The Light of Domestic Products: The whole world begs me to sell

Chapter 183 Tiger Leap 28 chips. (Add more for the big brother Qiufeng)
It has to be said that over the past month or so, Zesla and Qualcomm have put a lot of pressure on Hu Lai.

Without the help of the system, this level of Phoenix may be solved with the Kirin 990 chip or the castration function, but it will never be so perfect.

After the successful production of the "Tiger Leap" tape-out, Hu Lai was thinking about how to counterattack Zesla and Qualcomm.

For Zesla, regardless of whether there is a time to cut off the supply of chips, Phoenix Motors' biggest opponent in the field of new energy vehicles is it!
At the same time, because the brand strategy of Phoenix Motors is to take the high-end route from the beginning, it is bound to fight to the death with Zesla.

And Qualcomm.

It was entirely by himself that he came to provoke Fenghuang.

Then it’s no wonder that Phoenix seized the share of Qualcomm’s car-grade chips.

Hu Lai had originally made up his mind to enter the semiconductor industry, and after all this matter, he could justifiably enter the game.

but.

After careful consideration, Hu Lai inquired again in the Light of the Domestic Products system, and finally decided to exchange for another 28-nanometer car-grade chip.

Today, the 14nm "Tiger Leap" chip can only be produced by SMIC in China, and the current production capacity of "Tiger Leap" is also a part of Huawei's production capacity after the coordination of the capital.

If "Huyue" not only supplies Phoenix Automobile, Rice and BYD, but also sells to other car companies, the production capacity will definitely not be able to keep up.

and.

I have to say that the performance of the "Tiger Leap" chip is indeed a bit overflowing. It can be used in high-end cars like "Qingluan" and BYD V100. If other low-end models use it, the grade will drop immediately.

To put it bluntly, Huyue chips should be positioned as high-end automotive chips.

The most important thing is that for 28nm chips, Hu Lai can completely introduce a 28nm domestic lithography machine and let Phoenix Semiconductor independently produce them.

This kind of self-production and self-sale makes Phoenix's chip foundry manufacturing department really operate, which is of great benefit to the entire Phoenix Semiconductor Department.

After thinking about this, Hu Lai made up his mind, and while no one was disturbing him, he quickly entered the system and selected the 28nm chip design drawings.

"Whether you choose to purchase 28nm chip design drawings, this purchase requires 25 credits."

"determine."

Last time, 14nm cost 50 points, but this time 28nm cost 25 points.

Hu felt a pain in the heart.

Choose the NB-Y frame and choose the car-grade chip.

Similarly, another 20 credits were spent on the car-level chip process.

"After this operation, there are only 40 points left. It seems that we still have to find a way to collect 1000 million points and buy the NB-Y structure."

Hu Lai was filled with emotion. It seemed that the redemptions did not require many points, but they were all consumables!

It is still necessary to have the NB-Y architecture, so that Phoenix Semiconductor can design different chips according to different requirements, once and for all.

Points, points!

While complaining, the chip design also came to the last step: adjusting the chip performance.

"According to the car-grade technology you choose, the system has automatically designed a 28nm car-grade chip drawing for you, and the relevant data has been presented on the right."

"You can manually adjust the chip performance, power consumption, heat dissipation, size and other functional modules below."

Last time, Hu Lai didn't look carefully at the 14nm chip, and directly used the system's default template. Now he also knows a lot about the chip.

Hu Lai began to adjust the performance, and directly adjusted the performance to the maximum.

The amazing thing is that the size and position of transistors on the design drawings have changed, and the performance parameters displayed on the right screen have also increased.

However, Hu Lai also discovered that with the improvement of performance parameters, the power consumption and heat dissipation of the chip have also been significantly improved, and even the chip size has changed from 20mm to 50mm.

Hu Lai fully understood that this is actually designing chips according to their own requirements. If high performance is required, then power consumption will increase and heat dissipation will increase.

If the die size is not required, then increasing the die size also improves some performance. [The server CPU is generally larger than the home CPU in order to improve performance.The 14 nanometers that are often said on weekdays refer to the 14 nanometer gate size of the transistor inside the chip, not the chip size. 】

"This chip design drawing is really smart, and it can be adjusted according to your own needs for the chip, but it is too expensive!"

After Hu Lai reset the 28nm chip, the chip became the performance of the system's automatic design.

