Chapter 535： Chip performance can be stronger by 1 point

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At this time, the whole office was very nervous.

Because everyone knows that if the Pangu No. 1 chip can drive the computer, it means that Xia Guo's technology company has the complete ability to produce computer chips.

This is a symbolic event, and Shenchuan's dependence on US chips will be greatly reduced.

Even if the ship still needs to buy Intel or AMD chips, the right to speak will be greatly increased.

In fact, two generations of people, Chen Xiao's definition of Western capital and technology companies is - cheap.

The stronger you are, the more they respect you.

The weaker you are, the more you beg them, the less you get what you want.

Therefore, if Xiaguo Technology Company can really develop its own computer chips, it will definitely be able to break the Western monopoly and have the advantage of the right to speak in the negotiations.

The technician quickly connected the computer.

The technician looked at Chen Xiao, Yang Fei and the others. With Chen Xiao's confirmation, the technician turned on the power button.

Only a humming sound was heard, and everyone breathed a sigh of relief.

The CPU's fan starts spinning, which proves that the computer is lit all at once.

This is the first step to success.

The logo of the ANTA motherboard is displayed on the monitor.

The next step is to reinstall the firefly os system on the computer.

After about 10 minutes, the Firefly system was installed.

Judging from the content displayed on the display, the display content of the CPU installed with Pangu No. 1 is no different from that of the CPU installed with Intel or AMD.

This at least proves that the chips designed by Changtian Technology are reliable, and that Xiaxin International can indeed produce usable chips after getting the drawings.

However, the power of the light was turned on, and the performance of the Pangu No. 1 CPU could not be proved.

Technicians should also test the comprehensive performance of the CPU through professional means and software.

The physical performance of the CPU is already there, the main frequency can reach 3.0Ghz, the front side bus can reach 533Mhz, the FSB can reach 133Mhz, and the secondary cache can reach 512kb.

But this is only some data on paper. Whether a computer is powerful or not, just looking at the paper data of CPU is not enough.

It is also necessary to look at the comprehensive display of the CPU and other hardware collocations.

Just like a team, even if you introduce Messi, there is no way to determine the overall strength of your team. You must run in and produce a "chemical reaction".

Chen Xiao patiently waited for everyone's test. He was sitting on the sofa drinking tea, and Song Yi also took the initiative to sit over and change the tea for Chen Xiao.

Although Song Yi can be regarded as the management of the company, as long as she is in Chen Xiao's office, she will habitually enter the role of assistant.

Changtian Technology has specially developed test software for computer hardware. One is to run the same score as later generations, and the other is to make the computer CPU work violently to test its extreme performance.

The fan of the computer's CPU was spinning like crazy, proving that he was currently overworked.

On the computer motherboard, a lot of tested components are also installed.

Soon, technicians discovered a problem.

Because Xiaxin International uses 130-nanometer technology to produce chips, the power consumption is indeed much larger than that of Intel and AMD.

At present, the CPU is equipped with an ordinary cooling fan, so it seems that the structure of this kind of fan is not very ideal.

Although the current temperature of the CPU remains around 60 degrees, this is not the optimal temperature for the CPU to work.

Therefore, the cooling system of the CPU still needs to be optimized.

In addition, if this CPU is changed to a low-power notebook CPU, it will also be a big problem.

In addition to heat dissipation, the most important thing is power consumption. Some small-capacity batteries are basically unable to meet the needs of this kind of CPU.

If it is used in a notebook computer, it is necessary to use a large-capacity, high-energy-density battery.

In terms of batteries, Changtian Technology should be able to handle it.

About an hour later, all the data on the overall performance of the chip came out.

The performance of Pangu No. 1 chip can reach about 70% of the current commercial Intel Pentium 4 processor.

This data is still in everyone's expectations, but also let everyone have some surprises.

Have you ever thought that the chips designed and produced by Xia Guoren themselves can reach 70% of the performance of Intel's current best commercial chips.

Zhang Jing and Jiang Zhou knew the performance of the chip in advance, but they are still very satisfied with the data obtained through the comprehensive test of Changtian Technology.

Wang Yu and others were very sorry.

Because according to Changtian Technology, especially Mr. Chen's current level, it is fully capable of designing 65-nanometer chips.

But Xiaxin International has no such capacity at all.

All eyes were on Chen Xiao, they thought that Chen Xiao would at least be satisfied with the Pangu No. 1 chip.

But it was a pity that they didn't see a smile on Chen Xiao's face.

The birth of Pangu No. 1 has indeed solved the problem of the mid-end and low-end chips of the Shenchuan.

But in the high-end field, there is still a huge gap with Intel.

Chen Xiao was actually thinking about a problem.

Indeed, according to the technology of Xiaxin International, it is impossible to produce more advanced chips.

But some parts of the chip can be upgraded.

For example, modify the second-level cache, which has the greatest impact on the chip's computing speed and read and write speed.

Is it possible to use a combination of chips and carbon crystal structures?

Change the L2 cache structure to carbon crystal storage. UU reading www. uukanshu.com

This can make up for some of the performance deficiencies of the Pangu 1 chip.

Chen Xiao told Zhang Jing and Jiang Zhou: "Although the production technology has limited the performance of the chip, I think there are still some areas in the Pangu 1 chip that can be improved."

Then Chen Xiao turned his head to Yang Fei, Wang Yu and Wang Xiang to tell his thoughts.

Wang Yu used to work in the Carbon Crystal Laboratory.

As soon as he heard Chen Xiao's several ideas, he felt that it was completely feasible.

"Mr. Chen is right! Although we can't keep up with Intel's most advanced chips in terms of video recording speed, we can think of ways to read and write the chips."

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Chen Xiao thinks if the speed and capacity of the L2 cache can be increased.

So even if the computing speed of the chip is a little slower, the speed of fetching data can be a little faster.

This makes up for the chip's lack of overall speed.

But it can increase the computing speed of the chip.

Chen Xiao is still not very clear, still need to conduct experiments.

And Chen Xiao's heart moved.

The carbon crystal structure has many advantages over the traditional silicon grain structure.

So it is very necessary to use carbon-based structures as raw materials to produce chips?

Chen Xiao had a strong premonition.

Assuming that the level of integrated circuit design reaches level 20, then the raw material for producing chips may really be a carbon crystal structure.

Zhang Jing and his team will stay in Jiangzhou. They will fully cooperate with Changtian Technology to optimize the Pangu No. 1 chip.