The upcoming iPhone 17 lineup, including the base model and the iPhone 17 Air, is set to incorporate LPDDR5 RAM, which is considered a slower and less efficient memory type compared to the LPDDR5X RAM available in all iPhone 16 models. This information comes from a recent report by Jeff Pu of GF Securities. The standard iPhone 17 is anticipated to come with 8GB of RAM, while the iPhone 17 Air will feature 12GB, marking an upgrade from the uniform 8GB in the iPhone 16 series.
However, the choice to use LPDDR5 RAM raises questions about performance and energy efficiency, particularly given that the iPhone 17 Air is rumored to pack a smaller 2800mAh battery. On the higher end, the iPhone 17 Pro models are expected to utilize LPDDR5X RAM with 12GB, which is known for superior bandwidth and improved power efficiency. This upgrade is crucial as it leads to faster application launches, smoother multitasking, and enhanced battery life during high-demand scenarios.
Despite the increase in RAM, the decision to incorporate LPDDR5 in the iPhone 17 Air could suggest a trade-off in performance. This model is characterized as a more affordable, ultra-thin option compared to its Pro counterparts, and leveraging LPDDR5 may help minimize costs or align better with a lower-powered SoC variant. For average users, the difference in performance between the two RAM types is likely to go unnoticed in daily tasks.
However, those who prioritize speed and responsiveness might find the RAM in the iPhone 17 Pro or Pro Max models more appealing. The official launch for the iPhone 17 series is anticipated in September.