Unnamed chip 1: "Using 28nm technology, NB-Y architecture chip, default main frequency 3.5GHZ, dual-core four-thread processor, computing power 50TOPS, power consumption design 35W, maximum memory 64GB, maximum memory bandwidth 25.6 GB/S, support discrete graphics card!"

real!

28nm directly changes from six-core and six-thread to dual-core and four-thread. Although the main frequency has increased, the computing power and memory have been reduced.

Not bad!

Comparing the two chips, the high-end performance of the 14nm chip is immediately revealed.

And if you take it out alone, the 28-nanometer chip is not bad.

The performance of the 28nm chip is similar to that of the I3 processor. If you really want to compare it with the mobile phone chip, it is also the performance of the Hongguo A15 processor.

A15 processor, isn't it just a handhold to beat the Snapdragon 8155?
Hu Lai is very satisfied. This chip can be installed in rice cars, and even sold to domestic car companies!

Thinking of this, Hu Lai couldn't help but sneer.

Qualcomm, don't you like to cut off supply?

Ha ha!

After a while, Hu Lai exited the system and copied the 28nm chip data, and soon the factory director also came to the office.

"Old Zhang, this is the blueprint for the 28nm chip design. We still use the 'Tiger Leap' chip name. This one is called 'Huyue 28', and the previous one is called 'Huyue 14'."

"It's still the same, first apply for a patent and then go to SMIC to produce tapes and arrange production capacity."

Director Zhang nodded repeatedly, and was about to turn around and leave when Hu Lai stopped him again:
"That's right, Old Zhang."

"This time I went to the Shanghai stock market and went to the Shanghai Microelectronics Factory to ask. They are a manufacturer specializing in the production of lithography machines. We also ordered a domestic lithography machine."

"No problem, boss!"

Seeing Director Zhang leave, Hu Lai's counterattack against Qualcomm was basically in place. Early the next morning, Phoenix directly released a media meeting, and Phoenix officially responded to the Qualcomm cut-off incident and the "Tiger Leap" chip!
Zhang Feiyang, as the CEO of Phoenix Motors, attended the entire meeting.

"Fans and friends, please don't worry. All our Phoenix employees have read your messages on the Phoenix APP forum. Thank you very much for your support."

"Although Phoenix Motors experienced a chip supply cutoff this time, with our efforts, Phoenix Motors has successfully designed and mass-produced two chips. Our 'Qingluan' will use the newly designed 'Huyue 14' chip!"

"After 'Qingluan' is equipped with 'Huyue 14', its performance is only high but not low. Don't worry, everyone! Customers who bought 'Qingluan' before can also apply for a replacement chip of 'Huyue 14' for free!"

Phoenix fans who followed the press conference were finally relieved after hearing the last sentence.

Since the announcement of the Huyue chip, many fans have regretted buying it early, and have complained in the forum.

did not expect!
Phoenix Motors really took measures!

Unlike the fans watching the live broadcast, the reporters present had different concerns.

Tiger Leap 14?

Isn't it a Tiger Leap chip?Could this be a series?
Many reporters present reacted, and so on.

No, two chips?
"Not only that, we also launched another brand new 28nm 'Huyue 28' chip, and the relevant data has been announced on the big screen."

"And this chip, we will sell it to all Yanguo car companies!"

"From now on, we will no longer be threatened and blocked by any foreign companies in the field of automotive chips!"

call--!
28 nanometers? !
The default main frequency is 3.5GHZ, using a dual-core four-thread processor with a computing power of 50TOPS? !
Phoenix made another low-profile version?

Turtle, but the performance of the low-end version is comparable to the existence of the Hongguo A15 processor!

Far beyond the existence of Snapdragon 8155!
Many car companies who paid close attention to this media meeting couldn't help short of breath. When they contacted Phoenix a few days ago, Phoenix had clearly rejected the sale of Huyue 14 chips.

But now this Huyue 28 is not bad!

This……

Isn't it more fragrant than Snapdragon 8155?
And the reporters and big V anchors present also understood that the 28-nanometer chip produced by Phoenix is ​​used to beat Qualcomm, right? !

In this way, Qualcomm's share in automotive chips is likely to be hammered by Phoenix.

Many people will inevitably gloat.

Comfortable, Qualcomm has encountered a hard stubble!

Qualcomm is under a bit of pressure...

(End of this chapter)