues to hone his acting skills, try new roles, broaden his acting range, and improve himself madly.

The reason is probably that things were going too smoothly for those young actresses and they became completely arrogant.

Zhao Xiaodao was born in a poor family and knows the pain of getting caught in the rain, but he still remembers his original intention and keeps making breakthroughs.

This is also the reason why Wang Yi values ​​Zhao Xiaodao.

There is no way. Some young talents are just like Huo Qubing. If you give him a chance, he can become the Wolf's Lair.

Some little flowers are just useless and cannot be helped up at all. Even if they are finally helped up, they will collapse quickly.

Wang Yike is too lazy to cultivate that type.

Even for Gulina, Wang Yi asked her to be a top gaming anchor and later a top Tik Tok anchor. As for acting, it was just a guest appearance.

If you really want to be the leading female role and take the lead, you have to look to Zhao Xiaodao. Gulina’s ability to carry a show is limited.

Ignoring all this, Wang Yi turned off his phone and put his arm around Song Sining's slender waist.

"What? Are you hungry again?"

Song Si Ning's delicate body trembled, but she looked at Wang Yi with seductive eyes.

The sheer sensual pajamas that were faintly visible on her body added a touch of charm.

'This woman is getting more and more lustful!'

Wang Yi couldn't help but sigh.

As President Song, Song Si Ning is usually very cold, with the demeanor of an iceberg beauty and full of majesty.

But when it comes to Wang Yi, in addition to the demeanor of a queen, she is also a little more charming.

That is a style that others can never experience.

Wang Yi put his arm around Song Si Ning's waist and said meaningfully, "Yes, Si Ning, it's early morning, time for a midnight snack."

Song Si Ning blinked and said with a wicked smile: "Then I'll make you some Kung Pao Chicken?"

"Change to a saliva chicken. I haven't experienced it in a while."

"Hey man, we just did it yesterday." Song Si Ning said angrily, her lips still seeming a little numb.

Wang Yi slapped Song Si Ning on the back and said with a smile:
"I ate yesterday, so I don't have to eat today? You're so busy!"

"Hmph, man, you are becoming more and more domineering!" Song Si Ning snorted coldly, imitating the tone of the heroine in Meiyu's novel.

Wang Yi also got into the role in a second. He held up Song Si Ning's chin with his hand and said coldly, "Do you like it?"

"you guess?"

Song Si Ning smiled sweetly and lowered her head.

Another night of fun.

The next day, after breakfast, Song Sining and Wang Yi went straight to Mayu Technology Park.

With the commissioning of some office buildings in the Mayu Technology Park, all employees of Mayu Technology have moved in.

In addition, during this period, many departments and employees of Xingyi Technology moved here from the imperial capital.

For example, Xingyi Games and Xingyi Animation directly occupy an entire 26-story office building.

The first to thirteenth floors are the headquarters of Xingyi Animation, where eight animation projects are being promoted simultaneously.

Making animation is also very useless.

For one anime, there are about 10 to 20 original artists for hand-drawn animation.

It takes a team of 50-100 animators to complete the task, and they are responsible for filling in the intermediate drawings after the key actions.

Coloring requires a team of 50-100 people.

There are about 2-5 people required to be the animation supervisor and the chief animation supervisor who are responsible for correcting the animation.

Background painting also requires a lot of manpower, about 10-50 people.

Post-production: 5-30 people.

Music and sound: 10-30 people.

There are about 5-10 voice actors per episode.

……

It can be said that one animation requires 150-200 people.

In addition, Xingyi Animation is mostly updated annually, and eight animations require at least 1500 people.

If we launch new projects later, two or three thousand people will not be enough.

Wang Yi decisively moved them all back to Jeju.

This is even more true for Xingyi Games, which requires 800 people to produce one game, "Legend of Star God"!
Coupled with other games, which also require a lot of people, the number of people playing Xingyi Game will exceed three thousand.

So Wang Yi moved Xingyi Games from the imperial capital back to Jeju, and most of the new recruits were also recruited in Jeju.

The employees have no objection to this.

Jeju has low housing prices and rents, and even if the subsequent benefits are slightly lower than those in the capital, the quality of life is higher.

The situation in the capital is just the opposite. The rent alone is a huge expense. After deducting the rent, the actual disposable income is not as high as that in Jeju.

