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Chapter 407: A Tree Cannot Make a Forest

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    You can search "Looking Back 1991" in Baidu to find the latest chapter!

    ? at nine o'clock in the morning

    A convoy drove into the Future Science Park, followed the road opened in the middle of the lush green belt, the convoy drove into the foyer of the highest science and technology main building, and stopped steadily.

    Opening the car door, Wang Yaocheng got out of the car, and the person in charge of the relevant scientific research institute had already come up to greet him.

    "Chairman, welcome to come and inspect."

    "Ms. Sun, let's not be polite, let's talk while walking."

    "Oh Well!"

    The director of the Microprocessor Center Laboratory is Professor Sun Zhongxiu. His hair is already gray, but he is still in good spirits.

    Wang Yaocheng turned around and explained to Yi Xiaodi, President of the Blue Coast Real Estate Development Company; "Here, you are the landlord, and Mr. Ren will be handed over to you for reception. Huawei Research Institute hopes to strengthen technical exchanges and personnel exchanges with the Cisco Central Laboratory.  , you take Mr. Ren to visit first, and we will talk about the specific cooperation later."

    "Understood, chairman, I will be responsible for the reception." President Yi Xiaodi nodded in agreement.

    Ren Zhengfei and Wang Yaocheng shook hands vigorously; "Thank you, I won't say more."

    "Brother, you and I are welcome! Our goals are the same, so don't take small things to heart."

    "Huawei accepts you."

    "Brother and I hit it off right away, shall we not talk about this?"

    "Hahaha good!"

    President Ren Zhengfei was not pretentious. After waving goodbye, the soldiers split into two groups.

    President Yi Xiaodi led Huawei President Ren Zhengfei to visit Cisco's network equipment central laboratory in the building next door, accompanied by Huawei's technical directors.

    This side compartment

    Wang Yaocheng and Professor Sun Zhongxiu entered the building and took the elevator to the eighth floor.

    After passing the high-level authority verification at the door, a group of people put on ultra-clean and sterile protective clothing and entered the microprocessor central laboratory that seemed like a sci-fi world.

    Here, everything is in white tones.

    The high-tech precision equipment in operation flashes countless red and green displays, and the huge LCD screen occupies the entire wall, and complex data is swiped like flowing water.

    The silver metal shone with a cold texture, and there was no sound in the huge space.

    The scientific researchers who also wear ultra-clean and sterile protective clothing are doing their work carefully without caring about it.

    If the Silicon Valley Laboratory is the main brain, here is equivalent to the sub-brain and limbs of Athlon's research in the field of microprocessors.

    Not long ago, the Athlon 3 core CPU microprocessor, which represents the latest technology, just had an interview, and its performance was once again ahead of similar chips from Intel.

    ? In Shenzhen Future Science Park

    Silicon Valley's latest top-notch scientific and technological achievements are transformed into reality here, and a large number of in-depth engineering and practical designs are carried out, and finally a large number of high-performance application cpu chips are produced.

    There are a wide variety of application chips representing the international advanced level, and there are hundreds of them for different fields, such as personal computers, servers, wireless communications, radio frequency chips, automobiles, CNC machine tools, automated production lines, etc.

    The number of high-level researchers who need a solid foundation is astonishing. In this building and the adjacent ancillary buildings alone, there are more than 3,000 researchers working hard.

    Thanks to the open risc-v infrastructure of the Athlon 3 microprocessor, parallel connection can be used to improve performance, and it is much easier to upgrade than similar chips from Intel.

    The so-called much easier is only relatively speaking, it is not as simple as connecting two batteries.

    A microprocessor with a stronger running speed involves a large number of performance matching issues. How to balance computing power, power consumption, and scalability is a test of the wisdom of the scientific research project team.

    ?Professor Sun Zhongxiu introduced while walking;

    "The new-generation microprocessor chip of Athlon 3, which is produced using the 0.13-micron advanced process, has been put into mass production in the 10-inch fab, bringing huge benefits to Athlon.

    At the same time, by participating in the research and development of microprocessors, the domestic scientific and technological personnel have been greatly trained and their level has been improved rapidly.

    In the scientific research team, Chinese descent has accounted for more than 80%, becoming the main force of project development, and many high-level research team members have emerged, which is especially gratifying.  "

    Wang Yaocheng was also very happy to hear that; "Mr. Sun is so confident, then the Athlon 4 project will be entrusted to you. Are you sure you can win it?"

    "I'm afraid this is a bit difficult."

    ?p; In this regard, the Wang consortium has long been waiting.

    The gap between inspections

    ?Professor Qian Fu reported the latest achievements of Atlantic Jinko in the field of advanced manufacturing;

    ? According to the scientific research and development strategy of putting into production one generation, researching and developing one generation, and pre-researching one generation.

    Atlantic Jinko's high-level scientific research personnel have invested heavily in the research and development of the next generation of advanced manufacturing technology.

    At present, the world's leading 90nm process is mature and can be applied in the official production of twelve-inch wafer fabs.

    From the micron level to the nano level, a different era of technology has opened.

    ?The entire research project invested 760 million US dollars and obtained a total of 655 unique patents. It is a huge leap from production line design to production technology innovation.

    by plan

    In mid-April 2002, the 90nm process technology was officially put into production in the 12-inch wafer factory. After initial trial production and equipment debugging, it is expected to reach full production in August to September.

    ?Because of the support of advanced lithography machines in the Netherlands, it is estimated that the 90nm process will quickly cross the 50% yield dividing line and achieve good economic benefits.

    The newer generation of 65nm technology will be approved in the second fiscal quarter of 2002 and put into follow-up development.  (Remember the site URL: www.hlnovel.com
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