Daguo Science and Technology started from the copycat system

Seeing this, Lin Chen slowly raised his hand after people's excited discussions had subsided a little.

In an instant, the scene fell silent for just an instant.

"Okay, that's it for the introduction of mobile phone photography. Next, let me introduce the hardware configuration parameters of Mi A1 and Mi F1 mobile phones."

After Lin Chen finished speaking, the configuration details of the two mobile phones appeared on the projection screen behind him.

The first thing to show is the Mi A1 mobile phone. At this time, the Mi A1 mobile phone uses a mobile phone processor called Phoenix S1 mini.

This mobile phone processor is dubbed the title of Mini, and it is obvious that this mobile phone processor is a weakened version of the Phoenix S1 mobile phone processor.

Seeing this, many people at the scene looked at the relevant parameters of the mobile phone processor curiously, wanting to see how the Sugon S1 mobile phone processor has been weakened.

So as they watched, they found that the Phoenix S1 mini mobile phone processor still uses the Phoenix S1 instruction set architecture.

It still adopts 130nm process technology, still has a 6-stage pipeline design, and also has dynamic turbo frequency technology for automatic overclocking...

The biggest difference between the two lies in the CPU frequency and L1 cache. The CPU frequency of the Phoenix S1 mini mobile phone processor has dropped from 200MHz to 192MHz.

As for the first-level cache, the first-level cache has also been weakened from the original 64KB to 32KB, and there are no major changes other than that.

As for the performance of GPU graphics display, Sugon Technology is quite powerful.

The GPU chip used in this Xiaomi mobile phone is actually the same as that of the mid-range Sugon mobile phone, that is, it uses the independent Phoenix T10 graphics display core!

It can be said that this rice phone is full of sincerity and people can't fault it. It also shows that this phone has super graphics display performance, that is, super game performance!

As for the running score, the Sugon open source AnTuTu running score of this rice phone is a total score of 2193 points, of which the CPU running score is 816, the GPU running score: 1217 points, and other hardware running points...

Soon, after the introduction of the mobile phone processor, it was time to introduce other hardware functions, such as the Sugon Technology version WIPI short-range wireless communication technology that replaces Bluetooth technology.

In addition, this rice phone also has a MEMS electronic gyroscope, and this electronic gyroscope is actually developed and produced by Suguang Technology itself.

According to related introductions, the electronic gyroscope of Sugon Technology is not a general gyroscope, but a Sugon three-axis acceleration gyroscope sensor.

It can measure the position in 6 directions and the acceleration at the same time, which can make the rice mobile phone have functions such as sports, step counting, map positioning, and games.

So with the completion of a series of hardware introductions, people have a good impression of the hardware functions of these two phones, and it can even be said to be quite pleasantly surprised.

Let’s not talk about the Sugon three-axis acceleration gyro sensor and the WIPI short-range wireless communication technology that replaces Bluetooth technology.

As far as the more important mobile phone performance is concerned, although the CPU frequency and the first-level cache have been weakened so much, the people on the scene said that it is completely acceptable.

Because the performance score was much better than they expected, it was an unexpected surprise.

However, some people expressed a little puzzlement, because the GPU of the mobile phone obviously uses the independent Phoenix T10 graphics display core, but the running score has dropped by nearly 100 points.

That small group of people didn't understand what was going on, and even wondered if Sugon Technology deliberately locked the performance of the GPU.

However, many people who understand hardware knowledge at the scene said that this is normal. After all, the performance of a computer is determined by the whole.

When the CPU performance is powerful, the GPU performance will also be enhanced, which is very obvious in the computer field.

And this is why people need to replace the computer CPU, rather than just changing the graphics card.

It is even more prominent on mobile phones. After all, the performance of mobile phones is not as powerful as that of computers, and the shortcomings of mobile phone CPUs will have a more serious impact on GPU.

Therefore, even though the Phoenix T10 graphics display core is also used, the running score has been reduced by more than 100 points due to the Phoenix S1 mini mobile phone processor, which means there is a performance loss of a few percent.

"This rice phone is so powerful, much better than I imagined."

"Indeed, the mid-range Sugon mobile phone only has a score of 2500, and the performance score of this rice mobile phone can reach 2100. To be honest, it is really unexpected."

"Satisfied, it's really satisfying to be able to achieve such a performance."

"Indeed, although the GPU and CPU scores are a little weaker than those of Sugon's mid-range mobile phone, the performance score is actually equivalent to the performance score of the OMAP1750 mobile phone processor.

As long as I can get the performance of a high-end mobile phone such as the Motorola S1 and Nokia 5300 at the price of a low-end mobile phone, I am quite satisfied.

Although the pixels of the mobile phone are indeed inferior to the 2 million pixels of the two mobile phones, the camera effect of the 300,000 pixels of the rice mobile phone is also equivalent to the megapixels, and the megapixels are enough. "

"Yes, it is indeed enough, after all, this is a low-end mobile phone.

To be honest, the Mi phone can achieve a camera effect equivalent to 1 million pixels, which has actually far exceeded my expectations. "

"Hahaha, Nokia and Motorola must be jumping in anger."

"Indeed, I am clearly a high-end mobile phone, but the performance of the mobile phone is on par with a low-end mobile phone like Rice.

How can their mobile phones be sold under such circumstances? How could they not jump in anger? ! "

"Yeah, I'm afraid that consumers all over the world can't refuse the rice mobile phone, after all, this is the price of a low-end mobile phone.

Buying the performance of a high-end mobile phone at the price of a low-end mobile phone is absolutely guaranteed. "

"That's right, this rice phone is going to explode, it's an absolute cost-effective artifact."

"I just don't know how much the price will reach. If it's too expensive, I can't afford it."

"Don't worry, since it's a low-end phone, the price must not exceed the price of a mid-range phone, otherwise why would it be called a low-end phone instead of a mid-range phone?"

"I don't know what the price is, I'm so nervous."...

The mood of the people at the scene gradually changed to uneasy during the discussion.

They really wanted to know the final price of the two rice phones, but they expressed fear and concern about the prices of the two phones, for fear that the rice phones would be too expensive.

However, no matter what their mood is, after a series of hardware functions have been introduced, the final price will be revealed next.

First of all, these two mobile phones are mainly divided into high and low configurations. The difference between the high and low configurations is exactly the same except for the RAM running memory and storage space.

As for the difference between the running memory and storage space of mobile phones with high and low configurations?

The low configuration of the two rice phones has 8MB of running memory and 64MB of storage space, while the high configuration has 16MB of running memory and 128MB of storage space.