As for buying a house in the capital by making animation, this is not realistic.

Even for the employees of Xingyi Animation, except for the management and technical experts who have the hope of buying a house in the capital, the other middle and lower-level employees have no chance. But in Jeju, it is not difficult.

Song Sining had made all the necessary arrangements for the arrival of the imperial capital employees.

The reception vehicles and personnel have already been arranged at the Mayu Technology Park.

Wang Yi turned on his computer and held a video conference with the Xingyi Semiconductor Department in the imperial capital.

Although he was in Jeju, Wang Yi participated in and paid close attention to the progress of several core businesses in real time.

There is no way, chip research and development is too important.

Especially when Apple A6X is released next month, its GPU performance is so powerful that it can crush APQ 8064 and compete with next year's Snapdragon 800 on equal terms.

Wang Yi couldn't help but take it seriously.

The A5 processor in iPhone 6 actually has very poor performance, far inferior to the APQ 2 in Xphone 8064, but Wang Yi doesn't care at all.

After all, the A5 processor of iPhone 6 is just a 32nm dual-core CPU. It is said to be a self-developed CPU architecture, but in fact it is a modified Arm's Cortex-A9 architecture, and its actual performance is equivalent to that of a dual-core Cortex-A9.

The APQ 2 in the Xphone 8064 is a 28nm process, quad-core CPU, and a modified Arm Cortex-A9, which is equivalent to a quad-core Cortex-A9, and naturally beats Apple's A6.

As for GPU, the GPU of A6 is similar to APQ 2 of xphone 8064. As for the effect, it all depends on system optimization and screen.

In general, APQ 8064 is much more powerful than Apple's A6 processor.

The reason why APQ 8064 lost to A6 in the previous life was not because Apple’s GPU was too powerful, but because the IOS was well optimized and could exert % of its power.

However, the Android system is negatively optimized and can only exert 6% of its power, so it is not as smooth as Apple.

Another reason is the screen size. Most Android phones have ultra-high-resolution screens of 8064 and 1080, while Apple phones have low-resolution screens of A6 and 640.

1080 screens are more demanding on configuration and more prone to lag.

If the iPhone 5 is also replaced with 1080P, the same level contrast will also be very stuck.

The Xphone 2 has better processor optimization, a rewrite of the underlying Android architecture, and better heat dissipation than Apple, so its actual performance is actually better.

As for iPhone 5, will Wang Yi inspire it to have a 1080-pixel screen?
Wang Yi didn’t know.

But at least it's a 720P screen.

It would be interesting if the iPhone 5 also had a 1080p screen.

With the dual-core CPU and triple-core GPU of the A6, it will lag when playing large games if it is equipped with a 1080p screen.

Wang Yi even expected Cook to be so stimulated that he would radically upgrade from the previous 640-screen to a 1080-screen.

As to whether this will be the case, we will know in two days.

Although the A5 in iPhone 6 is quite poor, it is beaten by APQ 8064.

But the A6X to be released next month is very powerful, especially the GPU, which is one generation ahead of 8064 and comparable to Snapdragon 800 and 801!

This put pressure on Wang Yi and was also the key to holding this video conference:
"Let me first talk about the progress of each project, starting with Kunpeng 510."

Williams was the first to speak: "The research and development of Kunpeng 510 has basically reached the final stage. Next, we will continue to conduct a series of verifications. If there are no problems, it will be able to be taped out in the middle and late next month."

"Very good." Wang Yi was very satisfied: "In the middle and late next month, the 40nm yield rate of Xingyi Fab is expected to exceed 85%. By then, we can tape out the wafers at Xingyi Fab, and if the tape-out goes smoothly, we can start mass production."

"Yes, that's my plan." Williams said:

"As for performance, Kunpeng 510 uses ARM's latest v8 instruction set, and the CPU part uses the latest 64-bit architecture, quad-core Cortex-A53, with a higher energy efficiency ratio and a main frequency of 1.7 GHz, which is higher than the 8064 GHz of APQ 1.5. Its comprehensive performance crushes Apple's A6 and is not inferior to APQ 8064."

ARM created the V8 instruction set last year and developed the new 64-bit architectures Cortex-A53 and Cortex-A57.

