The chip shortage that crippled car production during the COVID-19 pandemic is finally over, but a new and different semiconductor squeeze has taken its place in 2026, this time driven by artificial intelligence rather than a virus. For car buyers, the practical effect is similar to what happened a few years ago: tighter supply, higher costs on certain features, and upward pressure on prices, even though the root cause has changed entirely.
The Original Chip Shortage Is Over
The pandemic-era shortage that shut down assembly lines and left dealer lots half-empty has largely resolved. Automakers spent the past few years diversifying suppliers, building larger chip inventories, and signing longer-term supply agreements specifically to avoid a repeat of 2021, when global vehicle production fell more than 25 percent in a matter of months. Those lessons mattered. Executives at companies like Stellantis have said their risk-management systems from that era are still paying off today, giving them more warning time and more flexibility than they had during the original crisis.
That improved planning is a big reason this year’s disruption looks different from the last one. It isn’t shutting down factories the way the 2021 shortage did, and most automakers say their supply chains remain intact for now.
A New Shortage Is Emerging, Driven by AI
Even as the old shortage faded, a new one has taken shape, and this time the culprit isn’t pandemic lockdowns. It’s the explosive growth of artificial intelligence data centers, which consume enormous quantities of memory chips that cars also depend on. Consulting firm Kearney reported that spot prices for DRAM memory chips jumped roughly 450 percent between September 2025 and January 2026, a staggering increase in just a few months. AI companies racing to build out data center capacity have been buying up so much memory chip supply that automakers are now competing directly with tech giants for the same components.
This isn’t a niche problem limited to a handful of models. DRAM chips power infotainment systems, digital instrument clusters, advanced driver-assistance systems, and increasingly the software-defined architecture found in modern vehicles. As cars have become more digital, their chip requirements have grown right alongside smartphones and computers, which means a shortage that started in the tech sector was always going to eventually reach the auto industry.
How Automakers Are Responding
Reactions across the industry have varied depending on how exposed each company is to rising memory costs. Some automakers have already adjusted their financial planning to account for the disruption, while others say they haven’t felt much impact yet.
- Ford and General Motors have adjusted their 2026 raw material procurement forecasts specifically because of rising DRAM prices.
- Stellantis is planning higher chip procurement for 2026 and 2027, though it says it hasn’t yet had to cut production.
- BMW reports no supply shortfalls so far, largely because it relies on long-term agreements with suppliers rather than buying memory chips directly.
- Renault expects the broader industry to adapt through continued investment and expanded manufacturing capacity over time.
Ford’s chief financial officer has publicly acknowledged the company is “seeing pressure on pricing” as a direct result of the memory shortage, which suggests the cost increases are already working their way into vehicle budgets even if they haven’t fully hit sticker prices yet.
What This Means for Car Prices
The connection between chip costs and what buyers pay at the dealership isn’t always immediate, but the pressure is building. Industry analysts warn that by the second half of 2026, the DRAM shortage could shift from being a purchasing headache into an actual production problem, which would have a much more direct effect on pricing and availability. S&P Global projects that older-generation DRAM chip prices could rise 70 to 100 percent in 2026 compared to 2025, a cost increase that automakers will eventually need to pass along in some form.
Some brands are already seeing new car prices climb even before the full effect of this latest squeeze shows up. If memory chips become scarce enough, automakers have a few options, and none of them are great for buyers:
- Delay production on models that require higher amounts of digital hardware
- Reduce high-tech features on lower trims to conserve chip supply for higher-margin vehicles
- Pass cost increases directly onto buyers through higher MSRPs or reduced incentives
For shoppers, that combination of factors points toward higher prices and potentially longer wait times for certain models, particularly ones loaded with advanced driver-assistance systems or large digital displays that depend heavily on memory chips.
Comparing the Two Shortages
| Factor | 2021 Chip Shortage | 2026 DRAM Shortage |
|---|---|---|
| Root cause | COVID-19 lockdowns and demand spikes | AI data center demand for memory chips |
| Chips affected | Analog chips, used almost everywhere | DRAM memory chips, mainly digital features |
| Breadth of impact | Nearly every vehicle | Vehicles with advanced digital systems |
| Production effect | Widespread plant shutdowns | Mostly cost pressure so far, production risk building |
| Expected resolution | Multi-year recovery | New capacity not expected until 2027-2028 |
That last row matters most for anyone trying to time a car purchase. Major memory manufacturers aren’t expected to bring meaningful new production capacity online until 2027 or 2028 at the earliest, which means this isn’t a problem that resolves quickly. Global DRAM demand is projected to keep outpacing supply for at least the next two to three years.
What Buyers Can Expect Going Forward
For now, the situation remains more of a cost pressure than a full-blown supply crisis, but that could change if the second half of 2026 brings the production disruptions analysts are warning about. Buyers considering a new vehicle with heavy tech content, such as large touchscreens, advanced driver-assistance features, or extensive digital instrumentation, may want to factor in the possibility of price increases or reduced availability later this year. Dealers in some markets are already steering budget-conscious shoppers toward used vehicles as new-car supply tightens and costs climb.
The bigger picture is that the auto industry has moved past its pandemic-era chip crisis, but semiconductor risk hasn’t gone away. It has simply changed shape, and this time cars are competing with the entire AI industry for the same limited supply of memory chips.
Frequently Asked Questions
Is the chip shortage that hit cars during COVID-19 over?
Yes. The original pandemic-era semiconductor shortage has largely resolved, thanks to automakers diversifying suppliers and building larger inventories over the past few years.
Why is there a new chip shortage in 2026?
The new shortage is driven by AI data centers consuming huge quantities of DRAM memory chips, the same type of chip used in car infotainment systems, digital gauge clusters, and driver-assistance technology.
Will car prices go up because of the chip shortage?
Some automakers, including Ford, have already acknowledged pricing pressure tied to rising memory chip costs, and analysts expect that pressure to grow if the shortage worsens in the second half of 2026.
Which cars are most affected by the DRAM shortage?
Vehicles with heavy digital content, such as large touchscreens, advanced driver-assistance systems, and extensive digital instrument clusters, are more exposed than simpler vehicles with fewer chip-dependent features.
When will the chip shortage end?
Major memory chip manufacturers aren’t expected to bring significant new production capacity online until 2027 or 2028, so this shortage is likely to persist for at least the next couple of years.
