Electric vehicles prices may face fresh upward pressure as a new global shortage of memory and semiconductor components spreads beyond consumer electronics into the automotive industry.
After years of disruption from chip shortages affecting laptops, smartphones, and gaming hardware, analysts warn that shortages in key memory technologies — including DRAM, NAND flash, and high-bandwidth memory — are now creating ripple effects across vehicle manufacturing, particularly for electric and hybrid models.
Why EVs are vulnerable to chip shortages
Although electric vehicles do not rely on traditional GPUs or consumer-grade RAM, modern EVs are heavily dependent on advanced computing systems. Industry estimates suggest that newer electric vehicles can contain up to 3,000 semiconductors, compared with roughly 300 to 1,000 chips in internal combustion engine vehicles.
These chips support battery management systems, infotainment platforms, advanced driver assistance systems (ADAS), power electronics, and onboard diagnostics. As memory and logic chip supplies tighten, automakers face higher input costs and potential production delays.
Electric vehicles,the shortage is being driven by intense demand for memory components used in artificial intelligence infrastructure. Chip manufacturers have increasingly prioritised production of high-margin memory for AI data centres, reducing capacity available for consumer electronics and automotive suppliers.
Price pressure spreading across industries
The impact is already visible in the technology sector. Analysts estimate that PC prices could rise by as much as 20 per cent due to memory shortages, while several smartphone and laptop manufacturers have begun scaling back specifications or increasing prices.
Automotive manufacturers are expected to face similar pressures. Even vehicles with limited autonomous features still require substantial computing hardware, meaning cost increases are difficult to avoid. Hybrid vehicles and traditional petrol models are also affected, though EVs remain the most exposed due to their higher chip density.
No quick fix in sight
Industry experts say there is no short-term solution to the shortage. Some analysts believe it could become one of the most severe semiconductor disruptions in recent years, potentially surpassing previous crises that halted vehicle production worldwide.
One possible response for automakers would be to redesign future models to rely on fewer advanced systems, scaling back autonomy features or cockpit technology. However, this could prove unpopular with consumers accustomed to increasingly software-driven vehicles.
Another challenge is that reverting to older memory standards may not be feasible if suppliers phase out legacy production in favour of newer technologies.
AI demand reshaping chip supply
At the centre of the issue is the rapid global expansion of artificial intelligence. Data centres powering AI models consume vast amounts of high-bandwidth memory, drawing manufacturing capacity away from consumer and automotive markets.
Until new fabrication capacity comes online — a process that can take several years — manufacturers across multiple industries are expected to face continued supply constraints.
What this means for buyers
For consumers, the outlook points to higher vehicle prices and fewer discounts in the near term. EV buyers may also see slower feature upgrades or delayed model launches as automakers adapt to constrained supply chains.
Electric vehicles,Analysts caution that meaningful relief may not arrive for several years, leaving both manufacturers and buyers navigating an increasingly expensive transition toward electrified transportation.