It’s just that no manufacturer is willing to be the guinea pig for the new architecture, so ARM has not officially released the Cortex-A53 and Cortex-A57 architectures.

In the past, it was not until October 2012 that ARM released Cortex-A10 and Cortex-A53.

然而高通、英伟达、三星等厂商都怕Cortex-A53、Cortex-A57翻车，依旧不愿意做小白鼠，继续用32位架构的Cortex-A9、Cortex-A15，或者在Cortex-A9、Cortex-A15上进行魔改。

For example, Apple A6 and Qualcomm APQ 8064 are said to be self-developed architectures, but in fact they are modified Cortex-A9.

Huawei and Samsung are much more honest. Their K3v2, Kirin 910, and Orion 4412 all use quad-core Cortex-A9.

Even after the new 64-bit architecture was released, Qualcomm, Samsung, and Huawei were afraid of failure and did not dare to adopt it, and continued to polish the 32-bit Cortex-A9 and Cortex-A15 architectures.

It was not until 2014 that MediaTek took the plunge and became the first to try out the new 64-bit architecture.

The legendary U6752/6753 was born!

It uses an 8-core Cortex-A53 architecture. Although it is positioned as a mid-range processor, its CPU performance exceeds that of Snapdragon 801.

With higher energy efficiency and cheaper price, it is deeply loved by mobile phone manufacturers, and MediaTek has also made a lot of money.

After seeing the power of the new 64-bit architecture, Qualcomm, Samsung, and Huawei could no longer sit still and all gave up the 32-bit architecture and started to ALL in 64-bit architecture.

MediaTek is the first to launch an octa-core chip. Qualcomm has also been aggressive and directly launched the "super" octa-core SOC of quad-core Cortex-A53 + Cortex-A57, Snapdragon 810!

Who would have thought that the 20nm process could not hold back the quad-core Cortex-A57, and the 810 completely failed. Qualcomm suffered a great loss, which not only cut off Xiaomi's path to high-end products, but also sent away several mobile phone brands...

There is no way. The Cortex-A15 is powerful enough. The Cortex-A57 is even more powerful than the Cortex-A15, and its power consumption is much higher, so it is difficult to suppress it.

On the contrary, Samsung's 7420, which also has a quad-core Cortex-A53 + quad-core Cortex-A57, but uses a more advanced 14nm process, which suppresses the quad-core Cortex-A57. The power consumption is not too high and the performance is also powerful, surpassing the Fire Dragon 810.

Competitors are worried that the new Cortex-A53 architecture will fail and dare not adopt it, but Wang Yi is not worried.

ARM has a clear division.

In 2012, the Cortex-A7 was a small core with low performance and low power consumption.

Cortex-A9 is a large core with strong performance and high power consumption.

今年的旗舰处理器英伟达tegra 3、APQ 8064，猎户座4412，都是四核Cortex-A9或者魔改A9。

The Cortex-A15 is a super-large core with super-strong performance and super-high power consumption.

Next year's flagship NVIDIA Integration 4 and Snapdragon 800 will come standard with quad-core Cortex-A15 or modified A15.

Of course, next year's A9 will be downgraded from this year's large core to a medium core, and the A15 will be downgraded from this year's super large core to a large core.

Chips develop one generation every year.

As a 53-bit upgraded version of Cortex-A7, Cortex-A64 is also a small core, so its performance is supposed to be poor. However, with the help of 64-bit architecture, Cortex-A53 has a higher energy efficiency ratio and stronger performance, even better than the large core Cortex-A9. It can even reach 15% of the performance of the super-large core Cortex-A70, and the power consumption is much lower!

A small core can surpass a large core and consume less power. It can be said that the Cortex-A53 will not fail, but is a cross-generational upgrade and is much stronger!
Therefore, from the beginning, Wang Yi made up his mind to abandon the V7 instruction set and directly ALL in the V8 instruction set, launching the 64-bit processor two or three years ahead of schedule!

Therefore, Wang Yi not only bought the V8 instruction set license, but also bought the Cortex-A53 and Cortex-A57 new architecture licenses.

Xingyi Technology was willing to take the initiative to be the guinea pig for the new architecture, so ARM naturally welcomed it and readily agreed.

Before Cortex-A53 and Cortex-A57 were released, a deep cooperation agreement was signed and they were sold to Xingyi Technology, the guinea pig.

