Chapter 412

The time has reached the end of the year. At this time, all companies begin to prepare for the journey of the market next year.

At the end of this December, the news of issuing 5g license came from the Chinese communication department. After all, it is planned to take the lead in pilot projects in several major cities in China next year.

This means that from next year, all mobile phone manufacturers are ready to enter the 5g era.

The 5g era is an era with a huge turning point. If mobile phone manufacturers can seize this opportunity, they can really turn over.

Huateng also began to prepare for next year's 5g era.

The latest Huateng k100 baseband chip has also been officially designed.

This latest plug-in baseband chip is a chip really produced after several months of research by Huateng company.

This chip adopts a single-chip multi-mode 5g module, which can realize the adjustment of 2G, 3G, 4G, 5g and other network systems in a single chip.

This effective adjustment can reduce the delay and power consumption in the case of data alternation.

Moreover, such a chip supports global NSA and SA networking, and supports FDD and TDD to realize the use of full frequency band.

Of course, a chip that can realize 5g network rate must depend on the speed of the network.

This new chip can reach a peak of 3.4g per second in the frequency of 5g, which is basically more than 10 times that of the current 4G network.

That is, after such a chip is applied to the mobile phone, the speed of the mobile phone in the use of 5g network can meet the most basic requirements of 5g network.

Of course, in this aspect of power consumption, in order to achieve baseband power saving, many designs have been made in this aspect of architecture, which can have outstanding performance in power consumption.

"Tomorrow, this plug-in baseband chip will be put on the market and become a major competitiveness of Tianyu mobile phone!"

Tong Hao is still very satisfied that this plug-in is a baseband chip. After all, the level of this plug-in baseband chip is quite good. If it is applied to the mobile phone, it will have a very good effect.

Of course, in addition to the plug-in baseband chip this time, Huateng also prepared next year's processor chip.

Huateng G series, Z series, and the main X series.

In the past year, the shipment volume of Huateng's chips decreased slightly compared with the previous year.

The strength shown by Qualcomm processor chips last year is very strong. Coupled with the rise of MediaTek, the market of Huateng processor chips has directly shrunk by nearly 20%.

Of course, this is the law of market development, but Huateng's current strength and status can basically be compared with Qualcomm.

Even in the hearts of many domestic consumers, the status of Huateng's entry-exit chip and Qualcomm processor chip has basically reached the same level.

Since 19, the latest 7-nm process will be adopted for the high-end and some middle-end processor chips of Huateng.

Although the processor chip of Huateng g850 + has reached a certain level, it has not really reached the perfect level. There are certain problems in power consumption and heating, resulting in the reputation of this processor chip not as good as that of previous generations of processors.

With this experience relative to failure, Huateng company can be said to have thought hard and strengthened research and development in the manufacturing process of processor chips.

Finally, the second generation of 7 nm process technology has been completed, which makes the processor chip truly reach the level of TSMC.

The power consumption and heating level of the new processor chip have reached the expected level.

However, with the development of technology, the upgrading of processor chips is very common, especially last year.

Huateng has two flagship processor chips, g850 and g850 +.

As an old rival of Huateng, Qualcomm now has two flagship processor chips, Qualcomm fire dragon k825 and Qualcomm fire dragon k830.

Even there are two Kirin processor chips, one Kirin 980 and Kirin 980 +.

However, the 7-nm process technology from next year has basically been almost mature. The upgrading is very fast as this year, and it is basically not as fast as this year.

This time, the Huateng G series processor chip also began to launch the Huateng 6 series processor chip.

"This is the Huateng g860 processor chip, which adopts the most new 7 nm process. This time, we have cancelled the original 1 + 3 + 4 architecture and adopted the 4 + 4 architecture!"

Zhang Rujin is still very confident about the most high-end flagship processor chip developed by the company this time. This time, he cancels the previous 1 + 3 + 4 architecture and adopts a more stable 4 + 4 architecture.

It adopts the architecture of four large cores and four small cores, which can not only maintain the performance of the processor chip, but also maintain the heat and power consumption of the chip.

"This time, four A76 large cores and four A55 small cores are used, which improves CPU performance by 10% and GPU by 15%."

"At the same time, this processor chip has also made some improvements in ISP and DSP. A core has been added in ISP and 80% in AI operation!"

This time, the new processor chip has improved fairly well in today's performance, and has also made a certain improvement in the comprehensive level of frequency.

This time, compared with the Huateng g850 +, the improvement of the Huateng g860 is still normal. It belongs to the basic way of improvement and can become the next generation processor chip.

