The Soul of China's Chips: Chen Zhengkun and Chen Jiashu, the Backbone of a Technological Powerhouse

The Soul of China's Chips: Chen Zhengkun and Chen Jiashu, the Backbone of a Technological PowerhouseIntroduction:Chen Zhengkun was born into a wealthy Taiwanese family and, from an early age, loved disassembling electronic devices, showing a deep interest in electronic science. During his university years, he was recommended to a top American university due to his excellent academic performance

The Soul of China's Chips: Chen Zhengkun and Chen Jiashu, the Backbone of a Technological Powerhouse

Introduction:

How dare you say you have mastered core technologies if youve never been sanctioned by the US? This statement is a mockery of those nations and companies who think they have mastered core technologies, only to be left helpless in crucial moments. Chen Zhengkun, the rogue genius of Chinas chip industry, has proven with his actions what true core technologies and a genuine technological powerhouse truly mean. Leading Huawei, he successfully developed the 5G baseband chip, freeing China from its dependence on American chips and causing anxiety in the United States. In 2020, the US Department of Justice placed Chen Zhengkun on its wanted list, demanding his arrest. This move once again exposed Americas fear and suppression of China's technological advancement.

I. Chen Zhengkun: The Soul of Chips, a Path of Counterattack

Chen Zhengkun was born into a wealthy Taiwanese family and, from an early age, loved disassembling electronic devices, showing a deep interest in electronic science. During his university years, he was recommended to a top American university due to his excellent academic performance. In the United States, he diligently absorbed the most advanced electronic science theories and application technologies at the time, eventually earning the highest degree in electronic engineering.

However, despite the favorable treatment in the United States, Chen Zhengkun always held a sincere patriotic heart. He ultimately chose to return to Taiwan to develop his career. He joined the Taiwanese chip company, Ritek, and quickly rose to the position of General Manager and Chairman due to his exceptional expertise and outstanding work ability, becoming the companys core leader.

Fate, however, had other plans. Ritek was soon acquired by the American chip giant, Micron Technology. Chen Zhengkun witnessed firsthand his past efforts being controlled by an American company. He realized that China must master independent chip research and development capabilities and no longer be held hostage and controlled by American companies.

In 2016, Chen Zhengkun joined Fujian Jinhua Integrated Circuit, leading critical chip development projects. This move brought a ray of hope to the road of independent innovation in Chinas chip industry but also attracted fierce suppression from American chip giants.

Micron Technology accused Chen Zhengkun of stealing trade secrets, placed him on its wanted list, and implemented export controls against Jinhua. The United States attempted to strangle the growth of China's chip industry by blocking the supply of crucial equipment and technologies.

In the face of baseless accusations and suppression from the United States, Chen Zhengkun remained calm and resolute. He led the Jinhua team to overcome numerous obstacles and move forward relentlessly. Under the strong support of the government, Jinhua Integrated Circuit ultimately escaped its predicament and successfully developed a 25 nanometer memory chip in January 2021, marking a significant breakthrough in China's memory chip industry.

Chen Zhengkuns story reflects the challenges and triumphs of independent innovation in China's chip industry. He has demonstrated the wisdom and power of Chinese technological talent, injecting unlimited momentum into the development of Chinas chip industry.

II. Chen Jiashu: A Gifted Youngster, a Desire to Serve the Country

Chen Jiashu was born into an ordinary working-class family. His talent manifested in junior high school, exhibiting extraordinary capabilities in mathematics and physics. After graduating from high school, he was admitted to Tsinghua University with excellent scores and received multiple scholarships during his university years.

In his third year of university, Chen Jiashu was selected to study abroad at Carnegie Mellon University based on his outstanding research abilities. In the United States, he earned the recognition of his mentor and received the "Fulbright Science Scholarship" through his own hard work and talent.

However, faced with a generous scholarship of $2 million, Chen Jiashu chose to return to China without hesitation. He returned to China to establish "Gatron Microelectronics Technology Co., Ltd.," recruiting top experts in the fields of semiconductors and radar within China, focusing on breaking through the bottlenecks in Chinas chip technology.

In 2016, Chen Jiashu led his team to successfully develop the world's first millimeter-wave radar chip based on all-silicon technology, filling a gap in this field in China. This chip boasts advantages such as small size, low power consumption, and low cost, making it widely applicable in various fields such as intelligent driving vehicles, drones, and smart homes.