By then, if Xingyi Technology succeeds, the new architecture will be very powerful, and Qualcomm and Samsung will also buy new architecture licenses next year.

ARM is more than happy to do so.

But if Xingyi Technology fails and the new architecture fails, ARM will be able to remedy the situation in time and optimize Cortex-A53 and Cortex-A57.

Having a guinea pig to do experiments for himself was a good thing overall, and Wang Yi received a 7% discount on the licensing fee, which could be considered a "guinea pig subsidy."

Therefore, the CPU of Kunpeng 510 abandoned the quad-core Cortex-A9 specified by the friendly brand and adopted the quad-core Cortex-A53 with stronger performance and lower power consumption!

Qualcomm APQ 8064's 28nm process has a higher energy efficiency than Kunpeng 510's 40nm process and has a process advantage.

但鲲鹏510的64位架构Cortex-A53，能效比也高于高通的APQ 8064的32位架构，有架构优势。

It can be said that both have their own advantages.

In addition, the Cortex-A510 of Kunpeng 53 has stronger performance and higher main frequency. The CPU part is not inferior to 8064 at all, and even has a slight advantage, crushing the A5 of iPhone 6.

"As for the GPU, we abandoned the inferior ARM Mali-400 and adopted the more powerful Mali-T604, which has similar performance to the Adreno 8064 GPU in Qualcomm 320."

Williams continued: "Therefore, on a 32-bit system, the CPU and GPU of Kunpeng 510 and Qualcomm APQ can be evenly matched. But on a 64-bit system with 64-bit applications, the 510-bit chip advantage of Kunpeng 64 can be brought into play, and it is no problem to crush Qualcomm APQ 8064."

Wang Yi was very satisfied with this.

To put it bluntly, for 32-bit systems, the two are about the same.

但在64位系统+64位应用下，鲲鹏510能够发挥出64位芯片的优势，再度提升30%-50%的性能。

The 32-bit Qualcomm APQ 8064 is useless, with no room for improvement, and is completely inferior to APQ 8064.

This is the advantage of the new 64-bit architecture!
"Very good. Thanks to the new Cortex-A53 architecture, 40nm can catch up with Qualcomm's 28nm, which is already very strong."

Wang Yi is very satisfied. By then, Kunpeng 510 can completely replace Nvidia Tagra 3 and Qualcomm APQ 8064.

Although Kunpeng 510's 40 nanometers is not as good as Qualcomm's 28 nanometers, its 64-bit architecture is much more advanced than Qualcomm's 32-bit architecture. Its overall strength is not inferior to 8064, and it also integrates the baseband, so it can completely replace it.

After all, APQ 8064 is just Snapdragon 600, this year's flagship processor and next year's mid-range processor.

The same is true for Kunpeng 510, which will be the flagship this year and the mid-range next year.

"Chairman, as for Kunpeng 500, we made it a low-frequency version." Williams continued: "Kunpeng 510 is a quad-core Cortex-A53, 1.7GHz, while Kunpeng 500 is a Cortex-A53, 1.3GHz. The GPU's main frequency is also lowered."

Wang Yi nodded. "No problem. When production starts, the high-quality chips on the wafer will be used to make Kunpeng 510. Some low-quality chips have insufficient yield and cannot reach the high frequency of 1.7 GHz, so they will be used to make the low-frequency Kunpeng 1.3 of 500 GHz."

"Good idea!" Williams' eyes lit up: "This way it won't be a waste."

Even if the technology is mature and the yield rate reaches 85% or 90%, there will be some unqualified chips on a wafer. They cannot produce high-frequency products and can only be made into low-quality versions, which can be regarded as recycling waste.

This is why many mobile phone chips have full-blooded versions and low-blooded versions.

Some low-end chips are low-frequency chips with insufficient yield and cannot reach high frequencies.

If you switch to PC chip, the operation will be even better.

优质芯片做成16核i9，差一点的屏蔽掉几个核心做成i7，更差继续屏蔽几个核心做成i5……i3……

The operation is so show-like.

Of course, there are some that are even more extreme.

The first grade is used to make enterprise-level chips, the second grade is used to make high-end consumer chips, the third grade is used to make low-end consumer chips, and the fourth grade is used to make low-end chips...

