Technological Empire Starts From Shanzhai System Chapter 346

  Chapter 346 Artificial intelligence chip!

  Hantang Technology's method of reducing heat is to adopt the world's only cobalt interconnection technology and a more ingenious design to allow the heat to be dissipated evenly and quickly.

   Among them, the cobalt interconnection technology has played an indelible contribution to Lin Xuan's 3D chip stacking technology because of its low resistivity, low heat generation, and good thermal conductivity!

  So one minute on stage, ten years off stage.

   Lin Xuan introduced the 3D chip stacking technology calmly on the stage, but in the virtual space behind it, it actually cost nearly hundreds of billions of dollars in equipment and scientific research resources!

  After all, when Lin Xuan studies the real object, he can directly conduct research on multiple production lines in the form of "copying".

  Because the Shanzhai Space can "copy the latest achievements" and "refresh what you want", Lin Xuan's research resources can be said to be the most luxurious in the world!

  In the copycat virtual space, the resources actually "wasted" by Lin Xuan reached hundreds of billions of dollars!

  Finally, with the feature of the virtual space, when Lin Xuan is too busy alone, Lin Xuan can reasonably ask the copycat system to help him keep the chip production line running.

  So with the hundreds of billions of dollars of equipment and research resources he squandered, Lin Xuan also succeeded in gnawing on the 3D chip stacking technology!

  On the other side, Lin Xuan who came back to his senses went on to say:

   "As for the integration of artificial intelligence AI algorithms into chip hardware, there is nothing to say. I believe everyone can tell the specific function and usage by listening to the name.

  The specific manifestation of this technology is to make the artificial intelligence dream of our mobile phone smarter, to do more things, and to make our speech recognition more accurate and the reaction speed faster! "

   "Papa papa papa papa papa papa..."

  After Lin Xuan finished speaking, there was warm applause at the scene, and people looked eagerly at the mobile phone in Lin Xuan's hand.

   I have to say that this Hantang S2 mobile phone is really beyond their imagination, which makes them a little dumbfounded.

  The mobile phone processor of this mobile phone uses 3D stacking technology, which can pack more transistors without increasing the volume. How powerful is the performance of this mobile phone processor?

   Moreover, this mobile phone also uses artificial intelligence technology, directly integrating artificial intelligence algorithms into the mobile phone chip, creating a global precedent!

  The artificial intelligence dream and the Han and Tang voice input method displayed really caught the eyes of countless people.

   It can be said that so far, this Hantang S2 mobile phone has already caught the eyes of countless people.

  If the performance of the mobile phone processor can surpass or even reach the level of the 14nm Moto S1 mobile phone processor, then this Hantang S2 mobile phone is simply super god.

   Just like that, people looked at Lin Xuan curiously, waiting for Lin Xuan to reveal the performance parameters of the third-generation Hanfeng chip.

   Lin Xuan didn't hide it, I saw him introduce the 3D chip stacking technology and the integration of artificial intelligence algorithms into the chip.

  He lightly clicked the remote control in his hand, and the projection screen behind him turned into the parameter data of the third generation of Hanfeng in an instant.

  Chip code name: Hanfeng third-generation chip.

  Architecture: Hanfeng Intelligent Generation Architecture

  Number of transistors: 1.1 billion.

  Hantang AnTuTu CPU running score is 37059 points, GPU running score is 45673 points.

  Power Consumption…

   "Is that all?!"

   "Yeah, how come the running score is so low?!"

   "It's only 37,000 points? It's 134.64 million points weaker than Motorola's Moto S1 mobile phone processor with 50,523 points?"

   "Yes, the number of transistors is only 1.1 billion, which is far less than the 3 billion transistors of the motorcycle S1, and the running score is 13,000 weaker!"

   There was a sigh of disappointment at the scene.

  People were very disappointed after seeing the 37,000 running points of Hantang AnTuTu and the 1.1 billion transistors announced by Hantang Technology.

  The so-called higher the expectation, the greater the disappointment. They have seen the third generation of Hanfeng chips using 3D chip stacking technology.

   Thought that using this technology could defeat the 14nm Moto S1 mobile phone processor, but found that this technology is not as powerful as they thought.

   When it was found that the chip using 3D chip stacking technology could not beat the Moto S1 mobile phone processor.

  People were extremely disappointed. As the saying goes, there are as many disappointments as there are expectations. Now that they know this fact, they are really disappointed.

   But they also didn't think about how difficult it is for Lin Xuan to reach 37,000 points with 1.1 billion transistors. After all, the performance gap between them is only 13,000 points.

  Considering the Moto S1 mobile phone processor with 3 billion transistors at 14 nanometers, it is not easy for Hantang Technology to achieve this kind of running score with 1.1 billion transistors with a 45-nanometer process technology.

   Moreover, it is also a 45-nanometer process technology. Hantang Technology has directly increased the running score of the Hanfeng II from 20,000 to 37,000.

   Thinking about it, you will know how difficult it is, after all, they all use 45nm process technology!

  But people at this time don't care about these things. What they care about is whether the third-generation chip of Hanfeng is the first, and whether the third-generation chip of Hanfeng can surpass Motorola's Moto S1 mobile phone processor.

  They don't care about your manufacturing process. In their perception, if the third-generation Hanfeng chip does not beat the Moto S1 mobile phone processor, it is a failure!

   "Haha, Xiao Xiaolinxuan is really beyond his control."

  At this time, Edward saw that Hantang AnTuTu only had a running score of just over 37,000 points, which was nearly 13,000 points lower than that of Moto S1, and he immediately showed a happy smile.

   It's okay, it's okay, the many black technologies before Hantang Technology made Edward feel a lot of pressure.

   Now seeing that Hantang Technology's running score is only 37,000 points, which is still 13,000 points behind the Moto S1 mobile phone processor, Edward can only feel relieved.

   After all, the Hantang S2 mobile phone is too perfect. At this time, the Hanfeng third-generation mobile phone processor cannot beat the Moto S1 processor of Moto Luola. This is good news.

   It can be said that this result greatly relieved Edward Eggy's depression and made him feel relieved.

   "Did Lin Xuan lose?!"

  At this time, Huang Zicheng was a little disappointed to see that the running score of the mobile phone processor was only 37,000 points, which did not reach the terrifying running score level of Motorola.

  He just thought that the 3D chip stacking technology could beat Motorola's Moto S1 mobile phone processor, but he didn't expect the running score to be so small, which was a bit disappointing.

   And the number of transistors is only 1.1 billion, which is a disappointing fact.

  This shows that the 3D chip stacking technology mastered by Hantang Technology does not seem to be as strong as imagined.

   After all, 3D chip stacking technology should be able to superimpose many layers in theory!

  Through the superposition of several layers or even dozens of layers, it is possible for the number of transistors to surpass the 3 billion transistors of Moto S1!

  In this case, it is found that the number of transistors of the third generation of Hanfeng is only 1.1 billion transistors, and the running score is only 37,000 points. How is this not disappointing?

  (end of this chapter)

Chapter end