After all, heat is the enemy of CPU processors, and high temperatures will make the processor automatically downclock, otherwise it will burn the processor. ”

Hearing Lin Xuan say that, the people at the scene looked at Lin Xuan curiously.

I don't know how Hantang Technology solves the problem of putting so many cores in a small chip, and then letting them play a high-performance role together.

"Our solution was to use a larger multi-tube heat sink with cobalt interconnect technology, in addition to AI-assisted design!"

"Larger heat sinks with cobalt interconnect technology and the use of AI-aided design?"

At this time, tens of thousands of guests on the scene looked at Lin Xuan on the stage, and they all showed curious eyes.

In this regard, Lin Xuan didn't let them wait too long.

I saw Lin Xuan lightly click on the remote control in his hand, and then a picture of a multi-tube air-cooled radiator appeared on the projection screen behind him.

If this radiator is seen by future generations, then they will exclaim, "Isn't this some Limin FS-140 air-cooled radiator?!" ”

In fact, this is indeed the case, this radiator Lin Xuan also directly "copied" it and used it.

After all, this heatsink in the future can even withstand the high temperature of the .d 5600x, and it can also be overclocked steadily.

Even the 5800X, which is known as a big heat collector, can be stabilized and suppressed, which shows that the design of this radiator is excellent, so Lin Xuan also directly copied the Limin FS-140 air-cooled radiator of later generations, so that he could suppress his Hantang processor!

Anyway, he had used this air-cooled radiator in his previous life, and his structure was very clear, so he could use it directly.

Of course, in the end, it turned out that this heatsink was really good, and even the 4.7GHz 8-core 5800X processor in the future could be easily suppressed, and the six-core processor of Hantang Technology was naturally not a problem.

According to the test of Hantang Technology's internal staff, even if Hantang Technology's 6-core processor reaches a frequency of 5.1GHz, this "Lin Xuan designed and developed" radiator can easily be suppressed!

"As you can see, our Hantang Technology is different from some processor companies, and we definitely give enough heat dissipation!

In the Hantang A7 processor, we use the Hantang FS-140 heatsink.

The Hantang FS-140 radiator has a 140mm large fan and 8 heat pipes!

According to our internal test of Hantang Technology, even if it exceeds 5.1GHz when overclocking, it can be stabilized and suppressed!

Of course, we don't recommend overclocking like that, because if it breaks, we don't provide a warranty!

As for our other two processors, the Hantang A5 and Hantang A3 processors use the Hantang FS-120 cooler.

The difference between this Hantang FS-120 radiator and the former is that it only has a large fan of 120mm!

Although the 120mm fan is 20mm smaller than the 140mm, the heat dissipation capacity is not small, even if it is overclocked to 4.9g, it can still be easily stabilized! ”

Looking at the lightly nodding guests and Paul Odeus's ugly face, Lin Xuan slowly said the next technique:

"Then there is the AI-aided design technology I just mentioned, which can make our chips more reasonable and dissipate heat more evenly.

As for the last one is the cobalt interconnection technology, and the cobalt interconnection technology, as the name suggests, uses cobalt metal to replace copper metal! ”

"Cobalt interconnection technology?"

At this time, when people heard Lin Xuan's words, they showed curious expressions, not knowing what the benefits of this cobalt interconnection technology that could replace copper interconnection technology were.

In fact, the cobalt interconnection technology is not Lin Xuan's first creation, and when Intel developed the process technology below 10 nanometers, it was ready to use the cobalt interconnection technology to replace the copper interconnection technology.

However, because cobalt interconnection technology is a new technology compared with copper interconnection technology, cobalt and copper are two different metals after all, so cobalt interconnection technology has been tested well in the laboratory environment.

But in fact, in the process of mass production, it encountered a headache for Intel.

This bitter fruit simply blocked Intel's path to enter the 10nm process below the process, and it could not overcome the mass production problem of 10nm for several years.

It can be said that the cobalt interconnection technology has successfully pitted Intel, so that Intel has spent a lot of money but has not received good results.

The reason that blocked them was that the cobalt interconnection technology was too complex and it was very difficult to mass produce it, so the cobalt interconnection technology blocked Intel for several years and wasted a lot of dollars.

But this difficulty is not a problem for Hantang Technology or for Lin Xuan.

Because Lin Xuan has a cottage space!

In the copycat space, he can copy and refresh the product and all the equipment in the world, and the scientific research cost is equal to 0!

Therefore, the cottage space coupled with Lin Xuan's knowledge, Intel couldn't solve the problem in the previous life, and it wasn't a problem that Lin Xuan couldn't solve!

In the previous life, Intel used cobalt as a metal to replace copper, and there was a reason why, after all, Intel was the king of the CPU world.

They don't spend a lot of money on meaningless things, so the metal cobalt must have good properties on CPU semiconductors.

That's why they resolutely spent a huge amount of money to develop this cobalt interconnection technology, and they did it for several years, until they saw that others had conquered 7nm and 5nm during this period.

Intel regretted that he wanted to discard the cobalt interconnection technology, and gave up the huge investment in favor of other technologies......

"Cobalt interconnection technology?!"

The audience at the scene was puzzled, they didn't know what cobalt interconnection technology was, but they knew copper interconnection technology.

After all, Su Ma was at IBM and successfully developed copper interconnection technology for IBM, which directly increased the performance of the global CPU by 30% in situ.

It can be said that with this, copper interconnection technology is world-renowned.

"Cobalt interconnection technology?"

At this time, Paul Odez had a solemn face, because he was shortly after he became the fifth president of Intel Corporation.

Once, a scientific researcher from Intel came to him and vowed to sell him the cobalt interconnection technology. But Paul Odez didn't care at the time, and instead sent the researcher away.

After all, there is already copper interconnection technology, why spend a huge amount of money to research what cobalt interconnection technology, it is not necessary.

So at that time, after Paul Odez sent the scientist, he forgot about it in a blink of an eye and didn't take it seriously.

But he didn't expect that at this moment, he would hear about cobalt interconnection technology again.

"That's right, it's cobalt interconnect technology, which as the name suggests, uses cobalt instead of copper as the wire material to connect transistors.

Compared with copper, cobalt has stronger electrical conductivity and lower power consumption, which can make chips smaller in size. ”

When the audience heard Lin Xuan's words, they nodded slightly.

Since Lin Xuan said so, then this cobalt metal should be stronger than that copper metal, so the cobalt interconnection technology is stronger than the copper interconnection technology!

82 Chinese Net