Major PC makers are turning to Chinese memory chip manufacturer CXMT as a global shortage driven by AI data center demand pushes costs higher.
AI buildouts are projected to consume 70% of all memory chip production in 2026, tripling DRAM costs in the last 18 months and forcing PC makers to recycle older chips.
Although Acer, Asus, and HP have started using limited quantities of CXMT chips, they are proceeding carefully because the US government has linked CXMT to the Chinese military, and overbuying could damage relationships with their traditional suppliers like SK Hynix and Samsung.
What happened
Major PC manufacturers including Acer, Asus, and HP have begun using limited quantities of memory chips from Chinese manufacturer CXMT in their notebook computers, according to Nikkei reporting.
Why it matters
AI data center buildouts are expected to consume 70% of all memory chip production in 2026, driving demand that has tripled DRAM costs over the last 18 months. The shortage has made PC components so expensive that some manufacturers are now recycling outdated chips in new machines. However, the move is cautious because the US government has designated CXMT as linked to the Chinese military, and overreliance on Chinese suppliers risks angering traditional vendors like SK Hynix and Samsung.
What to watch
The scale of CXMT adoption remains limited as PC makers balance supply constraints against geopolitical and supplier relationship risks. How aggressively manufacturers increase Chinese chip sourcing will depend on whether memory availability from established suppliers improves or tightens further.
Major PC manufacturers Acer, Asus, and HP have begun incorporating memory chips from Chinese supplier CXMT into their notebook computers, marking a significant shift in an industry long dominated by South Korean and other non-Chinese suppliers. The move, reported by Nikkei, signals growing pressure on PC makers to find alternative sources as global memory chip costs have become untenable.
The root cause is a surge in artificial intelligence infrastructure spending. AI-driven data center buildouts are expected to consume 70% of all memory chip production in 2026. This concentration of demand has created a severe shortage, with DRAM costs tripling over the last 18 months. The impact extends beyond data centers: consumer PC components have become so expensive that some manufacturers are now recycling outdated memory chips rather than sourcing new ones, a stark indicator of the cost pressure in the market.
Despite the supply urgency, PC makers are approaching CXMT cautiously. The US government has designated CXMT as linked to the Chinese military, creating regulatory risk. Additionally, traditional suppliers—particularly South Korean vendors SK Hynix and Samsung—remain the primary source for most PC makers. Buying too heavily from CXMT could damage these relationships or trigger supplier retaliation. As a result, Acer, Asus, and HP are using CXMT chips only in limited quantities while maintaining their existing supplier relationships, a holding pattern that will likely persist until either memory availability from traditional sources improves or geopolitical circumstances change.
The shift toward Chinese memory suppliers reflects a collision between two structural forces: explosive AI infrastructure spending and geopolitical fragmentation. AI data centers are projected to absorb 70% of memory chip production by 2026—a demand surge that has nearly quadrupled DRAM costs over 18 months. Traditional suppliers like SK Hynix and Samsung, both South Korean firms, cannot meet this demand fast enough, forcing PC makers into an uncomfortable position. Rather than accept indefinitely high costs or shortages, Acer, Asus, and HP are experimenting with CXMT chips in limited volumes.
Yet this move carries real friction. CXMT is designated by the US government as linked to the Chinese military, which exposes PC makers to potential US regulatory action or supply-chain retaliation. At the same time, buying too heavily from CXMT could provoke their traditional suppliers to deprioritize them or raise prices further. The result is a delicate balancing act: using just enough Chinese chips to relieve immediate cost pressure without triggering either government scrutiny or supplier backlash. The outcome will likely depend on whether memory availability from established suppliers improves—if not, PC makers may feel compelled to increase Chinese chip sourcing despite the risks.
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