Rising smartphone prices have been hard to ignore lately, and a big reason comes down to memory. Industry estimates point to NAND flash costs climbing by around 70%, while DRAM prices have reportedly surged as much as 100%. That kind of pressure makes it difficult for any phone maker to keep prices steady—especially for premium models with high storage capacities. For Apple’s next wave of flagship iPhones expected later this year, higher price tags may be tough to avoid. But for the more budget-friendly iPhone 17e, the outlook could be noticeably different.
A new rumor claims Apple has secured another efficiency win in its supply chain specifically for the iPhone 17e. In simple terms, Apple may be finding ways to build the device for less than expected, which could translate into the same launch price as the current model—or possibly an even lower one—despite the wider component cost crunch.
One of the biggest reasons Apple could keep the iPhone 17e affordable is its reliance on familiar parts rather than expensive new components. The iPhone 17e is rumored to use the A19 chip, the same processor expected in the base iPhone 17. That kind of shared hardware strategy can streamline production and improve Apple’s negotiating power with suppliers.
Even more important is Apple’s continued use of its own C1 5G modem, a component first introduced with the iPhone 16e. The modem matters because it reduces Apple’s dependence on third-party baseband chips. According to the rumor, using the C1 modem could save Apple about $10 per unit compared to using a comparable modem solution. That might not sound huge at first, but at Apple’s scale, savings like that add up fast—and can help offset spikes in other areas like memory.
The iPhone 17e is also rumored to get a design upgrade, moving away from the notch and adopting a Dynamic Island-style cutout. However, the display technology is expected to remain cost-conscious. Instead of the more expensive LTPO panels typically used in higher-end models, the iPhone 17e may use LTPS OLED panels supplied by BOE. LTPS OLED is generally cheaper than LTPO, and sourcing from BOE could further reduce costs compared to buying panels from other top-tier display suppliers.
The rumor suggests that even with the ongoing “memory crisis,” Apple could potentially freeze the iPhone 17e price or even lower it. The logic here isn’t just about Apple squeezing suppliers harder—it’s also about Apple strategically arranging its parts lineup to reduce total build cost. If certain components are cheaper (like the modem and display), Apple has more flexibility to absorb increases elsewhere, including DRAM costs that reportedly come with a steep premium.
Another factor is Apple’s broader effort to reduce long-term licensing and dependency costs tied to 5G. Apple’s agreements in this area have historically required large payments, so shifting more devices to its in-house modem approach could be a meaningful financial advantage—especially during a period when other key components are getting more expensive.
For buyers, the biggest question is whether Apple can actually hold the U.S. starting price at $599. That’s still uncertain, and final pricing will likely depend on how severe memory pricing stays in the months ahead and how smoothly production scales. The rumor also claims the iPhone 17e could enter mass production shortly after CES 2026 wraps up, which would put it on track for a typical launch window if accurate.
If these supply chain and component decisions pan out, the iPhone 17e could end up being one of the more interesting value-focused smartphones in Apple’s lineup—offering newer performance and modern design touches without the price jumps hitting higher-tier models.
