AI Geopolitics · Analysis

The Real US-China Race Isn't Bitcoin. It's Compute.

A viral card comparing US and Chinese government Bitcoin holdings frames a nation-state race to hoard a strategic asset. As of 20 June 2026, the two countries are in a far larger accumulation race, and it is not about Bitcoin. It is about AI compute, where the US lead is measured not in multiples of 1.7 but in multiples of 20 to 50.

Last updated: 20 June 2026 · AiRaceFacts.com

The Bitcoin gap is narrow. The compute gap is not.

The card going around shows the US government holding about 1.7 times China's Bitcoin, 328,372 coins to 190,000, most of it seized in criminal cases rather than bought. As a contest, that gap is trivial, and neither stash is a deliberate strategic reserve in the way the framing implies. The accumulation race that will actually shape the decade is AI compute, and there the ratio is an order of magnitude wider.

The compute lead is 21 to 49 times

Analysts at the Center for a New American Security estimate that even if the US fully permits H200 exports to China, the US will produce 21 to 49 times more AI compute than China in 2026, depending on how performance is measured. The estimate is a range, not a single figure, and it is an analyst projection rather than a disclosed government number.

The reason is fabrication. Independent estimates put China's capacity to make advanced AI chips at roughly 1 to 4 percent of US capacity in 2025, falling toward 1 to 2 percent in 2026 as US and allied chipmakers scale. China's strongest domestic accelerator, Huawei's Ascend 910C, is estimated at about 60% of the performance of Nvidia's H100, a chip the US has already shipped in the millions. A Huawei part in the H200 class is not expected before late 2027.

The spending gap is wider still

The four largest US hyperscalers guided to a combined $725 billion in capital spending for 2026, a figure compiled by the Financial Times from first-quarter earnings, up 77% from $410 billion in 2025. Estimates of total worldwide compute capital spending for 2026 reach roughly $1.04 trillion, the first trillion-dollar year on record, of which China accounts for an estimated $80 billion. On those figures, US private spending alone is close to nine times China's.

Layered on top are national-scale programs: the Stargate project, a $500 billion commitment over four years from OpenAI, SoftBank, and Oracle; OpenAI's pledge to spend $600 billion by 2030; and a $200 billion, five-year Anthropic cloud commitment for 5 GW of capacity. These are guidance and announced commitments, not booked spending, and should be read as projections.

Washington keeps rewriting its own rules

After cutting China off from Nvidia's A100, H100, and H200 through export controls in 2022 and 2023, the US reversed course on the H200. Following a 8 December 2025 announcement by President Trump, the Bureau of Industry and Security issued a rule moving the Nvidia H200 and AMD MI325X from a presumption of denial to case-by-case review. A 25% tariff on advanced chips under Section 232 and a 25% revenue share to the US Treasury accompany the sales, with a volume cap estimated near 1 million H200s, roughly half of what Chinese firms reportedly had on order.

The reversal is contested inside the US. The Council on Foreign Relations called the resulting policy strategically incoherent, and on 21 January 2026 the House Foreign Affairs Committee advanced the AI OVERWATCH Act by 42 to 2, a bill that would bar Blackwell-class chip sales to China for two years and give Congress a veto over future export licenses. Reporting indicates roughly 400,000 approved H200s sat unshipped in early 2026 while the State Department pressed for tighter conditions.

China's leverage isn't chips. It's the minerals underneath them.

China cannot match US compute, but it controls inputs the buildout depends on. It accounts for about 60% of global rare-earth mining and close to 90% of processing, and produced an estimated 98% of the world's low-purity gallium and 68% of germanium, both used in advanced semiconductors and defense systems.

Beijing has used that position. It banned gallium, germanium, and antimony shipments to the US in December 2024, added medium and heavy rare earths and magnets in April 2025, and expanded controls to processing equipment and technology in October 2025. Most of the October measures were suspended for a year after US-China talks in November 2025, but the April rare-earth controls remain in force and the legal framework stays intact. Gallium prices in Europe more than doubled from pre-control levels.

Both sides hit the same wall: power

The binding constraint is no longer money or even chips. It is electricity. About 7 GW of the 12 GW of US data-center capacity planned for 2026 has been delayed or canceled, with only around 5 GW under active construction, according to Bloomberg reporting and Sightline Climate tracking, against five-year waits for grid transformers. Microsoft has disclosed roughly an $80 billion backlog of cloud orders it cannot fill for lack of power. That shortage is why nuclear, including small modular reactors, keeps entering utility planning across the US.

The bottom line

If the Bitcoin scoreboard is a sideshow, the compute race is the main event. The US leads it by an order of magnitude and is spending to widen the gap. But that lead runs through Taiwanese fabrication, Chinese minerals, and an American power grid that cannot keep pace. Those three dependencies, not the raw chip count, are where this race is most likely to turn.

Figures combine disclosed data with analyst estimates and projections, labeled as such. Compute-lead and capacity figures are estimates and vary by methodology.

Export-control rules, capital-spending guidance, and mineral-control measures change frequently. Several figures here are analyst estimates or company guidance, not booked results. Verify against primary sources before relying on this.