The same can be done for Kunpeng 500 and Kunpeng 510.

They all have the same architecture, the same manufacturing process, and are cut from a single wafer.

The superior one uses high frequency to make Kunpeng 510 1.7 GHz, while the inferior one cannot use high frequency to make Kunpeng 500 1.3 GHz.

Maximize the benefits.

Then, Wang Yi looked at George and asked, "How is the development of Kunpeng 700 going?"

"Chairman, we have conducted several tests and finally decided on two solutions, but neither is mature enough."

George sighed, "Option 53, quad-core high-frequency Cortex-A2.0, up to 15 GHz, but the performance is not as good as the quad-core Cortex-A4. Next year's Qualcomm new flagship, NVIDIA tegra 28, Samsung's new flagship, will all be 15 nanometer quad-core Cortex-A."

"Option 57 is dual-core Cortex-A53 + dual-core Cortex-A28, but I am worried that the 57nm process will not be able to support the dual-core Cortex-A. This solution is also immature."

Wang Yi fell into deep thought, George's concerns were right.

鲲鹏510都能打平高通8064，那28纳米的鲲鹏700自然是奔着明年的高通800去的，当然不能输给高通800。

Solution 53: The quad-core Cortex-A2.0 has a main frequency of 800 GHz, and the CPU part is only 70% of the level of Qualcomm , so it is naturally not acceptable.

While Plan 2 is feasible, the risk of rollover is high.

The 14nm process can suppress the quad-core Cortex-A57 + quad-core Cortex-A53, and the Samsung 7420 suppresses a generation.

The 20nm process could not control the quad-core Cortex-A57 + quad-core Cortex-A53, and Qualcomm 810 failed.

So can 28nm be able to suppress the dual-core Cortex-A57 + dual-core Cortex-A53?
Wang Yi was very skeptical and thought for a while:
"Even if 28nm can outperform the dual-core Cortex-A57+Cortex-A53, its performance is not much better than that of the quad-core Cortex-A15. After all, most applications these days are 32-bit, and the advantages of 64-bit cannot be brought into play."

George nodded: "Yes, without the 64-bit bonus, the Cortex-A57 is only about 15% stronger than the Cortex-A30."

For example, at the same frequency and without 64-bit bonus, the performance of Cortex-A15 is 100, the performance of Cortex-A53 is 70, and the performance of Cortex-A57 is 130.

The quad-core Cortex-A15 is 400 times more powerful.

Dual-core Cortex-A57 + dual-core Cortex-A53, also with the performance of 400.

It's 32- on a -bit system.

在64位系统+64位应用下，鲲鹏700有64位加成，可以领先30%-50%。

But unfortunately, 64-bit systems + 64-bit applications will be difficult to popularize on a large scale next year, and the advantages of 64-bit will not be fully utilized.

Wang Yi continued: "If 28nm cannot keep up with the dual-core Cortex-A57, that would be even worse. After all, the Cortex-A57 is powerful, but it also consumes more power."

Zhang Chao also nodded: "I am also worried that it will not be able to control it. In this case, the second solution, the dual-core Cortex-A57, is likely to fail, and the performance of the first solution, the quad-core Cortex-A53, is not strong enough. What can we do?"

Williams also frowned.

Wang Yi smiled and said, "That's easy. Let's adopt plan three."

"Plan three?" George and Zhang Chao were stunned, and Williams was also full of curiosity.

Wang Yi said with a smile: “Since the performance of the quad-core Cortex-A53 in solution 53 is not enough, let’s make it a hexa-core Cortex-A!”

Zhang Chao's eyes lit up: "Yes, the performance of the six-core Cortex-A53 is definitely better than that of the quad-core Cortex-A15, and the power consumption is also lower. The quad-core Cortex-A15 has four large cores and is prone to failure."

Zhang Chao was right. The previous NVIDIA Integration 4 consisted of 4+1 Cortex-A15 cores, which was a failure.

The six a6 small cores are mainly power-saving and have strong performance.

For light applications, one or two small cores are enough, and for heavy applications, four Cortex-A53s are enough, and it is almost unnecessary to use all six cores.

"Okay, then the Kunpeng 700 CPU will be designed based on the 6-core Cortex-A53, and the main frequency will be upgraded to 2 GHz." Wang Yi made the decision directly.

