Apple is lobbying U.S. officials to allow purchases of memory chips from China’s CXMT, according to the cited reporting, a move that highlights how the global memory shortage is reaching even the world’s strongest hardware buyers and exposing Europe’s weaker position in chip supply.

The reported request came two days after Apple raised prices for some Macs and iPads, with the company pointing to the memory squeeze as a cost pressure. CXMT, formally ChangXin Memory Technologies, is a Chinese memory manufacturer that appears on the Pentagon’s 1260H list of companies linked by U.S. authorities to China’s military-industrial base.

The core confirmed development is Apple’s attempt, as described in the cited Financial Times-based reporting, to win room in Washington for a China-linked supply option. What is not confirmed in the provided material is whether U.S. officials will approve such purchases, how much memory Apple wants to buy, or whether CXMT chips would be used in specific Apple products.

The wider market backdrop is a sharp rise in memory costs. The source material cites Counterpoint for an estimate that memory prices have risen by roughly four times over three quarters, with some segments seeing even steeper year-on-year increases. Those numbers point to a shortage centered on DRAM and high-bandwidth memory, both of which are central to consumer devices, servers and AI systems.

Europe Has Fewer Supply Options

The Apple case matters because it shows the difference between dependence and leverage. Apple still has a U.S. supplier in Micron, political access in Washington and, if approved, a possible path to Chinese memory. European buyers have far fewer ways to influence allocation or price.

The European Union produces less than 10 percent of global semiconductors by value, according to the European Commission cited in the material, and it has almost no domestic production of commodity DRAM or HBM, the stacked memory used with AI accelerators. The main DRAM producers are Samsung, SK Hynix, Micron and a small number of other suppliers; none is European.

That leaves Europe mostly as a price taker in a market shaped by Asian manufacturing, U.S. chip design and hyperscale AI demand. For European firms building AI systems, cloud infrastructure, industrial hardware or consumer electronics, the shortage can mean higher costs, delayed procurement and weaker bargaining power.

The 20 Percent Target Slips

The EU Chips Act, adopted in 2023, set a goal of lifting Europe’s share of global chip production to 20 percent by 2030, backed by about 43 billion euros in public and private investment. The source material says the European Commission’s current reality is closer to 11.7 percent, and the European Court of Auditors described the 20 percent target as “very unlikely” in December 2025.

The issue is not only money. The cited material says ASML has estimated that reaching the 20 percent goal would cost more than 250 billion euros. Even that would not quickly create a European leader in DRAM or HBM, markets that require scale, yield expertise and long customer commitments.

Europe still holds powerful positions in the chip supply chain. ASML dominates EUV lithography, Zeiss supplies world-class precision optics, and institutions such as imec, CEA-Leti and Fraunhofer support advanced research. European companies including Infineon, NXP and STMicroelectronics remain strong in automotive, power and industrial chips. The gap is narrower in leverage than in supply, but memory is where the weakness is most visible.

Approval And Volumes Remain Open

It is not yet clear whether U.S. officials will allow Apple to buy from CXMT, whether any approval would come with conditions, or whether the reported lobbying will lead to actual orders. The provided material also does not confirm which Apple products could use the chips or what volumes are involved.

Several broader claims also remain difficult to verify from the supplied material alone, including reported long-term allocation deals by major AI companies and the exact share of future DRAM wafer production already contracted. Those claims should be treated as market reporting unless confirmed by the companies involved.

Policy Response Moves To Brussels

The next test is whether Washington permits Apple’s reported CXMT supply path and whether memory prices ease as new capacity comes online. For Europe, the nearer question is whether policymakers shift from broad production targets toward a strategy built around ASML, Zeiss, advanced packaging and lower memory demand through more efficient AI systems.

Brussels can still act on energy costs, permits, joint procurement and crisis powers under chip policy. But unless Europe builds or secures real memory capacity, the shortage will keep exposing the same gap: strong supply-chain choke points, but no domestic memory champion.

Key Questions

What exactly did Apple reportedly do?

Apple is reportedly lobbying U.S. officials for permission to buy memory chips from CXMT, a Chinese supplier listed by the Pentagon. The request has not been confirmed as approved.

Why is CXMT politically sensitive?

CXMT is on the Pentagon’s 1260H list, which identifies companies U.S. authorities link to China’s military-industrial base. That makes any major U.S. company purchase from CXMT a policy and security issue, not only a supply decision.

Why does this matter for Europe?

Europe has almost no domestic production of DRAM or HBM. That means European buyers face high prices and tight supply without the same domestic supplier base or political leverage available to the United States.

Does Europe have any chip strength left?

Yes. Europe remains strong in EUV lithography, precision optics, research and automotive and power semiconductors. The weakness exposed here is more specific: memory supply, especially DRAM and HBM.

What is the main unresolved question?

The main unresolved question is whether Apple will receive U.S. approval to buy CXMT memory and whether the broader shortage will ease before it causes deeper cost increases for devices, servers and AI infrastructure.

Source: Thorsten Meyer AI