Chen Jiashu did not stop there. He set his sights on chips for autonomous driving algorithms. After two years of effort, Gatron made a breakthrough in the field of autonomous driving chips, successfully developing an ADAS chip with independent intellectual property rights, achieving intelligent perception, decision-making, and control throughout the entire process.

Chen Jiashus story showcases the innovative spirit and patriotic sentiments of Chinese technological talent. He has demonstrated the responsibility and dedication of China's younger generation, bringing more hope for the future of Chinas chip industry.

III. The Backbone of a Technological Powerhouse: Talent Cultivation and an Innovation System

The successes of Chen Zhengkun and Chen Jiashu are inseparable from the significant progress China has made in talent cultivation and innovation systems. In recent years, the Chinese government has placed great importance on cultivating technological talent, increasing investment in basic research and technological innovation, and establishing a group of world-class research institutions and universities.

China has established a complete technological innovation system, including national key laboratories, national engineering technology research centers, national major scientific and technological projects, and more. These platforms provide researchers with a favorable research environment and resources, facilitating the transformation and application of scientific and technological achievements.

However, compared to Western countries, Chinas chip industry still has some gaps. In the face of technological blockades and suppression from Western countries, Chinas chip industry must continue to increase research and development investment, cultivate more outstanding technological talent, and continuously break through core technologies.

IV. China's Chip Industry: Opportunities and Challenges

In recent years, Chinas chip industry has made significant progress, but bottlenecks still exist in key core technologies. The suppression of China's chip industry by the United States and other Western countries has also presented unprecedented challenges for China.

Faced with these challenges, China's chip industry must firmly pursue a path of independent innovation, strengthen basic research, and break through key core technologies. At the same time, China must strengthen international cooperation, actively participate in global chip industry competition, and promote the coordinated development of industry chains.

V. Looking Ahead: Realizing the Dream of a Technological Powerhouse

The development of Chinas chip industry is vital for national security and economic development, and it is also a crucial link in achieving the dream of a technological powerhouse. We believe that under the leadership of outstanding technological talents like Chen Zhengkun and Chen Jiashu, China's chip industry will continuously break through technological barriers and achieve greater accomplishments.

Conclusion:

Chen Zhengkun and Chen Jiashu are the soul of Chinas chips, the backbone of a technological powerhouse. Their stories inspire countless Chinese technological workers to strive for the realization of the dream of a technological powerhouse. The road to development of Chinas chip industry is full of challenges, but it is also filled with hope. As long as we persist in independent innovation, maintain our confidence, we will surely overcome all obstacles and ultimately realize the dream of a technological powerhouse.

Appendix:

1. Current Status of China's Chip Industry Development:

• China is the worlds largest chip market, but chip self-sufficiency is low, with a high reliance on imports.

• The Chinese government highly, implementing a series of policies and measures to encourage companies to increase research and development investment and promote industrial upgrading.

• China's chip industry has experienced rapid development in recent years, but bottlenecks still exist in key core technologies.

2. Challenges Faced by China's Chip Industry Development:

• The suppression of China's chip industry by the United States and other Western countries, blocking the supply of crucial equipment and technologies.

• China's chip industry has a weak foundation, insufficient research and development investment, and a lack of talent.

• Chinas chip industry lacks core technologies, and product performance and reliability need improvement.

3. Opportunities for China's Chip Industry Development:

• Chinas vast market demand provides broad space for chip industry development.

• The strong support of the Chinese government provides policy guarantees for chip industry development.

• Chinas chip industry has strong research and development capabilities and manufacturing capabilities, and its future development potential is enormous.

4. Suggestions for China's Chip Industry Development:

• Strengthen basic research, break through key core technologies.

• Increase research and development investment, cultivate more outstanding technological talent.

• Improve the industrial chain, promote the development of industrial clusters.

• Strengthen international cooperation, actively participate in global chip industry competition.

5. Direction of China's Chip Industry Development:

• Develop high-end chip technologies, enhance chip performance and reliability.

• Promote the integrated development of chip design and manufacturing, building a complete industrial chain.

• Actively explore emerging application areas, promote chip technology innovation and application.

6. Development Goals of China's Chip Industry:

• Increase chip self-sufficiency, reduce dependence on imported chips.

• Build a world-class chip industry, enhance China'

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