Altman plans to significantly enhance the global capacity for semiconductor manufacturing
In a bid to reshape the global AI chip industry, OpenAI CEO Sam Altman is reportedly in discussions with investors to raise between $5 trillion to $7 trillion.
According to The Wall Street Journal, the ambitious fundraising effort, if successful, would surpass the combined worth of AMD, Nvidia, and Intel, and aims to address the current scarcity of graphic processing units (GPUs) vital for operating large language models like ChatGPT, Microsoft Copilot, and Google Gemini.
The proposed fundraising sum is indicative of the substantial capital required to establish new semiconductor manufacturing capabilities. Altman is said to be proposing a partnership between OpenAI, investors, chip makers, and power providers to collectively finance the construction of chip foundries, which will be operated by existing chip makers. OpenAI is expected to be a significant customer of these new factories.
Meeting demand for OpenAI CEO (Sam Altman)
Altman’s ambitious targets surpass the current global sales of the entire semiconductor industry, which stands at $527 billion.
Potential investors include sovereign wealth funds, government entities, notably the United Arab Emirates (UAE), SoftBank CEO Masayoshi Son, and representatives from Taiwan Semiconductor Manufacturing Co. (TSMC), the world’s largest dedicated independent semiconductor foundry.
The move is intended to significantly enhance the global capacity for semiconductor manufacturing, thereby meeting the increasing demand for GPUs and other AI-specific chips.
However, the involvement of the UAE, led by Sheikh Tahnoun bin Zayed al Nahyan, a key security official and chair of numerous Abu Dhabi sovereign wealth vehicles, could raise geopolitical concerns, particularly in relation to the US government’s strategic priorities in semiconductor production and AI development.
The US has been cautious about foreign control over microchip supply due to its significance to the digital economy and national security. Reflecting this, the Biden administration has been making efforts to bolster domestic chip manufacturing through subsidies and regulatory scrutiny of foreign investments in critical technologies.
To put the proposed $5 trillion to $7 trillion estimate in context, Ars Technica points out the White House recently announced a $5 billion investment in R&D to advance US-made semiconductor technologies. TSMC has already invested $40 billion into a US chip plant in Arizona, representing one of the largest foreign investments in US history. As of now, it remains uncertain whether Altman has secured any commitments towards his fundraising target.
A 2nm or 3nm class process technology costs billions of dollars to develop, and the costs are rising as fabrication nodes get smaller. Meanwhile, a modern fab capable of making chips on a 3nm or 2nm-class node in large volumes can cost $30 billion today. Fab costs are also rising quickly now that a single Low-NA EUV lithography tool costs around $200 million, and a High-NA litho machine is expected to cost from $300 million to $400 million. In the coming years, one will need multiple Low-NA and High-NA machines in a leading-edge fab to make leading-edge chips for AI and HPC applications.
Whether or not Altman can raise tens or hundreds of billions for fabs and then maintain them and ensure that they produce chips on the leading-edge nodes is something that only time will tell. Yet, without any doubt, his effort could disrupt the foundry market.