According to the current running score, the performance of this processor chip can basically achieve about 510000 on a rabbit. If it is combined with higher operation and storage and flash memory specifications, it can also reach the standard of nearly 540000.

In a word, this processor chip can fully reach the level of serving as the flagship processor chip in 19 years.

If there is no accident, this processor chip will continue to be used for the whole year of nineteen. If it is not changed, the most important thing is to add a plug-in baseband k100 and add 5g.

Although the year is the year when 5g officially comes, basically no manufacturer will release 5g mobile phones in the first half of the year. Other mobile phone manufacturers can really launch 5g mobile phones only when the pilot cities have been fully determined in the second half of the year and start to be completely point.

In other words, among the mobile phones released in the first half of the year, no mobile phone will be equipped with external baseband. Even if there are models applied to the Huateng g860 in the mobile phone processor, the Huateng k100 external baseband chip will not be used.

Of course, this time, the Huateng G series has also brought two other mid - and low-end processor chips, the Huateng g760 processor chip and the Huateng g660 processor chip.

However, to be honest, the upgrading range of these two processor chips is not too high, and there is still little progress compared with last year's chips.

"This time, the Huateng g760 adopts the same 4 + 4 architecture as the Huateng g860, but turns the four A76 large cores into four A76 medium cores and four A55 small cores!"

A76 is now the most mature public architecture, which is divided into three different cores, including A76 large core, A76 medium core and A76 small core.

Like the Hisilicon 810 launched by Tong Hao at that time, it uses two A76 large cores and six A55 small cores, while Qualcomm Xiaolong 765 only uses the core of the whole system H6, including one A76 large core, one A76 medium core and six A76 small cores.

This time, the Huateng g760 is a low configuration version of the Huateng g860 processor chip, and its performance is equivalent to the level of the Qualcomm snapdragon 730g in its own era.

Compared with the previous generation of Huateng g750, the improvement of such performance is very small, and the improvement of CPU and GPU is only about 5%.

Of course, the world's medium and low-end processor chips have increased greatly in recent years, which also leads to the fact that many chip manufacturers' high-end processors are not easy to sell.

However, with the attention of manufacturers, from next year, most manufacturers will begin to temporarily inhibit the upgrading of medium and low-end processors.

Began to consider the policy of squeezing toothpaste to face all consumers today.

Although the CPU and GPU of the mobile phone have not been greatly improved this time, it has been greatly upgraded in other aspects.

First of all, this mobile phone also adds a core in ISP, which improves the camera level algorithm of the mobile phone to a certain extent.

At the same time, the AI algorithm this time has increased by 70% compared with the previous generation, which can basically be compared with last year's flagship processor chip Huateng g850.

In addition to these, the biggest upgrade is power consumption and heating.

After all, this processor chip adopts the latest 7 nm process technology, which has increased energy consumption by nearly 50% this time, and the control of heating is more ideal.

In a word, the midrange processor chip has improved on the whole, but the improvement is not large.

This year, the gap between mid-range processors and high-end processors began to widen, highlighting the advantages of high-end processor chips.

If the middle-end processor chip adopts the toothpaste squeezing method, the low-end processor chip has more toothpaste squeezing methods.

Last year, the gap between Huateng's medium and low-end processor chips was reflected in performance. To be honest, the gap is not very large. In terms of running points, the running points of low-end processor chips have reached about 220000, while the middle-end processing chips have also reached about 290000.

To be honest, the gap between the two is not many. Many users even think that the middle-end processor and low-end processor are very similar this time.

The low-end processor under study now has less toothpaste than last year's Huateng G650.

"This time, the Huateng g660 processor chip adopts one A76 large core, three A76 small cores and four A55 small cores."

"This time, the increase in CPU and GPU of the chip is about 3%."

This time, for the low-end processor Huateng g660 processor facing the low-end market, the performance improvement of the chip is very small. Even if it is described by running points, this processor chip is difficult to reach 250000, and the maximum breakthrough is 240000.

Such processor chips are worthy of the name. They really squeeze toothpaste. Of course, the middle-end processors have squeezed toothpaste, and the low-end processors naturally continue to squeeze toothpaste.

"Although there is not much improvement in performance, this time we have adopted the 10 nm process, which has increased the power consumption and energy consumption ratio by nearly 35% and AI computing by 45%!"

Zhang Rujin also knows that in this situation, there can be no more improvement in low-end processors and middle-end processors.

After all, if the promotion is too fast at that time, the form of high-end processor chips will be very bad. To be honest, the toothpaste squeezed this time is a last resort.

