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OpenAI’s Bold $7 Trillion Plan Rejected by TSMC Leaders

The head of OpenAI, Sam Altman, recently pitched a plan to build 36 new semiconductor plants at a cost of $7 trillion to TSMC, but the chipmaker's executives found the proposal unrealistic and dismissed it.

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Sam Altman, the head of OpenAI, earlier this month discussed sweeping plans for a global AI infrastructure, envisioning 36 new semiconductor plants that would cost a jaw-dropping $7 trillion.

While TSMC was reportedly a partner, it has emerged the ambitious idea was met with skepticism when he pitched it to executives at of the world's largest chipmaker. According to sources, those TSMC execs found Altman's proposal unrealistic, labeling him a “podcasting bro” behind closed doors.

TSMC's Cold Reception to Altman's AI Pitch

During Altman's visit to Taiwan, he presented an expansive strategy to TSMC, the chipmaker that supplies semiconductors to tech giants like Nvidia. The goal was to build chip plants and data centers capable of handling AI's growing computational needs.

However, insiders report that the TSMC execs dismissed the plan as outlandish due to its enormous costs and risks. They reportedly questioned how such a project could ever be feasible, considering the financial scale involved.

TSMC's leadership, known for its cautious approach, felt that even a fraction of Altman's proposal posed considerable financial risks. The company's chairman, Dr. C.C. Wei, was publicly critical, saying Altman's vision seemed far too aggressive to be taken seriously. TSMC, which is already expanding globally, doesn't appear eager to commit to what some consider an astronomical endeavor.

Ambitious Plans Beyond Taiwan

Altman's AI expansion strategy wasn't just focused on Taiwan. His vision extended across the globe, involving potential investors from the Middle East and discussions with U.S. officials. OpenAI aims to solve the shortage of computational power needed to drive AI advancements by creating a vast network of data centers and chip factories worldwide.

However, political complications soon arose. In the U.S., officials were concerned about the involvement of countries like the United Arab Emirates (UAE) in such a critical technology sector, fearing the possibility of technology leaks to China. As a result, some parts of Altman's original plan were scaled back to focus more on building infrastructure within the United States.

Funding Gaps and Financial Challenges

OpenAI has been grappling with a financial imbalance that could hamper its growth. Despite generating around $3 billion in revenue annually, the company's expenditures have ballooned to roughly $7 billion. This massive spending has made the need for outside investment urgent.

Altman's team has been holding discussions with major tech companies, including Nvidia, , and Apple, in hopes of securing an additional $6.5 billion in funding. OpenAI has also taken a $1 billion investment from Thrive Capital, offering the firm another guaranteed $1 billion investment should it want to. 

While conversations with these tech giants continue, the financial puzzle remains unsolved. Questions linger over how much each partner will contribute and how they'll benefit from the project. While OpenAI's vision for a global AI infrastructure is grand, the path to funding and execution is still very much up in the air.

Comparing AI to Electricity

Altman has often likened the development of AI to the rise of electricity, saying that widespread access to AI infrastructure will eventually spark new ways to harness its potential. But for this vision to materialize, the global infrastructure needs to be there first. This means more data centers, more chips, and, of course, more power to run them.

In various meetings with investors and government officials, OpenAI has been pushing for new projects, ranging from chip plants in Taiwan to nuclear-powered data centers in Japan and offshore wind-powered facilities in Germany. However, securing these projects comes with its own set of technical, political, and financial hurdles.

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