iPhone 18 Reportedly to Get 12GB RAM but Downgraded Display, iPhone 18 Pro Max May See Price Rise

Core Trade-off: 8GB + M14, or 12GB + M12+?

According to industry analyst insights, Apple's main trade-off in planning the iPhone 18 series is whether to choose 8GB RAM paired with a proven M14 OLED panel, or 12GB RAM paired with the technically newer M12+ display technology. Considering Apple's active investment in on-device AI and Apple Intelligence, and the fact that larger memory can support more powerful AI models, improve multitasking capabilities, and prepare for future software features, it is likely that entry-level and lower-tier models will adopt 12GB RAM paired with the technically newer M12+ display technology.

M14 is Samsung's current flagship luminescent material, delivering exceptional performance in peak brightness, luminous efficiency, and power consumption control, while M12+ is technology launched about four years ago. The overall performance of M12+ is inferior to that of M14, but Apple's move is not simply  a reduction in quality. Instead, it aims to boost performance in the most critical aspects, optimize resource allocation to control costs, while maintaining display quality.

Pro Max Likely to See Price Rise, Standard Edition to Get Reasonable Cost Controls

Reports indicate that due to cost pressures from the global storage price hike, Apple is considering raising the price of the iPhone 18 Pro Max as part of its overall cost optimization strategy for the iPhone product line. It is reported that the starting price of the iPhone 18 Pro Max is currently expected to be $1,299, positioning it as Apple's most feature-packed mainstream smartphone yet.

For the price-sensitive standard edition, Apple has chosen to reasonably control costs on the display, an area where user perception is relatively lower. The standard edition will not compromise on other core configurations. It is said that the iPhone 18 standard edition will be equipped with the A20 chip built on TSMC's 2nm process, Apple's self-developed C2 5G baseband chip and N2 wireless chip. By optimizing the energy efficiency of the chips, it will offset the potential power consumption issues caused by the M12+ display panel and ensure no regression in overall performance.