The global auto industry is facing its most significant semiconductor cost shock since the pandemic-era chip crisis, as AI-driven demand for memory chips sends prices soaring and forces manufacturers from Detroit to Shanghai to scramble for supply.
William Li, founder and CEO of Chinese EV maker Nio, said on Wednesday that rising memory prices are adding an estimated 3,000 to 5,000 yuan per vehicle for each affected component category across the brand’s premium models.
Contract prices for DRAM — the memory used in infotainment systems, digital cockpits, advanced driver-assistance systems, and autonomous driving platforms — are expected to nearly double in the first quarter of 2026, according to TrendForce.
The market research firm initially forecast a 55% to 60% quarter-on-quarter increase in January but revised its estimate sharply upward to 90% to 95% in early February, calling it a ‘new record for a quarterly surge.’
Spot prices for automotive-grade DDR5 memory have tripled since late 2025, TrendForce data shows.
UBS estimates that automotive DRAM prices have surged 180% in the last three months.
The supply satisfaction rate for automotive memory in China has fallen below 50%, according to data from JSChina published in late February.
AI
Samsung, SK Hynix, and Micron — which together control more than 90% of global DRAM production — have shifted the majority of their advanced manufacturing capacity toward High Bandwidth Memory for AI data centres.
Global AI server shipments rose 28% year on year in 2025.
Hyperscaler capital expenditure is approaching $600 billion in 2026, up 36% from the prior year, according to the Bloomsbury Intelligence and Security Institute.
SK Hynix has said its entire 2026 production is already sold out, in what the company calls a ‘supercycle.’ Micron described the bottleneck as ‘unprecedented.’
The reallocation has left automakers competing directly with data centre operators for a shrinking pool of conventional memory.
The automotive sector accounts for less than 10% of global DRAM consumption, according to Wells Fargo, leaving it with limited bargaining power against higher-margin cloud and AI customers.
Ford Sees $1 Billion Hit
Ford Motor Co. has been the most explicit among Western automakers about the financial impact.
Chief Financial Officer Sherry House said on an earnings call this month that higher commodity prices from DRAM and inflation are expected to add approximately $1 billion in costs in 2026.
“These combined savings allow us to absorb about $1 billion of higher commodity prices driven by inflation and pressure on DRAM, as well as incremental investment in support of our UEV platform, the ramp of Ford Energy and cycle plan actions that will drive higher return growth in 2027 and beyond,” the CFO said on February 10.
Stellantis said it is actively developing mitigation strategies to minimise disruption.
Visteon Corp., a major cockpit electronics supplier, reported 50% year-on-year growth in memory chip costs late last year — five times the typical annual increase — and said it is looking to pass those costs on to customers.
Tesla CEO Elon Musk went further in late January saying that the company may need to build its own memory fabrication plant.
“In order to remove the probable constraint in three or four years, we are going to have to build a Tesla TeraFab,” Musk said during Tesla‘s earnings call. “A very big fab that includes logic, memory and packaging, domestically.”
Tesla, Rivian, and Chinese manufacturers that use centralised system-on-a-chip architectures are among the most exposed, as their vehicles require significantly more DRAM per unit than traditional designs.
S&P Global noted that this is one of the rare moments where legacy automakers with simpler electronic architectures may have an advantage.
Wells Fargo estimated that current DRAM content runs between $50 and $110 per vehicle, with premium and electric models at the high end.
With prices potentially doubling, the cost headwind could be material — particularly for manufacturers already operating on thin margins.
Chinese Automakers
In China, where the EV industry is more software-intensive than in most Western markets, the alarm has been louder.
Nio founder and CEO William Li said in January that memory chip price volatility has surpassed battery costs as the most significant variable in 2026 production planning.
On the company’s fourth-quarter earnings call on Tuesday, CFO Stanley Yu confirmed that rising costs for chips, memory, and lithium carbonate are taking effect starting in the first quarter, though he said the impact on Q1 vehicle margin remains ‘limited’ as the pressures have ‘just got started.’
Li said the company has already built the expected cost increases into its annual operating targets and does not plan to pass them on to consumers by increasing prices.
Nio‘s founder estimated the impact of rising memory prices on premium EV models at 3,000 to 5,000 yuan per vehicle per component category.
Metal raw material costs, including copper and aluminium, are also climbing but remain within what Li described as an acceptable range.
The company is working with its upstream suppliers to establish faster response mechanisms for managing price volatility, he said.
Xiaomi founder Lei Jun has recently said car-grade storage prices jumped 40% to 50% in the fourth quarter of 2025 alone.
The second-generation Xiaomi SU7, which opened pre-sales in January at 33,410 yuan higher than the first generation, reflected what leadership described as a ‘passive price adjustment’ driven by component costs.
A Li Auto supply chain executive warned that the supply fulfilment rate for automotive memory could fall below 50% in 2026.
GAC Honda was forced to adjust its production cadence in January to cope with tight semiconductor supplies.
Chinese automakers are exploring long-term capacity agreements and direct equity investments in domestic memory chipmakers to lock in supply, Gasgoo reported in late February, citing Nio and Li Auto among the companies pursuing such arrangements.
However, the current disruption may prove more persistent. S&P Global estimates that DRAM prices could rise 70% to 100% in 2026 compared with 2025 levels.
S&P Global has warned that by 2028, production of legacy DDR4 and LPDDR4 memory — the types currently designed into the majority of vehicles planned for that year — will be rapidly phased out.
Eight of the top ten cockpit designs and eight of the top ten ADAS designs scheduled for 2028 production still use these older memory generations, meaning automakers will face costly and time-consuming redesign cycles regardless of price trends.
