Apple has reportedly agreed to pay Samsung more for two components that quietly determine much of a modern device’s capability: working memory and built-in storage. The reported pricing would begin in the first quarter of 2027 and would represent another sign that the memory-chip shortage is reaching beyond data-center builders and into the consumer hardware supply chain.
The figures being reported are nearly $2 per GB for DRAM and $0.33 per GB for NAND storage. Relative to the prices Apple was reportedly paying in the third quarter of 2026, that would be an increase of roughly 30% to 40%. The agreement and its terms have been reported rather than confirmed publicly, so the important caveat is that neither the arrangement nor its consumer consequences are settled facts from Apple itself.
What Apple is reportedly paying more for
The two chip categories at the center of the report do different jobs, though both are central to phones, tablets, computers, streaming hardware, smart speakers and headsets.
- DRAM, or dynamic random-access memory, is a device’s short-term working space. Software uses it while apps, games, media and system tasks are running. It is not meant to retain data once the device loses power.
- NAND is flash storage: the persistent capacity used for an operating system, installed applications, games, photos, files and other saved data. When a device is sold with a stated storage capacity, NAND is a major part of what makes that number possible.
For shoppers, the distinction matters because a headline about “memory” can mean either one. More DRAM can help a device juggle active tasks, while more NAND determines how much can be kept locally. The reported pricing involves both, so it is not simply a question of one premium configuration becoming more expensive. It concerns foundational parts used across a broad range of hardware.
A per-gigabyte number also should not be read as a direct retail-price formula. A finished iPhone, iPad or Mac includes many other components and costs, and manufacturers can choose different ways to handle a supplier increase. They may absorb part of it, alter configuration economics, adjust prices, or make a mix of those decisions. The report does not establish which path Apple will choose in 2027.
Why AI infrastructure is part of the story
The reported rise is tied to a shortage in memory chips as AI companies build massive data centers. Those facilities require enormous quantities of computing hardware, and that demand has pushed up pricing for RAM and NAND. In plain terms, the same broad component markets feeding consumer devices are also facing pressure from a major infrastructure build-out.
That does not mean a particular consumer product’s eventual price can be assigned to AI alone, or that every device must become more expensive. It does explain why a company as large as Apple may be negotiating higher component rates even at scale. In a constrained market, securing supply can be as important as limiting a price increase.
The situation also illustrates an uncomfortable split between the retail box and the supply chain beneath it. Customers see a phone, tablet or computer with a list price and a set of storage options. Manufacturers see a bill of materials: the collection of parts needed to build it. When a shared class of parts tightens, the effect can spread across several product families rather than remaining isolated to one flagship product.
Apple has already increased prices during the shortage
The uncertainty around 2027 arrives after Apple has already raised pricing across a range of its products since June. It increased prices on all Macs and iPads, as well as Apple TV, HomePod, HomePod mini and Vision Pro. Many of those increases fell between $100 and $300.
Apple’s iPhone lineup has seen changes as well. The iPhone 18 Pro begins $100 higher in the United States than the iPhone 17 Pro models did, while older iPhones have also become more expensive. Former CEO Tim Cook described the increases as unavoidable amid the chip shortage, comparing the conditions to a “100-year flood.”
The reported 2027 Samsung terms are therefore best understood as a potential continuation of an existing cost problem, not proof of a wholly new retail-pricing event.
Apple may have already factored anticipated early-2027 component costs into its 2026 pricing decisions. Alternatively, it could decide that additional changes are needed later. There is not enough information in the report to distinguish between those possibilities. Consumers should be wary of treating the supplier-price report as a confirmed notice of another specific price rise for iPhones, iPads or Macs.
What the report could mean for buyers
The immediate practical implication is not that an imminent purchase decision has been dictated. No new Apple retail prices, configuration changes or product schedules are specified here. Rather, the report reinforces a reality that has already become visible: higher component costs can persist long enough to affect multiple generations and categories of hardware.
For buyers comparing Apple devices, it is worth separating what is known from what is not:
- Known: Apple has raised prices on numerous products since June, and reported DRAM and NAND costs would increase again from the first quarter of 2027.
- Known: The reported increase is substantial on a component basis, at roughly 30% to 40% over the third quarter of 2026.
- Not known: Whether Apple will raise retail prices further, which products would be affected, and whether the company has already accounted for the cost in current pricing.
- Not known: How long the shortage-driven conditions will last or how component markets will change after the reported deal begins.
That distinction is especially useful for people who tend to focus only on a launch-day sticker price. A price increase can be visible at the entry tier, but a memory-cost squeeze may also matter to the configurations with greater RAM or local storage. The report does not say Apple will change its configuration ladder, so that remains analysis rather than a prediction. Still, DRAM and NAND are exactly the components that make those capacity choices possible.
A wider hardware-industry signal, not just an Apple story
Apple’s reported Samsung agreement is one data point in a larger component-market story. RAM and NAND are used broadly across consumer technology, while AI data centers are being expanded at exceptional scale. As a result, the consumer market and the infrastructure market can collide over supply of the same underlying chip types.
For the games business, this kind of pressure is relevant even when the report does not name a game platform or console. Games increasingly live on devices with large local installations, frequent updates and demanding multitasking needs. Storage and working memory are ordinary specifications on paper, but they are also the hardware budget behind downloads, installed libraries and system performance. No conclusion about specific gaming products follows from Apple’s reported arrangement; it simply provides a useful example of how supply-side costs can move through the wider technology ecosystem.
That ecosystem is also why infrastructure capacity has become a recurring industry concern. Recent coverage of developers scaling services amid queue demand is a different issue from component procurement, but both stories point to the same broad truth: modern digital entertainment depends on expensive physical capacity, whether it is chips inside a device or systems running beyond it.
The main question remains unanswered
The most consequential detail is the one still unknown. Apple reportedly faces higher prices for DRAM and NAND starting in early 2027, but there is no confirmation that shoppers will see a further price increase. The company could absorb costs, rework pricing elsewhere, or already have incorporated expected pressure into prices that rose in 2026.
Until Apple states its plans, the report should be read as a warning about continued supply-chain pressure rather than a confirmed change to any particular product. What it does make clear is that the memory shortage has not been treated as a brief, isolated disruption. With AI data-center construction continuing to strain chip supply, the cost of the unglamorous components inside everyday hardware remains a major business issue heading into 2027.
