OpenAI’s Next Bet: Intel Stock?

Core Insights - OpenAI's initiative to develop next-generation AI supercomputers has intensified competition among chipmakers, particularly Nvidia and AMD, with Nvidia committing up to $100 billion for OpenAI's data center expansion [1] - AMD has partnered with OpenAI to deploy approximately 6 gigawatts of its accelerators, resulting in a nearly 30% surge in AMD's stock since the announcement [1] - Intel, traditionally viewed as an outsider in the AI hardware sector, may have an opportunity to establish a significant partnership with OpenAI [1] Chipmaker Competition - Nvidia is the leading GPU provider, with its market cap around $4.5 trillion, while AMD's stock has also reached near all-time highs following its deal with OpenAI [1] - Intel's recent stock increase suggests potential interest in the AI market, but reliance on a single stock carries risks [3] Inference Workloads - The demand for inference capacity is expected to surpass that of training workloads as AI applications grow, emphasizing cost efficiency and energy performance over raw computing power [5] - Intel's Gaudi 3 AI accelerator has demonstrated a 70% better price-to-performance ratio in inference throughput compared to Nvidia's H100 GPU, priced between $16,000 and $20,000 [6] Intel's Strategic Positioning - OpenAI's future expansion will likely focus on scaling inference capabilities, presenting Intel with an opportunity to provide affordable computing solutions [7] - Intel's foundry ambitions, with over $90 billion invested in manufacturing capacity, aim to close the gap with competitors like TSMC and Samsung [8] - Intel's new 18A node technology is designed to enhance performance and energy efficiency, which could be advantageous for AI inference and high-performance computing [9] Supply Chain Dynamics - TSMC's production lines are fully booked through 2026, potentially leading to supply bottlenecks for OpenAI and other hyperscalers, which Intel's expanding foundry network may help alleviate [10] - OpenAI plans to build one of the largest AI data center networks, targeting 10 gigawatts of power capacity by the end of 2025, with a projected investment of $500 billion [11]