"That's no problem. Kunpeng 510 has four Cortex-A53 cores, and adding two more Cortex-A53 cores will make Kunpeng 700. Six-core design is not difficult." George nodded, and then changed the subject:
"As for the GPU part, it is progressing smoothly. Next year, Qualcomm's new flagship Adreno 330 GPU will definitely be more powerful, and Mali-T604 will not be able to keep up. For this reason, we use the more powerful Mali-T658."

Wang Yi agreed: "Mali-T658 is good, it can have one to eight cores. How many cores did you design?"

"The Mali-T658 MP4, with four cores, should be enough to crush Qualcomm's next-generation Adreno 330 GPU. If there are more, I'm still worried about power consumption. Wait for the next generation, and it can be further improved."

Wang Yi nodded with satisfaction: "Not bad, let's do it this way."

When making chips, it is enough to have enough. The most taboo thing is to be greedy and reckless, which will lead to failure.

Nvidia’s successive failures are the best example.

鲲鹏700，六核Cortex-A53 CPU 2.0G赫兹，Mali-T658 MP4四核GPU，足够吊打高通800和高通801的CPU、GPU了！
The only downside is that it doesn't have an integrated baseband.

Then Wang Yi looked at Zhang Chao.

Zhang Chao said: "The key to Kunpeng 900 is the integrated baseband, so the CPU and GPU parts are the same as Kunpeng 700, without any changes, to achieve baseband integration at the fastest speed!"

"Yes, the performance of Kunpeng 700 is enough to suppress its peers. The most important thing is to integrate the baseband as soon as possible and launch Kunpeng 900 as soon as possible."

Wang Yi agreed very much, and then changed the subject:
"However, Kunpeng 700 and Kunpeng 900 have exactly the same CPU and GPU, and the same performance, both of which are better than the next generation Qualcomm. There is no need to divide them into two series, which can easily make people mistakenly think that Kunpeng 700 is bad."

"Yes." Everyone nodded.

The performance of Kunpeng 700 is better than Qualcomm 800 and 801, so how can it be inferior in name?
It would not be cost-effective to let consumers mistakenly believe that Kunpeng 700 is far inferior to Qualcomm 800.

Wang Yi decisively changed the name: "So, the Kunpeng 700 without baseband will be changed to Kunpeng 901, and the Kunpeng 900 with integrated baseband will be changed to Kunpeng 902!"

"As for the next generation, more powerful Kunpeng 900S, it will be renamed Kunpeng 905 without baseband. After Williams has developed the Kunpeng 510 SOC, it will develop the next generation Kunpeng 905, which will compete with Apple's A9 processor in September next year and Qualcomm's next-generation flagship!"

That is Snapdragon 805!

"Okay!" Williams agreed.

原本鲲鹏905（原鲲鹏900S）是对标A6X的，但可惜，鲲鹏901（原鲲鹏700）设计得太过出色，直接超越了A6X。

Therefore, Kunpeng 905 goes one step further and targets Apple's next-generation A7!
Wang Yi continued: "As for the design plan... Kunpeng 905 is still 28 nanometers, and it may not be able to suppress the Cortex-A57, so we will directly use the eight-core Cortex-A53 CPU, 2.0GHz."

That’s right, the first eight-core model!
“As for the GPU, it also has six cores, Mali-T658 mp6!”

It is 901% higher than Kunpeng 50, which is enough to surpass the GPU of Snapdragon 805!
“In addition, we will make a version with integrated baseband and name it Kunpeng 906!”

Wang Yi continued: "In the future, Xingyi processors will be made into two versions. The ones ending in even numbers have basebands and are used in mobile phones. The ones ending in odd numbers do not have basebands and are used in tablets, TVs, game consoles and other devices to distinguish them."

"Okay!" Everyone agreed.

Zhang Chao said, "Chairman, since Kunpeng 700 is no longer available, should Kunpeng 510 and Kunpeng 500 be upgraded to the Kunpeng 700 series?"

Wang Yi thought about it and realized that Kunpeng 510 was on par with APQ 8064, or Snapdragon 600, so there was no need to downgrade itself to 510.

