iPhone 18 Pro Max hardware costs surge: Apple can’t absorb it alone.

According to the latest Bill of Materials (BoM) cost comparison report released by market research firm Counterpoint Research, the hardware cost of the iPhone 18 Pro Max (12GB+1TB version), which is expected to be unveiled in September this year, will be nearly $300 higher than the previous generation iPhone 17 Pro Max.

The price increase of the new 2nm A20 Pro chip and large-capacity storage are the two main drivers of the rising costs, which is also the most significant increase in cost for the Pro series flagship in recent years.

Counterpoint’s report indicates that, based on the top-of-the-line version with 12GB of RAM and 1TB of storage, the total bill of materials (BOM) cost of the iPhone 18 Pro Max will increase by nearly $300 compared to the same version of the iPhone 17 Pro Max, a significantly higher increase than in previous iterations. The report analyzes that this cost jump is not due to price increases in a single component, but rather the result of both the core chip and storage components entering an upward price cycle simultaneously.

PConline has learned that the BoM cost increase for previous iPhone Pro series upgrades was typically between $50 and $100, mainly due to routine performance upgrades and minor component adjustments. This time, however, the nearly $300 increase signifies a generational leap in hardware specifications for Apple, while also facing widespread price increases from its upstream supply chain.

The primary driver of rising costs comes from the A20 Pro chip. Reports indicate that Apple’s next-generation flagship chip will be the first to utilize TSMC’s 2nm (N2) process, making it the world’s first mass-produced 2nm mobile SoC. Compared to the current 3nm process, 2nm offers significant improvements in transistor density, performance, and energy efficiency; however, the research and manufacturing costs of advanced processes also increase accordingly.

Industry analysts predict that TSMC’s N2 node wafer foundry prices will see a double-digit percentage increase compared to N3E, with the price of a single 12-inch wafer expected to exceed $20,000. This translates to a foundry cost per A20 Pro chip that could be tens of dollars higher than the previous generation A19 Pro.

With Apple continuing to increase its R&D investment in its self-developed architecture, chip manufacturing has become the single largest source of cost increases. In contrast, flagship chips in the Android camp are generally still at the 3nm stage, and Apple’s lead in process technology also means higher costs.

The second largest increase in cost comes from storage. The report shows that the iPhone 18 Pro Max will be upgraded to 12GB of LPDDR5X RAM, and the top-of-the-line version will have a storage capacity of 1TB. This is due to two factors: firstly, the specifications themselves have been improved—the RAM has been upgraded from 8GB to 12GB, and the base storage capacity has been further increased; secondly, the DRAM and NAND Flash markets are generally experiencing an upward price trend.

Counterpoint noted that since the first half of 2026, the global supply and demand relationship for memory chips has continued to tighten, with DRAM and NAND contract prices rising sequentially for several consecutive quarters. As one of the world’s largest memory purchasers, Apple is also facing pressure on its procurement costs. The expansion of memory capacity coupled with rising prices has further increased the proportion of storage modules in the overall cost of a device, making it the second largest cost item after chips.

Besides the two main factors of chips and storage, the report also mentioned that there have been varying degrees of cost adjustments to components such as the screen and imaging system. The OLED screen of the iPhone 18 Pro Max is expected to continue to be upgraded in terms of peak brightness and refresh rate, while the imaging module may introduce new sensor specifications and periscope telephoto optimization.

However, the cost increase brought about by these routine upgrades is relatively limited, far less than the combined effect of the price increases of 2nm chips and memory. Looking at the overall cost structure, the combined share of chips and memory in the BoM (Bill of Materials) will further rise, potentially exceeding half of the total material cost of the device. This also means that future cost competition in flagship smartphones will increasingly concentrate on the upstream wafer foundry and memory supply chain.

With costs rising significantly, consumers’ biggest concern is whether the final retail price will increase accordingly. Counterpoint did not provide a direct price forecast in its report, but historically, Apple typically tries to maintain a stable starting price for the Pro series, absorbing some of the cost pressure by adjusting storage tiers. However, a price increase of nearly $300 exceeds Apple’s usual internal capacity to absorb such a rise.

Industry insiders speculate that the starting price of the iPhone 18 Pro series may be increased, or the actual purchase price may be raised indirectly by increasing the entry-level storage capacity. The probability of a price increase is relatively higher for the 1TB top-of-the-line version. The final pricing strategy will still need to be officially revealed at Apple’s autumn launch event in September.

Editor’s Review:

This significant cost jump reflects a trend in the high-end smartphone market: with diminishing marginal returns to innovation, cutting-edge manufacturing processes and large storage capacity are becoming the core battlegrounds for flagship differentiation, but at the cost of continuously rising hardware costs. For the Android camp, Apple’s early move to 2nm process technology will also force chip manufacturers such as Qualcomm and MediaTek to accelerate the rollout of advanced processes.

For consumers, whether rising costs will ultimately be passed on to the final price directly impacts their decision to upgrade. If the price of the top-of-the-line Pro Max version increases accordingly, users will need to re-evaluate their storage needs and budget when choosing a larger capacity version.