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WallstreetcnUpdated Oct 25 18:23

Nomura: 75% probability the AI arms race continues; 2027 memory chip shortage essentially locked in

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Nomura's global memory research team estimates roughly a 75% probability that the AI investment race continues and the semiconductor supercycle persists, about a 20% probability of capex slowdown, and about 5% from financing failure. 2027 memory supply volumes and prices were locked in via long-term agreements in October 2026, and defaulting parties may need to pay security deposits equivalent to 50% to 100% of the annual demand value. Nomura believes that closure of financing channels is the risk most likely to break the current setup, while power shortages are more likely to delay rather than eliminate demand.

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The AI arms race is hard to brake, and the tight supply-demand balance for memory chips in 2027 is now essentially locked in. In its latest report, Nomura's global memory research team points out that tech giants continue to ramp up AI investment and are unwilling to be the first to exit the competition even as free cash flow comes under pressure; meanwhile, long-term memory supply agreements have locked in 2027 volumes and prices in advance, providing support for the industry's upcycle.

Nomura calls this competition a "Game of Chicken": any company that is first to cut investment risks falling behind in the next round of AI competition. As long as competitors keep raising their bets, maintaining investment becomes the more realistic choice, even at the cost of continuously burning cash flow.

Nomura estimates the probability that the AI investment race continues and the semiconductor super-cycle extends at about 75%. What could truly break this pattern is a closure of financing channels; power shortages could delay chip deployment and become another key risk.

Even if AI investment can deliver a considerable return on invested capital (ROIC), as long as investment growth continues to outpace the pace at which returns materialize, companies may face negative free cash flow for a prolonged period.

Statements from tech giants confirm this trade-off. Google CEO Sundar Pichai said compute for frontier model training takes priority over cloud business revenue; Microsoft CEO Satya Nadella said that if all new GPUs were used for Azure, the cloud business would grow by more than 40%; Meta CEO Mark Zuckerberg said that even if superintelligence development comes later than expected, the additional compute could be redirected to advertising and recommendation systems.

Companies are investing not just for current revenue but for future competitive position. Mature businesses such as advertising and cloud services can still generate cash flow, and competitors' continued investment makes it hard for any single company to be the first to slow down. As long as financing capacity remains, short-term cash flow pressure may not be enough to force tech giants out of the race.

The 2027 memory shortage is essentially locked in: supply and demand sides are converging in their judgments

AI demand continues to exceed supply capacity. TSMC CEO C.C. Wei said on October 15 that AI demand still exceeds current supply; Amazon CEO Andy Jassy said that even with capital expenditure rising to $220 billion in 2026, the company still cannot meet all demand for 2026-2027, and some demand for 2028 has already been booked in advance. Microsoft and Alphabet management likewise said their cloud businesses are capacity-constrained.

Nomura points out that 2027 memory supply volumes and prices were locked in through long-term agreements (LTAs) in October 2026, and prices have rebounded. Even if customers cut capital expenditure, penalty clauses in the contracts raise the cost of canceling orders, and the defaulting party may need to pay a deposit equivalent to 50% to 100% of the annual demand value.

Advance order locking and default costs provide memory suppliers with strong demand visibility and a certain degree of profit protection. However, this judgment mainly applies to 2027; supply and demand for 2028 and beyond still depend on the pace of AI investment and subsequent contract arrangements.

Worsening cash flow is unlikely to stop investment: tech giants turn to external financing

Capital expenditure has begun to exceed operating cash flow at some tech giants. Nomura report data show that Alphabet's free cash flow in the second quarter of 2026 was negative $5.9 billion, Meta's was negative $2.1 billion in the third quarter, and Amazon's free cash flow for the trailing 12 months to June 2026 was negative $7.6 billion. Microsoft still had positive free cash flow of $19.6 billion in the same period, but Nomura expects it will also come under pressure later.

Companies still plan to maintain heavy investment: Alphabet expects capital expenditure of $195 billion to $205 billion in 2026, Meta $135 billion to $145 billion, Amazon about $220 billion, and Microsoft about $175 billion in fiscal 2027.

Financing has become an important means of filling the funding gap. The report shows that Alphabet raised $49.6 billion in June 2026 through common stock and mandatory convertible preferred stock; Meta issued $24.9 billion of bonds in the second quarter and suspended share buybacks. Meta's board also approved the issuance of non-voting Class C shares to support AI investment.

Nomura divides the future path into three scenarios: the race continues, with about 75% probability; capital expenditure slows, about 20%; and financing fails, about 5%. Among these, a closure of financing channels is the risk most likely to force companies into a passive contraction and thereby break the current investment pattern.

Power bottlenecks may delay demand but may not end the super-cycle

Besides financing risk, insufficient power supply may also limit AI infrastructure expansion. A Sightline Climate survey shows that about 30% to 50% of planned new data center capacity in 2026 faces delay risk, and more than 11 GW of capacity has no sign of construction starting.

If data centers cannot connect to power on schedule, chips already produced may not be deployed in time, causing delivery delays and periodic order volatility. However, Nomura believes power shortages are more likely to delay and reshape demand rather than eliminate it outright: under constrained power supply, the per-watt performance value of next-generation chips and high-capacity high-bandwidth memory (HBM) may rise further, and older GPUs may also face replacement demand.

For investors, the key is to distinguish between delayed demand and disappearing demand. As long as tech giants can continue to finance, the AI investment race may continue, and the 2027 memory supply side is also expected to benefit from advance order locking; what truly warrants vigilance is a substantial contraction in investment and chip demand caused jointly by worsening financing conditions and power bottlenecks. Risk disclosure and disclaimer

Markets carry risk, and investment requires caution. This article does not constitute personal investment advice and does not take into account the specific investment objectives, financial situation or needs of individual users. Users should consider whether any opinions, views or conclusions in this article are suitable for their particular circumstances. Investment based on this is at the user's own risk.

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