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Within Huateng Company, a new 7-nanometer processor chip is being tested at this time.
With the continuous advancement of manufacturing technology, Huateng will be able to independently produce processor chips made with 7-nanometer technology in May this year.
Compared with previous processors, the seven-nanometer processor chip technology has been upgraded to a higher level. It can be said that this is one of the watersheds for processor chips.
"This is the first seven-nanometer processor chip independently developed by our company, Huateng g850+. This processor chip uses the same architecture as Huateng g850!"
"It adopts the composition method of four major cores and four small cores. The four major cores are a76 architecture, and the highest frequency can reach 2.8ghz. The four small cores are a55 small cores, and the highest frequency can reach 2.0ghz."
As the manufacturer of this processor chip, Zhang Rujin is relatively satisfied with this processor chip.
This product is the company¡¯s first 7-nanometer processor, and the chip was actually produced about half a year later than TSMC.
It can also be seen from here that there is still a gap between this company and TSMC. Although the gap is not very big, it is still very conspicuous.
"What is the power consumption of this processor?"
Tong Hao is relatively satisfied with these parameters, but he is more concerned about the power consumption of the processor chip.
Mobile phone processor chips have developed to the current level, and at this stage, compared to the performance of the processor, power consumption is still an indispensable problem factor.
The seven-nanometer process technology processor chip is the first of our company, and no one knows what level and level this first one can achieve.
Tong Hao hopes that in addition to taking into account performance and performance, this processor also needs to maintain the power consumption and heating issues of the mobile phone processor chip during daily use.
Last year, the Fire Dragon K820+ adopted Samsung¡¯s latest 8nm manufacturing process. Since the technology was not fully mature, the final result was also very bad.
Although there has been a certain improvement in performance, there is still a gap in power consumption overall, so much so that the fire dragon that was ridiculed by others is back again.
Although the performance of the Fire Dragon k820+ is much better than that of other processor manufacturers, the overall performance is still not very perfect.
The reason why this processor chip is so powerful is mainly due to the sacrifice of usual heat dissipation and power consumption to achieve this level.
So much so that this year Qualcomm was very careful in releasing processor chips and released a Fire Dragon k825 that was too conservative in terms of performance, but very powerful in terms of power consumption.
Fire Dragon K825 can be said to be the highest-level processor chip among the processor chips released by Qualcomm in the past few years, but it maintains the daily performance of mobile phones and also takes into account heat dissipation and power consumption.
Of course, some of these happenings have also inoculated their own chip manufacturers. When considering the performance of mobile phones, they still need to pay attention to other development directions to avoid missing the fundamentals.
"The power consumption of this processor chip is not as good as expected in terms of control!"
"The power consumption of this processor is much higher than the previous generation Huateng g850 with 8nm process technology!"
Zhang Rujin is a very down-to-earth person, good means good or bad, and he still pointed out the shortcomings of this processor chip.
Although this processor chip uses the most advanced processor chip manufacturing process, some shortcomings still need to be fully pointed out.
Although the performance of this processor chip has been greatly improved, the power consumption has not been completely controlled. This is also an extremely shortcoming of this processor chip.
"Try the engineering machine and see what level it is capable of!"
Tong Hao was not surprised by this answer. After all, the process technology used in this processor chip has not reached the most advanced level and has just touched the 7-nanometer level.
This means that there must be some indispensable flaws in the production of this mobile phone.
If you want to change this problem, you must update and upgrade it again and again, so that the processor chip can truly reach the level it deserves.
Soon two engineering machines appeared in everyone¡¯s eyes, and oneIt has completely surpassed them, and it also has its own extremely strong independent rights in the production of plug-in basebands.
Zhang Rujin heard the words of his chairman team and looked at the confident look of his chairman, with a calm look in his eyes.
¡°Obviously, the chairman of the board has already made all the arrangements, and what he has is completely beyond their imagination as employees.
After Tong Hao explained the current affairs of Huateng Company, he quickly prepared to return to Tianyu Company. After all, the 7-nanometer processor chip has been fully produced, so the next step is to install it on his own company's mobile phones.
After all, the processor chip produced by Huateng this time is relatively special. In this case, it is necessary to make good use of this processor chip to reach a certain level.
These aspects of mobile phone design need to be reconsidered, so that we can seize this opportunity and prepare for future mobile phone manufacturing.
"Huateng g850 and Huateng g850+."
Lu Weibing looked at the data of the two processor chips in front of him. At this time, he was also thinking and hesitating about how to use these two processor chips.
These two processor chips can be said to be very similar. Although they use different nanometer manufacturing processes, the difference is not very big at the real level. This difference can basically be ignored.
As a processor chip made with more advanced technology, its heating and power consumption are much worse in comparison.
If you want to really use this processor chip and apply it to a mobile phone, you must accumulate a lot of heat dissipation.
??And accumulating heat dissipation costs a lot of money. When the time comes, the cost will go up again. The pricing of mobile phones is also an issue that needs to be considered.
All in all, the emergence of these two processor chips has given it a very headache.
Logically speaking, the ordinary version of the g850 processor chip is the best of these processor chips, but now your own mobile phone must use the Huateng g850+ made of 7 nanometer technology.
After all, other mobile phone manufacturers are now using processors made of 7nm technology. If their own chip manufacturers continue to use processor chips made of 8nm technology, there will be a huge difference in the hot spots of mobile phone sales. This is for mobile phones. Sales is a bad thing.
Every mobile phone manufacturer is using 7nm process processor chips, but if their own manufacturers do not use it, this is obviously unjustifiable.
¡°It looks like a lot of heat will be accumulated!¡±
Lu Weibing sighed helplessly. It seemed that he could only bite the bullet and do it now. (Remember the website address: www.hlnovel.com - Didn't finish reading? Add this book to your favoritesI'm a member and bookmarked this chapterCopy the address of this book and recommend it to your friends for pointsChapter error? Click here to report
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