Of course, the improvement of the high-end processor chip level of Huateng G series processor chip this time is very good. Although the middle and low-end processor chips are squeezed high in performance, they are also very good in other aspects.

"Huateng Z400 processor chip has also been designed?"

Tong Hao was quite satisfied with the Huateng G series processor chip designed by the company for next year.

However, it pays more attention to the Huateng Z series processor chip this time. After all, this processor chip will be launched basically before March and April next year. It is also the first flagship processor chip of Huateng company for consumer users.

Huateng Z series processor chip is also a sub flagship processor chip in the middle of the flagship to mid-range processor series, second only to Huateng's G8 series processor chip.

"This time, the Huateng Z400 processor chip adopts a 1 + 3 + 4 architecture, which is different from the processor chip of Huateng g860. It adopts one A76 large core, three A76 medium cores and four A55 small cores."

This time, the Huateng Z400 processor chip. The architecture used is naturally not as strong as the current Huateng g860, so the performance is also not as good as the Huateng g860, or even the Huateng g850 +.

The performance of this Huateng Z400 processor chip is almost slightly better than that of Huateng g850. Compared with the previous generation of Huateng z300, the CPU and GPU are improved by less than 5%.

In terms of performance, if you really run according to the score, you can only achieve about 450000 at most.

This high-end processor chip, to tell you the truth, really shows incisively and vividly. Of course, this is also to distinguish a series of changes made by the product.

Since the processor chips were really divided into three series last year, the positioning of the three series has gradually become obvious.

Like the ordinary Huateng G series processor chips, compared with the main comprehensive performance, Huateng Z series processor chips lag behind slightly in performance, but there are many breakthroughs in imaging and other aspects.

As for the Huateng X series processor chip, it has very strong advantages in performance, but it lags behind in other aspects.

The CPU, GPU, ISP and DSP of G series are relatively comprehensive, and the ISP and DSP of Z series are stronger.

The X-Series CPU is relatively ordinary, but the GPU is indeed greatly improved.

"This time, Huateng Z400 processor chip has added three cores in ISP, which is about 70% stronger than Huateng g860, and supports 200 million pixel synthetic photographing algorithm and 8k30 frame video photographing."

This time, the ISP improvement of Huateng Z400 processor chip is very huge, even much stronger than Huateng g860.

"In addition to this upgrade, AI computing has been improved by 110%, which is 40% stronger than the Huateng g860."

Although the GPU and CPU of Huateng Z400 processor chip are not greatly improved this time, the ISP and DSP are greatly improved this time.

From this point of view, it can also be seen that Huateng has taken its own path for z-series processor chips.

Gradually, it began to distinguish from Huateng G series 8-series processor chips and has its own most accurate positioning.

"Z400 processor chip can be released in another way. Maybe this processor chip is not suitable for the peak T series products. This processor chip is more suitable for dianyan mobile phone!"

For the Huateng Z400 processor chip this time, Tong Hao gradually had his own idea in his heart. He felt that it was time to turn some chips to another development direction.

Huateng Z series processor chip may be more suitable for dianyan mobile phone, while the released peak mobile phone T series is more suitable for Huateng g860.

As for the peak mobile phone digital series released in the second half of the year, other ways can be used to make the Huateng g860 different from the first half of the year.

"This time, the Huateng X125, x125t and X125 + we developed have also improved a lot."

After introducing the ordinary digital series and Z series, it is natural that the X series focusing on performance comes next.

Of course, except X125, other processor chips this time adopt a 7-nm process.

"The X125 + processor chip adopts a 4 + 4 core architecture, using four A76 cores and four A55 cores, which is the same as the Huateng g860 in terms of architecture."

"However, this time, the frequency of a large core in the Huateng A76 has been increased from 2.65ghz to 2.8GhZ, which greatly improves the performance of this processor chip."

"This time, the CPU and GPU increased by 10%. As for ISP support for 64mp synthesis algorithm and 4k30 frame video shooting, the AI algorithm increased by 40%."

This time, the performance of the Huateng X125 + processor chip has been greatly improved, even in the video camera operation.

If the processor chip really uses the run score, the comprehensive run score can definitely reach 530000. However, due to the architecture design of the chip, the best specifications can not be used in flash memory and operation and storage.

The Huateng g860 can support higher flash memory and pre storage specifications, and the results in the final running points will naturally be better looking.

However, this processor chip is indeed very powerful. It is a full game chip and has a very good standard.

Of course, in addition to the Huateng X125 + this time, the other two X-Series processor chips also have a very good level and performance. They are definitely very cost-effective processor chips.