Supply chain layout and academic capabilities build a "moat"! Bank of America praises IBM (IBM.US) as the "top player" in quantum computing.

Bank of America Corp stated that with IBM's continuous expansion in the field of quantum computing, this 115-year-old technology company is increasingly seen by the market as a leader in this field. In fact, optimism about IBM's leading position in the field of quantum computing has been rising since last month when the Trump administration announced a $2 billion investment in the quantum computing industry. On May 21, the U.S. Department of Commerce announced a major decision that could shake the global quantum computing industry: providing a total of $20.13 billion in federal incentive funding to 9 quantum computing companies, with terms including the U.S. government acquiring equity. This marks a strategic upgrade by the U.S. government in the field of quantum computing - shifting from previous basic research funding to deep industrial intervention through "equity for funding". IBM is undoubtedly the biggest winner in this deal. The company will receive $1 billion in funding to establish an independent subsidiary, Anderon, dedicated to producing silicon wafers required for manufacturing quantum computing processors. This project is jointly funded by the Trump administration and IBM with $1 billion each. In addition to building wafer manufacturing capacity, IBM also plans to invest an additional $9 billion over the next five years to advance quantum computer research and scale production, and to expand into a new business supplying critical components to other quantum computing companies. Upon the announcement of this positive news, traders flocked to buy call options on IBM. The most eye-catching was an unusually long-term bullish bet - a trader spent $2.7 million to buy over 500 call option contracts with a strike price of $260 and an expiration date of December 15, 2028. This type of long-term option trading is extremely rare in the tech sector, indicating that some professional investors view this government funding as a catalyst for IBM's stock price growth over the next few years rather than short-term speculation. Bank of America specifically emphasized IBM's layout in the manufacturing sector. Quantum computing is different from classical computing, and its hardware production involves highly complex processes such as superconducting materials and extremely low-temperature environmental control, with few manufacturers worldwide that have the capability for mass production. By securing manufacturing resources early, IBM has established a physical moat in early competition. Analyst Wamsi Mohan wrote in a report to clients, "Anderon (IBM subsidiary, specialized in producing silicon wafers required for manufacturing quantum computing processors) was prominently mentioned, reflecting IBM's effort to establish manufacturing foundations for its own supply chain and the entire industry to ensure domestic supply capacity." It is reported that the initial phase of the Anderon project announced in May 2026 will expand IBM's internal manufacturing facility in Albany, New York, which is currently mainly responsible for producing wafers for IBM's own research projects. In the future, Anderon will become an important supply guarantee for IBM's quantum computing development, while also selling wafers to other quantum computing companies, potentially becoming a new business growth direction for IBM. According to the plan, wafers produced by Anderon are expected to start production later this year. The analyst added, "According to IBM, measuring supplier progress should focus on three key performance indicators (KPIs) - the number of programmable quantum bits (reflecting the scale of executable problems), quantum bit operations (reflecting the accuracy of computing results), and throughput (the number of quantum circuits that can be executed per second)." Meanwhile, the analyst also pointed out that since IBM's Quantum Day held in October of last year, the company has "continued to significantly lead in the number of papers cited on the arXiv platform compared to its peers", and from October 2025 to April 2026, the company has made "more significant progress" in the field of quantum computing. Bank of America previously predicted that the global quantum computing market could reach $4 billion by 2030. While there are conceptual stocks such as D-Wave Quantum, Rigetti Computing, and IonQ in the market, in the competition among tech giants, Bank of America's latest comments indicate that compared to Alphabet Inc. Class C, Microsoft Corporation, and NVIDIA Corporation, IBM is clearly in a leading position in software and hardware integration and commercialization. In addition to a solid manufacturing and supply chain, as well as overwhelming academic and research influence, IBM has also invested a huge amount of money in the field of quantum computing. As mentioned earlier, IBM has officially announced an investment of over $10 billion in the next five years for the research, manufacturing, ecosystem construction, and mergers and acquisitions of quantum computing. The company is currently pushing forward its 2029 technical node - delivering the world's first large-scale fault-tolerant quantum computer (codenamed Starling). At the CES conference in early 2026, IBM specifically stated that "2026 will be a turning point for quantum advantage," and expects to see a "strong declaration of quantum advantage" this year. IBM CEO Arvind Krishna stated during the first quarter earnings call that quantum systems are beginning to outperform traditional supercomputers in specific tasks, with early signs expected to show this year. In May, IBM released its most advanced quantum processor to date, "Quantum Nighthawk," with an architecture designed specifically for high-performance quantum software, aiming to achieve quantum advantage by 2026. At the same time, IBM put forward a "quantum-centralized supercomputing" architecture - deeply integrating CPU, GPU, and quantum processors (QPU) into an integrated computing system, and prototyping its error correction decoder in 2026 to pave the way for real-time error correction. IBM has set clear technical milestones for the commercialization of quantum computing: achieving "quantum advantage" in 2026 and launching the world's first "fault-tolerant quantum computer" in 2029. The $1 billion government funding and subsequent additional investments will provide crucial funding security for this roadmap, especially in overcoming the industrial bottleneck of quantum chip scale manufacturing.