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Jensen Huang: From Taiwan Boy to Tech Revolution Leader

Jensen Huang's Early Life and Family Education

Jensen Huang was born on February 17, 1963 in Tainan, Taiwan. His parents, Huang Hsing-tai and Lo Tsai-hsiu, provided him and his brother with a warm family atmosphere. Jensen's father was a chemical engineer, and his mother taught elementary school. Since childhood, Jensen has been interested in technology. His mother noticed this and gave him his first multimeter, which allowed the boy to study electronics and various devices. This early passion for technology predetermined his future career.


When Jensen was five years old, his family moved to Thailand, but due to political instability and the Vietnam War, they decided to move to the United States. The move was inspired by the experience of Jensen's father, who attended a training program with the US company Carrier and had a positive experience living in the US.

Jensen and his brother moved to Tacoma, Washington at the age of nine to live with their uncle. The new country and culture was challenging for the boys, especially given the language barrier. However, with persistence and perseverance, Jensen was able to adapt quickly. At school he was distinguished by special abilities and skipped two grades, completing his studies at the age of sixteen.

Education and first successes

After high school, Jensen attended Oregon State University, where he received a bachelor's degree in electrical engineering. He then continued his education at Stanford University, where he received a master's degree in 1992. These years were filled not only with studies, but also with active participation in research projects. One such project was a global airflow simulation aimed at helping solve air pollution problems.


While studying at Stanford, Jensen began working as a technical specialist at AMD, where he quickly gained the respect of his colleagues and superiors. His abilities and innovative ideas allowed him to make significant contributions to the company's technology development. During this period, he developed the first programmable L1 and L2 vertex and pixel shaders, which forever revolutionized image processing in computer software.

Founding of NVIDIA and first successes

In 1993, Jensen Huang founded NVIDIA with Chris Malachowski and Curtis Prim. The company initially focused on creating graphics processing units (GPUs) for the gaming sector. Huang saw great potential for these processors to improve 3D graphics and believed that their applications could extend far beyond the gaming industry.

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NVIDIA quickly made significant strides in GPU technology, developing parallel processing, programmable shading, and CUDA (Compute Unified Device Architecture), which allowed GPUs to be used for a wide range of computing tasks. These technologies have revolutionized areas such as artificial intelligence, scientific research and data analytics. One of the company's key products, the GeForce 256, became the world's first graphics processor capable of performing a billion operations per second.

NVIDIA Development and Technological Advances

Over time, NVIDIA has continued to develop its technology and expand the scope of its products. Under Huang's leadership, the company developed a series of GPUs that became the standard in the computer graphics industry. Programmable shaders introduced by NVIDIA have enabled game and application developers to create more realistic and detailed images.


One of Huang's key achievements was the creation of the CUDA architecture, which made it possible to use GPUs for general purposes. This has opened up new opportunities in high-performance computing and scientific research. CUDA has enabled scientists and engineers to harness the power of GPUs to solve complex problems in areas such as climate change modeling, bioinformatics, and high-energy physics.

Artificial intelligence and modern achievements

In recent years, NVIDIA has become a leader in artificial intelligence (AI). Under Huang's leadership, the company developed GPUs that have become invaluable tools for training and deploying deep learning models. These advances have opened new possibilities in areas such as image recognition, natural language processing, and autonomous vehicles.

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NVIDIA actively collaborates with leading research centers and universities to continue to drive innovation in the field of AI. The company has also expanded its product line to include solutions for data centers, automotive and medical devices. An example of such solutions is the GB200 NVL72, which is an advanced architecture capable of handling the most complex computing tasks.

Personality and management style

Jensen Huang is known for his unique management style. He prefers to maintain a relatively flat management structure in the company and is actively involved in the day-to-day work of employees. Huang does not have a fixed office and often works in various company conference rooms, which encourages close interaction with colleagues and maintains an innovative atmosphere.


Under his leadership, NVIDIA has achieved significant success and continues to remain at the forefront of technological advancements. Huang is also actively involved in community activities and supporting educational initiatives.

Charity and social activities

Jensen Huang is actively involved in charity work. In 2008, NVIDIA donated funds to establish a classroom at the Beijing Foreign Language School for students from areas affected by the Wenchuan earthquake. In 2022, Huang donated $50 million to Oregon State University to create a high-performance computing institute.

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His contributions to public service and philanthropy are an important part of his legacy, demonstrating his commitment to supporting education and science.

Relationship with Lisa Su

Lisa Su and Jensen Huang are related, which has become a known fact in recent years. Lisa Su is Jensen Huang's cousin. Their mothers were first cousins, making Lisa Su and Jensen Huang cousins, one generation apart.


Both families immigrated to the United States when Lisa and Jensen were children. Even though they grew up in different parts of the country, their family connections and common cultural backgrounds played an important role in their lives. As children, they kept in touch, although they lived in different cities.

Lisa Su, born November 7, 1969, has become one of the leading figures in the semiconductor industry. She received her BS, MS, and PhD degrees in electrical engineering from the Massachusetts Institute of Technology (MIT). After graduation, she worked for companies such as Texas Instruments and IBM before joining AMD in 2012.

Jensen Huang and Lisa Su maintain a professional relationship despite running rival companies. Their advancements in technology have made significant contributions to the development of the semiconductor and high-performance computing industries.

Jensen Huang's story is one of resilience and innovation. His journey from a boy in Taiwan to the leader of one of the world's most powerful technology companies demonstrates that persistence and determination can lead to significant achievements.