Daguo Science and Technology started from the copycat system

Netizens and Pingguo fans around the world have been waiting for this third-generation smartphone.

After all, since Pingguo successfully levied the "Apple tax" at the end of last year, it has spent most of its financial profits on the research and development of this third-generation Pingguo mobile phone.

Among them, they have publicly announced that they will invest US$5 billion in research and development for the third-generation Pingguo mobile phone that will be released this month.

After so long, the third generation of Pingguo mobile phone is finally coming out. Why don't people look forward to it?

So as time comes to July, which is the year when Pingguo's third-generation smartphone will be released, countless netizens and Pingguo fans around the world are gradually becoming anxious.

Of course, the global media's advance publicity also accounts for a large part of the reason. Without their publicity, how could netizens around the world have known about such a situation.

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In this way, with the anxious waiting of netizens and Pingguo fans around the world, time slowly came to July 14, 2007, which was the day Pingguo Company’s third-generation smartphone was released.

At the press conference, Steve Jobs, who was attracting much attention, slowly walked onto the stage.

"Thank you very much to the journalists and guests for attending this product launch. I am Steve Jobs."

At this time, Jobs in the center of the stage smiled and said hello to everyone.

"Papapapapapapapapapapapapapapapapapap..."

The audience and guests at the scene all welcomed Jobs with warm applause, and at the same time there was a hint of anticipation in their eyes.

At the same time, millions of netizens on the global Internet are watching this product launch in real time.

After all, the third-generation iPhone E smartphone is said to cost US$5 billion. In this case, how can people not be curious.

"Okay, the reporters and guests probably don't like to hear my long speech, so let's get to the topic."

As Jobs finished speaking, the picture on the projection screen behind him changed instantly, and a very beautiful mobile phone photo appeared.

As for what this photo is?

If there are people who have traveled through past lives in this photo, they will exclaim the name of this phone, "iPhonE 6S smartphone"!

Yes, this time Pingguo Company successfully used their extraordinary artistic skills to design the iPhone 6S mobile phone design in advance.

Seeing such a good-looking smartphone, the eyes of people present were naturally brightened.

I think this third-generation Pingguo mobile phone looks better just because of its appearance.

In this regard, Jobs then introduced various parameters of this mobile phone in front of people's eyes.

First of all, we want to focus on the performance of the mobile phone processor, which is one of its biggest features. This mobile phone processor uses the same eight-core architecture as the Sugon S4 mobile phone processor and is codenamed Pingguo A8.

Among them, they are indeed using a 45nm process technology. With the ability to pack almost twice the number of transistors, its running scores far exceed those of the Sugon S4 mobile phone processor.

If the running score of Sugon S4 mobile phone processor is only 11,500 points, adding 500 points can reach the performance running score of the previous iPhone 4S mobile phone.

At that time, the running score of the mobile phone processor codenamed Pingguo A8 reached an astonishing 18,500 points. This running score surpassed the Sugon S4 smartphone processor by 7,000 points!

It can be said that the performance score of this Pingguo A8 mobile phone processor is quite impressive. After all, if it adds 1500 points, it will already reach the amazing performance of the previous iPhone E 5 smartphone.

While the previous iPhone E 5 smartphone used a 32nm process technology, the Pingguo A8 mobile phone processor at this time uses a 45nm process technology.

With a process technology that is one generation behind, it has finally created a performance close to that of the iPhone E 5. How is this not a miracle, an astonishing achievement that makes people shine?

Therefore, after people at the scene saw the performance scores of the Pingguo mobile phone, they were all very satisfied and said that Pingguo company was awesome this time.

After the introduction of the Pingguo A8 processor is completed, the next step is the second major selling point of the third-generation Pingguo smartphone, and it is also the last selling point that makes people shine.

As for what’s the selling point?

This selling point is their mobile phone cameras. Their mobile phone cameras use an optical image stabilization technology that sounds very powerful, that is, body image stabilization technology!

As the name suggests, this technology displaces the entire lens module to obtain optical image stabilization.

This principle is somewhat similar to Sugon Technology's sensor-displacement optical image stabilization technology, but sensor-displacement optical image stabilization technology mainly controls the displacement of the sensor.

At this time, the body anti-shake optical anti-shake technology released by Pingguo Company, that is, the module deflection optical anti-shake technology mainly moves the entire lens module.

The two have similar principles but different structures. The difference is that a box only contains a small box, and the big box does not move and only moves the small box inside.

The other one has three boxes, each box contains a smaller box, and the body anti-shake technology at this time is to move the middle box.

Through this ingenious design, Pingguo Company successfully bypassed Sugon Technology's patent monopoly on sensor-displacement optical image stabilization technology and achieved an almost consistent optical image stabilization effect.

However, the disadvantage of the body anti-shake technology is that it takes up a lot of space because it is equivalent to three boxes, which actually takes up a lot of space in a mobile phone.

Also, because the lens assembly is larger and heavier, the movement "response" speed will naturally slow down, and the power consumption will also increase, etc.

On the contrary, Sugon Technology's sensor-shift optical image stabilization technology does not have this shortcoming. Because it only moves the sensor, it takes up little space.

In addition, the sensor has the advantages of being light in size, faster in movement response, and consuming less power.

Of course, no matter what, it is indeed commendable that Pingguo Company has found a new way to come up with this body anti-shake technology.

Although this Pingguo body anti-shake technology takes up a lot of space, there is no way to fit in more components.

Naturally, there is no way to achieve further three-axis optical image stabilization or even five-axis optical image stabilization.

But I have to admit that they did successfully break Sugon Technology’s sensor-shift optical image stabilization technology monopoly.

After all, the anti-shake performance of both parties is actually not much different under normal conditions. At this time, the only advantage of Sugon's sensor displacement optical anti-shake technology is the five-axis anti-shake function.

With the five-axis anti-shake function, Sugon mobile phones can maintain more stable picture shooting and video effects in severe shaking conditions such as running or walking fast.

But the question is who would take pictures or videos while running or walking fast?

There must be such people, but certainly not many.

In fact, in daily shooting, everyone will stop and then raise the phone to shoot without moving. During this process, the person and the phone are almost motionless.