Apple faces unprecedented memory cost increases as RAM prices continue to surge, manufacturing bill climbs by $33 billion

Apple’s memory costs are rising because AI data centers are creating intense demand for DRAM and NAND. Suppliers say this demand is leaving less memory available for consumer electronics, including Apple devices. Higher prices for these components directly increase the cost of building Macs, iPads, iPhones, and other hardware.

The pressure is broader than memory alone. Apple said lower costs for some non-memory components partly offset higher memory expenses during the September quarter. It also used inventory purchased earlier at lower prices. However, that cushion is shrinking as older, cheaper stock is replaced with more expensive supplies.

Apple has already raised prices on many Mac and iPad models, and on iPhones in September. The company expects even higher memory costs in the December quarter. Suppliers including Samsung, SK Hynix, and Micron warn that tight memory conditions could persist through 2027, 2028, or longer.

Apple’s manufacturing bill reportedly increased by $33 billion over just a few months. That figure shows how quickly component inflation can affect a company making products at Apple’s scale. Memory is used throughout its hardware lineup, so higher prices can influence several product categories at once.

The cost increase is not finished. Apple said memory costs were higher in the September quarter than in June, then forecast even higher memory costs for the December quarter. It partly offset the increase with cheaper inventory, lower costs for some non-memory components, and recent product price increases.

The article reports that the pressure may continue into 2027. Samsung warned that the supply crunch could extend to 2028 and beyond. SK Hynix has already secured long-term agreements covering more than half of its production capacity for 2027 and 2028, while Micron expects shortages to take considerable time to improve.

DRAM and NAND are two different kinds of semiconductor memory used in electronic devices. DRAM provides fast, temporary working space for active software and data. NAND flash keeps information stored even when a device is turned off. The article identifies both as important memory products supplied to Apple.

In an Apple device, DRAM helps the processor run the operating system, apps, and current tasks. NAND provides the device’s storage for photos, videos, applications, and other files. Exact configurations vary by product, but both components affect manufacturing costs across Apple’s hardware lineup.

The distinction matters because prices for both are rising under pressure from AI infrastructure demand. Samsung reported higher DRAM average prices and NAND price increases in the high-teens percentage range during the third quarter. More expensive memory can therefore raise costs for devices with different performance and storage configurations.

The memory squeeze is large enough that Samsung says demand will far exceed supply as AI infrastructure expands. The article gives no exact worldwide shortage total. It does report that Samsung’s DRAM prices rose quarter over quarter, NAND prices increased by high-teen percentages, and the company expects the crunch could last to 2028 and beyond.

AI infrastructure uses substantial DRAM and NAND for data-center systems. DRAM supports fast access to data during intensive computing, while NAND provides large-scale storage for datasets and software. As companies build more AI capacity, they reserve more of the manufacturers’ available output for those systems, leaving less for consumer devices.

SK Hynix says long-term agreements cover more than half its production capacity for 2027 and 2028. Micron also warns that memory and storage shortages may take considerable time to improve. These commitments make the squeeze harder for device makers to escape quickly.

When memory costs rise sharply, Apple must absorb the extra expense, reduce costs elsewhere, or charge customers more. If it absorbs the increase, less money remains from each product sale, putting pressure on profit margins. The effect matters across Apple’s lineup because memory is used in many hardware categories.

Apple has already used several offsets. It carried inventory bought at lower prices, cut costs on certain non-memory components, and changed prices on many products. The article reports a $400 increase to the starting price of the MacBook Pro, alongside higher prices for several Mac and iPad models and iPhones in September.

Those measures may not be enough indefinitely. Apple expects even higher memory costs in the December quarter, while analysts identify memory as a margin and pricing pressure through the holiday season and into 2027. Another round of price increases has not been announced.

Apple is reducing the impact by spending from memory inventory bought at lower prices. It is also cutting costs on some non-memory components and raising prices across parts of its lineup. These steps spread the shock instead of passing every increase immediately to customers or absorbing all of it through margins.

The company increased inventory to $11.09 billion while building a buffer against supply and price pressures. It raised prices on Mac and iPad models in June and iPhones in September. Apple also benefited from lower costs for certain non-memory parts, but those savings only partly offset more expensive memory.

If shortages last into 2027 or beyond, Apple could continue negotiating supply, using inventory buffers, finding savings elsewhere, raising prices, or accepting lower margins. The article does not say which path Apple will choose. It does say another price increase has not been announced, while suppliers expect tight conditions to persist.

A semiconductor shortage develops when demand grows faster than manufacturers can increase production. Chip factories cannot instantly add output. New capacity requires equipment, facilities, materials, and time. Until production catches up, the available supply remains limited while more buyers compete for it.

That imbalance gives suppliers greater pricing power. Buyers may pay more to secure shipments, sign longer agreements, or reserve future production. The article illustrates this pattern through Samsung’s rising DRAM prices, NAND prices up by high-teen percentages, and SK Hynix agreements covering more than half of its 2027 and 2028 capacity.

AI infrastructure is intensifying the competition for memory. Samsung says demand will far exceed supply, while Micron expects shortages to take considerable time to improve. Until manufacturers expand supply enough to match demand, device makers such as Apple face higher costs and possible pressure on prices and margins.