What if people think that Kunpeng 510 is not as good as Snapdragon 600? Wouldn’t that be a loss?
He simply said: "Yes, Kunpeng 500 will be changed to Kunpeng 700, and Kunpeng 510 will be changed to Kunpeng 702, both with integrated baseband."

In a video conference, Wang Yi made plans for the research and development of mobile phone chips for the whole next year.

The Kunpeng 905 octa-core processor will be released at the end of next year, crushing Qualcomm 805. Qualcomm will definitely be desperate by then.

In addition, Kunpeng 905 uses an octa-core A53. In order to turn the situation around, Qualcomm will definitely launch a quad-core A57 + quad-core A53, which is Snapdragon 810, next year!

It will be difficult for Qualcomm to avoid failure by then!

In the past, Qualcomm was forced to develop the Snapdragon 53 due to Samsung's dual quad-core and MediaTek's octa-core A810!

As for Samsung's dual quad-core, it has eight cores, four large cores and four small cores, which work in two batches. It is impossible for all eight cores to work together, so it is called dual quad-core.

In this regard, Wang Yidu felt that Samsung was a talented person who could come up with such a useless design.

When it comes to the CPU, Wang Yi won't be too aggressive. Basically, the CPU will have excess performance, which is enough to ensure it does not fail.

The GPU performance is the key to determining the overall performance of the processor.

For example, the MediaTek octa-core U MT2014, which was launched in the third quarter of 6752, had an octa-core A53 CPU that was stronger than the Snapdragon 801, but its GPU was poor and not as good as the Snapdragon 805, so it was only a mid-range processor in the second half of 2014.

The Kunpeng 905 from Xingyi Technology also has an octa-core A53 CPU, the same as the MediaTek 6752, but the GPU uses the Mali-T658 mp6 hexa-core GPU, which is several times more powerful than the MediaTek 6752.

Therefore, Kunpeng 905 not only crushes Snapdragon 801, but also surpasses Snapdragon 805, and takes away the overturned Snapdragon 810 by the way!

It can be said that the Kunpeng 905, which will be released at the end of next year, is expected to dominate the entire 2014 and half of 2015, until the middle of 2015, when the 14nm Samsung Orion 7420 will be launched.

By then, Xingyi Technology will also have new flagship chips to deal with it.

The chip war has been brewing for a long time, and it will reach its peak next year and the year after, and will be in full swing.

Then, Wang Yi looked at Pang Liguo: "Old Pang, how is the development of the baseband chip going?"

"Chairman, the 40-nanometer 3G baseband chip has been completed and integrated with Kunpeng 510, no, Kunpeng 702, and will be taped out next month."

"The 28-nanometer 3G baseband is progressing smoothly and is expected to be taped out by the end of November."

"The 28-nanometer 4G baseband will be available next year."

"Okay, keep going." Wang Yi felt relieved and asked about the yield rate of Mr. Hu's 40-nanometer process.

It has reached 70%, a breakthrough compared to the previous 63%.

The 40nm process will be put into mass production next month without any problems.

Currently, Xingyi Semiconductor is keeping a low profile, but it will soon give the entire mobile phone industry and the world a surprise, one big surprise after another!
I’m just afraid that some companies won’t be able to bear it!

The outside world knows very little about Xingyi Semiconductor.

I just thought that Xingyi Semiconductor developed a 10-watt low-end fast charging chip and power management chip.

I didn’t know that Xingyi Semiconductor has achieved breakthroughs in mobile phone chips and chip manufacturing!

But the more this is the case, the better.

Wang Yi couldn't ask for more.

However, the outside world is paying more attention to the Mayu new product launch and the popularity of "Nirvana in Fire".

In the early morning of September 9, the iPhone 13 launch conference was held as scheduled.

But this time, there were far fewer Xiaguo users who stayed up late to watch the press conference.

Instead, I watched two episodes of "Nirvana in Fire" and went to bed. After all, I had to get up early tomorrow to queue up to buy Hanfu at the Mayu and Zhenyou flagship stores.

Who has the time to stay up late to watch the iPhone 5 launch conference?

Even the media were not very interested. Instead, they all flew to Jeju to attend the Mayu new product launch in the daytime.

and strategic software launch conferences.

The press conference was officially held at ten o'clock in the morning.

However, the person who appeared was not Wang Yi, but Song Sining, wearing a horse-faced skirt!
(End of this chapter)