Starting from this technology, Gu Song listed and introduced them one by one.

Reporters felt that their brains were not enough, and they basically couldn't understand it, so they could only try their best to record. Don't make mistakes with the nouns on the screen, and try to listen to the meaning and application of Gu Song's introduction.

But one achievement after another, in the ears of those who understand, it is completely different.

DDR4, in terms of architecture design, is designed for the new architecture of CPU under the 22nm process technology, and its characteristics also determine that the most important thing to consider now is the server field dominated by giants such as Intel and IBM.

The focus of the Flint Group is obviously LPDDR4, because it will be used with the rover's smartphone, after all, it already has a new CPU specially developed.

Therefore, there is a lot of room for negotiation on the licensing and transfer of DDR4!

When it comes to the new reduced instruction set and chip microarchitecture, the experts at Intel and ARM seem to have entered the rhythm of starting the class.

In fact, how to make the CPU gate operation more efficient through the most effective instruction set has always been a very important topic.

Why are there only so many successful ones in the instruction set field?

Because if you want to improve in this field, you need to experiment, test, and improve on a large scale.

The successful instruction set has also been tested and improved over many years by a large number of CPUs.

They really can't imagine how this set of reduced instruction sets of Flint Technology has evolved to such a mature state.

Although the total test time given by Flint Technology is far less than that of the X86 instruction set, its stability is ...... It's incredible.

The microarchitecture design of embedded chips using system-in-package is like a delicate art.

Engineers at Intel and ARM are tickling in their hearts, knowing that there are a lot of algorithms and techniques to support it, but these key things are unlikely to be announced at such a conference.

Jobs, Musk and Kevin Carr, who had a long conversation for a long time, kept looking at each other.

The ultimate layout must be to leave enough space for other components and save energy to the greatest extent.

And a chip like this has brought an unimaginable improvement in the process capacity of Bay Semiconductor Company, which has been cooperating with Flint Technology.

It's all a ripple effect.

If the ARM-based chip wants to catch up with this level, can it lag behind a lot in terms of technology?

As long as the production capacity of Gulf Semiconductor Manufacturing Co., Ltd. at this process level is crowded with rovers within 2 years, there will be no day for Apple's mobile phone to turn over.

Samsung's president, Park, thought of this.

In hindsight, as early as 2002, the Rover played this trick.

At that time, the roamers hoarded a large number of flash memory chips, and also placed a large number of orders with the foundry in Huaguo, and signed the foundry contract for the next two years.

Samsung Toshiba, which was still expanding the production capacity of flash memory chips, could not meet the rapidly expanding flash memory market at that time, and because of the adjustment of the production capacity layout of 3D flash memory, the price of the original two generations of flash memory chips continued to rise.

After this battle, the rover not only firmly sat firmly in the position of the boss of Huaguo's USB flash drive, but also quickly entered the global market.

Now, the battle in the field of smartphones, in addition to the operating system, the rover has begun to lay out in terms of chips, components and even production capacity.

How can you keep Jobs from being shocked?

Gu Song continued to the next topic to the new process of 3D flash memory: "You don't have to doubt the intention of Flint Technology to cooperate with the new process of 3D flash memory. Because, I believe you also have a judgment, smartphones will explode rapidly, and the demand for large-capacity flash memory in other fields will also expand rapidly. Therefore, even the rover itself needs a large enough 3D flash memory production process. ”

"In the past year, Flinth's stacking of 3D storage cells has effectively advanced to 48 layers, and is moving towards 72 and 96 layers. At the same time, the number of package layers can be stabilized to 9 layers, and the next step is to target 12 and 18 layers. The process ideas in this are not complicated after the test is completed, and I am willing to share them with you. ”

Toshiba, Samsung, Micron, Hynix, and the engineers of several flash memory giants looked at the schematic diagram presented on the screen, coupled with Gu Song's explanation, and couldn't wait to go to the laboratory immediately to start verification.

It's just bitter that the specific process parameters and proportions involved in this may need to be purely burned to draw conclusions.

There's still time!

Especially the three companies that have been authorized, seeing that they have been working hard for several years to study the process methods that cannot be broken through quickly, they are easily placed in front of them, and there is a feeling of tears in their eyes.

Why is the road to R&D so difficult?

Why is it like people are riding in anti-gravity speeders, while we are like walking across the grass in iron shoes?

"After talking about 3D flash memory, let's introduce another batch of sensor devices. Gu Song let go of the big screen and said with a smile, "Everyone should be able to see that this is a comprehensive research and development carried out by Flint Technology for the smartphone plan." From lens modules, to microphone arrays, to speakers, and gyroscopes, including screen glass, and more. Through these things, I think you can look forward to the future of the rover smartphone, and also look forward to the future of the rover mobile intelligent platform?"

Jobs' heart ached so much that he could hardly breathe.

!

In order to make a smart phone, do you have a comprehensive R&D from materials to chips, from hardware to software?

Even the performance and accuracy indicators of the gyroscope have to be pulled out of the Internet at a level, have you considered the feelings of other mobile phone manufacturers?

Looking at it without believing it, Nokia's executives had a beep look on their faces.

It's so painful, and I have to listen to it.

At the very least, assess how far away it is now.

The other guests who were engaged in software were excited.

Because Gu Song explained the performance indicators of various sensor devices while making prompts.

On a good smartphone that integrates many sensors, how can the capabilities of these sensors be used through an app.

It's a feast of thought and inspiration.

They fully understood what Gu Song said in the morning: I just want to focus on the field of knowledge sharing.

Because of this genius, he really has so many wonderful ideas.

It's like there are so many treasures in front of him, and he only chooses a few of his favorites.

Others, he is now saying with a very gentle smile: "Friends, is the era of mobile Internet exciting enough? I am very much looking forward to cooperating with you to tap the wealth of this new industry! I think that the new era is coming, and I am very yearning for a world where everyone has a smart phone, which is a new way of life!"

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