#1079 - New processors

"First of all, our processor is a bit special, designed and produced with the latest materials!"

"This processor uses the latest semiconductor production technology from Huaxing Semiconductor, the 5-nanometer TUV technology!"

"Moreover, this processor chip has also achieved very significant breakthroughs and innovations in its essence!"

"Firstly, our processor has undergone simultaneous changes in both CPU and GPU architectures!"

"It adopts a processor chip architecture jointly developed by Huaxing Semiconductor and Huaxing Technology!"

"In terms of CPU, it uses three different mode architectures: T1, T2, and T3!"

"The performance of T1 is about 160% of the A76's performance, while the performance of T2 is about 145% of the A78's performance!"

"The performance of T3 is about 50% stronger than the X1 large core on the Snapdragon 860 processor!"

"At the same time, Huaxing Semiconductor is also developing a brand new T4 large core architecture!"

"In terms of GPU, it adopts the latest HX first-generation graphics processor architecture independently developed by Huaxing Semiconductor!"

"It has 16 graphics cores, with performance equivalent to about 180% of the Adreno 660 graphics processor used by the current Snapdragon 860 processor!"

On the stage, Chang Cheng introduced the technology used in the processors of Huaxing Semiconductor to the audience and netizens in the live broadcast room.

Obviously, the technology of Huaxing Semiconductor's processors has reached a very high level.

What particularly impressed the audience and netizens in the live broadcast room was that the architecture core of Huaxing Semiconductor's processors in terms of CPU and GPU had completely adopted a self-developed architecture.

At the same time, they heard that the manufacturing process of this processor was also jointly and independently developed by Huaxing Semiconductor and Huaxing Technology.

This also means that this processor does not contain any technology patents from any foreign companies, and all of them are completely developed by domestic companies.

"Our Qinglong 870R processor is a very good processor chip!"

"It uses a 3.0 GHz T3 large core, a 2.78 GHz T2 mid-core, and two 2.35 GHz T1 small cores!"

As Chang Cheng announced the performance of the Qinglong 870R processor chip in terms of CPU architecture.

The audience and netizens in the live broadcast room finally understood why this processor, with such a powerful core configuration.

In terms of performance, it still lags behind the MediaTek Dimensity 1400 processor and the Snapdragon 860 processor.

Compared to the current mainstream eight-core processor chips, this processor only uses the simplest quad-core architecture.

Although this processor only uses a quad-core architecture, the overall performance in terms of CPU is not much different from the Snapdragon 860 processor and the MediaTek Dimensity 1400 processor.

This processor is also equipped with a very powerful GPU graphics processor.

In terms of overall performance, this processor should be said to be a unique existence.

"I suddenly feel that this processor is not bad!"

"It's indeed not bad. Although this processor is just a quad-core processor, it's very good to have such a powerful level with four cores!"

"If this processor adopts an eight-core processor architecture, I'm afraid Huaxing Semiconductor's processors should be able to crush processor chip manufacturers like Qualcomm!"

"In fact, the performance of current mobile phones is almost completely sufficient!"

"As long as the performance is above 700,000 points, it can basically be regarded as the level of a flagship phone!"

Obviously, the audience and netizens in the live broadcast room are no longer纠结 about whether to buy a mobile phone equipped with this processor.

Although this processor is not as good as the Snapdragon 860 processor and MediaTek's Dimensity 1400 processor in terms of performance.

However, the significance of this processor itself is very significant. It defeated the eight-core with a quad-core architecture, which is enough to reflect the power of this processor.

At the same time, all the internal core configurations and the so-called core architecture of this processor are developed by domestic manufacturers.

This can also explain that this is a truly domestic chip.

"Our processor is not very strong in overall performance, but it is very powerful in terms of power consumption control!"

"It is currently one of the most powerful processors in terms of power consumption control!"

Now, in addition to performance, this processor also has a certain position in the hearts of many netizens in terms of power consumption control.

Like the Snapdragon 860 processor chip launched by Qualcomm at the end of last year, it was initially touted for its powerful performance.

However, in terms of power consumption and heat generation, it disappointed most consumers.

Obviously, consumers currently pay more attention to power consumption control and heat generation.

For this reason, at this press conference, Chang Cheng specially displayed the power consumption test images obtained by all current mobile phone processors in front of many audiences and netizens in the live broadcast room.

These processors include the processors released by various manufacturers this year, MediaTek Dimensity processors, Qualcomm Snapdragon processors, and HiSilicon Kirin processors.

Including Huaxing Semiconductor's Qinglong 870 processor and Kunpeng A10 processor, they were all compared.

From the data released at the press conference, these processors are all flagship-level processors from various manufacturers this year.

Among them, the processor with the best power consumption control should be the HiSilicon Kirin 1020 processor and the Kunpeng A10 processor chip.

These two flagship-level processor chips are exceptionally excellent in overall performance.

In terms of power consumption, the power consumption per unit is only about 5.5W.

Such a good level is one of the best performances in the entire mobile phone industry, and it is also the power consumption that most consumers can accept.

After all, compared to the processor chips released by the other three companies, the power consumption control of Huaxing Semiconductor's Kunpeng A10 processor and HiSilicon Kirin 1020 processor is the most top-notch.